C - Digi-Key

Transcription

C - Digi-Key

TechZoneTM
MICROCONTROLLER
LIGHTING SOLUTIONS
SOLUTIONS
TZTL101.US
M112.US
Microcontroller Solutions
Look Inside Today’s
Connectivity Protocols!
TZM112.US
Page 22
M
IC
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R OM CO ing
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a
F P NT nn
G ER ON R ual
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www.digikey.com/microcontroller
uIP TCP/IP
Protocol Stack
Demonstration
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MICROCONTROLLER SOLUTIONS
Digi-Key Corporation brings you TechZonesSM featuring suppliers,
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uIP TCP/IP
Protocol Stack
Demonstration
contributed by Renesas
Corporation
The popular open source uIP TCP/IP
stack is widely used in embedded
designs. This demo provides both
hands on experience and
insights into its use.
22
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MICROCONTROLLER
COMPONENT REFERENCE GUIDE
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Solutions includes our annual Microcontroller
Component Reference Guide, which lists
Digi-Key’s comprehensive selection of more
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components and solutions.
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3
Table of Contents
Digi-Key Features
Editorial Comment ................................................... 5
Microcontroller TechZoneSM Q & A ............................ 6
Trivia Contest ......................................................... 39
Innovations in Connectivity:
a look inside Digi-Key’s
state-of-the-art Weather Center ............................. 47
The Ultra-Low-Power USB Revolution ......................... 7
by Bhargavi Nisarga, Keith Quiring, and Les Taylor, Texas Instruments
USB is a fast, convenient connectivity interface, but until recently it
hasn’t been associated with low-power. New MCUs have made it an
attractive choice for ultra-low-power embedded applications.
USB-Based Temperature Monitor .............................. 12
contributed by Analog Devices
If you need to be able to detect small variations in temperature, an
RTD or thermocouple won’t do it. Using a thermocouple, an analog
MCU, an LDO and a few discretes, you can construct a highly accurate
temperature sensing application.
Introducing a Second MCU
to Embedded Designs ................................................. 15
by Nicholas Cravotta
Adding a second MCU to your embedded design addresses a number
of design issues, but not without adding some complex new ones.
This article focuses on inter-processor communications and how to
both avoid and/or solve the issues that arise.
Eliminating the Parallel/Serial Tradeoff
in Embedded Systems with
SPIFI-Equipped Cortex-M3 ......................................... 19
by Rob Cosaro and Gene Carter, NXP Semiconductors
The SPIFI peripheral creates a way for designers to use a small,
inexpensive serial flash where they might previously have needed
to use a larger, more expensive parallel flash to meet the system’s
performance requirements.
ColdFire Ethernet for Diverse Applications................ 26
by Eric Gregori, Freescale Semiconductor
Adding Ethernet to embedded products provides a level of
connectivity never before available in the embedded space. This
article provides a detailed tutorial, an example application and XML
code to quickly get you comfortable with embedded Ethernet.
4
Your MCU is Just Starting to be Connected ............... 36
by Tom Starnes, Industry Analyst, Objective Analysis
Embedded applications, like individual PCs, become more useful
when they can communicate with other devices. A wide range of
protocols has been developed to enable such communication, but that
work is far from over.
Deeply Embedded Devices:
The “Internet of Things”............................................. 40
by Mark Wright and Rodger Richey, Microchip Technology Inc.
Wi-Fi has long worked well to connect PCs and embedded devices.
However, it’s not known for being low-power and is hardly an obvious
choice for deeply embedded devices. That’s about to change.
Peripheral Reflex System
Avoids MCU Overload ................................................. 44
contributed by Energy Micro
Energy Micro’s Peripheral Reflex System minimizes MCU loading by
enabling peripheral modules to communicate with each other without
processor intervention. This article details how it works and why.
CAN Primer: Creating Your Own Network .................. 48
by Bob Boys, ARM
CAN is a sophisticated network well suited to any number of
automotive, industrial and consumer applications. This article takes
an in-depth look at the protocol, its implementations and implications
for embedded designs.
Power Debugging ARM Cortex-M3
and Cortex-M4 Applications ...................................... 58
by Lotta Frimanson and Anders Lundgren, IAR Systems
Power debugging is based on the ability to sample the power
consumption of a system and correlate each sample with the source
code. ARM Cortex-M3 and –M4 cores provide the architectural hooks
and IAR provides the software to make this possible.
The Heartbeat Behind
Portable Medical Devices: Ultra-Low-Power
Mixed-Signal Microcontrollers .................................. 61
by Shahram Tadayon, Silicon Laboratories
In the medical device market, products must combine accurate
analog measurements with high reliability and ultra-low-power
consumption. Fortunately, there are some integrated mixed-signal
MCUs that can deliver on all three requirements.
USB 3.0—Are We There Yet? ...................................... 64
by John Donovan, Low-Power Design
SuperSpeed USB promises a 10x speed improvement over USB 2.0
while maintaining compatibility with legacy devices. If your next
application involves streaming video, take a look at what it has to offer.
Editorial Comment
About Digi-Key Corporation
The Energy Management, Lighting, Medical, and Hybrid/Electric
Auto markets are quickly gaining scale and are directly driving an
explosion of microcontroller usage. As microcontroller designs
expand into new areas, so do the connectivity requirements, which is
the theme of this issue of TechZone™ Magazine.
In this issue, we explore all facets of Microcontroller connectivity
protocols and how to overcome typical technical roadblocks. You
will find a strong selection of articles to support your connectivity
protocol design decisions including:
• “uIP TCP/IP Protocol Stack Demonstration” – a step by step
guide using Ethernet connectivity with the titled protocol stack
contributed by Renesas (page 22)
Mark Zack
Vice President, Semiconductor
• “Introducing a Second MCU to Embedded Designs” – an article on overcoming the
common pitfalls of adding a second MCU to your design written by Nicholas Cravotta
(page 15)
• “The Ultra-Low-Power USB Revolution” – an article on integrated USB connectivity
written by a trio of authors from Texas Instruments (page 7)
This issue includes a Component Reference Guide featuring a number of recent and exciting
new product introductions including NXP’s latest LPC family of Cortex and ARM products. For
details on these and other new product releases, please visit our Microcontroller Solutions
technology zone, www.digikey.com/microcontrollers.
If your design is integrated into a Lighting, Wireless or Sensor solution, see our recent
TechZone™ magazines focusing on those areas at www.digikey.com/magazine.
When the design is complete and it’s time to build your product, remember that Digi-Key:
• Stocks over 565,000 components available for off-the-shelf delivery anywhere in the world
• Ships 99% of orders received by 8pm central time the same day
• Offers world-class supply chain support and customer service
While it’s unclear how the political uncertainty in the Middle East will affect the global
economy; it is very clear that microcontrollers will continue to pervasively expand into
products that touch our everyday lives. We believe that the information and insights in this
issue of TechZone™ Magazine will support your next generation product ideas and solutions.
As one of the world’s fastest growing
distributors of electronic components,
Digi-Key Corporation has earned its
reputation as an industry leader through
its total commitment to service and
performance. As a full-service provider
of both prototype/design and production
quantities of electronic components,
Digi-Key has been ranked #1 for Overall
Performance for 19 consecutive years
from among the nation’s more than
200 distributors (EE Times Distribution
Study/October 2010). Offering more
than 2 million products from more than
470 quality name-brand manufacturers,
Digi-Key’s commitment to inventory is
unparalleled. Access to the company’s
broad product offering is available 24/7
at Digi-Key’s top-rated website. www.digikey.com
Digi-Key’s TechZone™ Magazine is a monthly
series of technology-specific publications
featuring information and resources for Lighting,
Microcontrollers, Wireless, and Sensors, with
more technologies to come. TechZone™
Magazine provides the engineering community,
from students to professional design engineers,
with information about supplier innovations,
quality in-depth solutions, and a selection of
application-specific considerations focused on
advancing technology.
Contact Information
For questions, comments, or to submit an article:
[email protected]
For information about advertising oppotunities:
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Sincerely,
Copyrights: The masthead, logo, design, articles, content and format of
TechZone are Copyright 2011, Digi-Key Corporation. All rights are reserved.
No portion of this publication may be reproduced in part or in whole without
express permission, in writing, from Digi-Key.
Trademarks: DIGI-KEY, the Digi-Key logo, TECHZONE, and the TechZone logo
are trademarks of Digi-Key Corporation. All other trademarks, service marks or
product names are the property of their respective holders.
Mark Zack
Vice President, Semiconductor Product
Digi-Key Corporation
All product names, descriptions, specifications, prices and other information
are subject to change without notice. While the information contained in this
magazine is believed to be accurate, Digi-Key takes no responsibility for
incorrect, false or misleading information, errors or omissions. Your use of
the information in this magazine is at your own risk. Some portions of the
magazine may offer information regarding a particular design or application
of a product from a variety of sources; such information is intended only as a
starting point for further investigation by you as to its suitability and availability
for your particular circumstances and should not be relied upon in the absence
of your own independent investigation and review. Everything in this magazine
is provided to you “AS IS.” Digi-Key expressly disclaim any express or implied
warranty, including any warranty of fitness for a particular purpose or noninfringement. Digi-Key cannot guarantee and does not promise any specific
results from use of any information contained in this magazine. Any comments
may be addressed to [email protected].
5
Microcontroller TechZoneSM Q & A
In the rapidly evolving microcontroller market, it seems as if there is something new every day – technologies, products,
consumer trends, or regulations. Time-to-market demands have never been greater with the design of many of today’s
new microcontroller products requiring expertise in more than one discipline.
You have questions. We have answers. On target to field more than 260,000 calls this year, our technical support
specialists are available 24/7/365 to answer your questions and assist you with your microcontroller needs.
If you have a question, we invite you to contact our technical staff via telephone, live web chat, or by emailing your
question to [email protected].
How does USB 3.0 differ from USB 2.0?
USB 3.0 offers a “SuperSpeed” bus feature. USB 3.0 cables have
two wires for power and ground, two wires for “non-SuperSpeed”
data, four additional wires for the “SuperSpeed” data, and a shield
which was not needed in other USB versions. The “SuperSpeed” bus
offers a forth transfer mode at 5.0 Gbits/s. The physical form factor
has changed for the USB 3.0 plugs and receptacles to accommodate
the additional pins for the “SuperSpeed” mode. The standard-A
plugs are extended as well as the receptacles are deeper. For the
Standard-B connectors, the “SuperSpeed” contacts are placed on
top of the existing connector. A legacy standard A to B cable will
work normally in these connectors as the legacy connectors will not
make contact with the new contacts for the “SuperSpeed.”
This ensures backwards compatibility. On the flip side, though, the
USB 3.0 connector will not mate to the legacy receptacles.
What are the common applications for CAN (Controller
Area Network)?
CAN was first developed with automotive applications in mind.
An example of this is in-vehicle electronic networking. However,
since its development CAN has been utilized in medical, industrial
and commercial applications. Examples of medical applications
include operating room components such as lights, tables, cameras,
patient beds and X-ray machines. Industrial application examples
include motor control and robotics. Finally, commercial application
examples include lab equipment, telescopes, and automatic doors.
How is an SPI master/slave connection set up?
SPI is a protocol on four signal lines. A clock signal (SCLK) is sent
from the bus master to all slaves. A slave select signal for each slave,
SSn, is used to select the slave the master communicates with. A
data line from the master to the slaves called MOSI (Master Out-Slave
In) and a final data line from the slaves to the master called MISO
(Master In-Slave Out) comprise the other two signal lines.
What is the difference between a UART and USART?
A UART is a universal asynchronous receiver/transmitter where a
USART can communicate synchronously as well as asynchronously.
6
Does the operating ambient temperature include the selfheating of the MCU?
The operating ambient temperature is the ambient temperature in a
state without MCU self-heating. More specifically, consider it to be
the temperature of the surroundings infinitely close to the package
surface when the MCU is not powered on.
What does it mean if a microcontroller supports big endian
or little endian, what does endian mean?
The term “endian” refers to how individually addressable subcomponents are ordered within a longer data item stored in memory.
Let’s say we had a block of memory that had ABCD stored, four bytes.
For the big-endian method, the most significant byte value, which is A in
our example, is stored at the memory location with the lowest address,
0x00, the next byte value, B, would be stored at the following memory
location, 0x01, and so on. For the little-endian method, the least
significant byte value, D, is stored at the lowest address, 0x00, the next
significant byte, C, in the following memory location, 0x01, and so on.
What is the difference between SPI and I2C?
SPI uses four logic signals commonly called: SCLK (Serial Clock),
MOSI (Master Output, Slave Input), MISO (Master Input, Slave
Output) and SS (Slave Select). While I2C uses only two bi-directional
open-drain lines commonly called: SDA (Serial Data Line) and SCL
(Serial Clock). Additionally, to add additional slaves, SPI will end up
being more than four signal lines, where I2C will stay with the same
two lines. In relation to speed, SPI is a higher speed protocol, over
10 Mbps. I2C is limited to data rates that are chosen between 100
kbps, 400 kbps or 3.4 Mbps.
Do you have a question about
microcontroller solutions?
Digi-Key has more than 130 technical support
specialists, product managers, and applications
engineers who are eager to answer your questions
and assist you with your microcontroller projects.
Send your questions to [email protected].
The Ultra-Low-Power
USB Revolution
by Bhargavi Nisarga, Keith Quiring, and Les Taylor, Texas Instruments
New MCUs bring power efficiency and
simplicity to USB for portable embedded
applications.
The ubiquity of USB makes it an extremely attractive interface for
applications requiring connectivity to a PC or other host device for
configuration, periodic downloading of data, or firmware updates.
Often these devices are portable, such as medical or industrial tools
which remotely collect data that needs to be uploaded at a later time.
As these devices are portable, the final USB implementation must be
both cost-effective and power efficient.
One of the main reasons for USB’s success is its unparalleled ease
of use. But under the surface, USB is a complicated technology that
artfully masks the user from the complexity. As a result, developers
new to USB often underestimate the effort involved. Many new terms
and procedures are also encountered, and things often do not “just
work” the way they should.
Hidden challenges may result in unexpected delays for the developer,
and delays are expensive.
To developers trying to focus on differentiating their products and
offering the best value to their customers, these challenges are an
unwelcome burden. For this reason, TI has committed to delivering
USB technology as an integrated, simplified solution that enables
developers to focus on using USB in their application rather than
learning USB as a technology.
Introducing the MSP430TM USB microcontroller
To meet the needs of developers, TI has introduced full-speed USB to
the F5xx series of MSP430 microcontrollers (MCU). By integrating USB
with powerful performance (up to 25 MHz), large memory (both Flash
and RAM), integrated intelligent peripherals (including an on-chip
ADC, comparator, hardware multiplier, DMA controller, temperature
sensor and other peripherals), and superior power management,
the MSP430 is the ideal MCU for implementing USB in embedded
applications (see Figure 1).
With the simple addition of a USB connector and a few discretes,
MSP430 USB MCUs are a complete solution for applications that
require USB connectivity and analog peripherals, while being
ultra-low-power. From a software standpoint, TI provides API stacks
supporting three of the most common device classes.
Figure 1: Integrating USB with the powerful performance and high integration of
the MSP430 architecture creates the ideal microcontroller for implementing USB in
embedded applications.
The new MSP430 USB MCUs are based on TI’s newest and most
advanced MSP430 architecture, the F5xx. Each supports 1.8 to
3.6 V operation, with clock speeds up to 25 MHz and integrated,
programmable power supervision on the order of 200 nA. New clock
sources further maximize tradeoffs between power, speed, precision
and cost. Flash writes/erases can be performed across the full range
of Vcc. In addition to offering a wide range of flash memory sizes (64
to 128 KB and 16 to 256 KB), USB-enabled MSP430 devices also have
2 KB RAM dedicated to USB that, when USB is disabled, is available
for general purpose use.
Accelerated development and ease of use
TI recognizes that consumers – and engineers – have come to
expect that USB “just works.” In truth, while USB looks as simple
as a UART or SPI port, the protocol is not trivial to implement.
And unlike the UART or SPI interfaces, compliance is a primary
USB design consideration, even in the simplest applications. For
example, a host can suspend an attached device at any time.
Devices must also be able to handle “surprise removals.” For
developers who have not been through this process before, such
unexpected considerations can require extra development time and
lead to unexpected delays.
Part of the value-add of the MSP430’s USB support is that much
of the underlying complexity of implementing USB is managed
through an intuitive API stack. The API stacks are designed for fast
absorption by the developer. Like USB itself, they contain much
of the complexity “under the hood,” masking the developer from
unnecessary hassle to help speed development time. The stack
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source code is open for those developers wishing for complete
control. For each stack, a complete Programmer’s Guide is provided
that serves as a reference for the API function calls and also
describes the underlying concepts with clarity.
Further, TI provides the MSP430 USB Descriptor Tool. This tool
serves as a “control panel” for the API stacks, allowing for quick
configuration. It automatically creates the descriptors that every USB
device must report to the host, based on user input. This saves the
developer considerable time and provides peace of mind that the
descriptors are done correctly.
Stacks are available for the most common device classes and are
supplied without additional charge. While developers should not
underestimate what is required to create a robust USB interface,
TI has significantly shortened the USB learning curve. In this way,
developers are freed of much of the burden of learning the intimate
details of USB as a technology and instead are able to focus on using
USB to increase the value and usability of their applications.
Multiple device classes
Part of the simplicity offered by the MSP430 USB API Stack is support
for three device classes:
Communications Device Class (CDC): The CDC presents the
USB port to the PC application as a standard COM port. COM ports
are popular interfaces that are flexible, fast, and simple to use.
Because it uses bulk transfers, the CDC provides high bandwidth
with a reasonable amount of simplicity. The chief disadvantage of
using the CDC is that developers must distribute a simple file to
end users that allows it to be associated with the CDC driver built
into Windows. Fortunately, the “new device detected” installation in
Windows is fairly straightforward and a minor step already wellaccepted by end-users.
Human Interface Device (HID): While HID is commonly thought of as
primarily for mice and keyboards, it is a flexible device class suitable
for a wide variety of applications. TI’s HID API efficiently generalizes
HID capabilities, thereby eliminating the complexity associated with
HID reports by allowing developers to access the interface in the
exact same way they would a CDC device/COM port. While it has
limited bandwidth (up to 64 KB/s), it requires no file to be distributed
as CDC does, and it loads silently in Windows with no installation
process required.
Mass Storage Class (MSC): MSC is the device class used to
implement the highly successful USB “flash drives,” as well as
digital cameras and flash card readers. Since it is designed for
moving large amounts of data, it provides higher bandwidth, similar
to that of CDC. The tradeoff is more complexity – for example,
developers will need to implement a file system – and the use of
more code space. Like HID, MSC devices load silently in Windows
without the need of an installation process. TI offers the MSC API
layer at no cost. Given the wide variety of configuration possibilities
for software handling file systems, the different media types,
and Flash management (i.e., through wear-leveling and other
techniques), developers have the flexibility of buying a commercial
implementation or using one of the many open-source systems
available for the MSP430.
8
Of the three device classes, developers should begin by considering
HID. If an application can work within the available 64 KB/s
bandwidth, HID will often be the most cost-effective choice given
that users can plug it in and use it without the need of an installation.
Since the Windows installation process can sometimes lead to
problems for the user, avoiding it can lead to a reduction of support
calls and returns from customers.
The TI USB API stacks support three data transfer types: control
for USB-level control/status data, interrupt for low bandwidth,
fixed latency data, and bulk for high bandwidth, variable latency
data. Usage of these data types is determined by the device class;
developers need not concern themselves with most of the details
associated with the different types.
With these data types, the MSP430’s USB can support any application
requiring control/configuration, firmware updating, or that needs to
transfer bulk data (as opposed to streaming data). The MSP430 does
not support isochronous (high-bandwidth, fixed latency) data, so it is
not appropriate for streaming audio/video applications.
Just as the MSP430 is flexible, so is its USB functionality. Any USB
device contains a certain number of what are called endpoints.
Support for multiple endpoints allows for composite USB devices
which can have more flexible communication with hosts. For example,
a device that uses the MSC for bulk data transfers and HID to manage
control and status is comprised of three input and three output
endpoints. The MSP430 architecture supports up to eight input and
eight output endpoints, which provides sufficient capacity for most
applications without overburdening cost.
Ultra-low-power efficiency
By its nature, the MSP430 architecture has been optimized for
low- power operation, both when USB is in use and when it is not. For
example, MSP430 devices have five low-power modes that enable
designers to extend battery life in portable applications. The MSP430
delivers high performance at the lowest power consumption with
an active power consumption as low as 160 µA/MHz and 1.5 µA in
standby mode coupled with fast wakeup from standby (less than
5 microseconds) and a supply voltage as low as 1.8 V operation.
The onboard DMA controller can also save significant power when
communicating with a battery-powered host.
One of the advantages of USB in embedded applications is the
ability to power devices over the interface. Ideally, battery-powered
devices can maximize operating life by powering the device over
the bus when attached to a host. As USB hosts source 5 V over the
bus, an LDO is required to drop the voltage to the 3.3 V typical of ICs.
MSP430 devices simplify power design and conserve board space by
integrating an efficient LDO as well as associated pull-up functionality.
In addition to allowing MSP430s to operate directly from 5 V,
integrating the LDO and pull-up resistors reduces component count
and eliminates $.15 to $.20 relative to discrete implementations.
By keeping the USB power and other MSP430 modules’ power
management separate, the USB module can always be powered as
long as the USB device is connected to the host. This also enables the
USB module to auto-powerup the MSP430 via USB power even if the
device battery is dead or non-existent.
The low-speed USB used in mice and keyboards, for example, in
general is not appropriate for any application processing enough
data that it requires a modern, general-purpose MCU. Specifically,
transmitting at a slower data rate wastes bus bandwidth and
consumes more power by requiring the MCU to stay active for
significantly longer transmission periods. Likewise, high-speed USB
supplies too much bandwidth unless an application needs to support
large audio or video transfers. Full-speed USB is a much better fit for
most embedded applications.
Figure 2: MSP430 USB microcontrollers can source power off the USB bus to power
the entire system with 12 mA.
MSP430s are designed to operate within the power limits of the
LDO and can even source power off the USB bus to power the entire
system. By driving the 3.3 V output externally (VUSB), the MSP430 can
supply the system with up to 12 mA (see Figure 2), and eliminate the
need for a system LDO as well. For high-current systems (requiring
more than 12 mA of current) or for applications where it makes sense
to power a device from battery even when connected via USB, the
MSP430 offers the flexibility of bypassing the integrated LDO and
driving DVcc from an external supply or regulator (see Figure 3). TI
offers a variety of external LDOs well-suited for low-cost (TPS73033),
low-power (TPS67233), low-noise (TPS1733), and low-noise, highercurrent (TPS73433/735) applications.
Figure 3: For high-current systems or for applications where it makes sense to power a
device from battery even when connected via USB, the MSP430 offers the flexibility of
bypassing the integrated 3.3 V LDO and driving DVcc from an external supply.
The 5 V USB bus power can also be used as a primary source to
charge batteries (see Figure 4). In this configuration, DVcc is always
sourced from the battery whether the USB port is plugged into a host
or not. When the port is plugged in, the charger receives power via
USB to recharge the battery. TI’s BQ2407x/3x family of chargers have
been specifically designed for USB battery charging applications.
Figure 4: Power over USB can also be used as a primary source to charge batteries.
TI’s BQ2407x/3x family of chargers has been specifically designed for USB battery
charging applications.
While being an OTG appears to be an appealing option, it is not
appropriate for many applications. Embedded hosts must be able
to source 8 mA to attached devices. This requirement has led many
companies to reconsider their intention to support OTG host capability,
especially in applications where long operation life is required from
a single-cell battery. For applications that do require OTG support, TI
offers solutions within its Stellaris MCU portfolio.
In general, USB devices are less expensive, simpler, and faster to
develop than embedded hosts. The MSP430 family with USB was
optimized to meet the needs of USB devices without burdening these
applications with the added complexity, additional memory, integrated
peripherals and larger power supplies required to implement USB hosts.
Taking care of details
In order to deliver on its promise to simplify USB, TI provides a wide
range of tools and software to assist developers in quickly coming up
to speed on using and implementing robust USB solutions. In addition
to its API stack, TI also offers:
• USB Descriptor Tool: The USB Descriptor Tool plays a key role
in simplifying USB design and implementation. This GUI-based
tool automatically configures the USB stack to reflect the
specific requirements of a particular application, handling the
management of descriptor fields including VID, PID, strings,
how much power to draw from the host, and so on. Rather than
require developers to delve into the details behind the various
USB descriptor fields by breaking into the USB stack and writing
code to support their application, the Descriptor Tool gathers
the required information from developers and automatically
generates the appropriate software modifications to the API
stacks, requiring no further work from developers. In addition,
the USB Descriptor Tool is intended to make the high-level stack
configuration of composite devices much simpler.
• Bootstrap Loader (BSL): TI’s BSL is another important tool
offered to developers who require field firmware update
capability. One of the common uses of USB is to push updates
to deployed devices. For example, a doctor could plug a medical
instrument into a PC and have it quickly and automatically update
itself with new features or bug fixes. The BSL tool simplifies the
updating process for developers by converting a firmware image
file into a self-contained PC executable that can be delivered to
end customers. All MSP430 devices are BSL-equipped and when
implemented over USB, updates can be made securely even when
the device is not powered (i.e., the MSP430 is powered via USB),
enabling fast and efficient production-line programming without
having to install batteries. For developers, the most complex
part of the bootstrapping process will be to customize the BSL
executable with their own logo.
9
•
TI also offers developers the opportunity
to participate in its VID Sharing Program. Every USB device
requires a Vendor_ID (VID) and Product_ID (PID). For companies
making only a few devices, TI can provide a VID and a unique PID
to bypass the investment of time and money required to register
a VID with the USB consortium.
By taking care of the “odds and ends” of implementing USB
through the USB Descriptor Tool, Bootstrap Loader, API stack, and
other support software from its extensive third party network,
TI has simplified the process of working with USB. By providing
most of the underlying foundation required for USB, TI’s MSP430
enables developers to focus on the value-added components of
their application without having to concern themselves with the
myriad implementation issues involved with a complex interface
like USB.
In addition to integrating USB, these new controllers also integrate
a number of other features and peripherals beyond the standard
MSP430 architecture that further simplify development, including:
•
•
•
•
10
This flexible, programmable PLL can
adapt to a wide range of crystal frequencies, enabling
developers to choose a frequency based on applicationrelevant criteria such as cost, other components within the
system, or whether that frequency is needed elsewhere in the
system for another purpose.
The VLO enables developers
to keep the USB module running when the host is suspended.
This is important because the USB module must be able to
recognize when the host wants to wake it. Current drawn by the
VLO in this manner is in the sub-µA range.
MSP430 USB microcontrollers also offer a new
comparator for the generation of hysteresis without the need
for external components. Many applications require the ability
to monitor an input against two thresholds, such as for battery
charging and capacitive touch interfaces. Typical comparators
can only monitor one threshold and must be configured to
watch for the rising or falling threshold and switch to the other
threshold when it is crossed. Known as Comparator_B, the new
comparator is a versatile reference generator using R-ladders
capable of generating 32 different voltage reference levels.
This approach avoids the need for external components as well
as the constant power drain when external resistors are used.
Comparator_B operates in three modes, ultra-low-power (0.1 µA
typical to 0.5 µA max.), normal (10 µA typical to 30 µA max.), and
high-speed (40 µA typical to 65 µA max.) for optimizing power
consumption to the application.
A unique feature of USB-based MSP430
microcontrollers is the port mapping controller. With port
mapping, developers can dynamically reconfigure digital outputs
such as Timer PWMs or SPI/I2C interfaces across a specific
range of pins. Such mapping enables flexibility of signal routing
during board design, allowing designers to move signals to
the other side of the IC as required. Each digital output can be
mapped to multiple output pins, which can be useful in cases,
for example, where the same Timer PWM is required on multiple
pins. Port mapping also eases the challenges associated with
migrating from one family of devices to another in terms of
pin-to-pin compatibility.
Getting started MSP430 USB microcontrollers is very easy. The
MSP430F552x Sample Kit includes the 80-pin MSP-TS430 target
board (#MSP-TS430PN80-USB) complete with USB support as well
as sample silicon. With the proven tool chain of the MSP430 and the
comprehensive USB support package, developers already familiar
with the MSP430 can introduce USB to their applications with
little effort. In addition, TI’s many third parties supply a wide range
of software and hardware to speed development and accelerate
time-to-market.
Developers can choose from three families of USB-enabled MSP430
microcontrollers, each with a flexible roadmap and options that scale
to meet a variety of embedded application requirements:
•
The F552x / F551x supplies 64
to 128 KB Flash and 4 to 8 KB (+2 KB) RAM, as well as
Comparator_B functionality. F552x \ F551x devices are
sampling now.
•
The F563x/F663x is perhaps the most
feature-rich, integrated MSP430 device ever produced. With
128 to 256 KB Flash and 16 KB (+2 KB) RAM, this device has
six DMA channels, an RTC backup mode (enabling the RTC to
operate at less than 1 µA even when Vcc is lost), and many
other integrated peripherals.
•
The F550x provides cost-effective USB
with 16 to 32 KB Flash and 4 KB + 2KB RAM as well as a 10-bit
ADC and Comparator_B functionality.
TI’s new MSP430 USB microcontrollers reduce system cost,
offer superior power efficiency to improve battery life, facilitate
fast implementation, and are easy to use. In addition to allowing
developers to focus on their application rather than USB as an
enabling technology, these new controllers also lower system
BOM by integrating several advanced peripherals and modules
that increase performance and improve power consumption while
reducing component count. With its comprehensive supporting
software and hardware, TI reduces the USB learning curve from
weeks to hours, making it cost-effective – and simple – to
introduce USB into a wide range of embedded applications.
http://www.ti.com/msp430tools
http://focus.ti.com/docs/prod/folders/print/msp430f5529.html
Device class tradeoffs.
Simplicity on host
Yes
Yes
No
Simplicity on MSP430
Yes
Yes
No
Avoids user install process
No
Yes
Yes
High bandwidth
Yes
No, 64 KB/s
Yes
Code size
4 KB
4 KB
10 to 20 KB
MSP430x5xx Overivew
Texas Instruments
The MSP430x5xx MCU from Texas Instruments is the next
generation technology platform for the MSP430 series
of MCUs. The device features advanced ultra-low-power
technology, significantly higher levels of integration,
and is designed
for customer
ease-of-use.
The product training
module for this
product allows
viewers to learn more
about the product
line’s features and
the device’s capability for easy migration. Direction to TI’s
collection of over 1,000 code examples and more than 100
application reports is included
in this product training module.
www.digikey.com/ptm
MSP-EXP430F5438 Experimenter Board (MSP-EXP430F5438)
The MSP430F5438 Experimenter Board (MSP-EXP430F5438)
is a development platform for the latest generation of
MSP430 MCUs. It features a 100-pin socket that supports
the MSP430F5438 and other devices with similar pinout.
The socket allows for quick upgrades to newer devices
or quick applications changes. It is compatible with many
TI low-power RF wireless evaluation modules such as the
CC2520EMK. The Experimenter Board helps designers
quickly learn and develop
using the new F5xx MCUs,
which provide the industry’s
lowest active power
consumption, more memory
and leading integration
for applications such
as energy harvesting,
wireless sensing and
automatic metering
infrastructure (AMI).
www.devtoolsxpress.com
www.digikey.com/texasinstruments-mcu
11
USB-Based
Temperature Monitor
contributed by Analog Devices
Using an analog MCU, an LDO, an external thermistor, and a few discretes, you can construct a
highly accurate temperature sensing application.
and measuring the external
temperature sensor, the entire
circuit typically consumes 7
mA. Between temperature
measurements, the ADC and/
or the microcontroller can
be switched off to further
minimize power consumption.
Circuit description
The circuit shown in Figure 1 is
powered entirely from the USB
interface. The 5 V supply from the
USB is regulated to 3.3 V using
the ADP3333 (3.3V) low-dropout
Figure 1: ADuC7122 used as a temperature monitor interfaced to a thermistor (simplified schematic, all connections not shown).
linear regulator. The regulated
The circuit in Figure 1 shows how the ADuC7122 precision analog
3.3 V supplies the DVDD voltage to the ADuC7122. The AVDD supply to
microcontroller can be used in an accurate thermistor temperature the ADuC7122 has additional filtering as shown. A filter is also placed
monitoring application. The ADuC7122 integrates a multichannel
on the USB supply at the input of the linear regulator.
12-bit SAR ADC, twelve 12-bit DACs, a 1.2 V internal reference,
The following features of the ADuC7122 are used in this application:
as well as an ARM7 core, 126 kB flash, 8 kB SRAM, and various
digital peripherals, such as UART, timers, SPI, and two I2C
• 12-bit SAR ADC.
interfaces. The ADuC7122 is connected to a 4.7 kΩ thermistor.
• ARM7TDMI core: The powerful 16-/32-bit ARM7 core with
Due to the small form factor of the ADuC7122 (7 mm × 7 mm,
integrated 126 kB flash and SRAM memory, runs the user
108-ball BGA package) the entire circuit will fit on an extremely
code that configures and controls the ADC, processes the
small PCB, thus further reducing cost.
ADC conversions from the thermistor sensor, and controls the
communications over the UART/USB interface.
Similar in function to an RTD, thermistors are low-cost,
temperature-sensitive resistors and are constructed of solid
semiconductor materials, which exhibit a positive or negative
temperature coefficient. Thermistors are inexpensive and have
high sensitivity. They detect small variations in temperature,
which could not be observed with an RTD or a thermocouple.
However, thermistors are highly nonlinear; thus, they are limited to
applications with very narrow temperature ranges if linearization
techniques are not applied. Circuit linearization techniques can be
accomplished in software.
Despite the powerful ARM7 core and high-speed SAR ADCs,
the ADuC7122 still provides a low-power solution. With the
ARM7 core running at 326.4 kHz and the primary ADC active
12
• UART: The UART is used as the communication interface to the
host PC.
• Two external switches/buttons (not shown) are used to force the part
into its flash boot mode. By holding DOWNLOAD low and toggling the
RESET switch, the ADuC7122 will enter boot mode instead of normal
user mode. In boot mode, the internal flash may be reprogrammed
through the I2CWSD tool utilizing the USB interface.
• BUF_VREF: The band gap reference also connects through
buffers to the BUF_VREF1 and the BUF_VREF2 pins, which
can be used as a reference for other circuits in the system. A
minimum of 0.1 µF capacitor should be connected to these pins
to reduce noise.
The thermistor used in the circuit is a 4.7 kΩ resistor, model number
NCP18XM472. It is available in a 0603 surface-mount package.
The thermistor used in the circuit in Figure 2 has the following
specifications at 25°C: ß = 3500 (the ß parameter describes resistance
as a function of temperature) and resistance (R25) = 4.7 kΩ.
The USB interface to the ADuC7122 is implemented with an FT232R
UART to USB transceiver, which converts USB signals directly to the
UART protocol.
In addition to the decoupling shown in Figure 1, the USB cable itself
should have a ferrite for added EMI/RFI protection. The ferrite beads
used in the circuit are Taiyo Yuden, BK2125HS102-T, which have an
impedance of 1,000 Ω at 100 MHz.
The circuit must be constructed on a multilayer PC board with a
large area ground plane. Proper layout, grounding, and decoupling
techniques must be used to achieve optimum performance.
The input thermistor circuit
in Figure 2 is designed to
produce accurate temperature
measurements from 0°C to
90°C. Note that this system
contains no temperature
calibration. This circuit
contains a simple thermistor
circuit that does not contain
Figure 2: A simple temperature sensor
circuit linearization. If this
circuit implemented with the ADuC7122.
circuit employed linearization
techniques, it could function over a broader range of temperatures;
however, this would decrease the resolution of the sensor.
Figure 3: ADuC7122 thermistor sensor measured output (converted to volts) with ADC0
versus temperature.
Figure 3 plots the response of the ADuC7122 to the thermistor sensor
detailed in Figure 2 over temperature.
Code description
The source code and a HyperTerminal configuration file used to test
the attached circuit can be downloaded as a zip file at www.analog.
com/CN0153_Source_Code.
The UART is configured for a baud rate of 9600, 8 data bits, no parity
and no flow control. If the circuit is connected directly to a PC, a
communication port viewing application such as HyperTerminal can
be used to view the results sent by the program to the UART (Figure
4). The source code is commented to make it easier to understand
and manipulate. The code was compiled and tested using the Keil
µVision 3 application.
The circuit in Figure 2 is set up in a voltage divider configuration. This
will allow us to transform the ADC result, D, into a measurement of
the resistance of RTH (thermistor) using the following formulas:
=
=
∗(
( +
=2 ∗(
=
)
)
)
∗ (2
)
∗ ( ( + 1))
)
= 2 ∗is( calculated,
Once the resistance of the thermistor
the Steinhart-Hart
equation can be used to determine the
temperature of the sensor.
∗ )
( 12current
1)
∗ ( 25
) is
(
formula, the ADuC7122
2 =
=
Using the following
sensor temperature:
2
where:
T2
V1
ß
R25
RTH
=
=
=
=
=
=
(
(
(
(
25
1
∗ )
able to determine the
)
25
)
25
)
unknown temperature
298K
ß parameter of the thermistor @ 298K or 25°C. ß = 3500
resistance of thermistor @ 298K or 25°C. R25 = 4.7 kΩ
resistance of thermistor @ unknown temperature as
calculated by formula above
Figure 4: Output of HyperTerminal communication port viewing application.
Common variations
The ADP3333 (3.3 V) can be replaced with the ADP120 (2.5 V),
which has a wider operating temperature range (−40°C to +125°C)
and consumes less power (typically 20 μA versus 70 μA) but has a
lower maximum input voltage range (5.5 V versus 12 V). Note that
the ADuC7122 can be programmed or debugged using a standard
JTAG interface. For a standard UART to RS-232 interface, the FT232R
transceiver can be replaced with a device such as the ADM3202,
which requires a 3 V power supply.
The thermistor circuit described here can be adapted to operate with
other precision analog microcontrollers, such as the ADuC7020 series,
the ADuC7023, and the ADuC7061 series.
13
ARM7 Core MicroConverter
Applications and Tools
Analog Devices, Inc.
Analog Devices’ ARM7 series integrates high-precision
analog with an ARM7TDMI core. The small size and
integration of these devices makes them particularly
useful in a
wide range of
applications.
Experiencing the
product training
module regarding
the ARM7 series will
provide insight into
the industrial and
medical applications of which the device is often utilized,
along with example MicroConverter reference design
examples for the benefit of any
purchaser.
www.digikey.com/ptm
USB-Based Emulator (ADZS-USB-ICE-ND)
Analog Devices’ cost-effective Universal Serial Bus (USB)based emulator provides an easy, portable, non-intrusive,
target-based debugging solution for Analog Devices JTAG
processors and DSPs. This powerful USB-based emulator
performs a wide range of emulation functions, including
single-step and full speed execution with pre-defined
breakpoints, and viewing and/or altering of register and
memory contents. With the ability to automatically detect
and support multiple I/O voltages, the USB emulator enables
users to communicate with all of the Analog Devices JTAG
processors and DSPs using a
full speed USB 1.1 on the host
PC. Applications and data can
easily and rapidly be tested
and transferred between the
emulators and the separately
available VisualDSP++
development and debugging
environment (sold separately).
ADuC7122: Precision Analog Microcontroller, 12-Bit Analog I/O, ARM7TDMI™ MCU
The ADuC7122 is a fully integrated, 1 MSPS, 12-bit data acquisition
system, incorporating high performance multichannel ADCs, 12 voltage
output DACs, 16-bit/32-bit MCUs, and Flash/EE memory on a single
chip. The ADC consists of up to 13 inputs. Four of these inputs can be
configured as differential pairs with a Programmable Gain Amplifier on
their front end providing a gain between 1 and 5. The ADC can operate
in single-ended or differential input modes. The ADC input voltage is
0 V to VREF. A low drift band gap reference, temperature sensor, and
supply voltage monitor complete the ADC peripheral set.
• 13 external channel, 12-bit,
1 MSPS ADC
• 11 general-purpose inputs
• 0 V to VREF analog input range
• 12 × 12-bit voltage output DACs
• ARM7TDMI™ core, 16-bit/32bit RISC architecture
• JTAG port supports code
download and debug
• 41.78 MHz PLL with
programmable divider
• 126 kB Flash/EE memory, 8 kB
SRAM
• UART, 2 × I2C® and SPI™ serial I/O
• Wake-up and watchdog timers
(WDT)
• Specified for 3 V operation
• Active mode: 11 mA at 5 MHz,
40 mA at 41.78 MHz
Analog Devices and Digi-Key present New Product Express – a fast, easy way to
get ADI’s newest products. These products are in full production, having passed
ADI’s quality and reliability testing, and are available from Digi-Key to order today!
See New Product Express at www.digikey.com/newproductexpress
www.digikey.com/analogdevices-mcu
14
Introducing a Second MCU
to Embedded Designs
by Nicholas Cravotta
There are numerous reasons to add a second
MCU to your design and numerous errors to
avoid once you do. This article considers the
arguments and options while pointing out the
pitfalls along the way.
With the wide variety of processors available today, there are a
great many reasons why you may find it to be a more cost-effective
choice to add new features to an application by introducing a
second microcontroller (MCU) or microprocessor (MPU) to your
design rather than trying to perform every task on a single, higher
performance processor:
• Cost: Migrating to a higher performance system MPU can have a
higher cost differential than adding an 8- or 16-bit MCU to take
on the added load.
• Power: Rather than expend the power to have the main
application processor continuously turn itself on to perform a
relatively simple operation such as monitoring a sensor bank
or checking if a key has been pressed, an 8-bit processor
can be introduced to perform these tasks. In essence, the
8-bit processor serves as a “power gate” by letting the main
processor sleep and waking it only when an event occurs that
requires its attention. This is especially effective with resistive
and surface capacitive touchscreens.
• Determinism: User interface (UI) functions involving compute
intensive tasks such as animation or audio can stress the
real-time deterministic behavior of a system. Rather than risk the
reliability of critical tasks such as motor control, a second MCU
can assume all “real-time” UI responsibilities.
• Diversity: Many systems can benefit from a modular design. For
example, a display module can be implemented with a different
processor to provide additional graphics, or streaming video
capabilities. By taking a modular approach, the main application
code does not need to be changed to add new features to the
system or to support different models.
• Simplicity: A product line may offer a wide variety of options.
For example, a product may have four screens, three keyboards,
and three connectivity options. When a single processor is
used, the design team has to maintain, test, and verify a
separate code version for each possible variant (4x3x3=36
distinct variants). When a secondary processor is used to
implement a new function, maintenance is required only
for each option (4+3+3=10). Note that with the first option,
the entire system needs to be tested and verified with every
variant, a complex and time-consuming process. When using
the second option, the main application code only needs to be
verified once. Each of the options can be verified separately
and with significantly less complexity.
• Conservation of I/O: An MCU can appear to be several devices
over an interface by responding to several addresses. For
example, the main application processor could issue a command
to turn on a fan which is intercepted by an MCU serving as a
virtual hub. This is an effective way to conserve I/O on the main
application processor since only one communication peripheral
is required to read and control multiple devices.
• Certification: Changing the user interface or introducing a new
interface like Wi-Fi to the main system requires the entire design
to be recertified for some markets. Implementing these functions
as an add-on module with a separate processor simplifies
the recertification process, significantly accelerating both
development and time-to-market.
UART, I2C, and SPI
There are many options available for interconnecting processors.
The most basic interfaces used for this purpose are Universal
Asynchronous Receiver-Transmitter (UART), Inter-Integrated Circuit
(I2C), and Serial Peripheral Interface (SPI). Today, many processors
offer hardware and software support for one or more of these
interfaces. For example, STMicroelectronicss’ STM32 Cortex-M3 32bit processors and 8-bit STM8L MCUs support all three. Alternatively,
Cypress’ PSoC family of programmable system-on-chip processors
have analog and digital blocks which can be configured to provide
multiple instances of each of these interfaces, allowing the interface
mix to be altered as required for different target markets. The
question becomes how many interfaces you’re going to need.
A UART operates up to 250 kbps, compared to 100 to 400 kbps for
I2C. SPI, which supplies its own clock, can operate at speeds over
1 Mbps. A UART link can typically be implemented in software using
an interrupt-based driver, so long as the driver doesn’t place too much
load or latency on the processor based on the application’s needs. An
I2C master can often be implemented in software, but a slave needs to
15
be implemented in hardware because of the data rates involved. SPI
also needs to be hardware-based. Multi-master systems will need to
be hardware-based as well.
Beyond data rate, each interface offers specific features that may
make it more appropriate for a specific application. UART is extremely
simple to implement and is full-duplex. I2C is popular because it
requires only two wires, can have a simple master, and offers a
variety of advanced options including support for addressing, multiple
masters, broadcasting, and clock stretching. Clock stretching, for
example, allows an I2C slave to hold the clock and halt the flow of
data while it processes the data it has received, thus preventing
potential overrun issues. In contrast, a SPI slave is at the mercy of
the SPI master.
With all of the various options available for I2C and SPI, many silicon
vendors supply example code which you’ll need to use as a model
for creating your own code. Fortunately drivers for these interfaces
can be fairly simple – an I2C driver can be 15 lines of code, allowing
you to implement an interface in a short period of time. However, it is
important that you determine which features you need to support, that
you’ve implemented them correctly, and that the master and slave
implement the same features.
For example, there are a number of parameters you’ll need to decide
upon when creating an I2C driver, such as 7- or 11-bit addressing,
single or multi-master (with collision detection and recovery), data
rate, whether to use ACK/NAK protocols, support for address holding,
and a slew of other options. As a result, any two particular I2C
interfaces can be very different. For example, one common problem
developers run into is mistaking the System Management Bus
(SMBus) used in laptops as a simple I2C bus. Even though the SMBus
runs over an I2C interface, it usually uses fixed voltages for high and
low values whereas a generic I2C interface uses threshold values
which are typically based on a percentage of the MCU power supply,
thus representing a potential discrepancy between the two which can
create difficult-to-debug intermittent errors.
i.e., switching from a soft to loud stream can result in a loud “Pop!”
Additionally, command latency may affect the transition. Ideally,
you’ll want to run the audio down, switch streams, and then run
the audio back up. However, this may not always be convenient for
your application. The same difficulties apply if you are working with
multiple power supplies at the same time.
To facilitate initial driver design and verification, many vendors
offer powerful development tools for implementing and verifying
interface functionality. For example, Microchip offers the PICkit Serial
Analyzer which connects to your system and to a PC which you use
to configure the link as a master or slave with any of the standard
interface options for UART, I2C, and SPI. A classic problem in interface
design is the need for a pre-existing master to design a slave or
a pre-existing slave to design a master. The PICkit eliminates this
problem by providing a reliable other half of the link to design against
with visibility into what’s being sent over both sides of the link. The
PICkit also has the capable of emulating a variety of I2C peripherals
like ADCs and fan controllers.
Many MCU vendors also offer a variety of full-featured development
kits and libraries to facilitate the introduction of subsystems such
as an LCD display, touchscreen, or other peripheral to a system.
For example, TI offers the RDKIDML-35 Intelligent Display module
reference design kit which makes it relatively easy to add a 3.5”
QVGA touchscreen to a system connected over either an I2C or SPI
link. The kit also includes a software library with various GUI functions
to speed user interface design.
Note too, that UART, I2C, and SPI are just physical interfaces. You’ll still
need to supply a logical protocol that operates on top of the physical
layer. If the interface is between two MCUs under your design, this
protocol can be whatever you want it to be. If the MCU is talking to
a device like a serial EEPROM, then the protocol is already defined
for you. As a consequence, a driver for a master is likely to be more
complex than a slave given the number of different devices and their
protocols it may communicate with. In addition, if your master doesn’t
support all of the protocols features a slave does (or, conversely, tries
to use a feature a slave does not support), compatibility problems will
eventually surface.
The simplicity of each of these interfaces is both its advantage and
curse. You can implement intricate protocols, which makes the
interface more efficient and powerful, but this can also make it more
difficult to debug. The simplicity gives you all the rope you need to
hang the system up if you aren’t careful.
For example, consider an application where the interface is
controlling an analog multiplexer which needs to smoothly transition
between two audio streams. Depending upon how the transition is
implemented, there can be undesirable – and audible – side effects;
16
Figure 1: PICKit™ Serial Analyzer.
Avoiding common pitfalls
In the end, the best way to learn to implement a UART, I2C, or SPI
link is to do it yourself. The following list of tips and tricks has been
suggested by experts from a variety of MCU manufacturers to help
you avoid some of the more common mistakes, misconceptions,
and missteps developers often take when implementing their first
processor-to-processor interface.
Introduce complexity in stages: Do not try to implement the entire
system from the start. Begin with the basic driver and verify its
operation. Then add the protocol layer and verify again. Introduce
the application layer. Finally, operate the entire system with all of its
various concurrent tasks and interdependencies.
Design your system to abstract functionality: For example,
using a generic UI interface allows the main system to connect to
mechanical buttons, a keypad, or a touchscreen without having to
know which is actually connected. This approach also allows you to
fundamentally modify how a function is performed without requiring
any code changes to the main system. Consider a vending machine
with a separate processor handling coin and bill collection. If a
security problem arises (i.e., customers have figured out a way to
cheat the machine), only the hardware and software used to monitor
collection need to be redesigned to prevent this; the rest of the
system remains unchanged.
Account for overruns: Getting an I2C or SPI link up and going is
fairly straightforward. Where you are likely to encounter difficulties
is at the corner cases. For example, the interface may operate
properly up to a certain frequency, at which point it begins to fail.
The problem could either be from too much noise in the system
or a data overrun. A data overrun may be a local problem; a series
of a particular type of packet may require more processing time,
resulting in the processor not emptying the buffer fast enough. More
often, overruns are caused by system-level issues. For example,
the DMA or FIFO used by the interface may be a shared resource.
Depending upon what else is being processed by the system (i.e.,
the real-time operating system is managing several real-time tasks
simultaneously), latencies may be greater than estimated, causing
an overrun.
Verify the driver first: When a problem arises, it can be difficult to
determine the cause of the error. This is especially true in systems
managing multiple interfaces or real-time tasks where errors
can arise because of what else is happening in the system. Get
the systems talking reliably first by verifying your drivers before
introducing application-level functionality. This allows you to more
confidently eliminate the driver as the source of the problem during
later debugging.
Debug using code instrumentation: Debugging both sides of
an interface can be tricky because you are working with multiple
processors. While there are tools for debugging multiprocessor
systems, they often allow you to halt only one side of the link, making
it difficult to utilize traditional debugging techniques. If you are using
the same type of processor on both sides of the link, you have the
option of having the one processor send and then receive its own
signal; this allows you to watch both sides of the link and halt them
simultaneously. If you are debugging over JTAG, you may be able to
connect both processors to the same JTAG chain.
Figure 2: RDK_IDM L35.
Recognize that peripherals are different than processors:
Connecting to a peripheral is different than connecting to another
processor. When you control the software on both sides of the
interface, you define the interface specifics and protocol on both
sides and can therefore guarantee compatibility. When you only
design one side of the interface, you need to design your interface
to match the requirements of the peripheral to which you are
connecting. This can give rise to many potential problems. The
most common is the datasheet for the peripheral inaccurately
describing how the interface has been implemented. To avoid this
problem, verify how the interface has been implemented. Also be
aware that various interface options such as 11-bit addressing,
clock stretching, or multi-master support may not be supported
by a peripheral and that if you try to implement a feature that the
peripheral did not implement, the results will be unpredictable.
Specify a sufficient data rate: Confirm that the data rate of the
interface will meet both your current and future data needs. For
example, a small display requires a lower data rate than a larger
display or equivalent touchscreen. If you plan to support larger
displays in next-generation designs, keep your interface options open.
Once you mix architectures, however, you may find yourself forced
to debug one side of the link at a time. To simplify debugging,
limit the complexity of the other side of the link by creating a
simple stub driver that allows you to test basic functionality in
stages. As you begin to work with live systems on both sides of
the link, you can use the debugger on one side of the link and use
code instrumentation techniques on the other side of the link to
facilitate debugging. The instrumented side of the link can use the
link itself to send status information such as variable values, data
received, and other important information back to the processor
being debugged.
Exploit your debugger: Some engineers try to solve programming
issues without a debugger. When they encounter an error, they try
something different in the code. Many interface issues, however,
are caused at the system level and rewriting interface driver code
is not the solution. Observing these system-level interactions may
require a debugger.
Check your connections: Triple-check your connections before
debugging a problem. For example, an easy error to make is to hook
up the control signals of the interface but fail to have a common
ground. Do this and you may find yourself spending hours trying to
resolve a non-existent problem.
17
Document your code: Take the time to write clean code with
complete comments. A simple I2C driver might only run 15 lines
and not seem to require documentation. However, if you are new
to I2C, you may have missed a critical parameter that you come to
understand more about at a later time. Complete documentation
gives you a reliable path for tracking your changes in thinking and not
getting lost as the complexity of the application increases.
Question the spec sheet: Because of its greater flexibility,
developers typically encounter more issues with I2C than with
SPI. For example, the slave can adversely affect the master by
holding the clock down, using a different addressing mode, or
implementing start/stop sequences differently. Be wary even if you
are connecting to a peripheral like a sensor with a detailed data
sheet. The peripheral may not follow the spec, so don’t immediately
assume your driver or the MCU is at fault if you can’t get an interface
working. It is times like these that you may need a logic analyzer to
locate the true source of the problem.
Have access to a logic analyzer: This tool is especially useful when
you have to connect to another device with an existing interface
and protocol. It can also accelerate development when connecting
to peripherals with a parallel interface like a display. Be sure to
check if your logic analyzer supports the appropriate decode for
the interface you are using. Automatic decoding can substantially
simplify debugging by allowing you to observe the interface as a
logical signal rather than having to convert the physical signal to a
logical signal yourself.
Design for coexistence: In a multi-master system, sometimes you
will need to make sure to send data to multiple destinations without
risking giving up the bus to another master. To achieve this, you can
use a restart condition between each transmission to keep control
of the bus. Similarly, you can use a restart to change the direction
of data to receive data from a slave (i.e., EEPROM) without letting
go of the bus. A master that locks the bus in this way, however, can
create latency issues for other masters performing tasks that are
also time-critical. Use such techniques sparingly and thoroughly test
the interplay between masters to ensure that they operate well with
each other.
Design slave/master-capable drivers: Consider giving your slaves
the ability to become a master. This can be useful in the case of
system failure, allowing a slave to take over the bus and initiate
recovery mechanisms with significantly less latency than if the slave
has to wait until it is addressed before it can signal an alert.
Separate data processing from data transmission: Often, the
data collected (i.e., a voltage from a temperature sensor) is very
different from the data that needs to be transferred (i.e., whether a
temperature threshold has been crossed). Consider an interface to a
touchscreen module where the main system, acting as the master,
asks for the current finger position data. The module collects the
raw data and stores it until position data is requested by the master.
At this time, the module retrieves the raw data, processes it, and
then transmits it.
This particular architecture can innocently create an overrun
condition. Consider that to maintain responsiveness, the main system
may ask for information at a higher frequency than at which the raw
18
data actually changes. This means that with each request, the module
has to recompute the position data using data-intensive algorithms,
even if the data has not changed. Because the raw data is being
computed multiple times, the result is tremendous overhead that can
affect the responsiveness of the module.
There are several ways to eliminate such overhead. For example,
a check could be made before the position data is computed as to
whether the raw data has changed sufficiently or not. If the raw data
has not changed, the previous calculation is used. Another approach
would be to have the touchscreen module serve as the master over
the link and send an update whenever the position has changed.
Keep the interface simple: If you only have one master and one
slave, there is no need to implement address collision. Of course, take
into consideration future expansion and whether a deployed device
may need to support such a feature to be compatible with future
generations of devices.
With today’s integrated MCUs and MPUs, coupled with powerful
development tools, designing your first processor-to-processor
interface can be a simple process that allows you to quickly introduce
a second processor to your existing design. By taking care in your
design, you can avoid many common pitfalls to create a reliable
and efficient interface that will meet the performance needs of your
application today and into the future.
ATmega128RFA1
Wireless MCU
Atmel
The ATmega128RFA1 wireless MCU is a single-chip
microcontroller that is known as the world’s first
wireless AVR. This device consists of a unique Atmel
microcontroller and an RF transceiver and offers the
highest system
integration and best
cost-efficiency.
Digi-Key’s product
training module
for this product
features information
regarding the
integration of
the AVR MCU with the RF module, reviews the power
specifications offered with this series, and provides
in-depth application examples.
www.digikey.com/ptm
Eliminating the Parallel/Serial
Tradeoff in Embedded Systems
with SPIFI-Equipped Cortex-M3
by Rob Cosaro and Gene Carter, NXP Semiconductors
Choosing parallel versus serial flash has
traditionally meant gaining speed at the cost of
complexity. This no longer needs to be the case.
The SPI Flash Interface (SPIFI), a patent-pending feature initially available
on NXP’s latest ARM Cortex-M3 microcontrollers, lets designers of 32-bit
embedded systems use a small, inexpensive serial flash in place of a
larger, more expensive parallel flash. With SPIFI (“spiffy”), the external
serial flash appears in the microcontroller’s memory map and can be
read like other on-chip memory. This essentially eliminates the traditional
tradeoff associated with choosing the type of external flash to be used in
an embedded system, and gives designers a new way to minimize size
and cost while delivering the required system performance.
NXP has developed a peripheral function, initially available on its new
ARM-based LPC1800 Cortex-M3 microcontrollers, that lets designers of
embedded systems use external serial flash memory in place of larger,
more expensive parallel flash. The patent-pending peripheral, called
the SPI Flash Interface (SPIFI), lets external serial flash memory appear
in the microcontroller’s memory map, so it can be read like an on-chip
memory. This gives designers a new way to meet performance demands
while creating a system that is easier to configure, uses smaller
packages, requires less board space, and is less expensive to build.
The need for external flash
Embedded applications that use a 32-bit microcontroller (MCU) are
increasingly tasked with offering a range of sophisticated features
for managing multimedia, photos, and other data-intensive content.
This is particularly true of systems that present a human interface,
since today’s users have come to expect a graphical display that lets
them interact with window boxes, photos, animations, sound files,
and more. As products become increasingly international, they have to
operate in different languages and may need to support several sets
of alphabets and non-Roman characters. All these requirements place
extra demands on the system’s memory resources.
Most 32-bit microcontrollers are equipped with on-chip flash memory
that can be used to support data-intensive features, but it’s often not
enough to support the entire application. The on-chip flash is typically
limited to 1 Megabyte or less. That may be enough to house the bulk
of the critical application code, but it may fall short when it comes
to storing all the other things the application needs, such as look-up
tables, images, photos, sound files, multiple languages, and so on. For
these items, designers often turn to external flash memory.
External flash memory is significantly cheaper than on-chip flash
and is readily available in sizes in excess of 8 Megabytes. Flash
memory can also add an extra level of flexibility to the system,
since it can be used to patch or upgrade software once the system
is in the field.
The parallel/serial tradeoff
When choosing what kind of external flash to use, parallel or serial,
designers have traditionally had to balance several tradeoffs. Parallel
flash is often faster than serial flash, but requires more pins, more
PCB traces, and more board space.
Figure 1 shows data transfer rates for typical parallel and serial flash
devices. For the parallel flash, the graph assumes a fixed access
time of roughly 90 ns without buffering. With these conditions the
maximum transfer rate for a 16-bit-wide parallel flash is 22 Mbytes/
sec. For the serial flash the maximum clock frequency is 80 MHz
giving a per-bit transfer rate of 80 Mbits/sec. For a quad device
this means a maximum transfer rate of 40 Mbytes/second. This
calculation ignores any control bits but quad SPI devices support
bursting which is used by the SPIFI interface This allows the SPIFI
interface to approach these transfer rates.
Figure 1: Typical transfer rates of serial and parallel flash memories.
Table 1: Parallel verus Serial Flash Performance.
Interface
Parallel
Mode
Access Time (nS)
Effective Throughput (MB/S)
8 Bits
90
11
16 Bits
90
22
Single
12.5*
10
Dual
12.5*
20
Quad
12.5*
40
Serial
*Effective access time.
19
As shown in Figure 1, a typical 16-bit parallel flash memory delivers a
data transfer rate of 20 Megabytes per second. In systems that use
a 32-bit microcontroller with a 32-bit bus for the external memory
(like those from NXP), the designer can opt to use two 16-bit parallel
devices in combination for a rate of 40 Megabytes per second.
However, the added speed comes at a cost. The configuration uses
two separate parallel flash memories, each housed in a package
with dozens of pins, and that may be more, in terms of package
size, pin count, and PCB space, than the designer can afford.
Serial flash, which typically uses the simple four-pin Serial
Peripheral Interface (SPI), can be a good alternative to parallel
flash when space, power, and cost are concerns, but it’s much
slower. Figure 1 shows that a typical SPI flash operating at 50
MHz transfers data at roughly 5 Megabytes per second (eight
times slower than a configuration that uses two 16-bit parallel
devices). Another consideration is that the SPI interface on most
microcontrollers is connected to the MCU’s peripheral matrix, where
data has to be received by driver code and put into on-board RAM
before the processor can access it. This can slow things down,
since each read from serial flash has to go through an SPI software
layer. Depending on the application, using the standard SPI interface
for external memory may not be fast enough.
The SPIFI peripheral is a dedicated function that will initially
be available on the NXP LPC1800 series of ARM Cortex-M3
microcontrollers. It will also be available on upcoming product lines,
including the low-cost Cortex-M0 series and the Cortex M4 line of
digital serial controllers (DSCs).
SPIFI supports most serial flash devices on the market today
(including those with quad read/write capability) and is designed
for easy configuration and programming. It uses four or six pins
(depending on the type of serial flash used), works with a small
register set, is optimized for efficient memory transactions, and
uses software commands that reduce CPU overhead and streamline
memory interactions.
How SPIFI works
Figure 2 shows a block diagram of the SPIFI peripheral. The SPIFI
function is connected to the microcontroller’s Application Highspeed Bus (AHB) matrix, which is used for the processor core and
the on-chip memories. The SPIFI peripheral presents the contents
of the external SPI flash in the microcontroller’s memory map. Once
the boot code in the on-chip ROM initializes the SPIFI interface, the
external SPI memory looks just like an on-chip memory to the core
processing unit.
The new Quad SPI flash format, which uses a modified, six-pin SPI
configuration, is much faster than traditional SPI formats. As shown
in Figure 1, Quad SPI delivers a transfer rate of 40 Megabytes per
second, which is the same as using two 16-bit parallel devices.
Using Quad SPI is often much less expensive than the parallel
approach, since it uses far fewer pins and a much smaller package.
It would seem that Quad SPI flash would be a good replacement for
parallel flash in embedded systems, but the reality is that today’s
32-bit microcontrollers aren’t designed to support Quad SPI flash
at its maximum speeds. This is because the Quad SPI interface, like
the traditional SPI interface, is connected to the microcontroller’s
peripheral matrix.
Eliminating the tradeoff
NXP has developed a new peripheral function, called the SPI
Flash Interface (SPIFI) that essentially eliminates the parallel/
serial tradeoff. The patent-pending SPIFI (“spiffy”) peripheral lets
low-cost SPI and new Quad SPI flash memories appear in the
memory map of an ARM Cortex-M3 microcontroller, so the MCU
can use external SPI flash with only a minimal performance penalty
compared to external parallel flash memories. The complete
memory space of the external SPI flash appears in the MCU’s
memory map, so the microcontroller can access the external
memory directly, without a software API or library.
When used with a Quad SPI flash, for example, the SPIFI peripheral
supports a data transfer rate of up to 40 Megabytes per second.
The designer can choose a less expensive SPI flash device, with
its compact footprint and simple configuration, but doesn’t have
to sacrifice performance. The designer may also be able to choose
a smaller, less costly microcontroller, because the system won’t
need a bulky interface for external parallel memory. The SPIFI
peripheral enables an embedded system that makes better use
of memory resources yet remains compact and efficient while
lowering overall cost.
20
Figure 2: Block diagram of the SPIFI peripheral.
Initialization sequence
All of the drivers required for the SPIFI interface are available in
ROM. For reading, only one call to a routine is made to initialize the
SPIFI peripheral. After the initialization sequence, the entire SPI flash
content is accessible as normal memory using byte, half word, and
word accesses by the processor and/or the DMA channels. Erasure
and programming are handled by a simple API call, which accesses
commands in ROM, so using the external SPI memory is as easy as
using on-chip flash memory.
Booting from SPIFI
For systems that need the microcontroller to boot from external
serial flash, the NXP LPC1800 microcontroller has been equipped
with a mechanism that includes SPIFI as a boot source. There
are two ways to select the boot source. The first uses the
microcontroller pins to determine which interface to boot from, and
the second relies on the user to program a non-volatile location to
choose the interface. Using the non-volatile location saves the pins
from having dual-use functions.
Physical interface
Figure 3 shows the physical interface of the SPIFI peripheral. It uses the
standard four pins for traditional SPI devices; when configured with Quad
SPI memory it uses an additional two pins to support the quad capability.
Figure 3: Physical interface of the SPIFI peripheral.
Direct execution
From a software point of view, the microcontroller can execute code
directly from the external SPI memory. Direct execution can be helpful
when using in-field upgrades or when replacing functions originally
shipped in on-chip flash. Validated upgrade code can be placed in the
external flash. If, for example, the system’s function addresses are in
a table stored in on-chip flash, the table can be reprogrammed with
the address of the routine now housed in external flash. Alternatively,
if the page containing the start of the original routine is stored in
on-chip flash, the page can be updated with a branch long jump to
the new routine in external flash. In either case, the new code doesn’t
need to be loaded into the on-chip RAM to execute, because the SPIFI
peripheral allows direct execution from the external memory.
Different serial flash vendors and devices accept or require
different commands and command formats. The SPIFI peripheral provides
sufficient flexibility to be compatible with most common SPI flash and
includes extensions to help insure compatibility with future devices.
Executing code from an external memory is never as fast as using
on-chip memory. The SPIFI peripheral isn’t intended for use with
real-time functions that require peak performance but, for less critical
code sequences, SPIFI can be a very attractive option.
Reduced register set
A compact register set gives the SPIFI peripheral a considerable amount
of intelligence while keeping it simple to use. It takes just eight registers
to control the SPIFI function, interface with the external SPI memory,
store and retrieve data, and monitor operation. Since the built-in ROM
API governs setup, programming, and erasure, handling the external SPI
memory in an application is a matter of a few calls. As a result, the SPIFI
peripheral is simple to configure and easy to support in the application.
Write-while-execute functions
The SPIFI supports write-while-execute functionality, which means it
can program or erase the external memory simply and quickly, even
when the processor is executing code from on-chip flash. Since the
SPIFI peripheral can run on its own, without interaction from the CPU,
the system can perform its functions without interruption while the
serial flash is being reprogrammed.
Software commands
The external memory responds to commands sent by the
microcontroller software and to commands automatically sent by the
SPIFI peripheral when its software reads the serial flash region of
the memory map. Commands are divided into fields called opcode,
address, intermediate, and data. The address, intermediate, and
data fields are optional depending on the opcode. Some memory
devices include a mode in which the opcode can be implied in Read
commands for higher performance. Data fields are further divided into
input and output data fields depending on the opcode. All commands
to the external SPI memory can be handled by calls to the ROM API.
The SPIFI ROM API driver lets the contents of the external SPI memory
be accessed using simple load commands, so the application code
remains compact and easy to write.
CPU-independent operation
The SPIFI software can read data from the external memory and write it
to RAM or a peripheral without involving the CPU. With microcontrollers
that have an integrated LCD controller, for example, this feature can be
used to enhance performance and save power. Images can be stored in
the external memory and fetched by the LCD controller. Since the LCD
controller reads most of its data from sequential addresses, the SPIFI
peripheral can pre-fetch the addresses so they’re ready when needed,
with essentially no wait states. The entire operation can happen without
getting the CPU involved, and there’s no need to load the images into
on-chip RAM before the LCD controller fetches them. That means the
system can use a microcontroller with less on-chip RAM, or can free
up its existing RAM for other tasks. Also, since the images are fetched
directly by the LCD controller, the LCD display can refresh graphics
faster, so simple operations like opening and closing windows appear
smoother. Also, to save power, the system can use a slower clock speed
without having a noticeable impact on the display’s performance.
This feature can be used to perform software upgrades in the field,
because the system can write to the external memory without
interrupting critical application code. In a smart meter, for example,
the metering function needs to operate continuously, even during a
software upgrade. With SPIFI, the utility company can configure the
system to write any new code to external flash, without interrupting
the active metering function, and can then integrate the new code
into the system. Similarly, in a system that has a USB port, new code
can be placed on a portable USB drive and transferred to the external
flash without interrupting critical operations.
Conclusions
NXP’s new SPI Flash Interface (SPIFI), a patent-pending feature initially
available on its new ARM-based LPC1800 Cortex-M3 microcontrollers,
lets external serial flash memory appear in the microcontroller’s
memory map, so it can be read like on-chip memory. This gives
designers access to a large amount of external flash memory while
reducing system costs and minimizing the design footprint.
The SPIFI peripheral creates a way for designers to use a small,
inexpensive serial flash where they might previously have needed to use
a larger, more expensive parallel flash to meet the system’s performance
requirements. Designers can take advantage of the many benefits of
serial flash — low-cost, small size, simple configuration — without
making large sacrifices in performance. SPIFI also lets designers opt for
a microcontroller without a parallel interface, for a smaller, less expensive
design that still delivers the required performance.
The NXP roadmap for SPIFI includes migration to other Cortex-M
families, including the low-cost Cortex-M0 series and the upcoming
Cortex-M4 series of Digital Signal Controllers.
21
uIP TCP/IP Protocol
Stack Demonstration
contributed by Renesas Corporation
The popular open source uIP TCP/IP stack
is widely used in embedded designs. This
demo provides both hands-on experience and
insights into its use.
This article demonstrates the features and capabilities of the RX62N
Renesas Ethernet connectivity target devices with the open source
uIP TCP/IP protocol stack. It assumes some experience with Ethernet,
TCP/IP, and HTML. For more introductory material on these subjects
please see the references at the end of this article.
The uIP TCP/IP stack demonstration project provides an example
of Ethernet connectivity and a sample web server application that
controls LEDs on the Renesas Starter Kit (RSK) boards.
Overview
The procedure below provides step by step instructions for how to
setup the demonstration project and run it.
Setup
Set up a demonstration environment as shown in Figure 1. In this
setup, a router is used as a DHCP server and a PC as a web client.
Several RSK boards can be connected to the multiport router.
Use straight RJ-45 Ethernet cables to make the connections.
Depending on the RSK board used there may be other settings to
be configured before running the demonstration project. These may
include instructions for connecting a debugger to the RSK board.
Please refer to the Quick Start Guide (QSG) of the RSK board for
more information.
Figure 1: Demonstration setup.
22
Figure 2: Test setup.
The demonstration project by default is configured to run in little endian
mode. Please make sure RSK board is configured for the same endian
mode. Refer to your QSG how to change endian mode of operation.
For a simpler setup, an RSK board can be directly connected to a PC.
In this setup, the router is not used and the demonstration project
is designed to fall back to a static IP address if a DHCP server is not
found in about ten seconds. In this case, the RSK board assumes the
default IP address of 192.168.1.10.
Figure 2 shows a more detailed test setup environment as an
alternative. In this setup all devices are on the same collision domain
and all network activity can be monitored and analyzed on the PC.
If this setup is used, make sure the center connectivity device is a
true hub rather than a switch. The router can be disconnected and
connected back to the network independent of the connections
between the PC and the RSK boards. This allows monitoring of RSK
board behavior with or without a DHCP server on the network.
Figure 3: Router network configuration.
Configure the IP address of the router to 192.168.1.1. This is
usually the default IP address for most home or office routers.
Configure the DHCP start IP address to 192.168.1.100 with two
maximum DHCP users. A snapshot of the router configuration is
shown in Figure 3.
Configure the Ethernet port of the PC with a static IP address of
192.168.1.2. Internet Protocol (TCP/IP) properties of the PC are
shown in Figure 4. Make sure that this Ethernet port is not used to
access a corporate network or a workgroup. If there is not a spare
Ethernet port available, it is recommended to use an USB to an
Ethernet adaptor. Please follow the adaptor manufacturer manual
for installation instructions.
Figure 5: Directory structure of uIP demonstration project.
What to do with the demo
The demonstration project displays “uIP Demo” on the RSK
board LCD on power up. The IP address used is displayed on the
LCD. The RSK board either receives its IP address from a DHCP
server or uses its default setting of 192.168.1.10. For the test
setup in this article, the DHCP server can assign IP addresses of
192.168.1.100 and 192.168.1.101. Make sure the Ethernet cables
are connected and devices are powered up if no IP address is
displayed after ten seconds. Some of the possible LCD settings are
shown in Figure 6.
Figure 6: LCD settings.
Figure 4: PC network configuration.
Sample project directory structure
Figure 5 shows the demonstration project directory structure. The \src
folder contains the source code and has four subfolders: bsp, driver
uip, and user-app. The \src\bsp and \src\driver folders have Renesas
board specific source code and the Ethernet drivers for the RSK
board. The uIP stack is in the \src\uip folder.
The open source uIP TCP\IP stack comes with its own
documentation. It is in the \src\uip\doc folder. The main.c file is
in \src\uip\uip and the example web pages are in src\uip\apps\
webserver\httpd-fs folders.
The router’s status page can also be used to find which IP address
is assigned to the RSK board as shown in Figure 7. Another way
is simply to ping IP addresses and use the IP address with the
reply. Ping messages can be generated by the following DOS
Shell commands:
C:\>ping192.168.1.10
C:\>ping192.168.1.100
C:\>ping192.168.1.101
The demonstration project includes a simple user application that
controls the LEDs on the RSK board. This application is in the \src\
user-application folder.
Figure 7: DHCP client information.
23
Launch a web browser and use the IP address of the RSK board
in the URL field. After a successful connection, the user will see
the welcome page shown in Figure 8. This is also the front page.
Note that the Renesas logo is linked to http://am.renesas.com/. By
activating this link the user can easily access the Renesas Electronics
America internet site. The other external link on this page is http://
www.sics.se/~adam/uip. It is the main page for the uIP TCP/IP
protocol stack.
Figure 10: LED control web application page.
Figure 8: uIP welcome page.
All other pages can be accessed by links provided in the top banner.
The file statistics page shows the number of times a specific page
is accessed. The network statistics page displays the number of IP,
ICMP, and TCP packet reception and transmission information. The
network connections page shows the current status of established
TCP connections within the uIP stack. These pages are dynamic and
recreated every time they are accessed.
Two custom pages are created and included within the demonstration
project. First is the RSK board specific page. An example of this page
is shown in Figure 9. In this case it is an RX62N custom page. The
demonstration project is personalized for different target devices and
target specific images are shown on this page. This is to show that
creating custom web pages can be easily achieved and integrated
with the uIP TCP/IP stack. The next section describes step by step
instructions for creating a new web page.
The second custom page is the simple user application that controls
the LEDs on the RSK board. One of the LEDs on the RSK board is
used to indicate system timer activity. The other three are used by
the LED control web page as shown in Figure 10. From this web
page, the user can turn the LEDs on and off on the RSK board. The
reset button selects the off setting for all LEDs. Note that the LED
names in Figure 10 are generic and labeled as A, B, and C to allow
portability between different RSK boards. They are usually grouped
together on the target board.
Steps to create a new web page
A new web page can be easily created and added to the
demonstration project by following the following steps. With a little
HTML language knowledge, the user can create custom web page
applications. All the tools and information needed are provided with
the demonstration project and in this article.
1. Write a new web page application. See the led.shtml example in
src\uip\apps\webserver\httpd-fs.
2. Copy it to src\uip\apps\webserver\httpd-fs directory.
3. Run makefsdata.exe from src\uip\apps\webserver directory to
generate the new fttpd-fsdat.c file.
4. Rebuild the project.
The makefsdata.exe is a Renesas add-on program created from
makefsdata Perl script. This executable is included into the
demonstration project located in apps\webserver\ directory to make it
easier for the user to generate the httpd-fsdata.c file without the need
to find and install a Perl interpreter.
More on uIP TCP/IP stack
uIP TCP/IP stack was originally developed by Adam Dunkels of
the Networked Embedded Systems Group at the Swedish Institute
of Computer Science. Currently, is it part of the open source
community and can be obtained freely from http://www.sics.
se/~adam/uip. uIP TCP/IP stack includes some higher layer example
applications such as web server, web client, Trivial File Transfer
Protocol (TFTP), and DNS hostname server.
uIP TCP/IP stack does not require a real-time operating system.
However, there are versions of it ported to an open source FreeRTOS
operating system and are available on the Internet. It is also
ported to several other Renesas MCU devices. Sample code can be
downloaded from the uIP web site.
Figure 9: RSK custom page.
24
Usage considerations with uIP TCP/IP stack
One consideration when using a uIP TCP/IP stack is that it
supports only one TCP segment in transit. If uIP TCP/IP stack
is used with a TCP receiver using a delayed acknowledgment
algorithm, throughput performance can be poor. You can modify
TCP acknowledgment behavior of your PC if you experience this
condition with your default PC setup.
More information can be found at http://support.microsoft.com/
kb/328890. This situation is also discussed in the uIP TCP/IP
reference manual.
Another consideration is that the uIP TCP/IP stack supports one
TCP and one UDP application at a given time. In this demonstration
project, the HTTP web server application uses TCP and DHCP client
runs on UDP. An application multiplexer layer based on connection
port number can be added to the uIP TCP/IP stack to support multiple
TCP or UDP applications.
More on DHCP
Dynamic Host Configuration Protocol (DHCP) is a protocol used by
networked devices to obtain IP addresses and other parameters
such as default gateway, subnet mask, and an IP address of the
Domain Name Server (DNS) from a DHCP server. The protocol is
defined by RFC 2131. DHCP eases the management of the above
tasks and ensures that all IP addresses on the network are unique
and unused IP addresses are returned back to the IP address poll for
reassignment for other devices joining the network.
The demonstration project makes use of the dynamic mode of
DHCP. In dynamic mode, a client is provided with an IP address and
time duration in which this IP address is valid. This time duration is
called lease time.
DHCP operation
There are four main messages exchanged between a DHCP client
and a DHCP server during dynamic IP address assignment. They are
shown in Table 1.
RSK board with MAC address 00:11:22:33:44:55 is assigned to an
IP address of 192.168.1.101. On the other hand, the RSK board
with MAC address 00:11:22:33:44:56 is given an IP address of
192.168.1.100.
Figure 11: DHCP client status information on the DHCP server.
Debugging a system with a DHCP server can be tricky. Here are some
recommendations. First, use of a network analyzer is a great help.
Wireshark has been used throughout the development of this project.
It is a PC-based network analyzer software. For more information on
Wireshark, see http://www.wireshark.org.
Second, the IP address of the PC Ethernet port used by the network
analyzer must be on the same network and subnet with the DHCP
server and its clients, e.g. the Renesas target board(s). This can be
achieved by assigning a static IP address to the PC Ethernet port that
is outside the IP addresses that can be given out by the DHCP server,
but still making sure that network and subnet requirements are met.
For example, in Figure 3 the DHCP server is configured with a start IP
address of 192.168.1.100. Figure 4 shows that the PC Ethernet port is
configured to use the192.168.1.2 and it is outside the range of the IP
addresses that can be given to its clients by the server.
References
1. Group Hardware Manuals for the Renesas device on the RSK board.
2. The uIP Embedded TCP/IP Stack, The uIP 1.0 Reference Manual, June 2006, Adam
Dunkels, Swedish Institute of Computer Science
3. IEEE 802.3 Ethernet, IEEE Standards Association, http://standards.ieee.org/
getieee802/802.3.html
4. HTTP – Hypertext Transfer Protocol. World Wide Web Consortium, http://www.
w3.org/Protocols
5. RFC 2131 Dynamic Host Configuration Protocol, IETF, http://www.ietf.org/rfc/
rfc2131.txt
6. RFC 2132 DHCP Options and BOOTP Vendor Extensions, IETF, http://www.ietf.org/
rfc/rfc2132.txt
Website and Support
Renesas Electronics Website: http://www.renesas.com/
Inquiries: http://www.renesas.com/inquiry
Table 1: DHCP messages.
Message
From
To
Details
DHCP
Discovery
Client
Server
Client discovers DHCP servers and asks for
an IP address.
DHCP
Offer
Server
Client
Server reserves and IP address and offers it
to the client.
DHCP
Request
Client
Server
Client tells all DHCP servers that it accepted
the offer.
DHCP
Acknowledge
Server
Client
Server initiates final phase of the
configuration. This message includes the
lease time and other option parameters.
How to use DHCP client
There are certain things to consider while using a DHCP client.
The most important consideration is to ensure that each device
on the network has a unique MAC address. DHCP servers assign
IP addresses based on client MAC addresses. For end customer
production devices the MAC address can be purchased from IEEE.
Quick HEW Demonstration
Renesas Electronics America
Renesas’ HEW demonstration product training module
narrates the use of the High-performance Embedded
Workshop (HEW), a key tool
for developing software for
embedded systems.
Another consideration is how to know what IP address is assigned
to a device. One way to find this information is to query the DHCP
server through its management interface. Figure 11 shows that the
www.digikey.com/ptm
25
ColdFire Ethernet for
Diverse Applications
by Eric Gregori, Freescale Semiconductor
Ethernet has migrated from PCs to embedded
systems, a much more constrained
environment. It can bring a lot of capabilities
if you’re careful about its implementation
Embedded Ethernet
Ethernet has become a reality for low-cost embedded systems. The
Ethernet standard (IEEE 802.3) was originally designed for networking
computers over local area networks (LAN), but it has since been
adapted for other purposes. Today it has become so popular that
it is hard to find a PC or laptop without an Ethernet port. Now this
capability is migrating to the embedded world, where the ColdFire®
family excels. The IEEE 802.3 specification defines a mechanical/
electrical connection between devices (physical layer) and a multinode addressable communications protocol (Media Access Control —
MAC — layer).
Ethernet physical layer
The Ethernet physical layer (PHY) defines the physical connections
between nodes. The 802.3 standard defines many physical layers,
including everything from coaxial cable to fiber optics. Through
the years, the most common choice for this purpose has changed
drastically from thick multi-strand cables with large connectors
(called thicknet) to the small RJ-45 8-pin connector we use today.
The common modern copper physical layer is referred to as
100Base-TX (a type of 100Base-T). This copper-based twistedpair medium contains eight wires grouped in four twisted pairs.
Two twisted pairs are used for communication in each direction.
The cable is referred to as a
category 5 (cat 5 for short). The
RJ45 Jack
category 5 standard defines a
cable consisting of four twisted
pairs capable of carrying
frequencies up to 100 MHz.
Most Ethernet embedded devices
have integrated MACs (discussed
in the next section) with external
PHY. ColdFire offers a sevenmember family of microcontroller
units (MCU) with integrated MAC/
PHY called MCF5223x.
26
Pin 8
Pin 1
Figure 1: The Modern Ethernet Jack.
Most modern buildings and residences are wired using category
5 cables for their PC networks and broadband, making this an
ideal medium for distributed processing/sensing in a building or
residential environment.
Ethernet MAC layer
The MAC protocol layer defines the communication that occurs over
the physical layer. Ethernet is a multi-node protocol, so each node
has a unique address. This address is defined in the MAC layer. In
Ethernet communication, MAC addresses are 48 bits long (six bytes,
or octets). The device’s MAC address never changes — usually it is
programmed at the factory. The MAC address must be unique, so
MAC addresses are managed and distributed by the IEEE.
The MAC address, along with various other fields, is contained in
the Ethernet MAC header. As the name implies, the header sits in
front of the Ethernet packet. It contains the MAC address of the
source node, the MAC address of the destination node, and a
type field.
Preamble
Destination
Address
Source
Address
Frame
Type
Frame User Data
FCS
Checksum
8 Bytes
6 Bytes
6 Bytes
2 Bytes
46 - 1500 Bytes
4 Bytes
Figure 2: Ethernet MAC header.
Ethernet can be used directly without any additional layers. It
provides a simple point-to-point communication mechanism, with
some error checking (FCS checksum). Ethernet by itself does not
provide the high degree of communications robustness of which
we have become accustomed. Additional layers are required to add
features such as multiple ports, packet re-transmission, packet
timeouts, and connections. These additional layers are defined by
the seven-layer OSI model.
Seven-Layer OSI model
The seven-layer OSI model defines the functions of the various layers
in a communication stack. The lowest layers (physical and MAC/data
link layers) are traditionally implemented in hardware. The five layers
above the MAC/DDL are usually implemented in software.
The network or IP layer (for a TCP/IP stack) provides an additional
layer of addressing (IP addresses in the hexadecimal format of xx.xx.
xx.xx) and multiplexing. Multiplexing splits a single communications
channel into multiple time-divided communications channels (ports, in
TCP/IP terminology).
The transport layer adds the most critical feature to the
communication stack. TCP (transmission control protocol) is one of
the transport layers in TCP/IP. This layer is responsible for creating a
virtual connection between two logical points (not nodes). The logical
points are referred to as sockets. The socket’s API is actually defined
by the session layer.
Movement up and down the stack is an area of inherent inefficiency
in a communication stack. To improve efficiency, higher-performance
stacks use pointers instead of copying the data multiple times (this is
sometimes referred to as zero copy). Pointer arithmetic is significantly
more efficient with a 32-bit core using true 32-bit registers. This is a
big advantage for the ColdFire 32-bit architecture.
Last, at the highest level, is the application layer. This application
defines the common protocols used on the Internet: HTTP, SMTP, and
TFTP. This layer can also be used for custom protocols.
In addition, extracting data from individual fields in a header can
become a single-instruction operation by using advanced addressing
modes with offset capability.
Figure 3: Seven-layer OSI model.
ColdFire family of microcontrollers
The ColdFire family of microcontrollers is based on the 32-bit ColdFire
cores. The ColdFire core is available in four varieties, each a superset
of the core below it. The cores are completely scalable, with the
differences consisting of additional instructions or add-on modules
(for instance, MMU) and longer pipelines to increase frequency
and performance for demanding applications. The current V1 core
contains the base register and instruction set. The V2 core adds
additional instructions and addressing modes to the V1 core, along
with an optional eMAC (Enhanced Multiply/Accumulate unit).
Figure 5: Seven-layer OSI model with communication stack overlaid on top.
ColdFire Fast Ethernet Controller (FEC)
The FEC module is the ColdFire interface to the Ethernet world. The
FEC module is consistent from the highest-performance V4-corebased part all the way down to the V1 core. This consistency means
that drivers written for one Ethernet-enabled ColdFire processor will
work on any Ethernet-enabled ColdFire processor (memory allocation
would be the biggest difference).
The FEC module is a high-performance Ethernet engine with a very
rich heritage. The FEC module started out in the MPC860T. This highperformance, Power Architecture-based processor quickly became
a powerhouse in the Ethernet world, going into high-performance
routers and telecommunication equipment. The MPC860T was so
popular in the Ethernet world that if you make a call today, chances
are that somewhere along the way the voice data of your call will
pass through an MPC860T.
Figure 4: ColdFire cores: scalable instruction sets, features and performance.
Advantage of a 32-bit architecture
The true 32-bit architecture of ColdFire microcontrollers lends
itself well to efficient communication stack data movement. In a
communication stack such as TCP/IP, the packet comes in at the
bottom of the stack and propagates up. Data to be sent starts at the
top of the stack as a buffer, and then works its way to the bottom of
the stack to be sent out as a packet.
The MPC860T came out in the mid-1990s. The FEC module has been
tested and improved upon for over ten years in some of the highest
performance Ethernet environments. The FEC module from the
MPC860T is now in the ColdFire line of processors.
ColdFire FEC features
• Ethernet MAC is designed to support 10 Mbps and 100 Mbps
Ethernet/IEEE 802.3 networks
• IEEE 802.3 full-duplex flow control
• Support for full-duplex operation (200 Mbps throughput)
27
•
ColdFire TCP/UDP/IP stack features
•
•
•
•
•
•
•
•
•
Figure 6:
•
•
•
•
•
•
•
•
ColdFire TCP/IP stack
Figure 7:
28
DHCP client
The Dynamic Host Configuration Protocol (DHCP) is used to acquire
network parameters at runtime. The DHCP protocol is defined in RFC
2131 and RFC 2132. The stack runs a DHCP client which searches for
a DHCP server (this is referred to as discovery).
Packets are transferred using the UDP layer and BOOTP ports (67
and 68). Because the IP stack does not have an IP address yet,
discovery is done using strictly broadcast addresses. Included in the
discovery packet is a unique transaction ID (xid). A listening DHCP
server sends an offer message containing the xid sent by the client
and the suggested network parameters, again using broadcast
addressing. Encoded in the offer is a unique server ID. The client will
use this server ID when sending a request packet back to the server,
indicating that it accepts the network parameters that were offered.
Finally the server ACK’s the client using its new IP address.
DNS client
The DNS client is used to communicate with the DNS (Domain Name
Server). The purpose of the DNS system is to translate domain names
into IP addresses. The DNS protocol is described in RFC 1035. DNS
can use UDP or TCP, with port 53. The DNS protocol is stateless — all
the information is contained in a single message. This message is
fully documented in RFC 1035.
Available examples and application notes
All application notes mentioned in this article are available at www.
freescale.com.
HTTP web server and flash file system
The HTTP web server and flash file system are described in detail in
application note AN3455, ColdFire Lite HTTP Server.
The features are:
• HTTP 1.0 compliant server with connection persistence and
multiple sessions
• Multiple HTTP connections supported
• Flash file system which supports both ColdFire internal flash and
external SPI flash
• Web pages can be updated in flash over Ethernet or built in at
compile time
UDP/TCP clients and servers — Example source code
The ColdFire Lite stack project includes almost a dozen built-in
usage examples. These examples are designed to highlight
various features in the stack and demonstrate how to use them.
The TCP/IP stack and RTOS, along with all the sample applications
listed below, are discussed in AN3470, ColdFire TCP/UDP/IP Stack
and RTOS.
Code examples include:
• ColdFire_Lite
Barebones TCP/IP stack
• ColdFire_Lite_RTOS
How to use the RTOS application
• ColdFire_Lite_TFTP
TFTP server application
• ColdFire_Lite_UDP_client
UDP client application for UDP performance testing
• ColdFire_Lite_UDP_server
UDP server application for UDP performance testing
• ColdFire_Lite_TCP_client
TCP client application for TCP performance testing
• ColdFire_Lite_TCP_server
TCP server application for TCP performance testing
• ColdFire_Lite_TCP_serial_client
TCP to serial/serial to TCP client
• ColdFire_Lite_TCP_serial_server
TCP to serial/serial to TCP server
• ColdFire_Lite_TCP_with_Web_Server
Web (HTTP) server with dynamic HTML
ColdFire_Lite_TCP_alarm
The alarm demo application includes both PC-side and ColdFireside firmware. This code is an example of a remote sensor
application, where a remote sensor periodically sends data over TCP
to a host server.
• HTTP GET method supported, with a simple mechanism for
adding other methods
• Dynamic HTML (Hypertext Markup Language) support with
replace and conditional tokens
• Serial interface support for Dynamic HTML variables
• Run-time and compile-time flash file systems
• Long filename support with subdirectories
• “DIR” command supported on serial interface
• PC utilities for compressing compile-time and run-time
downloadable images of multi-page web pages
• PC utility for downloading run-time downloadable web page
image through port 80 (to get through firewalls)
Figure 8: ColdFire TCP alarm.
• 32-byte ASCII key for web page download security
29
HTTP client firmware
The HTTP client provides the ability to read web pages and XML data
from the Internet using a ColdFire processor. The HTTP client uses the
DHCP client to automatically acquire an IP address and other TCP/
IP information, including the IP address of any DNS server. Then the
HTTP client uses the DNS client to translate any user-provided URLs
into IP addresses.
The HTTP client uses the GET method to request a page from the
server. Along with the GET request is the HTTP header. The HTTP
header is hard-coded in the HTTP client via constant strings declared
in the file emg_http_client.c.
Wget command – An example of using the HTTP client
The Wget command is a command often found in Linux distributions that
transfer files using the HTTP protocol. The Wget command is a consolebased HTTP client. Using the menuing system provided by the ColdFire
TCP/IP stack (explained in application note AN3470) and the HTTP client,
Wget functionality can be added to the ColdFire TCP/IP stack.
RSS/XML character data filter
To extract the character data (the information you actually want to
read) from the RSS stream, all the meta-text must be filtered out. Any
valid HTML must be translated and processed. For instance, the HTML
tag that causes a line break is . This would appear as 
in the RSS stream. The filter must correctly translate into a
carriage return and line feed.
Other HTML tags that are routinely embedded in character data
include paragraph tags and image tags <img>. In the stream
these tags appear as and <img> respectively. The
paragraph tab can be translated to a carriage return and line feed,
but the image tag must be ignored unless the embedded system can
process images.
The filter takes in an XML or RSS data stream and a list of tags. It
outputs only the character data from the selected tags. The tag list is
an array of pointers to those tag strings that need to be filtered.
Normally the filter returns 0. When the filter processes the “>” in a tag
in the list, it returns to the filter array the index + 1 for the tag that it
found. Example: after detecting a <title> tag in an RSS or XML stream
the filter will return 1. After detecting a <description> tag in a stream
the filter will return 2. Normally the filter returns 0.
Example embedded appliance — RSS/XML feed reader
The RSS/XML feed reader is an embedded appliance that allows
users to display and even hear real-time content from the World Wide
Web. The purpose of the embedded appliance is to provide instant
real-time information without booting a PC. There are many types
of real-time data available on the web; weather data (current and
forecast), online DVD queue data, online auction data, sports score
data, real-time news data, real-time stock data, medical and health
data, and much more. All this data is available on the web as either
an XML feed or an RSS feed. This appliance connects to the web, gets
the desired feed, and parses the text information or character data
from the feed. That data is displayed on the LCD, sent to the serial
port, and spoken through the speech processor.
For complete details on the RSS feed reader, please see AN3518,
Advanced ColdFire TCP/IP Clients.
30
Figure 9: The RSS/XML feed reader.
M52233DEMO board from Freescale Semiconductor
The M52233DEMO board is a reference board used to evaluate
Freescale’s ColdFire MC52233 processor. The inexpensive board
includes a serial port, USB BDM debug port, and Ethernet port. The
board along with the free CodeWarrior tools (up to 128K of flash)
are all you need to get up and running on your Ethernet projects.
Freescale provides a free public source TCP/IP stack on their
website. This TCP/IP stack is what the application in this article
runs on. The ColdFire TCP/IP stack is documented thoroughly in
application note AN3470.
The demo board includes a 40-pin header fiving the use access to
most of the Coldfire signals, a 3-axis accelerometer, a potentiometer,
and two user buttons.
LCD
The parallel LCD is a 4 × 20 character display that uses the standard
Hitachi instruction set. The LCD is used in its 4-bit mode, requiring
only six connections to the micro, the 4-bit data bus, a clock signal
(E), and a register select line (RS). The firmware also includes a library
to drive the LCD.
Voice synthesizer
The RC Systems V-Stamp voice synthesizer is an easy-to-use, textto-speech processor. The V-Stamp is a fully self-contained module,
requiring only power, a speaker, a resistor, two capacitors, and a serial
connection to an embedded system. The V-Stamp communicates with
the embedded system using a UART. The module automatically sets
its baud rate to that of the embedded system. From both a hardware
and firmware point of view, there is very little work required to add
the V-Stamp module to the RSS feed reader.
Firmware
Figure 11: HTTP communication protocol.
Really Simple Syndication (RSS)
RSS feeds are available everywhere on the Internet. The idea behind
the RSS feed is to convey dynamic textual information in a simple
standard format.
Figure 10: Firmware block diagram.
HTTP
HTTP is the communication protocol of the World Wide Web. HTTP is
used to transfer web pages (hypertext documents) across the Internet.
An HTTP connection has two parts, the HTTP client (web browser) and
the HTTP server. The HTTP client is used to receive and view the web
pages. The HTTP server is used to store, organize, and transfer the
web pages.
RSS originated in 1999 with the idea of providing content in a
simple easy-to-understand format. Instead of describing a complete
document in the way that HTML does, RSS feeds use XML to describe
data. An RSS feed is simply an XML document containing data. The
methods used to convey the data within the XML document are
described in the RSS 2.0 specification. All RSS files must conform
to the XML 1.0 specification. RSS feeds generally use HTTP as the
transport mechanism.
Extensible Markup Language (XML)
The XML 1.0 specification can be found at www.w3.org/TR/REC-xml/.
XML is a language used to describe and parse information. It is very
similar to structures in C.
HTTP is defined by RFC 1945 and RFC 2616. RFC 1945 defines
HTTP 1.0, and RFC 2616 defines the latest version, HTTP 1.1.
HTTP is a request-response protocol. The client requests a web
page from the server and the server responds with the web page
contents. HTTP can be used to send any type of data, including
binary data. The client requests a file using the GET method (HTTP
is an ASCII protocol). The server responds with an HTTP header
followed by the file contents. Within the request, the version number
of the HTTP is also embedded in ASCII. This tells the server the
limitations of the client.
Data is organized into elements, with each element assigned to a
tag. The data in the element is surrounded by a start tag and an
end tag. The name in the start and end tags defines the element’s
type. The end tag name must be the same as the start tag name,
except the end tag is identified by the addition of a “/” before the
tag name.
Tags
Here is an example of an XML tag:
<TITLE>Advanced ColdFire TCP/IP Clients</TITLE>
TITLE is the type, <TITLE> is the start tag, and </TITLE> is the end
tag. The data is between the tags. Just like a C data structure, the
data is associated with the type. The data between the start and end
tags is referred to as the element’s content.
31
Elements can contain other elements, which provide a method of
grouping data of different types under a single name. Just like a C
structure, the particular piece of data is referenced by specifying a
path to the data. a single name. Just like a C structure, the particular
piece of data is referenced by specifying a path to the data.
<APPNOTES>
<BYEG>
<AN3455>ColdFire HTTP Server</AN3455>
<AN3470>ColdFire TCP/IP Stack</AN3470>
<AN3492>ColdFire USB Stack</AN3492>
</BYEG>
</APPNOTES>
Special characters and escape sequences
The “&”, “<”, and “>” characters are special XML characters.
They are used as indicated above, to define XML tags and escape
sequences. Escape sequences are a method of specifying a character
using a code, as opposed to using a single symbol. Escape sequences
start with an ampersand (&) and end with a semicolon(;).
Because XML ordinarily uses these characters for special functions,
here is how to have them appear in XML data:
• “<” is indicated using the escape sequence <
• “>” is indicated using the escape sequence >
• “&” is indicated using the escape sequence &
CDATA sections: the exception to the rule
All rules have exceptions, and in XML it’s the CDATA section. Any text
specified in a CDATA section is ignored by the XML parser, allowing the
use of special characters without the need for escape sequences. A
CDATA section starts with a “<!CDATA[” string, and is terminated with a
“]]>” string. Anything between the brackets is ignored by the XML parser.
• <![CDATA[ character data here is ignored by the XML parser ]]>
• <![CDATA[ <THIS_IS_NOT_A_TAG> < ]]>
• Because the text between the brackets is ignored by the XML
parser, both the tag and the escape sequence are not parsed, but
instead are interpreted as text or character data.
Finding text or character data in an XML document
From the XML 1.0 specification: “all text that is not markup
constitutes the character data of the document.” That would include
all the text between the brackets in a CDATA section, and any text not
between “<” and “>” brackets in the main body. Escape sequences in
the main body represent a single piece of character data.
To filter out the character data from an XML document, simply remove
all tags as well as “<” and “>” brackets. Then translate the escape
sequences into actual characters.
Sample XML file
In the sample XML document below, notice how data is encapsulated
by tags, and how the tag names describe the data. It even looks like
a C structure. To find the desired data in an XML document, simply
look for the start and end tags with the name of the type of data you
are looking for. The actual data associated with the desired type is
between the tags.
32
http://www.weather.gov/data/current_obs/KUGN.xml
<?xml version="1.0" encoding="ISO-8859-1" ?>
- <current_observation version="1.0" xmlns:xsd="http://www.
w3.org/2001/XMLSchema"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:noNamespaceSchemaLocation="http://www.weather.gov/data/
current_obs/current_observation.xsd">
<credit>NOAA’s National Weather Service</credit>
<credit_URL>http://weather.gov/ </credit_URL>
- <image>
<url>http://weather.gov/images/xml_logo.gif</url>
<title>NOAA’s National Weather Service</title>
<link>http://weather.gov</link>
</image>
<suggested_pickup>15 minutes after the hour</suggested_pickup>
<suggested_pickup_period>60</suggested_pickup_period>
<location>Chicago / Waukegan, Waukegan Regional Airport, IL
</location>
<station_id>KUGN</station_id>
<latitude>42.420</latitude>
<longitude>-87.870</longitude>
<observation_time>Last Updated on Jul 28, 10:52 am CDT
</observation_time>
<observation_time_rfc822>Sat, 28 Jul 2007 10:52:00 -0500 CDT
</observation_time_rfc822>
<weather>Overcast</weather>
<temperature_string>73 F (23 C)</temperature_string>
<temp_f>73</temp_f>
<temp_c>23</temp_c>
<relative_humidity>81</relative_humidity>
<wind_string>From the Northeast at 13 Gusting to 21 MPH
</wind_string>
<wind_dir>Northeast</wind_dir>
<wind_degrees>30</wind_degrees>
<wind_mph>12.65</wind_mph>
<wind_gust_mph>21</wind_gust_mph>
<pressure_string>29.98” (1014.1 mb)</pressure_string>
<pressure_mb>1014.1</pressure_mb>
<pressure_in>29.98</pressure_in>
<dewpoint_string>67 F (19 C)</dewpoint_string>
<dewpoint_f>67</dewpoint_f>
<dewpoint_c>19</dewpoint_c>
<heat_index_string>73 F (23 C)</heat_index_string>
<heat_index_f>73</heat_index_f>
<heat_index_c>23</heat_index_c>
<windchill_string>NA</windchill_string>
<windchill_f>NA</windchill_f>
<windchill_c>NA</windchill_c>
<visibility_mi>10.00</visibility_mi>
<icon_url_base>http://weather.gov/weather/images/fcicons/
</icon_url_base>
<icon_url_name>ovc.jpg</icon_url_name>
<two_day_history_url>http://www.weather.gov/data/obhistory/KUGN.html
</two_day_history_url>
<ob_url>http://www.nws.noaa.gov/data/METAR/KUGN.1.txt</ob_url>
<disclaimer_url>http://weather.gov/disclaimer.html</disclaimer_url>
<copyright_url>http://weather.gov/disclaimer.html</copyright_url>
<privacy_policy_url>http://weather.gov/notice.html</privacy_policy_
url>
</current_observation>
Drawback of XML documents
The problem with XML documents is the flexibility of the tag names.
The creator of the XML document can use any name to describe the
data. To avoid confusion, a standard is required to standardize the tag
names, and the way that data is associated with a specific type. That
standard exists and is called the RSS specification.
The RSS specification
RSS is a dialect of XML — it embeds HTML constructs into the XML
architecture. RSS also defines a set group of elements and a general
template using those elements. There are many elements defined
in the specification, but here we will concentrate on the elements of
interest for the RSS appliance.
Typical RSS file
<channel>
<title>The name of the channel</title>
<link>URL to the HTML website corresponding to this
channel</link>
<description>Text describing the channel</description>
<item>
< title>Item1 Title</title>
<link>URL of item 1</link>
<description>Text for item 1</description>
</item>
<item>
<title>Item2 Title</title>
<link>URL of item 2</link>
<description>Text for item 2</description>
</item>
</channel>
The organization of the RSS file can be compared to a newspaper.
The channel is the name of the paper, the items are the articles in the
paper, the titles are the titles of the articles, and the descriptions are
the text of the articles.
Sample RSS file
The sample RSS file given here contains the same data as the sample
XML file above. Notice the structure and tag names. The RSS standard
defines the title and description tag names, and those tags contain
the data we want. All RSS 2.0 compliant feeds will contain title and
description tags.
http://www.weather.gov/data/current_obs/KUGN.rss
<?xml version="1.0" encoding="ISO-8859-1" ?>
- <rss version="2.0" xmlns:dc="http://purl.org/dc/elements/1.1/">
- <channel>
<title>Weather at Chicago / Waukegan, Waukegan Regional Airport, IL - via NOAA’s National Weather Service</title>
<link>http://www.weather.gov/data/current_obs/</link>
<lastBuildDate>Sat, 28 Jul 2007 16:32:11 UT</lastBuildDate>
<ttl>60</ttl>
<description>Weather conditions from NOAA’s National Weather Service.</description>
<language>en-us</language>
<managingEditor>[email protected]</managingEditor>
<webMaster>[email protected]</webMaster>
- <image>
<url>http://www.weather.gov/images/xml_logo.gif</url>
<title>NOAA - National Weather Service</title>
<link>http://www.weather.gov/data/current_obs/</link>
</image>
- <image>
<title>Overcast and 73 degrees F at Chicago / Waukegan, Waukegan Regional Airport,IL</title>
<link>http://weather.noaa.gov/weather/current/KUGN.html</link>
- <description>
- <![CDATA[
<img src=”http://weather.gov/weather/images/
fcicons/ovc.jpg” class=”noaaWeatherIcon” width=”55”
height=”58” alt=”Overcast” style=”float:left;”/> 
]]>
Winds are Northeast at 13 Gusting to 21 MPH. The pressure is 29.98” (1014.1 mb) and the humidity is 81%.
The heat index is 73. Last Updated on Jul 28, 10:52 am CDT.
</description>
<guid isPermaLink="false">Sat, 28 Jul 2007 10:52:00 -0500 CDT</guid>
</item>
</channel>
</rss>
RSS/XML character data filter
To extract the character data (the information you actually want
to read) from the RSS stream, all the meta-text must be filtered
out. See the previous section, “RSS/XML Character Data Filter,” for
more information.
RSS/XML character data filter state machine
The character data filter is implemented as a finite state machine.
The state machine uses only two global variables, a state variable
and a FILO. The purpose of the FILO is to store characters. Each byte
entered into the filter is shifted left into the FILO. Therefore the most
recent character is at location filo_buff[FILO_BUFF_SIZE–1]. The FILO
buffer size must be larger than the largest tag name expected. The
FILO buffer size is set with the FILO_BUFF_SIZE macro.
#define FILO_BUFF_SIZE 32
States:
STATE_ZERO
STATE_TAGSEARCH
STATE_INTAG
STATE_PRINT
STATE_SKIP
STATE_SKIP_NON_ASCII
STATE_SKIP_SPACE
STATE_CDATA
STATE_CDATA_PRINT
STATE_CDATA_SKIP_AMP
STATE_SKIP_INTAG
STATE_IN_AMPERSAND
Global Variables:
unsigned char filo_buff[FILO_BUFF_SIZE];
unsigned char state;
unsigned char EMG_rss_text_filter(unsigned char data, unsigned char
**tag_filter)
33
Figure 14: Character data filter usage.
Using the RSS/XML feed reader
Using the RSS/XML feed reader firmware is easy:
1. Set the variable url to the URL or to the desired RSS or XML server.
static const unsigned char url[] =
“http://www.weather.gov/data/current_
obs/KUGN.rss”;
2. Set the tag_filter[] to the type of data you want to display.
For RSS feeds, <title> and <description> would be a first choice.
For XML feeds, this could be any tag name depending on the
information.
Figure 12: RSS/XML dataflow diagram.
The filter takes in an XML or RSS data stream and a list of tags.
It outputs only the character data from the selected tags. The
tag list is an array of pointers to those tag strings that need to
be filtered.
Normally the filter returns 0. When the filter processes the “>” in a
tag in the list, it returns into the filter array the index+1 for the tag
that it found. Example: after detecting a <title> tag in an RSS or
XML stream the filter will return 1. After detecting a <description>
tag in a stream the filter will return 2. The filter returns 0 if a tag is
not found.
Const unsigned char *tag_filter[] =
{
{(const unsigned char *)”title”},
{(const unsigned char *)”description”},
{(const unsigned char *)””}
};
Figure 13: Sample tag_filter pointer array.
34
const unsigned char *tag_filter[] =
{
{(const unsigned char *)”title”},
{(const unsigned char *)”description”},
{(const unsigned char *)””}
};
3. Set the character buffer size large enough to collect your
filtered data.
#define RSS_CHARACTER_BUFF_SIZE2048
4. Compile the project and flash it to the board.
After the TCP/IP stack comes up, these actions occur:
1. The DHCP client automatically acquires an IP address and DNS IP
address.
2. It displays and speaks a title screen.
3. It connects to the server specified in the URL.
4. The status of the connection is displayed and spoken.
5. The file is downloaded from the server using the HTTP client.
6. After the connection closes, the file is displayed and spoken.
7. The RSS/XML feed reader sleeps, waiting for either SW1 or SW2
to be pushed. When that happens, a connection is initiated to
the server specified in the URL that starts the download/display/
speak process all over again.
XML Streams
For XML streams, the EMG_rss_text_filter() return value is used
to determine which tag is applied to the data that comes after the
tag. This allows another const array containing more descriptive
names to be used to describe the data from the tag. Simply use
the EMG_rss_text_filter() return value–1 to index into a descriptive
name array, then send the indexed string into the character buffer
before leaving the RSS callback function. The XML filter will then
place the data from the tag in the character filter directly after the
descriptive name.
Conclusion
Adding Ethernet to embedded products provides a level of
connectivity never before available in the embedded space.
Embedded devices can be networked together using the same
cables and hardware used by the industry to connect PCs together.
The embedded device can become part of the PC network.
Ethernet and TCP/IP enable the embedded device to connect to
the ultimate network, the Internet. After the embedded device
is connected to the Internet it is available to the world, and
controllable or viewable from anywhere. The possibilities are
endless, from remote monitoring and control to distributed control,
and even real-time, world-wide data presentation through the
RSS feed reader.
i.MX35 Processor
Freescale Semiconductor
The i.MX35 processor is the latest series from Freescale.
This chip includes an increased level of integration and
support, while maintaining low-power requirements.
Digi-Key’s product
training module
featuring the
i.MX35 processor
aids purchasers
in understanding
the many benefits
of integrating this
device into designs
and projects. Applications for this processor include
portable navigation devices, printers, and eBooks to
name a few.
www.digikey.com/ptm
Kinetis Microcontrollers
Design Potential. Realized.
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K20 Family: 32 KB to 1 MB, ultra-low power, advanced mixed signal,
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K30 Family: 32 KB to 512 KB, ultra-low power, advanced mixed signal,
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K40 Family: 32 KB to 512 KB, ultra-low power, advanced mixed signal,
touch sensing, CAN, USB OTG, segment LCD
K60 Family: 256 KB to 1 MB, ultra-low power
www.digikey.com/freescale-mcu
35
Your MCU is Just Starting
to be Connected
by Tom Starnes, Industry Analyst, Objective Analysis
If “the network is the computer,” then
connectivity is what empowers—or limits—
your MCU application. This is an area that
continues to evolve rapidly.
Microcontrollers (MCUs) have utilized serial transmissions
practically from the onset, but the purpose and elegance of those
channels have evolved greatly over the last 30 years. The word
“connectivity” has taken on new prominence in most applications
in the new century, driving on-chip support for networking and
even wireless communications from the microcontroller. The
advantages of more advanced connectivity and the ease with
which it can be obtained make it well worthwhile to take a renewed
look at how your end-application can make use of broader
communications capabilities.
Begin with the basics
In the 1970s, as MCUs were first emerging, UARTs (universal
asynchronous receiver-transmitters) first brought a pre-configured
serial port to microprocessors and microcontrollers. UARTs and
synchronous-capable USARTs were largely used to perform simple
data communications. UARTs and USARTs were added to the MCU
as the transistor budget allowed, and serial communication became
more attractive.
Soon, the need was determined to more tightly connect the central
brain of the MCU with nearby peripherals that remained separate
from the MCU due to their complexity, uniqueness, or electrical
characteristics that made them less practical to integrate on-chip. A
serial connection may have been slower than transmitting over the
parallel bus, but it conserved valuable pins (even in the 8 bit era)
and made it easier to use peripherals from a different, perhaps more
specialized, vendor than the controller manufacturer. This gave rise
to the various standard serial modules found in great numbers on
today’s MCUs:
• Philips’ I2C (Inter-Integrated Circuit)
• Motorola’s faster SPI (Serial Peripheral Interface)
• Philips’ fairlyspecific I2S (Inter-IC Sound)
• Motorola’s SCI (Serial Communications Interface)
36
Tradeoffs between speed and complexity may take a back seat to
how many devices are on the channel and exactly which interface
the desired peripheral supports. Generally, such serial interfaces are
intended to connect only with other chips on the circuit board, often in
a master-slave relationship. The SCI, often bundled with these serial
ports, is really just a UART and more likely to provide a little longer
reach. Buses like the I2C, SPI, and I2S are used to connect with nearby
peripherals such as E2PROMs, real-time clocks, memory cards
interfaces, analog-to-digital converters, digital-to-analog converters,
sensors, camera interfaces, and audio codecs. For most of today’s
MCUs, the existence of SCI, SPI, I2C, and similar serial ports are more
of a requirement than a differentiating feature.
Automotive drivers
More sophisticated, frame-based serial communications were
first driven onto MCUs with the advent of CAN (Controller-Area
Network). In the 1980s, Robert Bosch GmbH initiated CAN as a
means for microcontrollers to communicate among themselves in
an automobile, a platform where numerous MCUs were used. This
harsh environment required robustness and a strict protocol. Since
the number of potential network end-points was growing quickly,
the need for a specific host or master could be limiting. Yet, reliable
communications between disparate and optional controllers in the
vehicle have greatly improved the operating conditions of the vehicle
and have become a necessity for engine control, safety systems, and
diagnostics. With the automotive industry’s support, the CAN network
and CAN peripheral chips took hold.
In the 1990s, CAN peripherals started appearing on-chip in MCUs
destined for automotive applications, about the time the protocol
started evolving. While other networks have also found some places
in the automobile for specific applications, CAN still forms the
backbone of most automotive systems. CAN has also found a home
in industrial applications, with their similarly harsh environments and
noisy conditions and in medical instruments where special integrity
requirements are highly valued.
CAN and MCUs were mad for each other. CAN was developed to let
the systems that MCUs comprised communicate with each others.
Since automotive applications are the inspiration for much of the
design of MCUs, CAN modules are a natural circuit to include in MCUs.
Computer connectivity
The tremendous growth of the personal computer (PC), accompanied
by Ethernet (see Figure 1) and the Internet, took place somewhat
outside of the microcontroller industry but is having a heavy influence
on it. The PC made de facto standards of TCP/IP, Ethernet, and
Wi-Fi for long distance data communications with servers, email,
the Internet, databases, and other systems. The need for system
inter-activity drove TCP/IP and Ethernet to be the backbone of data
communications, even supplanting the circuit-switched telephone
network to a large degree, and attracting creative minds to make the
protocol work for nearly every application. The utility of TCP/IP made it
quite popular and the protocol stack became a well-honed standard,
economies of scale dramatically drive down the prices of chips and
software down.
The ubiquity of the protocol and some confluence of Metcalfe’s
Law and Moore’s Law, has opened untold opportunities for
electronic system connectivity. Whether it is refrigerators reporting
food shortages to the grocery store or air conditioning systems
taking a break during peak electricity rate periods, networks,
Ethernet, and TCP/IP are being employed in every conceivable
application for machines to communicate with hosts, servers,
directly to other machines, hubs, remote monitors, and to control
centers manned or unmanned.
Microcontroller vendors have responded by providing Ethernet
controllers on their MCUs (although it took some time for the transistor
budget to free up) and for OEMs to give serious consideration to
Ethernet as a connectivity option on traditional MCU-based systems.
Today the benefits are difficult to ignore. From software updates
to remote monitoring to long-term customer services,
when TCP/IP brings the Internet to the edge of
the board for a small price adder, the
option can be very attractive. If
nothing else, access to the
Internet gives essentially
unlimited range to
the control or
management of
the system.
Figure 1: Ethernet cable.
The ubiquitous USB
The PC is also responsible for the great popularity of the USB
(Universal Serial Bus). There used to be discussions of whether USB
(Figure 2) would supplant other local connectivity
ports on the PC, especially the spaceconstrained laptop, but it did not take very
long for the discussion to turn to “how
many USB ports can we put on
this?” Once USB ports and
drivers became integral to
the PC and a few devices
converted over to the
convenient standard,
USB caught on
like wildfire.
Soon, MCU-controlled devices such as the mouse, keyboard, and
similar input devices, switched over to USB connections. Printers,
modems, and other output devices made the change, abandoning
interfaces with origins in the mainframe era. USB evolved to be faster
(Table 1), making it more practical for hard drive interfaces. New form
factors put flash memory on a thumb-sized portable storage device
that easily plugs into many hosts. USB also became an intermediary
and a “dongle” port where other connectivity devices can plug in,
such as Ethernet, Bluetooth, Wi-Fi, and memory card adapters. At
some point, the convenience of the USB port drew MCU vendors
to put their own MCU evaluation boards and debugging ports on
USB-enabled cards.
Table 1: USB versions.
Version
Mbps
Grade
Comment
USB 1.1
1.5
low-speed
mice, keyboards
12
full-speed
printers
USB 2.0
480
high-speed
hard drives
USB 3.0
5000
super-speed
new connector, emerging
USB gained additional popularity as its facility for supplying current
to attached devices started to be exploited. It is possible to draw
100 mA at 5 V (up to 500 mA also accommodated), which is more
than enough to power numerous applications without an additional
power source. With the slightest effort, this current can recharge
the battery of a truly portable handheld device. This allows USB to
perform the dual functions of transmitting data as well as supplying
power – all with a single cord and connector.
MCUs are convenient for operating the USB port for transmitting
data and even for managing a recharging circuit. While the latter
is usually left to the system engineer to design, integrating a USB
controller onto the MCU eliminates an additional chip in the system.
The cost is minimal and most of the software is readily available
and prepackaged.
The distinction between host (master), device (slave), and the
swings-both-ways, On-The-Go (OTG) varieties of USB controllers
must be considered when picking an MCU with USB capability, but
more USB modules and stacks can support any role the controller
must play. It’s another dimension of USB that should be narrowed
down (along with speed grade and, eventually, physical connector
style) when evaluating how the technology can expand an
application’s utility.
Less wire
The ultimate in connectivity and
communication would require no physical
contact. Wireless communications,
be it using Bluetooth, ZigBee, Wi-Fi,
near-field communications (NFC), or
similar technologies, are robust enough to
link up between devices or with a network or
the Internet without much trouble. Breaking the
tether avoids certain hassles but also removes
the benefit of getting electricity to the device, so
there are some tradeoffs in going wireless. Also,
the nature of radio circuits limits just how much
Figure 2: USB connector.
37
these can be integrated onto the mostly-digital MCUs, but the vendors
are still working to get closer to more compact and well-blended
with wireless systems. Range, EMI, and security are other issues to
consider in selecting the radio air interface.
In industrial applications, for instance, having wireless
controllers, especially in a mesh network, means that to
move some equipment or add a sensor on a factory floor may
mean just placing the equipment where it is needed. With a
wireless network, no new cables need to be laid out or routers
reconfigured. The network self-discovers the new equipment (and
probably doesn’t care if it was only moved). If a unit fails, it simply
falls off the grid and the rest of the network continues without it,
though hopefully a flag is raised.
Consumer explosion
As mentioned, many forms of communications have become stand-outs
and true standards in recent years. The high volume of digital consumer
electronics has become a significant factor in establishing such
standards. While CAN is more under-the-hood, USB and Ethernet are far
more visible. The phenomenal boom – and churn – in digital still cameras,
MP3 players and cellular phones—in tandem with the desire to transfer
large amounts of data between PCs, TVs, printers, and the Internet—has
caused an explosion in the need for universal connectivity.
This explosion of consumer electronics needing connectivity opened
huge opportunities for chip vendors to supply vast quantities of
chips and programmers to write the protocol stacks to support the
standards. Lower costs and off-the-shelf software made it even easier
to connect consumer devices in more ways.
Microcontrollers will hook you up
Microcontroller vendors have been taking care of your
connectivity and communications needs. More and more serial
channels, communications methods, and networking peripherals have
been brought into the MCU as the market has called for it. Along with
the hardware implementation, the chip vendors have been assembling
the software that makes it work. Third-party software vendors step
up to the plate to offer improved, more universal, customizable,
and specialized communications software and protocol stacks. The
result is a relatively easy and cost-effective means of adding greater
connectivity to MCU-based equipment.
The more advanced communications protocols require more
horsepower from the processor than a little bit-banging does or a
UART. Some can take advantage of additional RAM for buffering
and forming packets. Some can use Direct Memory Access (DMA)
techniques to block-transfer strings of data to other parts of the
system. The more advanced MCUs typically have more advanced
communications capabilities. However, some advanced connectivity
is available on 16-bit and 8-bit MCUs, as well. Most vendors have
evolved with their markets, so your favorite architecture probably
has a selection of MCUs with a peripheral on board to implement the
technology of your choice.
In my opinion, the best bet for exotic network and communications
will be with 32-bit MCUs. They have the performance, the flexibility,
and the memory space to handle the code, and they are more likely
to be in markets where overall performance is important, and where
connectivity is a must rather than a luxury. This also means the 32-bit
38
MCUs will keep up with heavy communications traffic. However, 32-bit
MCUs are not as expensive as one might believe. The price difference
from a comparably-equipped 8-bit MCU is hardly noticeable.
The established architectures have a good range of MCUs with
CAN peripherals. Namely Renesas, Freescale, Texas Instruments,
STMicroelectronics, and Microchip all have suitable solutions for
this market.
When it comes to USB, almost any vendor has a good range of MCUs
with USB connectivity. USB does not weigh down 8-bit MCUs, and
16-bit controllers should handle USB well.
Ethernet has been appearing on MCUs more frequently the last
few years, and has increasing promise as the Internet becomes
a backbone for all things electronic. We are consistently seeing
suppliers provide solutions with both MAC and PHY integrated on chip.
There are a few MCUs containing an array of communications
facilities. To highlight one solution, ARM-based Stellaris line from
Texas Instruments has MCUs with several serial peripherals all
on-chip including: two CAN 2.0 A/B controllers, a USB 2.0 FullSpeed Host/Device/OTG module, a 10/100 Ethernet MAC/PHY with
hardware-assist to synchronize industrial networks via the IEEE 1588
Precision Time Protocol, two SSI/SPI controllers, two I2C interfaces, an
I2S interface, and three UARTs.
Is your application sufficiently connected for tomorrow?
Technical and Design Support Services
Digi-Key offers live technical support 24/7 via telephone, e-mail
and live web chat. Digi-Key’s 130 technicians on staff are
trained by manufacturers to answer product-specific questions.
Additionally, these technicians cross-reference part numbers,
assist customers in choosing products, research and aid in
selecting new product, and provide access to in-depth productspecific information as well as specifications and performance
data on new products.
Digi-Key’s Design Support Services (DSS) team of application
engineers and technicians provides general information and
complimentary project-specific assistance. DSS provides service
to engineers ranging from one-time contacts regarding product
recommendations to ongoing prototype-to-production design
support. DSS strives to guide the customer through the design
process while achieving the best solutions and, ultimately,
streamlining the design cycle. The DSS team provides support
and advice on system design, aids with product selection and
development tools, and provides assistance with other applicable
design issues. Additionally, members of the DSS team produce
application notes, webinars and instructional videos. The DSS team
is available from 8:30 a.m.-5:00 p.m. CST via telephone, e-mail
and web-conferencing software.
1.
Name the only 8-bit MCU provider that offers integrated USB,
CAN, Ethernet, and LCD.
A: Your next door neighbor
C: Amazon.com
B: Microchip Technology, Inc. D: Walmart
2.
Are you a Microcontroller Solution Expert? Submit your
answers to find out and automatically be entered for
a chance to win a Microchip PIC18 Starter Kit or an F1
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microcontroller.
With XLP technology, Microchip is the world-wide leader in
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latest PIC microcontrollers?
A: 5 A
B: 100 nA
3.
C: 9 nA
D: 10 uA
With the HiTech C compiler, how much does it cost to start
developing code on PIC microcontrollers?
A: About the cost of your college degree
B: $5,000
C: Free
D: Less than the cost of “short-selling” your house
4.
Beyond low power “SLEEP” currents, PIC microcontrollers
provide world-class low power “DYNAMIC” currents. How
low can we go?
A: <50 µA/MHZ
B: 10 A/MHZ
C: So low – it’s actually creating energy
D: Lower than you with a Limbo stick
5.
Which of the following describes Microchip’s mTouch sensing
technology for replacing mechanical buttons & sliders?
A: Robust technology, immune noise & emissions
B: Works through metal and plastics
C: Free of royalty charges
D: All of the above
6.
How many different development platforms are necessary to
support 8b, 16b, & 32b PIC microcontrollers?
A: Too many to count
B: 1 – unified MPLAB IDE supported with low cost development
boards to increase time to market
C: 3 – one for each
D: None – you’re on your own
Submit your answers to
www.digikey.com/trivia-mcu
for your chance to win!
7.
Which of the following protocol stacks would take you the
longest to develop?
A: USB
B: TCP/IP
C: ZigBee
D: Trick question! All the above are already created for you and
available for free download
Sponsored By:
Official Rules: No purchase necessary to enter or claim prize. A purchase will not improve an individual’s chances of
winning with such entry. Employees of Digi-Key (the “sponsor”), business partners, members of immediate families are not
eligible. Void where prohibited by law or internal company policy. Valid entries contingent upon participation in the trivia
contest and providing name and e-mail address. Prizes will be randomly drawn among eligible entries on or about May 7,
2011. One Microchip PIC18 Starter Kit and one Microchip F1 Evaluation Platform will be awarded. Total value of all prizes
will not exceed $500.00. Contest rules declare only One Microchip PIC18 Starter Kit or Microchip F1 Evaluation Platform
will be awarded per winner . Winners will be contacted via e-mail. If a winner cannot be reached within 7 days of initial
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8.
With more than 500 PIC microcontrollers to choose from,
why does Microchip continue to develop new and innovative
8 bit PIC microcontrollers?
A: To ensure you select the best product for you application
with easy migration
B: Applications are demanding increased performance, lower
power, & more integration
C: Continual innovation to create products that are small,
inexpensive, and easy to program
D: All of the above
39
Deeply Embedded Devices:
The “Internet of Things”
by Mark Wright and Rodger Richey, Microchip Technology Inc.
The “Internet of Things” consists of
interconnected, deeply embedded devices
that need to communicate while maintaining
extremely long battery life. Fortunately there
are some low-power RF solutions that address
both halves of the problem.
The “Internet of Things” is about connecting products that create,
store, and consume data via the Internet. This allows processing to
provide results that can be more easily used by people. The basic
technical requirements to enable this are vastly different from the
current treadmill of mainstream Internet-connectivity technology.
Mainstream connectivity strives to constantly increase bandwidth,
range and features to counter dwindling margins and prepare for
the next “killer” application. Whether this is HD media serving,
on-demand TV, 4-play (voice, data, Internet and multimedia), Network
Attached Storage (NAS), or the next thing you absolutely must have,
mainstream connectivity requires a wider, faster-pipe mentality.
Mainstream provisioning, however, is fundamentally disjointed from
the requirements of the “Internet of Things.” While an Internet gamer
will pay $150 to replace his 802.11b/g access point with the latest
802.11a/b/g/n access point, in order to reduce game “latency” or
increase their virtual “survivability,” this is not a price option for
adding connectivity to a thermostat, temperature sensor, garagedoor opener, coffee maker, or lawn sprinkler. In short, the “Internet
of Things” dictates a significantly different adoption model than
mainstream broadband support.
Applications can be categorized as open, embedded, and deeply
embedded. Open systems are compute-based products with
purpose-loaded functions. Open systems may change their nature
from one use to another. A laptop that is configured to be a word
processor in one setting and an Internet-connected media player
in another is an example of this. Due to the varying uses of open
systems, the capabilities must be flexible yet high-performance
in nature, with the limitations usually driven by cost. Embedded
systems are fixed function. They may be very high- or lowperformance, with a limited energy footprint. Deeply embedded
systems are single-purpose devices that are used to detect
something in the environment, perform a basic level of processing
and then do something with the results.
40
Table 1: Comparison of device categories.
Categories
Product Examples
Battery Life
Data Rate
Range
PC
4 - 8 hours
High
Max.
Embedded
Access Point, iReader,
Pocket Dictionary
AC Powered or
up to 2 years
High
30 m - Max.
Deeply
Embedded
Sprinkler Valve, Locks,
Power Monitor
2 years +
Low - Med.
30 m
Open
The “Internet of Things” is primarily driven by deeply embedded
devices. These devices are low- bandwidth, low-repetition
data capture, and low-bandwidth data usage “appliances” that
communicate with each other and provide data via user interfaces.
There are embedded appliances, such as high-resolution video
security cameras, video VOIP phones, and a handful of others that
require high-bandwidth streaming capabilities. This article instead
targets the countless products that simply require packets of data to
be intermittently delivered.
Figure 1: Device categories.
Data-rate requirements and the corresponding power consumption
vary significantly between the different device categories. Open-type
devices utilize Pentium class or similar processing, and run complex
OS-based protocols for communication. Such devices require mains
power, or utilize large batteries and have battery life measured in
hours. Battery-operated embedded devices are products for which
it is critical to reduce power consumption, design complexity, and
cost through the optimization of computation occurring in the device.
This is done through the use of specialized hardware, or less flexible
purpose-driven software. Deeply embedded devices build upon
this optimization and often require battery operation, which creates
a critical need for low power consumption. These products utilize
low-power microcontrollers such as the 16-bit PIC24F family from
Microchip, which features low-power sleep currents down to 20 nA
and allows the use of AA or coin-cell batteries for up to 20 years of
operational life.
Examples of deeply embedded, Internet-connected devices include
information displays for the home that can integrate heating and
cooling control with lighting, music, and information displays (e.g.
a web browser); security still cameras that provide an extra level of
coverage for monitored services; appliances that allow time-of-start
control from utilities for smart-energy control, to reduce consumers’
electricity bills; heavy equipment with sensors that can provide
remote indication when in need of pending service; and toys or
multimedia handsets that could be configured for subscription
services, allowing updates during off periods.
The 802.11 protocol provides two basic methods of connectivity. The
primary method is called infrastructure, or basic service set, and is
implemented as a structured network with at least one central point
that routes traffic among the devices and onto other networks. In this
method, the central point is commonly called an access point, and all
communications occur through the access point. The second method
allows “unrelated” devices to connect temporarily. This mode is called
ad hoc, or independent basic service set. Ad hoc communication occurs
from device to device, but allows many devices to share the common
network. A primary advantage of 802.11 over other wireless protocols
is its intrinsic ability to connect devices to the Internet. However, this
functionality is provided primarily through the infrastructure mode of
operation. The Microchip TCP/IP stack and Microchip 802.11 radio
combination supports both infrastructure and ad hoc modes of operation.
Figure 2: Basic methods of connectivity.
One example of a use for a deeply embedded Wi-Fi solution is for
vehicle diagnostics. Considerable effort is spent designing the hardware
and software for user interfaces in these types of applications. However,
PDAs such as the iPod Touch or cellular phones such as the iPhone
are perfectly designed for user interfaces with a rich and intuitive
feature set. Most include Wi-Fi connectivity, which allows the use
of infrastructure or ad hoc modes in the Microchip Wi-Fi module. As
shown in Figure 3, the PDA or phone can connect to the Microchip Wi-Fi
module, and the PIC24F 16-bit microcontroller runs the Microchip TCP/
IP stack for ad hoc mode. The PIC24F microcontroller connects to the
vehicle using any of the standard On-Board Diagnostic (OBD) interfaces,
such as J1850, J1939, ISO 15765-4, etc. Vehicle status, such as RPM,
MPH, and battery voltage, can be displayed in a variety of forms such
as raw values, graphs, or gauges. Once disconnected, the PIC24F can
connect to a central server using infrastructure mode to upload data, or
download new firmware or parameters.
Figure 3: Application example.
Latency is not a critical factor for data transfers in most deeply
embedded devices. This means the data transfer has so little
latency that a user does not discern a delay from an action to the
corresponding reaction. Latency is often critical for handheld remotecontrol devices, because users get frustrated and consider it a poor
user experience if the time for a local reaction to a button push on the
device is discernable (more than 250 ms).
The 802.11 specification has a mode called “power-save poll”
within the infrastructure service. It allows a device to go to sleep
while maintaining a connection to the access point. A device can
wake immediately and begin communication. Latency can be a little
more than 100 ms for an external client to begin transferring data
to a sleeping device. This is an ideal mode for remote controls using
infrastructure mode, as it provides the ability to power down without
a user-perceived reduction in latency. Battery life is only days with
this mode if the unit is frequently used, so this usage model should
be considered with a charging station. This scenario makes the usage
model for such a device similar to that of a cellular phone.
“Power-save poll” mode is also an efficient way to reduce power
consumption in devices where latency is not an important issue, such
as those that transfer data more than four times a minute. In such
cases, the act of reconnecting to the network consumes more energy
than keeping the device connected via power-save poll. For example,
the Microchip Wi-Fi radio provides the “power-save poll” mode
autonomously to the microcontroller. An added advantage of this is that
the entire client system can shut down during the sleep periods. An
interrupt from the radio will provide the wake indication, in case there
is data waiting on the AP. Additionally, for remote-control applications,
a wake-on-button-press or wake-on-motion can be provided via the
microcontroller, to maintain the illusion of always being on for the user.
For deeply embedded devices where latency is not critical, the best
methodology for increasing battery life is to turn off the radio. The off
state with leakage is the hibernate mode on the Microchip Wi-Fi radio.
Once outstanding traffic is resolved via the TCP/IP stack, a single
GPIO pin is used to deselect the device. This operation automatically
disconnects power from the Wi-Fi radio. This mechanism allows the
microcontroller and Wi-Fi radio combination to utilize about 120 nA in
power-down mode. Such a combination is ideal for deeply embedded
devices, because their low active power consumption stretches the
system’s battery life.
41
In all of the aforementioned deeply embedded devices, latency
is not critical. Other applications where latency is not critical
include security or environmental sensors, data-upload services
for medical monitoring, and consumer news devices, as well as
information servers.
Deeply embedded devices don’t need 300 Mbps, 54 Mbps or often
even 11 Mbps of throughput. A majority of deeply embedded devices
use a low amount of bandwidth. They have data for transmission
a few times a day, or expect to receive data possibly once a day.
The amount of data they deal with is on the order of 100 bytes. By
keeping external memory minimized or not using it at all, the overall
system cost and power consumption remain low.
to a network that already has an 802.11g-connected laptop on it
will reduce the available bandwidth by 50 percent. The hibernate
mode described earlier for power savings also serves, in this
case, to minimize the effect on the network of embedded devices.
Embedded devices should be configured to buffer their information
and burst as required. Such usage will allow the devices to get on
the network, transfer their data, and then get off the network. The
effect of this will be maximum power savings and minimal impact
on network-bandwidth capabilities.
A normal infrastructure connection provides about a 5-10 second
reconnect period from the hibernation stage. The connect processing
between the Wi-Fi radio and an access point takes about 176 ms.
Connecting takes longer than this, so the majority of the time is
spent in the delays associated with the access point dealing with the
connection. This can be easily seen by virtue of the time it takes a
standard laptop (a high-end open system) to connect to a network.
This time can be reduced by using the static addressing feature of the
Microchip TCP/IP stack. With such an operation, the connect time with
security can be reduced to less than a second.
Ad hoc connection from a power up can take less than 200 ms.
For point-to-point-only remote-control devices, ad hoc operation is
suitable because the achievable connection times are short. This
method of operation is not often used for remotes because while
it does resolve the connection-time problem, the limited use of the
wireless technology for simple point–to-point only communications
without LAN or internet connectivity can be better served by other
wireless technologies, such as basic RF transceivers or the IEEE
802.15.4 protocol.
A very good application of the ad hoc mode of operation is as a
default mechanism to enable easy configuration of the device onto
the network of interest. Deeply embedded products that do not
have a screen/keyboard to enter data need a method for the end
user to configure the network, as well as the security parameters
of their network. In this case, the codes can be entered using a
temporary network. To use a temporary network, the product must
be preconfigured to start either searching for a pre-determined
infrastructure network, or by creating a pre-determined ad hoc
network. In either case, another computer or Wi-Fi-enabled device
(e.g. iPhone, Smartphone, etc.) connects to the product using the
pre-determined network, and then configures the product to the
final desired network. Once the appropriate network information
is entered, a command can be sent to the product to restart in the
desired network.
One advantage of 802.11 for deeply embedded devices is the
ability to use pre-existing networks and the Internet. There is some
concern regarding the impact to performance for other computers
that use the network, when a low-bandwidth, deeply embedded
device is also attached to that network. Wireless communication
is a shared-bandwidth, media-access mechanism. There is a finite
amount of bandwidth available for all to use before the airwaves get
saturated with signals. The biggest impact is from clients utilizing
the available bandwidth. Thus, adding a second 802.11g laptop
42
Figure 4: Example of mixed devices in a network.
A critical need of deeply embedded systems is to keep the
communication system easy to implement and use. While the
802.11 protocol makes an ideal candidate for communication for
these devices, many manufacturers are specialized in the art of
their own product, and not in wireless IP communications. There
is often no room in a critically costed product for more memory
to run an operating system, in order to use an off-the-shelf driver
that traditional 802.11 solutions offer. These drivers are created for
complex operating systems, such as Windows, Windows Embedded
CE, or Linux.
A significant benefit of a solution like the Microchip 802.11 one is
the ease of implementation to the developer. Along with the basic
networking features of security, infrastructure, and ad hoc; the
stack supports various services that a deeply embedded product
developer would require. Some of the services supported are ICMP,
HTTP, SSL, DHCP, FTP, SMTP, SNMP, TFTP, DNS, and Telnet. These
are sufficient for serving Web pages, sending and receiving data
files, and handling e-mail services. The value to the customer is
the ability to minimize code-space requirements by selecting only
the services they require, accelerated time-to-market, and allowing
concentration on device application and user interface, rather than
on the underlying communications protocol.
The “Internet of Things” is about connecting a diverse set of simple,
deeply embedded devices to the tools we already use. It allows
servers and other instruments that can work in the background to
provide a clearer understanding of what is happening—whether
the interest is in energy conservation, product maintenance, health
and safety, or just information retrieval. The Microchip 802.11
solution has been designed with the mindset for deeply embedded
devices. This solution takes into consideration the speed, bandwidth,
and latency needs of embedded devices—these being much
less than what most people demand for their day-to-day Internet
connectivity experience. This makes the solution much lower in
power and easier to use than standard IP-connection alternatives.
The solution is also compatible with the cost constraints of
deeply embedded devices. These characteristics allow the system
developer to concentrate on application development rather than on
networking knowledge.
While it is said that the “Internet of Things” will progress to a
billion new connected things by 2011, the majority of these will
be in embedded and deeply embedded devices. The unique
characteristic of IP connectivity is that having devices connected
and providing improved efficiency is not the only benefit. The
real return is the progression of benefits that will result from the
interconnecting of devices to a wider and automated information
database. This can include better performance through longer
operation within optimal ranges, new revenue streams that will
give users simplicity in dealing with things that otherwise go into
disrepair, and also increased sales pull-through via product and
information co-marketing.
Intro to PIC24FJDA Family
Microchip Technology
The PIC24FJDA family from Microchip features graphic
acceleration and direct interface to STN, TFT, and OLED
displays. The series comes with 64-pin QFN, TQFN, and for
the first time BGA packages.
The product training
module for this
series provides
in-depth lists of
the products’ many
features, explains the
properties of Power
Consumption, and
a cost comparison
chart for budget planning.
This module can be experienced with or without audio in
approximately 15 minutes
and is 24 pages in length.
www.digikey.com/ptm
PIC24F04KA201 Family
As more electronic applications require low power or battery
power, energy conservation becomes paramount. Products with
Microchip’s nanoWatt XLP Technology offer the industry’s lowest
currents for Run and Sleep modes. The PIC24F04KA201 family is
ideal for low cost, low pin-count applications (14-20 pins) which
require up to 4 KB Flash that also need 16-bit performance (16
MIPS). This family includes a range of peripherals including timers,
UART, SPI, I2C, ADC, comparators and CTMU for precise time
measurement or touch sensing. With full analog and self write
capability down to 1.8 V, the PIC24 “KA” family will extend the
battery life in your next design.
Use the free Microchip XLP Battery Life Estimator to select the
target MCU, battery type, and energy profile to get an estimate of
battery life for your application. It’s easy to get started with the
XLP MCUs, using the XLP 16-bit Development Board (DM240311),
which includes current measurement terminals and flexible power
sources (AAA, coin cells or energy harvesting modules).
Example applications for the new PIC24F04KA microcontrollers include:
• Medical (portable and home medical devices, oxygen flow
meters, lifestyle/fitness monitors)
• Industrial (energy harvesting/scavenging, water/gas/heat
meters, portable gas sensors, remote sensor networks, asset
tracking, sealed/harsh environment sensors)
• Consumer (security-system dongles, sealed disposable
electronics, portable electronics, smart cards)
www.digikey.com/microchip-mcu
43
Peripheral Reflex System
Avoids MCU Overload
contributed by Energy Micro
Normally, MCUs spend much of their time
passing information between peripherals. That
doesn’t have to be the case.
The Peripheral Reflex System (PRS) is a network which lets the
different peripheral modules communicate directly with each other
without involving the CPU. Peripheral modules which send out Reflex
signals are called producers. The PRS routes these reflex signals to
consumer peripherals which apply actions depending on the Reflex
signals received. The format for the Reflex signals is not given, but
edge triggers and other functionality can be applied by the PRS.
Overview
An overview of one channel and how four different peripherals can
be connected using PRS is given in Figure 1. The PRS contains eight
interconnect channels, and each of these can select between all of
the output Reflex signals offered by the producers. The consumers
can then choose which PRS channel to listen to and perform actions
based on the Reflex signals routed through that channel. The Reflex
signals can be both pulse signals and level signals. Synchronous PRS
pulses are one HFPERCLK cycle long, and can either be sent out by
a producer (e.g. ADC conversion complete) or be generated from the
edge detector in the PRS channel. Level signals can have an arbitrary
waveform, but will be synchronized with the HFPERCLK.
Channel 0
SIGSEL[2:0]
SOURCESEL[5:0]
APB bus
EDSEL[1:0]
SWPULSE[0]
SWLEVEL[0]
Reg
Signals from
producer
peripherals
.
.
.
.
.
TIMER0
Overflow Pulse
Producer
Side
Figure 1: PRS overview.
44
ACMP
Output Level
PRS
Signals to
consumer
perpherals
x8
ADC0
Start single conv.
TIME1
CC1 Input
Consumer
Side
Figure 1 shows four peripherals connected to two PRS channels.
On one channel is TIMER0 and ADC0 and the ACMP and TIMER1 are
connected to a second channel. An overflow from TIMER0 can start an
ADC single conversion and an ACMP output can be used as input for a
Compare/Capture channel on TIMER1.
General operation
Channel functions
Different functions can be applied to a Reflex signal within the
PRS. Each channel includes an edge detector to enable generation
of pulse signals from level signals. It is also possible to generate
output Reflex signals by software writing to PRS_SWPULSE and
PRS_SWLEVEL registers. PRS_SWLEVEL is a programmable level
for each channel and holds the value it is programmed to. The
PRS_SWPULSE will give out a one-cycle high pulse if it is written to
1, otherwise a 0 is asserted. The SWLEVEL and SWPULSE signals
are then XOR’ed with the selected input from the producers to form
the output signal sent to the consumers listening to the channel.
This is illustrated in Figure 1.
The efm32lib function void PRS_
SourceSignalSet(unsigned int ch, uint32_t
source, uint32_t signal, PRS_Edge_TypeDef
edge) can be used to easily configure the PRS channels. By
specifying the PRS channel producing peripheral signal from
the peripheral and the edge for pulse generation, the function
configures the PRS accordingly.
Producers
Each PRS channel can choose between signals from several
producers, which is configured in SOURCESEL in PRS_CHx_CTRL.
Each of these producers outputs one or more signals which can
be selected by setting the SIGSEL field in PRS_CHx_CTRL. Setting
the SOURCESEL bits to 0 (Off) leads to a constant 0 output from
the input mux. An overview of the available producers is given in
Table 1.
Consumers
Consumer peripherals (Table 2) can be set to listen to a PRS channel
and perform an action based on the signal received on that channel.
Most consumers expect pulse input, while some can handle level
inputs as well.
Table 1: Reflex producers.
Module
Reflex Output
Output Format
ACMP
Comparator Output
Level
ADC
Single Conversion Done
Pulse
Scan Conversion Done
Pulse
DAC
GPIO
RTC
TIMER
UART
USART
VCMP
Channel 0 Conversion Done
Pulse
Channel 0 Conversion Done
Pulse
• TIMER triggered ADC conversion
• Pulse Width Measurement with the ACMP and TIMER
• GPIO triggered UART transmission
• Software triggered DAC conversion
Pin 0 Input
Level
Pin 1 Input
Level
Pin 2 Input
Level
Pin 3 Input
Level
Pin 4 Input
Level
Pin 5 Input
Level
Pin 6 Input
Level
Pin 7 Input
Level
Pin 8 Input
Level
Pin 9 Input
Level
Pin 10 Input
Level
Pin 11 Input
Level
SOURCESEL[5:0]
Pin 12 Input
Level
EDSEL[1:0]
Pin 13 Input
Level
SWPULSE[5]
Pin 14 Input
Level
SWLEVEL[5]
Pin 15 Input
Level
Overflow
Pulse
Compare Match 0
Pulse
Compare Match 1
Pulse
Underflow
Pulse
Overflow
Pulse
CC0 Output
Level
CC1 Ouput
Level
CC2 Output
Level
TX Complete
Pulse
RX Data Received
Pulse
TX Complete
Pulse
RX Data Received
Pulse
IrDA Decoder Output
Level
Comparator Output
Level
TIMER triggered ADC conversion
Figure 2 shows how to set up ADC0 to start a single conversion every
time that TIMER0 overflows. TIMER0 sends a one HFPERCLK cycle
high pulse sent from TIMER0 to the ADC0 through the PRS on each
overflow, and the ADC does a single conversion which is displayed
on the LCD of the STK/DK development boards. The ADC consumes
pulse signals, which are the same signals produced by the TIMER. In
this case there is no edge detection needed, so the PRS leaves the
incoming signal unchanged.
Channel 5
SIGSEL[2:0]
ADC
TIMER0
Overflow Pulse
DAC
TIMER
Pulse
Pulse
Channel 0 Trigger
Pulse
Channel 1 Trigger
Pulse
Signals to
consumer
perpherals
ADC0
Start single conv.
Consumer
Side
1 HFPERCLK Pulse
1 HFPERCLK Pulse
Figure 2: TIMER0 overflow starting ADC0 single conversions using the PRS.
Input Format
Single Mode Trigger
PRS
Producer
Side
Reflex Input
Scan Mode Trigger
APB bus
Reg
Signals from
producer
peripherals
Table 2: Reflex consumers.
Module
Software examples
This section describes four software examples that explore possible
interactions between peripherals using the PRS:
CC0 Input
Pulse/Level
CC1 Input
Pulse/Level
CC2 Input
Pulse/Level
DTI Fault Source 0 (TIMER0 only)
Pulse
DTI Fault Source 1 (TIMER0 only)
Pulse
DTI Input (TIMER0 only)
Pulse/Level
UART
TX/RX Enable
Pulse
USART
TX/RX Enable
Pulse
IrDA Encoder Input (USART0 only)
Level
The ADC is configured with 8-bit resolution and Vdd as both
reference and input. When the ADC finishes the conversion it
generates a single conversion complete interrupt. The CPU will then
fetch the result and display it on the LCD. The displayed result is a
direct reading from the ADC0_SINGLEDATA register which is always
255, given that the input is the same as the reference. The DMA can
also be used to fetch the conversion result and that is covered by
the AN0021 Analog to Digital Converter.
The software project prs_timer_adc implements this example
and can be used on both STK and DK development boards.
Pulse width measurement with ACMP and TIMER
Figure 3 illustrates how to measure the pulse width or period of an
arbitrary waveform. The ACMP is used to send a level signal through
the PRS. TIMER0 consumes both pulse and level signals so the PRS
leaves the incoming signal unchanged. On TIMER0 the PRS signal is
used as input for CC0 channel. TIMER0 starts counting on a positive
edge and captures the counter value on a negative edge.
45
Channel 5
SIGSEL[2:0]
SOURCESEL[5:0]
APB bus
EDSEL[1:0]
SWPULSE[5]
SWLEVEL[5]
Reg
Signals from
producer
peripherals
ACMP
Output Level
PRS
Signals to
consumer
perpherals
TIMER0
Reload&Start + Capture&Stop
Producer
Side
Consumer
Side
must be used to generate a pulse signal on a GPIO positive edge
transition. The clock pulse enables the USART TX and transmits the data
that was placed in the TX buffer. For the GPIO to generate PRS signals,
the PRS Sense must be enabled in the GPIO_INSENSE register.
The software project prs_gpio_uart implements this example
and is intended for the DK only. To enable the USART TX, pin PD0 must
be connected to VMCU to generate a positive edge. The EFM32 will then
send the character ‘X’ through SERIAL A with a 57600 baud rate, no
parity and one stop bit.
Software generated PRS pulse triggers DAC conversion
Figure 5 shows how to generate a PRS pulse by software. The PRS
pulse will trigger a DAC conversion which outputs a 0.5 V signal on
pin PB11. It is possible to generate both pulse and level signals by
software. In this case a pulse signal is generated because it is the type
of signal consumed by the DAC. DAC conversions can also be started
by software in the DAC itself. This example only shows how this can be
done through the PRS as well.
Level
Level
Channel 5
Figure 3: ACMP level output used as PRS signal for TIMER0 CC0 channel input.
SIGSEL[2:0]
Figure 3 also shows the level output from the ACMP sent through the PRS
to the TIMER which measures the pulse width using the capture feature.
SOURCESEL[5:0]
The software project prs_pulse_width implements this
example and can be used on both STK and DK. To trigger the pulse
width measurement, pin PC4 (P4.7 on the DK protoboard) must be
connected to VMCU to generate a high level that will trigger the ACMP
and start the TIMER. When the connection is released, the output of
the ACMP will be low again and the TIMER captures the counter value
and displays it on the LCD.
SWLEVEL[5]
GPIO triggered USART transmission
Figure 4 illustrates how to use an external signal coming through the GPIO
to enable the USART transmitter. It shows a positive edge from a GPIO
pin sent on the producer side through the PRS edge detector to create
a one HFPERCLK cycle pulse on the consumer side. The GPIO produces
level signals which are not consumed by the UART so the edge detector
APB bus
EDSEL[1:0]
SWPULSE[5]
Reg
Signals from
producer
peripherals
PRS
Signals to
consumer
perpherals
DAC0
Start conv.
Producer
Side
Consumer
Side
1 HFPERCLK Pulse
Figure 5: Software triggered PRS signal.
Channel 5
SIGSEL[2:0]
SOURCESEL[5:0]
APB bus
EDSEL[1:0]
SWPULSE[5]
SWLEVEL[5]
Reg
Signals from
producer
peripherals
Signals to
consumer
perpherals
Figure 5 shows a one HFPERCLK cycle pulse triggered from software.
Pulse and level signals can be generated by software by writing directly
to the PRS_SWPULSE and PRS_SWLEVEL registers respectively. They
can also be generated using functions from the efm32lib:
• void PRS_PulseTrigger(uint32_t channels)
generates pulse signals
• void PRS_LevelSet(uint32_t level,
uint32_t mask) generates level signals
The software project prs_soft_dac implements this example
and can be used on both STK and DK.
GPIO
Output Level
PRS
UART
Enable TX
Producer
Side
Consumer
Side
Positive Edge
1 HFPERCLK Pulse
Figure 4: USART TX enabled by GPIO signal using the PRS.
46
Monitoring of PRS signals
The PRS channels can be monitored using peripherals that consume
PRS signals. One example is using a TIMER to make a capture when
there is activity on the PRS channel it is connected to. The software
project main_prs_channel_scan exemplifies how this can
be accomplished and can be used on both STK and DK.
The function PRS_ScanChannel(TIMER_TypeDef
*timer, TIMER_PRSSEL_TypeDef prsCh,
TIMER_Edge_TypeDef edgeType) in the main_
prs_channel_scan project can be used to monitor activity on a
specific PRS channel. It sets the CC0 channel on the chosen TIMER to
capture a selected signal edge. The project can be used on both STK
and DK and the parameters are as follows:
• timer: pointer to the TIMER peripheral register c\block
• prsCh: PRS channel to be monitored
This function will hang on a while loop waiting for activity in the PRS
channel. When such activity occurs, it writes PRS and the channel
number on the LCD. To generate activity on this line, the user must
connect PC4 to VMCU to generate a rising edge transition on the PRS
channel using the ACMP.
Another option is to have a capture interrupt instead of polling. That
way the program will not hang and the processor will be available to
execute other tasks. When a capture is triggered, the user knows that
there was activity on the selected PRS channel.
• edgeType: signal edge to be monitored/captured
Innovations in Connectivity:
a look inside Digi-Key’s state-of-the-art Weather Center
Computer
iDigi Server
Node
(Wired/Wireless)
Drivers
Gateway
(Cellular, WiFi,
Ethernet, Satellite)
Ethernet, WiFi, Cellular
HTML,
Gadgets, Widgets
Internet
Drivers
(Cloud)
Cell Phone
Digi-Key Server
Weather Center Structure
12VDC
Power Rail
solar panels and the electronic box are attached.
The Weather Center is supported by a square
plate, measuring two feet across.
Inside the Weather Center
The heart of the Weather Center, the main box
located in the middle of the Weather Center’s
trunk, is from BUD’s NBA series, Digi-Key part
number 377-1139-ND. This box is rated at IP65
of IEC 529 and NEMA 1, 2, 4 and 4x specifications
with temperature ranges from -40°C to over 70°C.
While the Digi-Key Weather Center has seen
nearly 100°F of heat in the summer and has been
exposed to -38°F temperatures in the winter, the
center has remained resilient.
In a wireless world, devices like the Digi-Key
Weather Center utilize the best in electronic
components to test conditions in an environment
where temperatures range from sizzling to
subzero. Above is a diagram depicting the process
by which Digi-Key’s Weather Center conveys the To provide venting for the center’s box, Bud’s
data collected to computers and mobile devices. NBX-10910-ND and the NBX-10911-ND moisture
vents were installed. Although the center has
This connectivity is achieved by Digi-Key’s
experienced harsh weather conditions, no moisture
custom-made weather tracking system—
or debris has been detected within the box.
composed of the best in wireless, sensor,
microcontroller, and lighting technology.
WiFi, Cellular
Android, iPhone,
Blackberry Apps
To interface the box to the sensors, Switchcraft’s
SC1390-ND Jack and the SC1381-ND Plug were
utilized. These connectors are rated at IP68 when
properly mated.
On the inside of the box, Injectorall Electrics’ FR4
unclad board material (PC8-UNCLAD-ND) was
installed to create a proper back panel. On the panel
the primary circuit board and two power distribution
strips by Molex (WM5737-ND) were applied.
This inside look at the mechanics behind DigiKey’s Weather Center is the second in a series of
articles that will explore the development of the
Weather Center’s technology and the innovations
of connectivity. Additional articles will appear in
upcoming issues of TechZone magazines. For
more information about the Digi-Key Weather
Center, visit connectivity.digikey.com.
Outer Design
The Digi-Key Weather Center was constructed in
a simple “T” shaped design. Measuring three feet
across, the top beam is made of three-inch “C”
channel. This provides a place for sensor modules,
an anemometer, and any future additions.
The trunk of Digi-Key’s Weather Center is
approximately seven feet tall and composed of
three-inch square tubing. Mounting brackets for
The top beam is made of “C” channel, which provides a place
for sensor modules, an anemometer, and any future additions.
An update was made in November 2010 to include three solar
panels in order to collect as much solar energy as possible.
47
CAN Primer: Creating
Your Own Network
by Bob Boys, ARM
CAN is a flexible network that is easy to
implement. If you are considering networking
topologies for your next embedded design,
this article will set you on the right path.
CAN is extensively used in automobiles and trucks and can be found
in multiple applications. There are many “application” layers available
for CAN, such as ISO 15765 (cars), J1939 (trucks), and CANopen
(factory automation), but it is very easy to develop your own protocol
to fit and simplify your needs. Modern CAN transceivers provide a
stable and reliable CAN physical environment without the need for
expensive coaxial cables. Most of the mystery of CAN has dissipated
over the years. There is plenty of example CAN software available to
help you quickly develop your own network.
A CAN controller is a sophisticated device. Nearly all the features
of the CAN protocol described below are automatically handled by
the controller with almost no intervention by the host processor. All
you need to do is configure the controller by writing to its registers,
write data to the controller, and the controller then does all the
housekeeping work to get your message on the bus.
The controller will also read any frames found on the bus and hold
them in a small FIFO memory. It will notify the host processor that this
data is available, which is then read from the controller. The controller
also contains a hardware filter mechanism that can be programmed
to ignore the CAN frames you do not want passed to the processor.
For the purposes of this article; we will assume a CAN network
consists of the physical layer (the voltages and the wires) and a frame
consisting of an ID and a varying number of data bytes. CAN has the
following general attributes:
1. 11- or 29-bit ID and from zero to eight data bytes. These can be
dynamically changed “on the fly.”
2. Peer-to-Peer network. Every node can see all messages from all
other nodes. A node cannot read its own messages.
3. Nodes are easy to add. Attach one to the network with two wires
plus a ground.
4. Higher priority messages are sent first depending on the value of
the ID. A lower ID has the highest priority.
48
5. Automatic retransmission of defective frames. A node will “busoff” if it causes too many errors.
6. Speeds from approximately 10 Kbps to 1 Mbps. All nodes must
operate at the same frequency.
7. The twisted differential pair provides excellent noise immunity
and some decent bus fault protection.
8. The CAN system will work with the ground connection at
different DC levels or no ground at all.
The CAN system layout
A CAN network consists of at least two nodes connected together
with a pair of twisted wires, as shown in Figure 1. A ground wire can
be included with the twisted pair or separately as part of the chassis.
One twist per inch (or more) will suffice, and the integrity of the
ground is not necessary for normal operation. As in any differential
systems, the voltage levels between the wire pair are important, and
not their values to ground. CAN is completely described in ISO 11898.
The maximum length of the network is dependent on the frequency,
number of nodes and propagation speed of the wire. It is relatively
easy to have a 20 node (or more), 500 Kbps system running 30 or 40
feet (or more). The drops should be less than three feet and randomly
spaced to reduce standing waves. These issues all become more
important at higher bus speeds.
Figure 1: A CAN network.
Since the twisted pair is a transmission line, 120 ohm termination
resistors are needed at both ends of the backbone. Do not put any
resistors at the nodes. Your total resistance value as measured
between the two twisted wires will be 60 ohms. CAN is a broadcast
system. Any node can “broadcast” a message using a CAN frame
on a bus that is in idle mode. Every node will see this message. A
“message” can be considered the same as a CAN frame until you
need to use more than one frame to send a long message. It is up to
the individual node if it must react to a CAN frame or just ignore it.
Figure 2: Schematic diagram from the
Keil MCBSTM32E evaluation board.
A node schematic
Figure 2 shows the schematic diagram from the Keil MCBSTM32E™
evaluation board. IC1 is a Texas Instruments CAN transceiver that
performs the conversion between the single-ended CAN controller
CAN Tx and CAN Rx signals to the bidirectional differential pair of
the CAN bus called CANH and CANL (High and Low). This schematic
is complete.
The STM32 CAN I/O is TTL, CMOS and 5 V tolerant, making it
exceptionally easy to design the interface. This transceiver IC1
connects to the STM32 microprocessor IC2, which contains an
integral CAN controller via two pins: D (Driver input) and R (Receiver
output). The corresponding nomenclature on the STM32 is CAN Rx
and CAN Tx. CAN Tx connects to D. CAN Rx connects to R. Some
processors have multiple CAN controllers. These are usually used
in routers, gateways or to create more receiver FIFO memory for
intentionally slowed down CPUs (for EMI reasons). For general use, a
node normally needs only one controller. If it had at least two, it could
talk to itself.
The Hi-Speed CAN physical layer is a pair of twisted wires with a
120 ohm termination resistor at each end and twisted wire drops to the
individual CAN nodes. A node can be directly connected to the bus.
CAN Hi voltage, with respect to ground, changes between 2.5 to 4
volts nominal. CAN Lo changes from 2.5 to 1 volt. Therefore, the
difference between the two is either 0 volts (is logical “1”) or 3 volts
(logical “0”). 0 is known as the “dominant” state and 3 volts is the
“recessive” state.
These two signals, CAN Hi and CAN Lo, are 180 degrees out of phase.
Bus idle is when the voltage difference is zero.
The CAN frame
The CAN frame has many fields but can be simplified to a
Programming Model as shown in Figure 3. These fields must be
written by software or read from the CAN controller registers. The CAN
configuration registers are not included.
RS on IC1 (slope control) is used to adjust the rise and fall times of
the output edges to limit EMI from the twisted pair. Note R4 is a 120
ohm termination resistor. This evaluation board is meant to be used
with one other board as a small test network. If this board is used as
a node, and is not at one of the ends, this resistor should be removed
and external resistors used. P17 corresponds to a generally accepted
standard for CAN on DB9 connectors. P17 Pin 7 is the CAN Hi bus line
and pin 6 is CAN Lo. If CAN Hi and CAN Lo are reversed, the network
will not operate properly. It might not work at all.
There are three physical layers used in CAN: Hi-Speed, Fault Tolerant
and Single Wire. Hi-Speed is the most common and is the one we will
use in this article. Fault Tolerant offers more robustness as its name
implies and is used more often in European autos. Single Wire is used
by General Motors as a low-speed body network along with Hi-Speed
main network.
Figure 3: CAN Frame Programming Model.
• IDE: Identifier Extension: 1-bit - specifies if the ID field is 11 or
29 bits.
If IDE = 0, then the ID is 11 bits.
If IDE = 1, then the ID is 29 bits.
Hi-Speed in cars has a speed of 500 Kbps, trucks are 250 kbps.
CANopen runs up to 1 Mbps. Fault Tolerant is usually 125 kbps, and
GM Single Wire is normally 33.33 kbps. One Mbps in a large system is
difficult to handle. 500 kbps is easier.
• DLC: Data Length Code: 4 bits - specifies number of data bytes
in frame from 0 through 8.
To change from one to the other requires only the transceiver chip
to be exchanged and probably changing the speed. These three
layers cannot be physically connected to each other as the voltage
levels are different. Use a router or gateway to join different CAN
networks together. Any CAN controller will properly service all three
layers of CAN.
• Data Bytes: 0 through 8 bytes. A CAN frame with only an ID field
and no data bytes is valid and useful.
• ID: Identifier: 11 or 29 bits as set by IDE. This part of the CAN
frame sets the priority.
49
ID: Identifier: 11 or 29 bits
The Identifier can be used for any purpose. It is often used as a node
address or to identify requests and responses. CAN does not specify
what the ID should be.11-bit is sometimes called Standard CAN and
29-bit is called Extended CAN.
1. If two or more CAN messages are put on the bus at the same
time; the one with the highest priority (the lowest value) ID will
immediately get through. The others will be delayed and will be
resent as soon as possible.
2. An ID of 0 has the highest priority and will always get through.
An 11-bit ID has priority over any 29-bit ID.
3. The ID size can be changed at any time for a mix of 11- and
29-bit IDs. The controller can easily sort this out.
4. Messages tend to start transmitting at the same time. It is not
permissible for a CAN node to start transmitting if another is
already transmitting. This will cause a bus error.
5. Note that a CAN controller can be configured to pass only certain
messages to its host processor. Choose ID values carefully to
take advantage of this, if needed. This can take a large work load
off of a node’s processor.
6. Use the ID for data, node addressing, commands and request/
response sequences. Commercial protocols use these in
practice. Choose any method or create your own to best suit
your purpose.
7. Make sure two nodes will never send the same ID value at the
same time. It is illegal but possible to do this. If two messages
sent at the same time are identical, they will be seen as one. If
the data bytes are different, this will result in a bus error and the
frames will be resent continuously, creating havoc on the bus
until bus-off occurs.
Data bytes
Select from zero to eight data bytes using the 4-bit DLC field.
1. Any number of data bytes can be mixed on the CAN bus. The
controller can easily sort this out.
2. By always using only one number of data bytes,
software will be much simpler to write and maintain.
Bus loading
Many CAN networks work on a bus loading from 15 to 35 percent
and this is increasing. A higher bus loading can cause lower priority
messages to be delayed, but these messages will still get through in
a timely fashion. It is quite difficult to achieve 100 percent bus loading
although one can come quite close. Overall system performance does
not drop greatly at high bus loading.
It is possible to get very high bus loads for a very short period of time
in any CAN network. CAN does not automatically space out messages.
It is possible to get a series of back-to-back messages that will
equal nearly 100 percent bus loading. One solution is to select only
those messages needed by a node by programming its acceptance
filter. Another is to have your software space out the messages. This
problem is difficult to diagnose.
Bus speed
Bus speed in a system is a balancing act between things such as
propagation delays (from bus length) and EMI emissions versus
necessary data throughput. Run the network as fast as possible for
stable operation and with enough throughput. Do not run it faster than
necessary, but make some room for later expansion.
If the network is not stable, make sure there are two good termination
resistors at each end of the network. Try slowing the CAN speed
down to see if this helps. Resistors can be ordinary 120 ohm 1/2 watt
carbon type. This is not critical.
TIP: How to determine the frequency of a CAN signal: (This is the best
and sometimes only way to determine this.)
1. Connect an oscilloscope hot lead to CAN Hi and its ground to CAN
Lo. The scope ground must be isolated from the CAN ground. You
can go from ground to one of the CAN leads, but the signals will
be lower and noisier.
2. Display a trace. A storage scope may be needed to see just one
trace due to the non-repetitive nature of CAN.
3. Pick the smallest width signal pulse and measure its time period
in seconds as accurately as possible.
4. Invert this value (divide into 1)to obtain the CAN speed in bits per
second.
3. The data bytes can contain anything. It will not be prioritized like
the ID. CAN does not specify data contents.
Bus errors
Recall that all the nodes (including the transmitting node) check each
CAN frame for errors. If an error is detected, the following occurs:
4. Commercial protocols such as J1939 use these for data as well
as control bits for multi-frame transmission schemes.
1. Any or all of the nodes will signify this fact by driving the bus to
logical 0 (dominant state) for at least six CAN bits.
Remote frames
Though not used often, a remote frame is a quick method of getting a
response from another node(s). It is a request for data. The requesting
node sends out a shortened CAN frame with only a user specified ID
number and the number of data bytes it expects to receive (the DLC
is set). No data field is sent. The responding node(s) sees this ID and
DLC, recognizes that it has the desired information and sends back
a standard CAN frame with the same ID, DLC and with its data bytes
attached. All of this (except that the response node recognizes the ID
and DLC) is implemented in the CAN controller hardware. Everything
else must be configured by the user software.
2. This violates the Bit Stuffing rule (never greater than 5 bits the
same polarity), so every node sees this as an error.
50
3. This so called “Error Frame” signals to all nodes a serious error
has occurred.
4. The transmitting bus abandons the current frame and adds four
to its 8-bit TEC (Transmit Error counter) register.
5. If this TEC equals 0xFF, the transmitting node goes BUS OFF and
takes itself off the bus (it is zero at RESET).
6. If not, it attempts to retransmit its message. It will still have to go
through the priority process with other messages.
7. All other nodes also abandon reading the current frame, and
adds four to each REC (Receive Error Counter) register.
8. Any nodes that have messages queued up for transmission will
transmit now. All others start listening to the bus.
9. Hopefully, this time the message(s) will be broadcast and
received error free. Each time a frame is transmitted and/or
received successfully, the corresponding TEC and REC registers
are decremented (usually by only one).
TIP: Error counters? These are two 8-bit registers in every CAN
controller and you can read these with your software. This is a good
idea because it gives some indication of general bus health and
stability. In a good CAN network, TEC and REC will equal zero. If it
starts having higher values, something has happened to your network.
The usual suspect is bad hardware. The problem is usually in either
the wires or the transceiver chip.
Don’t forget that if something happens to the integrity of the twisted
pair, such as CAN Lo disconnected; it might still work but with greatly
reduced noise immunity (that is what differential signals do best). If
the network is in a very noisy environment, there might be a lot more
transient bus errors. This is very tricky to debug without knowledge of
the REC and TEC register contents. Put this in the software and report
it to the diagnostic routines.
In a general sense, TEC represents a given node’s errors and REC
indicates the other nodes’ errors.
Bus off: As mentioned, if a transmitting node detects it has put too
many bad frames on the bus, it will disconnect itself. It will assume
that there is something very wrong with itself. To get back on the bus
depends on how the controller is configured. It can take a controller
RESET or a certain number of good frames received or what is
configured to get back on.
TIP: How can you create a Bus Error for testing?
Have a node send a message at the wrong frequency. When this
frame tries to get on the bus, this is certain to create a bus error
condition. Some CAN controllers can send a one-shot frame.
BUS faults
This is different from a bus error. We normally think of a bus fault as
something that has happened to the “wires” or the output transistors
of the transceiver chip. Not all bus faults will result in a bus error. A bus
error can be thought of as the CAN controllers’ reaction to a problem on
the bus such as noise, faulty node that includes a bus fault.
What happens if one of the twisted pair opens or is shorted out?
CAN has an automatic mechanism for this. Not all transceiver chips
implement all of them. You can usually short CAN Lo to ground (ISO
11898 says CAN short Hi also) or open one CAN line. The ground needs
to be connected for these to function. You cannot short both Hi and
Lo together (Fault Tolerant will work) or open both up. You can cut the
ground or have a large ground loop present and CAN will still work.
These will be detected as a bus error as described above. At least one
node must try to transmit a frame in a bus fault condition to trigger a
bus error. A bus in idle mode cannot trigger a bus error. When the bus
fault is removed, in many systems the network will come back alive,
if so configured. CAN has excellent noise immunity because of the
twisted pair. The common mode noise gets cancelled out and the CAN
signal is not affected (because it is 180 degrees out of phase).
The ground: The ground is not needed for CAN operation if the
twisted pair is intact. This is readily shown with simple experiments.
One experiment showed a small network still worked properly with
two nodes having a 40 volts DC ground difference.
However, it is a good idea to include a good ground in the system
design. Some bus faults need the ground to allow the transceiver
to compensate.
Here are some bonus items that are not part of the CAN specification
that might prove helpful in your system:
1) Transmitting data sets greater than 8 bytes:
Clearly, transmitting a data set greater than 8 bytes will take multiple
frames and this will require some planning. Such schemes can
become very complicated as they have to deal with a wide-ranging
set of contingencies. By focusing on a narrow requirement set, design
of a simpler protocol is possible.
Most current schemes use the first data byte to contain the number of
total data bytes to follow plus a counter to help determine which data
byte is which. The ID usually identifies the node plus whether it is a
request or response message. To use an existing protocol, see ISO
15765. This is what automobiles use. This includes OBDII diagnostics
which is public information. This is a good example where one
message can be comprised of many CAN frames.
2) Periodic, Request/Response and Command Frames:
Periodic: This technique sends a frame out periodically – several
times a second is typical. This frame will contain data that any node
can use and is identified by its ID. Examples are speed, position,
pressure and events.
Request/Response: A node sends out a frame requesting certain
specified information. Any other nodes that have the requested
information then put it on the bus. The ID identifies the Request
frame and the Response by changing one bit of the Request ID. ID
0x248 is a Request frame and 0x648 is its Response. The Request
frame data bytes will specify what information is requested. The
Response frame will contain the requested information or an error
message.
Command: A frame commanding some event is performed. The ID
usually contains the address of the commanded node and the data
bytes the actual command(s). Sometimes an acknowledge frame
is returned.
TIP: Consider a blend of these three types of traffic depending on your
system’s needs.
3) Time-outs:
Automotive CAN networks use time-outs. This concept is easily and
effectively transferred to systems in other fields. A time-out occurs
when a node fails to respond to a request in a timely fashion. Timeouts are handled completely by software. The CAN specification does
not provide this mechanism. A time-out is helpful to recover from
problems with the network such as severe bus errors, catastrophic
bus faults, faulty nodes or intermittent connections.
51
The result is usually a limp-home mode in which a node will attempt
to run itself without information from the rest of the network. In some
cases, a punitive limp-home mode is entered that forces the user to
perform repairs.
A good example is if the transmission fails and proper shifting
becomes impossible. In this case, the module will go into limp-home
mode and the transmission might be put into one gear, such as
second, to allow the vehicle to still be driven.
This can be for safety reasons or to prevent further damage to the
power train.
Heart-beats and Address Claiming: The other side to a time-out
is a heartbeat. Periodic messages can be sent out to determine that
all nodes are on the bus and active. CANopen uses such heartbeats.
J1939 has a software mechanism in which each node can declare
itself to be on the bus and be recognized by the other nodes. This
is called “Address Claiming” and occurs during the system startup.
These mechanisms are provided by your software.
Sequence of transmitting data on the CAN bus:
1. Any node(s), seeing the bus idle for the required minimum time,
can start sending a CAN frame.
2. All other nodes start receiving it except those also starting to
transmit a message. (They all start at the same time.)
3. If any other node starts transmitting, the priority process starts.
The node with the highest priority continues on and those with a
lesser priority stop sending, immediately turn into a receiver and
receive the higher priority message.
4. At this point, only one node is transmitting a message and no
other nodes will start at this time.
5. When the transmitting node has completed sending its message,
it waits one bit time for the 1-bit ACK field to be pulled to a logic
0 by any other node (or usually all of them) to signify the frame
was received without errors.
6. If this happens, the transmitting node assumes the message
reached its recipient, sends the end-of-frame bits and goes
into receive mode or starts to send its next message if it has
one. The receiving nodes pass the received message to their
host processors for processing unless the acceptance filtering
prevents this action.
of sending all frame bits. Until the controller signals otherwise
to the processor, you can assume the message was sent.
• What if there is an error? All nodes, including the transmitting
node, monitor the bus for any errors. If an error condition is
detected, a node (or nodes) signify to the other nodes there is an
error by holding the bus at logical 0 for at least 6 bus cycles. At
this point, all nodes take appropriate action. The message being
sent (and now aborted) will be resent but only a certain number
of times.
• What if no node wants or uses the message? Nothing.
The ACK bit only says that the CAN frame was transmitted
without errors and at least one node saw this frame error free.
Remember the transmitting frame cannot ACK itself. CAN does
not provide any acknowledgment mechanism that a frame was
used or not received by its intended recipient. If needed, you will
have to provide this in your software as many systems do.
TIP: In a periodic system, if a node misses a message, it does
not matter much as another copy will be along shortly.
Sequence of receiving data from the CAN bus:
1. All nodes except those currently transmitting frames are in
listening mode.
2. A CAN frame is sent using the procedure as described previously
in “Sequence of Transmitting data on the CAN Bus.”
3. This frame is received by all listening nodes. If deemed to be
a valid CAN message with no errors, the ACK bit is set. In CAN
terminology, the bus is set to the “dominant” state as opposed to
the “recessive” state.
4. The frame is sent through the controller’s acceptance filter
mechanism. If this frame is rejected, it is discarded. If accepted,
it is sent to the controller FIFO memory. If the FIFO is full, the
oldest frame is lost.
5. The host processor is alerted when a valid frame is ready to be
read from the FIFO. This is done either by an interrupt or a bit
set in a controller register. This frame must be read as soon as
possible.
6. The host processor decides what to do with this message as
determined by your software.
8. If this does not happen (ACK bit not set), then the transmitting
node retransmits the message at the earliest time allowed. If
the ACK bit is never set, the transmitting node will send this
message forever.
Receiving notes:
•
is available. Polling is where the host processor “polls” or
continuously tests the bit mentioned in sequence 5. Polling runs
the risk of losing or “dropping” a frame but is sometimes easier to
implement and debug. Interrupts cause the processor to jump to
an interrupt handler in which the frame is read from the controller.
Using interrupts is the recommended method.
Transmitting notes:
• How does a node know when it should transmit a message?
Create the CAN frame you want to send by loading up the IDE,
ID, DLC. Any data byte registers in the CAN controller and then,
in most controllers, you set a bit that triggers sending the frame
as soon as legally possible. After this, the controller takes care
• What happens if a message is “dropped?” This can cause
some problems as CAN itself does not have a mechanism
for acknowledging a CAN frame. If desired, this must be
added to your software. In the case of Periodic Messages, it
doesn’t normally matter as a replacement message will be
along shortly.
7. At this time, any node can start sending any messages or the bus
goes into the idle state. Go to 1.
52
• How fast do I have to read the FIFO to not drop messages?
Bit stuffing
CAN controllers and their errata sheets
Conclusion
Test tools
CAN demonstration software
®
53
STMicroelectronics CAN controller for Cortex-M3 processors
Shown is a block diagram of the CAN controller. Here are the main
points of all CAN controllers:
Keil example CAN program
1. Start μVision by clicking on its
icon on your Desktop.
1. I/O Pins: These connect to the CAN transceiver chip pins R and D
as previously described.
2. Select Project/Open Project. Open the file C:\Keil\ARM\Boards\
Keil\MCBSTM32\CAN\CAN.Uv2.
2. Parallel-Serial Converters: CAN is a serial bus while the
processor is parallel. Conversion happens here.
3. Make sure “Simulator” is selected in the Target window.
3. Tx mailbox: The messages to be transmitted are written here. ID,
data (if any) and the DLC go here.
4. Acceptance Filter: This passes only specified messages to the
processor via the FIFOs. By default at RESET, these filters pass
all messages to the FIFOs. Your software must configure them to
filter messages.
5. FIFO 0 & 1: Each Receive FIFO can hold three CAN messages.
They provide a buffering system to the processor.
6. Control, Status, Configuration registers: Your software
must configure these registers, usually at initialization.
Various flags and switches are found here. Examples are
set CAN speed, request transmission, manage receive
messages, enable interrupts and obtain diagnostic
information. Keil provides examples on how to set and use
these registers.
All CAN controllers have the same basic architecture. Different
controllers will have differences in the number of receive FIFO
buffers, transmit buffers, size of acceptance filters and the bit
mapping, addresses and definitions of the various configuration
registers. All CAN controllers are licensed by Robert Bosch GmbH
in Germany and therefore they are able to exert considerable
control over basic CAN attributes to make them consistent with
various manufacturers.
This means that all CAN controllers can communicate with other
brands in a reliable and predictable manner.
4. There is a typo in a source file. In the file CanDemo.c,
go to line 126. It will probably be:
delay (45000000); // Wait for initial display (~5s)
This delay will be too long. Please change this to a lower value.
45000 works well.
5. Compile the source files by clicking on the Build icon.
They will compile with no errors or warnings.
6. Click on the Options for Target icon.
Then, select the Debug tab and confirm
“Use Simulator” is checked.
7. Enter the Debug mode by clicking on the debug icon.
Select OK when the Evaluation Mode box appears.
8. Position the Toolbox, CAN: Communication and CAN: Controller
windows as appropriate.
9. Click on the RUN icon.
Note: Stop the program
with the STOP icon.
10. Note CAN messages with an ID of 0x21 will appear in the CAN:
Communications window. You can see both the transmit and
receive frames. The CAN controller is in a special Test Mode that
allows it to see its own messages.
11. In the Toolbox window, click on the
“Analog Sweep 0…3.3 V” button.
12. Changing data values representing output from the A/D convertor
will now appear in the CAN messages.
The Keil CAN demonstration software: How it works…
Keil provides a working CAN example with their development tools.
You have already compiled and run this example. You can view and
edit the C source files whether in debug mode or not, but to compile
them you must not be in debug mode. This example uses almost no
assembly code as it is (nearly) entirely written in C. Any source file
can be opened in μVision, if not already visible, by clicking on File/
Open and selecting it. There are three source files we will look at:
Can.h: This file defines a structure to contain the information used to
construct the CAN frame and create two instances of it.
Can.c: This C code initializes the CAN controller, writes and transmits
a message, receives a message, configures the Acceptance Filters
and provides the transmit and receive interrupt handlers.
Figure 4: STMicroelectronics CAN controller for Cortex-M3 processors.
54
CanDemo.c: The main function is located in this file. CanDemo.c is
the heart of the demonstration program and calls the functions in
Can.C.
1) Can.h
The CAN structure CAN_Msg: (lines 23-29, 42 & 43)
The structure declaration in Can.h is shown. You should now be able
to recognize each of these elements. You can enter either an 11- or
29-bit identifier. Two instances of CAN.msg are invoked and are
shown below: CAN_TxMsg and CAN_RxMsg. CanDemo.c writes to
these to create the CAN messages with data.
The prototypes for functions used in Can.c are listed in Can.h in lines
32 to 40. These are visible in μVision.
23 typedef struct {
24 unsigned int id;
//
25 unsigned char data[8]; //
26 unsigned char len;
//
27 unsigned char format; //
IDENTIFIER
28 unsigned char type;
//
29 } CAN_msg;
29 bit identifier
Data field
Length of data field in bytes
0 - STANDARD,
1- EXTENDED
0 - DATA FRAME,
1 - REMOTE FRAME
42 extern CAN_msg CAN_TxMsg; // CAN message for sending
43 extern CAN_msg CAN_RxMsg; // CAN message for receiving
2) Can.c
Configuring the CAN controller (Can.C)
There are several things that must be done to properly configure the
CAN controller. These are done in Can.C by functions that are called
by CanDemo.c. Examples are found in the function CAN_setup as
shown in μVision:
1. Enable and set the clock for the CAN controller. The clock must
be stable for CAN. No R-C oscillators here.
2. Configure GPIO ports PB8 and PB9 for the transmit and receive
lines to the transceiver chip.
3. Enable the interrupts for the transmit and receive functions.
4. Set CAN_BTR: This is a 32 CAN controller register in which things
such as bit timing, bus frequency, sample point and silent and
loop back modes are set. In the Keil example, the baud rate is
set to 500 Kbps. All CAN controllers on a network should have
consistent BTR values for stable operation.
Sometimes timing settings can cause strange problems. If you
experience some unusual problems, you might want to study CAN
timing in greater detail. For small systems, the default settings
or those suggested by the processor manufacturer will work
satisfactorily. You can adjust these settings for the most robust
bus performance.
All CAN controllers have the same general settings for bit timing
because of the licensing agreements with Robert Bosch GmbH.
For a detailed explanation of CAN bit timing, see www.port.de/pdf/
CAN_Bit_Timing.pdf, and for the calculations, see page 505 of the ST
Reference Manual RM0008.
Other functions in Can.c
• CAN_start: Starts the CAN controller by ending the
initialization sequence.
• CAN_waitReady: Waits until transmit mailbox is ready – then can
add another message to be transmitted.
• CAN_wrMsg: Writes a message to the CAN controller and transmit it.
• CAN_rdMsg: Reads a message from the CAN controller and
releases it to be sent to the STM32 processor.
• CAN_wrFilter: Configures the acceptance filter. This is not
discussed in this article.
• USB_HP_CAN_TX_IRQHandler: The transmit interrupt handler.
• USB_LP_CAN_RX0_IRQHandler: The receive interrupt handler.
These functions are called by CanDemo.c and in the main function.
3) CanDemo.c
This contains the main function and contains the example program that
reads the voltage on the A/D converter and sends its value as a CAN
data byte with an 11-bit ID of 0x21. CanDemo.c contains functions to
configure and read the A/D converter, display the A/D values on the LCD
and call the functions that initialize the CAN controller.
Transmitting a CAN Message:
Lines 131 to 135 put the frame values into the structure CAN_TxMsg.
(Except for the data byte from the A/D converter.)
131 CAN_TxMsg.id = 33; // initialise message to send
132 for (i = 0; i < 8; i++) CAN_TxMsg.data[i] = 0;
133 CAN_TxMsg.len = 1;
134 CAN_TxMsg.format = STANDARD_FORMAT;
135 CAN_TxMsg.type = DATA_FRAME;
This CAN message will send one data byte. For example, if you
change the value in the member CAN_TxMsg.len to “3,” three data
bytes will be sent on the bus. What data will be in them depends on
the contents of the array CAN_TxMsg.data.
If you send more data bytes than you have data, it is a good idea to fill
the empty data bytes with either 0 or 0xFF.
141 CAN_TxMsg.data[0]= adc_Get ();// data[0] field
= ADC value
142 CAN_wrMsg (&CAN_TxMsg);
// transmit message
143 val_Tx= CAN_TxMsg.data[0]; // send to LCD screen
Line 141 puts the A/D value into the data member CAN_TxMsg.data in
data byte 0 and line 142 transmits it.
55
Receiving a CAN Message:
Lines 148 to 151 indicate when a CAN message is received, but
something more must be going on here. Line 151 shows that the data
byte received and inserted in the array[0] is sent to be displayed on
the LCD. How exactly does the CAN data byte get into the member
array CAN_RxMsg.data[0]?
If you right click on line 210 and select Show Source at Current Line,
this will be displayed in the source file.
148 if (CAN_RxRdy) {
149 CAN_RxRdy = 0;
151 val_Rx = CAN_RxMsg.data[0];
It was stated earlier in this article that the function to read the CAN
data was located in Can.c. If we look in Can.c, we find the function
CAN_rdMsg at lines 130 to 159. Examining it, clearly it is here that
the array[0] is loaded at line 148. How does this function get called?
It is not called from CanDemo.c.
If we set a breakpoint on Can.c line 132 (the first assembly instruction
of the function CAN_rdMsg) by double-clicking on the left side of Line
132, we can check the Call Stack window to see from where it was
called. This is shown in the screen shot below. This would indicate
line 148 in the main function called CAN_rdMsg. Examining the
assembly code at line 148 shows this cannot be true.
We can use the Trace function of μVision that is available in Simulator
mode to figure out how CAN_rdMsg is called.
Figure 6: Trace Window showing source code behind current instruction.
If you have more than one CAN controller in your processor, you can
operate these as parallel receivers. Divide the messages with the
Acceptance Filters. This will help capture all the messages on a very
busy bus without losing any. Each CAN controller will handle its share
of the messages. This effectively multiplies the number of FIFO buffer
memories and is an excellent method of getting all the CAN frames.
Exception, PC and data tracing
The ST Cortex-M3 processor possesses significant debugging
capabilities. These features are grouped under the Serial Wire Viewer
and are supported by Keil μVision and the USB-JTAG adapter ULINK2
and ULINK-ME. Recall that Can.c contains two interrupt handlers: for
transmit and receive. These can be displayed in real-time (no CPU
cycles are stolen) in the Trace Records window as shown below. This
works only with a real target Cortex-M3 connected to μVision with a
ULINK2 or ULINLK-ME USB to JTAG adapter.
The Serial Wire Viewer can be used to display PC samples, data read
and write cycles, exceptions and other events. The ITM is a print type
instrumentation output.
To show our example using the Serial Wire Viewer and a STM32 chip:
1. Connect an STM32 processor to μVision and run the same CAN
program using the ULINK Cortex debugger.
Figure 5: CAN Call Stack window.
1. Click on Enable Trace Recording icon.
2. Run the program to the breakpoint set previously at line 132.
3. Click on View Trace Records.
View the Disassembly window
that opens up as shown in next window.
The yellow arrow points to the start of the function CAN_rdMsg. The
arrow represents the program counter.
The grey area shows a recording of the instructions that were
executed. The white area displays unexecuted instructions.
2. Activate the Serial Wire Viewer as described in the appendix of
www.keil.com/download/files/labst.pdf.
3. Configure the Logic Analyzer to display CAN_RxMsg.data[0].
This will also display it in the Trace Records.
4. Set a breakpoint at the instruction at line 148in Can.c. This is the
first instruction after the write to the array CAN_RxMsg. data[0].
This is needed because the instruction the breakpoint is set on is
not executed. We want to see and record this write, so we must
execute this source line.
5. Run the program to the breakpoint. The resulting Exception Trace
window is displayed in Figure 7.
Just before line 132 is the source line 213: that calls CAN_rdMsg.
This is actually the assembly instruction at addresses 0x8000A10
BL.W CAN_rdMsg. Reading higher to 210, we can see this source line
comes from the function USB_LP_CAN_RX0_IRQHandler, which is the
Receive Interrupt Handler in Can.c.
So, this interrupt handler called the function that reads the CAN frame
from the CAN controller and inserts it into the structure.
Figure 7: Exception Trace window.
56
Two IRQ events are shown. Note an IRQ is a subset of Exceptions.
Referring to the ST RM0008 reference manual, IRQ 19 is the CAN
Transmit IRQ and IRQ 20 is the Receive IRQ. The Trace Records
window will also be displayed (Figure 8).
Figure 8: Trace Records window.
We can see the following lines:
• 3rd and 4th Line: Exception Entry and Exit: 35: This is the
transmit IRQ. Translate the 35 into IRQ19 in the Exception Trace
window (Figure 6).
• 5th Line: Exception Entry: 36: This is the entry of the receive
IRQ 20 – this is the Receive IRQ Handler.
• 6th Line: Data Write: The value 0x8F is written to address
0c2000004C by the instruction at 0x8004910. You can confirm
that these values represent an assembly instruction that is
part of source line 148 and that the address written to is
CAN_RxMsg.data[0].
That finishes a partial demonstration of the Serial Wire Viewer
trace feature of the Cortex-M3 processor. Visit www.keil.com for
more information concerning the Serial Wire Viewer interface in
Cortex-M3 processors.
An example CAN network
Figure 9 shows a real two-node CAN network using Keil
MCBSTM32 (right) and the MCBSTM32E evaluation boards using the
same example code discussed in this article. The Tx of one node is
transmitted to the Rx of the other node and this is clearly seen on
the LCDs.
How can I learn more about these CAN examples?
With a hardware board, you can generate and receive real CAN
messages and connect to other nodes or a CAN test analyzer. The lab
for the Keil MCBSTM32™ board has instructions on how to do this.
This document has some interesting CAN examples. For instance, you
can use the Cortex-M3 Serial Wire Viewer to see the CAN messages
and interrupts displayed in real-time. You can compile these examples
with the evaluation version of the software. Please see www.keil.com/
download/files/labst.pdf.
STMicroelectronics supplies a complete software library for
all their peripherals in the STM32 family using the Cortex-M3
processor. This includes CAN support. Search www.st.com/stm32
for STM32F10xFWLib. A zip file, UM0427.zip, and an application
note, UM0427.pdf, are available. Keil μVision project and source
files are included. There is no charge for these libraries. Keil
uses portions of these libraries in their own examples programs.
These are identified by the letters STLIB in the Keil μVision
project filename.
Keil makes NXP evaluation boards with CAN examples. Luminary
Micro also offers some with CAN controllers that are supported
by Keil examples. You now know how CAN works and are familiar
with the Keil software and will have no problem getting a real CAN
system operating. You have already run an accurate simulation
of a CAN network. If you obtain real target hardware, such as the
MCBSTM32, you can also connect up to any CAN network and
communicate with it.
Keil offers a complete CAN stack for all ARM7™, ARM9™ and
Cortex-M3/M1 processors. This comes as part of RL-ARM™. (Please
visit www.keil.com/rl-arm/ for more information.) This comprehensive
package contains the RTX™ RTOS source (the actual RTOS is already
included free with the MDK toolset), USB, TCP/IP networking and the
CAN interface.
Note the twisted differential pair of wires CAN Hi and CAN Lo.
Note that no ground wire is used in this small network.
This setup is part of the Keil lab available for the STM32:
www.keil.com/download/files/labst.pdf. Full details are in the lab.
MCBSTM32E Evaluation Board (MCBSTM32EXL-ND)
The Keil MCBSTM32E Evaluation Board introduces you to
the STMicroelectronics Cortex-M3 family of ARM devices
and allows you to create and test working programs for
this advanced architecture. Featuring a QVGA LCD display
plus a wide range of
interfaces such as USB,
CAN, MicroSD Card and
UART, the MCBSTM32E is
a great starting point for
your Cortex-M3 project.
Figure 9: A two node CAN network using Keil MCBSTM32 and the MCBSTM32E
evaluation boards.
57
Power Debugging ARM Cortex-M3
and Cortex-M4 Applications
by Lotta Frimanson and Anders Lundgren, IAR Systems
Your application is now working properly,
but you’re still over your power budget.
This article shows you how to debug that
problem, too.
Power debugging is a recent innovation that provides software
developers with information about how the software implementation
in an embedded system affects system-level power consumption. By
coupling source code to power consumption, testing and tuning for
power optimization is enabled.
Long battery lifetime is a very important factor for many embedded
systems in almost any market segment--medical, consumer
electronics, home automation, and many more. Power consumption
has traditionally been a design goal that only the hardware developers
have been able to influence. But in an active system, power
consumption depends not only on the design of the hardware but also
how it is used, which in turn is controlled by the system software.
The technology for power debugging is based on the ability to
sample power consumption and correlate each sample with the
program’s instruction sequence and hence with the source code.
One difficulty is achieving high precision sampling. It would be ideal
to be able to sample power consumption with the same frequency
the system clock uses, but power system capacitances reduce the
reliability of such measurements. Usually this is not a problem since
from the software developer’s perspective, it is more interesting
to correlate the power consumption with the source code and
various events in the program execution rather than with individual
instructions, so the resolution needed is much lower than one
sample per instruction.
Typically within the debug probe, a resistor is connected in series with
the supply to the development board. The voltage drop across this
resistor is measured, fed to a differential amplifier and then sampled
by an A/D converter.
Figure 1: The debug module on Cortex-M3/M4.
Less accurate but still giving good correlation is to use the PC (Program
Counter) sampling facility available in the ARM Cortex-M3/M4 cores
(Figure 1). The DWT (Discrete Wavelet Transform) module implements
the PC sampler; it samples the PC periodically around 10,000 times per
second and triggers an ITM (Instrumentation Trace Macrocell) packet for
each sample taken. The ITM is the formatter for events originating from
the DWT. It packetizes the events and timestamps them. The debug
probe (J-Link Ultra) samples the power consumption of the device using
an A/D converter. By time stamping the sampled power values and the
PC samples, the debugger is able to present power data on the same
time axis as graphs like the interrupt log and variable plots as well as to
correlate power data with the source code.
As stated before, power debugging is based on the ability to sample
the power consumption and correlate each sample with the source
code. For example, in IAR Embedded Workbench the power samples
can be displayed in different formats. The Power Log window (Figure
2) is a log of all collected power samples. This window can be useful
to find peaks in the power sampling, and since the power samples are
correlated with the executed code it is possible to double-click on a
value in the Power Log window and get to the corresponding code.
The key to accurate power debugging is a good correlation between
the instruction trace and the power samples. The best correlation can
be achieved if a complete instruction trace is available, as is the case
for ARM MCUs with ETM (Embedded Trace Macrocell) support. The
drawback with using ETM is that it requires a special debug probe
and ETM support in the device itself.
Figure 2: Power Log window.
58
Even though system performance might be good, more optimizations
can still be made in the power domain. Power debugging will make it
easier to discover the extraordinary increase in power consumption
that occurs when an interrupt hits and identifies it as abnormal. A
closer examination of the Timeline window could have shown that
unused peripheral devices were activated and consuming power for a
longer period than necessary.
Figure 3: Timeline window.
Another way of viewing the power samples is via the Timeline window
(Figure 3). In the Timeline window, the power samples are displayed
on a time scale together with the call stack and up to four application
variables that you can select.
Power profiling
On a Cortex-M3 device the debugger can utilize the PC sampling
possibility in the DWT module. This allows the debugger to sample the
PC and provide statistical profiling. The profiler finds the function that
correlates with the sampled PC value and builds an internal database
of how often the functions are executed to generate function profiling
information. The profiling information for each function in an application
will be displayed in a debugger while the application is running.
Low-power mode diagnostics
Many embedded applications spend most of their time waiting for
something to happen: receiving data on a serial port, watching an
I/O pin change state, or waiting for a time delay to expire. If the
processor is still running at full speed when it is idle, battery life is
being consumed while very little is being accomplished. So in many
applications, the microprocessor is only active during a very small
amount of the total time and by placing it in a low-power mode during
the idle time the battery life can be extended by orders of magnitude.
One approach is to have a task-oriented design and to use an
RTOS; in a task-oriented design a task can be defined with the
lowest priority and it will only run when there is no other task that
needs to run. This idle task is the perfect place to implement power
management. In practice every time the idle task is activated it puts
the processor into a low-power mode. Many microprocessors and
other silicon devices have a number of different low-power modes in
which different parts of the processor can be turned off when they are
not needed. The oscillator can, for example, be turned off or switched
to a lower frequency; peripheral units and timers can be turned
off; and the CPU then stops executing instructions. The different
low-power modes have different power consumption rates based on
which peripherals are left on.
Interrupt handling
In an event-driven system, for example, when the system is activated
the power consumption increases as the MCU comes into active
mode along with any peripheral devices. Once execution is suspended
by an interrupt with a higher priority, any peripheral devices that were
already active are not turned off, even though the thread with the
higher priority is not using them. Instead more peripheral devices may
be activated by the new thread, further pushing up consumption.
DMA versus polled I/O
DMA has traditionally been used to increase transfer speed. In the
MCU world chip vendors have invented a plethora of DMA techniques
to increase flexibility and speed and to lower power consumption. In
some architectures the CPU can even be put into sleep mode during
the DMA transfer. Power debugging allows the developer to experiment
and see directly in the debugger what effects these DMA techniques
will have compared to a traditional CPU-driven polled approach.
Finding conflicting hardware setups
To avoid floating inputs it is a common design practice to tie unused
MCU I/O pins to ground. If the software by mistake configures one of
the grounded I/O pins as a logical ‘1’ output, a current as high as 25
mA may be drained on that pin. This high unexpected current is easily
observed by reading the current value from the power graph; it is also
possible to find the corresponding erratic initialization code by looking
at the power graph at application startup. A similar situation will arise
if an I/O pin is designed to be an input and is driven by an external
circuit, but the software incorrectly configures the input pin as output.
Waiting for device status
One common mistake that could cause unnecessary power to be
consumed is to use a poll loop to wait for a status change of, for
example, a peripheral device. While code constructions execute
without interruption until the status value changes into the expected
state. Another related code construction is the implementation of a
software delay as a for or while loop.
In both of these situations the code could be changed to minimize the
power consumption. Time delays are better implemented by using a
hardware timer. The timer interrupt is set up and after that the CPU goes
into a low-power mode until it is awakened by the interrupt. Also a polling
of a device status change should be solved with interrupts if possible or
by using a timer interrupt so that the CPU can sleep between the polls.
Depending on the characteristics of the embedded system it could
be difficult to find these situations using power debugging. One way
forward is to use the different power debugging windows to get to
know the power profile of the application so that abnormal behavior
can more easily be identified.
Finally, power debugging allows the developer to verify the power
consumption as a factor of the clock frequency. A system that spends
very little time in sleep mode at 50 MHz is expected to spend 50 percent
of the time in sleep mode when running at 100 MHz. The power data in
the debugger will allow the developer to verify expected behavior and
if nonlinear dependency on the clock frequency exists, to choose the
operating frequency that gives the lowest power consumption. Power
consumption in a CMOS MCU is theoretically given by the formula:
𝑃𝑃𝑃𝑃 = 𝑓𝑓𝑓𝑓 ∗ 𝑈𝑈𝑈𝑈2 ∗ 𝑘𝑘𝑘𝑘
where f is the clock frequency, U is the supply voltage and k is a
constant.
59
Analog interference
Mixing analog and digital circuits on the same board has its own
challenges. Board layout and routing become important in order
to keep the analog noise levels at a low level in order to ensure
accurate sampling of low-level analog signals. Doing a good
mixed-signal design requires careful hardware considerations and
skills. Software design can also affect the quality of the analog
measurements. Performing a lot of I/O activity at the same time
as sampling analog signals will cause many digital lines to toggle
state at the same time – a candidate for introducing extra noise
into the A/D converter.
Power debugging will help to identify interference from digital and
power supply lines affecting the analog parts. Interrupt activity
can easily be displayed in the Timeline window together with
power data. Be sure to study the power graph right before the A/D
converter interrupts. Power spikes in the vicinity of A/D conversions
could be the source of noise and must be investigated. All data
presented in the timeline window is correlated to the executed
code; simply double-clicking on a suspicious power sample will
bring up the corresponding C source code.
Conclusion
Power debugging techniques provide embedded developers the
ability to understand the effect of source code on their application’s
power consumption. By careful analysis of power “hot spots” and
the review of programming methods used, engineers can make
significant battery lifetime savings even during the early stages of
project development.
Figure 4: Power spike due to stepper motor interfering with A/D-sampling.
We’re changing how engineers think about
design using Cortex-M0™ solutions with:
Lowest active power – as low as 130 μA/MHz
Superior Code Density – 50% less code for most tasks
Higher performance – LPC1100 runs at over 45 DMIPS
Smallest size – the LPC1102 has a footprint of 5 mm2
Low-cost toolchain – LPCXpresso for less than $30
Cortex-M0: a simple choice
www.digikey.com/nxp-mcu
60
The Heartbeat Behind Portable
Medical Devices: Ultra-Low-Power
Mixed-Signal Microcontrollers
by Shahram Tadayon, Silicon Laboratories
Low-power, low-noise, low-cost MCUs are
powering the next generation of portable
medical devices.
The proliferation of sophisticated yet affordable personal medical devices is
transforming the health care industry, enabling consumers to monitor vital
signs and other key aspects of their health at home and on the go without
costly and inconvenient visits to the doctor’s office. According to Gartner,
Inc., portable consumer medical devices such as blood glucose monitors,
blood pressure monitors, insulin pumps, and heart rate monitors, represent
the fastest-growing segment in the medical equipment market. A recent
medical semiconductor report by Databeans projects that the home medical
device segment will experience a compound annual growth rate (CAGR) of
nine percent over the next five years.
The explosive growth of the personal medical device market stems
from a variety of factors: a steadily “graying” (aging) population
requiring more frequent health monitoring; skyrocketing costs of
traditional physician-directed medical care; growing consumer
awareness of the benefits of wellness products; widespread
availability of personal medical devices, both online and in
retail outlets; and the increasing sophistication, ease of use and
affordability of consumer health care products enabled by continuing
advances in semiconductor technology.
While consumer products are generally price sensitive, the consumer
portable health market adds other stringent requirements in order
for devices to be successful in the market. Above all, they must be
highly reliable and accurate in order to detect and help prevent health
problems. These requirements are regulated by government entities
such as the Food and Drug Administration (FDA) in the United States.
In order to succeed in the increasingly competitive home health care
market, portable medical devices should offer the following features:
•
•
•
•
•
•
•
•
Ease of use
Highly reliable and safe (government-regulated) operation
Easy, secure connectivity
Low-power operation (long battery life)
Support for a wide range of voltages (especially lower voltages)
High measurement accuracy
Small form factors
Affordable cost
To be able to deliver this array of product features to consumers at
economical prices, medical device developers must reduce system
cost by limiting the number of discrete components within the
design. Semiconductor suppliers also are tasked with supplying
highly integrated embedded control solutions that enable increased
performance and reliability within strict power and cost budgets.
At the heart of these portable device designs are highly integrated
mixed-signal microcontrollers (MCUs) designed to deliver exceptional
processing performance at the lowest supply currents.
Ease of use is essential for all portable medical products because it
reduces errors in measurement resulting from operator error. Such
devices should require minimal user interaction for proper operation,
simple user input (for example, fewer buttons and simpler software
menus) and large, backlit easy-to-read displays. To support these
features, MCUs must provide field-programmable, non-volatile
memory storage (typically in-system programmable flash memory),
as well as flexible I/O configurations to make the best use of a limited
number of pins.
While many portable medical devices today simply display health
monitoring results and leave the interpretation and logging to end users
and their physicians, newer devices feature simple connectivity to log
and transmit results automatically. Typically, these more sophisticated
products will connect to personal computers or mobile health
appliances with software that can track results, or they will securely
transmit information wirelessly to medical professionals, caretakers or
web-based applications – a practice known as telemedicine.
The health care equipment market has adopted an optimized USB
device standard, the Personal Health Care Device (PHCD) Class
(Figure 1), which leverages the ubiquitous USB interface to enable
standardized transmission of data and messages regardless of device
manufacturer. Moving forward, wireless transmission of data
Figure 1: USB personal healthcare device class supports easy connectivity.
61
will make connectivity even easier with simple, yet reliable wireless
connections for even greater convenience. MCUs will need to provide
a variety of integrated connectivity interface methods, such as
integrated USB controllers with precision oscillators.
with an ADC requires a voltage reference. Such voltage references
typically require tens of milliseconds to turn on and stabilize before
a measurement can be made. During this time the MCU is on and
draining the battery.
RF transmitters and transceivers working in concert with MCUs
can enable wireless connectivity for telemedicine applications. In
addition, wireless MCUs – highly integrated devices that combine
a low-power MCU core with a high-performance RF transceiver in
the same package – are now widely available. Silicon Labs’ Si10xx
wireless MCUs, for example, provide the ultra-low-power operation
required by battery-powered portable medical applications, coupled
with extended range and exceptional RF sensitivity enabled by an
integrated sub-GHz transceiver.
Silicon Labs’ ultra-low-power C8051F9xx MCUs (Figure 2) wake up
in microseconds like many power-efficient MCUs, but the on-chip
voltage reference is designed to also wake within 2 microseconds,
allowing accurate ADC measurements to begin quickly. The ADC is
also designed to rapidly accumulate many measurements without
CPU intervention for improved results while further minimizing time
awake. The less time awake, the less current is drawn from the
battery while giving good results.
Whatever the connectivity method or system architecture used,
communication protocol stacks will require more code space in the
MCU. As a result, more memory in smaller footprint devices will be in
greater demand.
While choices in high-performance, low-power MCUs and
communications options will be important, all medical devices will
need to accurately and consistently measure and some aspect of a
person’s health, be it light (for blood oxygen), conductivity (for blood
glucose), pressure (for blood pressure), or temperature. In the health
care market, there is simply no room for errors in measurement.
Mixed-signal MCUs must give superior analog voltage measurement
results in the presence of noisy digital processor and communications
signals in small spaces. This is one of the most challenging
engineering problems faced by semiconductor suppliers, and such
specifications will be scrutinized by product engineers, especially
when faced with low battery voltages for the IC. Measurements must
be low in noise and distortion (good signal-to-noise and distortion
ratios) and highly linear. Analog-to-digital converter (ADC) operation
must be allowed even when the MCU is in operation; the end user
will expect to observe functions during measurement, and it is likely
that the MCU will interpret results in real time. Furthermore, all chip
features should be permitted even at the lowest battery voltages;
what good is the MCU if you cannot make a measurement over the
full battery life? In short, MCU suppliers in this market must integrate
accurate analog measurements without compromise.
The next design challenge for the MCU supplier is the demand for
long battery life in the end product. “Portable” generally means that
the device is battery powered. Typically, added features result in
greater power consumption, but developers will not design a portable
medical product that requires end users to use large, heavy batteries
or to change them frequently.
Figure 2: Fast wake times and short operation intervals will extend battery life.
Another important trend in MCU design involves supporting new
battery use configurations and technologies (Figure 3). Rechargeable
batteries are popular and typically need higher voltage support, so
integrated on-chip voltage regulators are mandatory. An emerging
trend is to use only one alkaline battery to reduce product size or to
save cost when the end user expects the supplier to ship an installed
battery. Until recently, this approach required the added cost and
space of a discrete DC-DC switching regulator to boost the alkaline
battery voltage for proper MCU operation (alkaline batteries have a
useful life to 0.9 V). Not only do these switching regulators create a
large amount of noise in voltage measurements, they must remain
on at all times to allow the MCU to wake from sleep mode, thereby
draining power and reducing battery life.
Sophisticated low-power MCUs such as Silicon Labs F9xx devices include
an integrated DC-DC regulator that addresses these issues. The result is
lower noise, less cost, reduced footprint, and better control, allowing the
DC-DC regulator to be off while the MCU is in its low-power state, thus
extending battery life. Even though this DC-DC regulator is integrated, it
should still output the boosted voltage supply externally to the rest of the
system for a true low-power, single-battery solution.
MCUs must support three parts of a low-power strategy: low-power
while in active mode, low-power while in standby mode and reduced
time in an active state. The portable device, and thus the MCU, will
be in an off or lower power state most of the time; however, it will
often maintain some sort of function such as a clock/calendar or
alarm when not in use. While active power consumption is important,
minimizing the time awake is the key to extending battery life. MCU
designers must engineer ways to wake the MCU clock and analog
circuits for fast measurements and then allow the MCU to settle back
to a low-power state. For example, making a voltage measurement
Figure 3: MCUs should support a wide range of voltages supplied by batteries.
62
While MCU suppliers continue to innovate and integrate powerand battery-saving features, the trend toward energy efficiency
would not be fully advantageous if the cost and footprint of
the MCU grew substantially. The goal is to help the embedded
developer deliver a lower cost, smaller end product as well as
reduce power consumption. Such solutions must reduce the bill
of materials and device size. The best MCUs will deliver plenty
of performance, integrated connectivity, memory and superior
analog peripherals in the smallest form factors. In other words,
semiconductor suppliers must provide increased functional
density without compromise.
Note the ultra-low-power MCU example in Figure 4 – 64 kB of flash
code storage, 4 kB of data RAM, an ADC, and two voltage regulators
(LDO and DC-DC boost convertor) within a 4 mm x 4 mm footprint
(in some cases even smaller). This compact mixed-signal MCU
design allows a complete measurement and interface system on a
single chip without sacrificing performance or battery life. Product
designers will be careful to choose MCUs like this with the right set
of peripherals to obtain the optimal cost/performance benefit.
Embedded developers and product managers are under
continuous pressure to push the envelope of reduced cost, size,
power consumption, and increased performance in their portable
medical device designs. The answer is to use highly integrated
mixed-signal MCUs to deliver products to a market that demands
the very best in performance and affordability in the smallest form
factors. Functionally dense mixed-signal MCUs will provide the
heartbeat for the next generation of portable medical devices, and
health care equipment makers that deliver optimized products that
meet consumer needs will enjoy the benefits of this fast-growing
market segment.
Figure 4: F9xx ultra-low-power MCU architecture.
megaAVR: The Next Step in Capacity and Performance
When your designs need some extra muscle, you need the megaAVR. Ideal for Key Features
applications requiring large amounts of code, the megaAVR offers substantial
• Broad family — megaAVR offers our widest selection of devices in
program and data memories with performance up to 20 MIPS. Innovative
terms of memories, pin counts and peripherals, enabling reuse of code
picoPower technology minimizes power consumption. All megaAVRs offer
and knowledge across projects.
self-programmability for fast, secure, cost-effective in-circuit upgrades. You
•
picoPower technology — Selected megaAVR features ultra-lowcan even upgrade the flash while running your application.
power consumption and individually selectable low-power sleep modes
Based on industry-leading, proven technology, the megaAVR family offers our
that make it ideal for battery-powered applications.
widest selection of devices in terms of memories, pin counts and peripherals.
•
High integration — The megaAVR features on-chip flash, SRAM,
Choose from general-purpose devices to models with specialized peripherals
internal EEPROM, SPI, TWI, and USART, USB, CAN, and LIN, watchdog
like USB, or LCD controllers, or CAN, LIN and Power Stage Controllers. It’s
timer, a choice of internal or external precision oscillator, and general
easy to find the perfect fit for your project in the megaAVR product family.
purpose I/O pins, simplifying your design and reducing bill-of-materials.
• Analog functions — Advanced analog capabilities, such as ADC, DAC,
built-in temperature sensor and internal voltage reference, brown
out detector, a fast analog comparator and a programmable analog
gain amplifier. The high level of integration allows designs with fewer
external analog components.
• Rapid development — megaAVR microcontrollers speed development
with powerful in-system programming and on-chip debug. In addition,
in-system programming simplifies production line programming and
field upgrades
www.digikey.com/atmel-mcu
63
USB 3.0—
Are We There Yet?
by John Donovan, Low-Power Design
SuperSpeed USB may be slow out of the blocks,
but with a 10x speed advantage and lower power
profile than its predecessors, its compelling
advantages make it look like a sure winner.
If there was a universal serial bus in 1995, it was RS-232. Every PC in the
world had one, although you could connect only one device to it at a time.
Reconfiguring the port for new devices and/or applications required you
to either be a “power user” or have an engineering degree.
In January 1996, Intel introduced the Universal Serial Bus (USB), a
bidirectional, low-cost, low- to mid-speed peripheral bus that could
support as many as 127 devices, all of which could be added to the
bus in “plug-and-play” (initially “plug-and-pray”) fashion. USB 1.0
supported a data transfer rate of 12 Mb/s, which worked well for disk
drives. In 1998, USB 1.1 added a slower (1.5 Mb/s) rate to support
keyboards, mice, and other human-interface devices (HID).
Addressing the need for speed, the USB 2.0 specification was released
in 2000 and standardized in 2001, promising a data rate of 480 Mb/s.
However, because of the overhead involved in the protocol and USB’s
heavy reliance on the processor for transaction arbitration and scheduling,
speeds closer to half that rate were more typical. Still, a theoretical 40x
increase in bus speed in four years was pretty impressive.
USB has since become the most successful PC peripheral
interconnect ever defined, with over 10 billion USB 2.0 products
installed today, a number that is rising rapidly. In-Stat predicts that
nearly 4.5 billion USB ports will ship in 2014, of which 1.7 billion will
support the new “SuperSpeed” USB 3.0 spec.
Facing competition from other high-speed interconnect protocols
(Figure 1), like 400 and 800 Mbps IEEE-1394 (FireWire) and HDMI
(both of which targeted high-data rate streaming of video), the USB
Implementers Forum (USB-IF) formalized the specification for USB 3.0
in 2008, which promises a “SuperSpeed” data rate of 5 Gb/sec, a 10x
improvement over USB 2.0.
Design goals
With USB 2.0 having become universal, the key goal was to make
it faster. Since smart phone users can now sideload video files ten
times faster, this will supposedly keep HDMI or FireWire sockets from
proliferating on these devices.
64
0.2
49.6
Firewire 800
0.2
Firewire 400
73.6
74.5
75.8
31.6
39.3
39.9
40
0.1
99.6
SATA 3Gbps (direct)
0.1
69.8
eSATA
0.2
USB 2.0
Access Time (ms)
Average Read (MB/s)
Read Burst (MB/s)
USB 3.0
Max Read (MB/s)
Min Read (MB/s)
119.8
120
121.1
29.8
36.3
36.8
36.8
0.1
0
194.5
227.9
216.3
91.7
50
100
184.4
196.8
213.1
150
200
250
Figure 1: Communications protocols speed comparison.
The primary goals for USB 3.0 are to:
• Preserve the USB model of smart host and simple device.
• Leverage the existing USB infrastructure. This means
maintaining the same software architecture and easing the
migration from legacy products.
• Improve power management.
• Maintain ease-of-use.
• Preserve users’ investment in USB 2.0 devices.
With minor modifications, USB software stacks will continue to
recognize the following three device classes:
• Communications Device Class (CDC), which presents the USB
port to an application as a standard COM port. Supporting bulk
transfers, the CDC provides high-bandwidth with a reasonable
amount of simplicity.
• Human Interface Device (HID) Class, which supports mice,
keyboards, touchscreens and other input devices. Bandwidth is
limited to 64 kb/s.
• Mass Storage Class (MSC), which supports moving large
amounts of data to and from flash drives, digital cameras, and
flash card readers.
FullSpeed
HighSpeed
LowSpeed
USB 3.0 Host
Extended
Connector(s)
SuperSpeed
Extended
Connector(s)
Non-SuperSpeed
(USB 2.0)
Composite Cable
SuperSpeed
Hub
SuperSpeed
Function
USB 2.0
Hub
NonSuperSpeed
Function
USB 3.0 Hub
USB 3.0 Peripheral Device
Note: Simultaneous operation of SuperSpeed and non-SuperSpeed
modes is not allowed for peripheral devices
Figure 2: USB 3.0 dual-bus architecture. (Used with permission from USB-IF).
Polling is also eliminated. A USB 2.0 host continuously polls all
peripheral devices to see if they have data to send to the host
controller. All devices must therefore be on at all times, which not only
wastes power but adds unnecessary traffic to the bus. In USB 3.0,
polling is replaced by asynchronous notification. The host waits until
an application tells it that there is a peripheral with data it needs to
send to the host. The host then contacts that peripheral and requests
that it send the data. When both are ready, the data is transferred.
USB 2.0 is inherently a broadcast protocol. USB 3.0 uses directed
data transfer to and from the host and only the target peripheral. Only
that peripheral turns on its transceiver, while others on the bus remain
in powered-down mode.
Numerous innovations in the USB 3.0 architecture set it apart from its
predecessors (Figure 3).
End-to-End
Device Driver/Application
Pipe Bundle (per Function Interface)
Function
USB System Software
Default Control Pipe
Device
Notifications
Transaction
Packets
Notifications
Transactions
Transaction
Packets
Data
Packets
Port-to-Port
Chip to Chip
Link Control/Mgmt
8b/10b
encode/
decode
Spread
Clock CDR
Link Cmds
Scramble/
descramble
LFPS
Elasticity
Buffer/Skips
Transactions
Data
Packets
USB Device
Power
Management
(Suspend)
Link Management Packets
Link Management Packets
Pkt
Delims
USB Function
Power
Management
Pkt
Delims
Link Control/Mgmt
8b/10b
encode/
decode
Spread
Clock CDR
Link Cmds
Scramble/
descramble
LFPS
Elasticity
Buffer/Skips
Pkt
Delims
Link Control/Mgmt
8b/10b
encode/
decode
Spread
Clock CDR
Link Cmds
Scramble/
descramble
Localized
Link Power
Management
LFPS
Elasticity
Buffer/Skips
PHYSICAL
Non-SuperSpeed
Super
Speed
Device
LINK
For starters, USB 3.0 maintains the same tiered star topology as USB 2.0,
maintaining compatibility by adding two more twisted pairs to the
cable to supplement the USB 2.0 data pair, which is left untouched.
The two additional signal pairs create a dual simplex SuperSpeed
data path, with one pair for transmit and one for receive. This enables
backward compatibility by including both SuperSpeed and nonSuperSpeed bus interfaces.
Hub
PROTOCOL
Architectural innovations
Achieving a 10x speed improvement while reducing power
consumption involved making serious architectural changes to both
the protocol and associated hardware. At the same time, some tradeoffs (and clever workarounds) were necessary to maintain backward
compatibility with legacy USB 2.0 products.
Host
Device or Host
USB 3.0 is clearly overkill for HID applications, but it’s definitely a
new contender for embedded CDC and MSC applications, particularly
those involving streaming high-definition video. Its power advantage
over legacy USB makes it a serious consideration for portable devices.
Figure 3: USB 3.0 logical architecture. (Used with permission from USB-IF).
PHY
The SuperSpeed USB physical connection is comprised of two
differential data pairs: one transmit path and one receive path, both
operating at 5 GB/s. Each differential link is initialized by enabling
its receiver termination. In the absence of signaling, low frequency
periodic signaling (LFPS) is used to signal initialization and power
management information. Data is packetized and passed directly to
the intended receiver. Since USB 3.0 does not include a reference
clock, each PHY has its own clock domain with spread spectrum
clocking (SSC) modulation. The transmitter encodes data and control
characters into symbols using an 8b/10b code, ensuring enough
transitions that the receiver can accurately recover clock and data.
Link layer
SuperSpeed USB moves firmly into the realm of high-speed packet
processing. The link layer handles link initialization and flow control,
packet framing, link power management and error detection, and
recovery. There are separate Link Management Packets (LMP),
Transaction Packets (TP), Isochronous Timestamp Packets (ITP) and
Data Packets (DP); all start with a distinct 14 byte header packet,
consisting of 12 bytes of header information and a two byte CRC-16
code. This is not your dad’s USB.
Protocol layer
SuperSpeed USB is not a polled protocol, as devices may
asynchronously transmit notifications to the host. Host-transmitted
protocol packets are routed through intervening hubs, taking a direct
path to a peripheral device. The transmitter can transmit multiple
bursts of back-to-back sequences of data packets, while the receiver
can simultaneously transmit data acknowledgements without
interrupting the burst of data packets. This is a far more efficient use
of bus bandwidth than the half-duplex, non-bursting nature of traffic
on earlier USB buses.
Table 1 summarizes the main differences between high-speed USB
2.0 and SuperSpeed 3.0.
Power management
First, SuperSpeed makes more power available to connected
devices. The amount of power available on the USB bus (for
recharging cell phones and other portable devices, for example)
is increased from 5 V @ 500 mA in USB 2.0 to 5 V @ 900 mA for
USB 3.0. This is a distinct advantage as more portable devices have
come to rely on the USB bus not just for data transfer but also for
battery recharging.
65
Table 1: USB 2.0 versus 3.0. (Used with permission from USB-IF).
Table 2: Logical link states. (Used with permission from USB-IF).
Characteristic
USB 2.0
USB 3.0
Link State
Data rate
Low-speed (1.5 Mbps), full-speed (12
Mbps), and high-speed (480 Mbps).
SuperSpeed (5.0 Gpbs).
U0
Link active
U1
Link idle, fast exit
Data
interface
Half-duplex, two-wire differential
signaling. Unidirectional data flow
with negotiated directional bus
transitions.
Dual-simplex, four-wire differential
signaling separate from USB
2.0 signaling. Simultaneous
bi-directional data flows.
U2
U3
Cable signal
count
Two: two for low-/full-/high- speed
data path.
Six: four for SuperSpeed data path.
Two for non-SuperSpeed data path.
Bus transaction
protocol
Host directed, polled traffic flow. Packet
traffic is broadcast to all devices.
Host directed, asynchronous traffic
flow. Packet traffic is explicitly routed.
Power
management
Port-level suspend with tow levels
of entry/exit latency. Device-level
power management.
Multi-level link power management
supporting idle, sleep, and suspend
states. Link-, Device-, and Functionlevel power management.
Bus power
Support for low/high bus-powered
devices with lower power limits for
unconfigured and suspended devices.
Same as for USB 2.0 with a 50%
increase for unconfigured power and
an 80% increase for configured power.
Port state
Port hardware detects connect
events. System software uses port
command to transitions the port
into an enabled state (USB data
communication flows).
Port hardware detects connect
events and brings the port into
operational state ready for
SuperSpeed data communication.
Data transfer
types
Four data transfer types: control,
bulk, Interrupt, and Isochronous.
USB 2.0 types with SuperSpeed
constraints. Bulk has streams
capability.
More importantly, SuperSpeed USB enables considerable power
savings by enabling both upstream and downstream ports to initiate
lower power states on the link. In addition, multiple link power
states are defined, enabling local power management control and,
therefore, improved power usage efficiency. Eliminating polling
and broadcasting also went a long way toward reducing power
requirements. Finally, the increased speed and efficiency of USB
3.0 bus, combined with the ability to use data streaming for bulk
transfers, further reduces the power profile of these devices.
Typically, the faster a data transfer completes, the faster system
components can return to a low-power state. The USB-IF estimates
the system power necessary to complete a 20 MB SuperSpeed data
transfer will be 25 percent lower than is possible using USB 2.0.
The SuperSpeed specification brings over Link Power Management
(LPM) from USB 2.0. LPM was first introduced in the Enhanced Host
Controller Interface (EHCI) to accommodate high-speed, PCI-based
USB interfaces. Because of the difficulty of implementing it, LPM was
slow to appear in USB 2.0 devices. It is now required in USB 3.0 and
for SuperSpeed devices supporting legacy high-speed peripherals.
LPM is an adaptive power management model that uses link-state
awareness to reduce power usage.
LPM defines a fast host transition from an enabled state to L1
Sleep (~10 µs) or L2 Suspend (after 3 ms of inactivity). Return from
L1 sleep varies from ~70 µs to 1 ms; return from L2 Suspend mode is
OS dependent. The fast transitions and close control of power at the
link level enables LPM to manage power consumption in SuperSpeed
systems with greater precision than was previously possible.
Link power management enables a link to be placed into a lower
power state when the link partners are idle. The longer a pair of
link partners remain idle, the deeper the power savings that can
be achieved by progressing from UO (link active) to Ul (link standby
with fast exit) to U2 (link standby with slower exit), and finally to U3
(suspend). Table 2 summarizes the logical link states.
66
Description
Key Characteristics
-
Device Clock
Exit Latency
On
N/A
RX & TX quiesced
On or off
µs
Link idle, slow exit
Clock gen circuit also
quiesced
On or off
µs-ms
Suspend
Portions of device power
removed
Off
ms
Most SuperSpeed devices, sensing inactivity on the link, will
automatically reduce power to the PHY and transition from U0 to U1.
Further inactivity will cause these devices to progressively lower
power. The host or devices may further idle the link (U2), or the host
may even suspend it (U3).
Both devices and downstream ports can initiate Ul and U2 entry.
Downstream ports have inactivity timers used to initiate Ul and U2
entry. Downstream port inactivity timeouts are programmed by system
software. Devices may have additional information available that they can
use to decide to initiate Ul or U2 entry more aggressively than inactivity
timers. Devices can save significant power by initiating Ul or U2 more
aggressively rather than waiting for downstream port inactivity timeouts.
While the advantages of SuperSpeed USB are impressive, these
devices are just beginning to appear in a world dominated by USB 2.0.
For backward, compatibility SuperSpeed devices must support both
USB 2.0 and 3.0 link speeds, maintaining separate controllers and
PHYs for full-speed, high-speed and SuperSpeed links. By maintaining
a parallel system to support legacy devices, SuperSpeed’s designers
accepted higher cost and complexity as a price worth paying to avoid
compromising the speed advantage of their new architecture.
Adoption ramp
No new standard, whatever its technical advantages, is adopted
overnight. That is certainly true with USB 3.0, which needs to
see a critical mass of devices in the field before it will take off.
Since consumers have long been content with USB 2.0, and since
SuperSpeed devices will initially be more expensive, consumers
will need to be convinced of compelling application benefits before
it is likely to see broad adoption. Streaming multimedia is almost
undoubtedly the killer app that will make this happen.
One of the major things holding back USB 3.0 is the lack of support
for it in core logic chipsets. Intel made much of its support for the
standard at IDF 2009, and there was plenty of talk about it at the
USB pavilion. However, at IDF 2010 Intel made no production silicon
announcements—reportedly because of the difficulty of developing
bug-free silicon—and there does not appear to be any plan to include
it in either Sandy Bridge or Atom processors for the next year or so.
Intel’s apparent hesitation about supporting the standard will clearly
stall its adoption in the marketplace and give Intel-based embedded
developers pause about including it in their designs. Despite its recent
hesitation, Intel will almost undoubtedly support USB 3.0 by next year.
Meanwhile, the USB-IF announced more than 100 SuperSpeedcertified products at IDF 2010, so this train, while still getting up
to speed, has clearly left the station. It is now up to embedded
developers to determine whether USB 3.0 is appropriate for their
applications, and if so, to get on board.
ANNUAL
YOUR COMPLETE GUIDE TO
MICROCONTROLLER SOLUTIONS
2011
COMPONENT REFERENCE GUIDE
COMPONENT
REFERENCE
GUIDE
K
Cypress Semiconductor
Analog Devices, Inc.
DSP Emulators/Programmers........201-203
ICs/Semiconductors
Microcontrollers ......................... 202-203
MicroConverters™..................... 202-203
Development Kits.......................... 149-152
Accessories ................................151-152
Programmers ...................... 149, 151-152
Software .....................................151-152
IC/Semiconductors
Microcontrollers .........................150, 152
Mixed Signal .................................. 150
PSoC® .......................................... 150
Freescale Semiconductor, Inc.
Development Tools
Development Kits ......................188, 195
Evaluation Boards/Kits .............180, 186,
.......................................188, 195, 197
Programmers .....................189, 195, 197
Software ........................................... 197
ICs/Semiconductors
Digital Signal Processors.................. 197
Microcontrollers ......................... 179-195
Microprocessors .................189-194, 196
Keil
C-Compiler
Evaluation Boards ............................ 200
L
D
Atmel
Development Tools and Kits
8051 Architecture................................ 93
Adapters ............................................. 89
ARM® Thumb® .................................. 84
AVR®....................................... 85, 89-90
USB .................................................... 90
FPSLIC.................................................. 85
Microcontrollers
ARM® Thumb® .................................. 84
AVR®............................................. 85-90
Battery Management ....................... 85
CAN ................................................. 86
LCD ................................................. 85
Lighting and Motor Control .............. 86
USB ................................................. 85
CAN .................................................... 91
Flash.........................................89, 91-92
Smart Card ......................................... 91
USB .................................................... 91
Fujitsu Microelectronics America,
Inc.
Digi International
Development Kits
Programmable Boards ........................ 94
Logic
Microcontroller Development Kits ........ 108
Evaluation Board ...........................177-178
Kits.................................................177-178
Microcontrollers
Graphics Display .............................. 178
Low Pin Count ............................177-178
Logical Systems
Programming/Prototyping Adapters ....... 82
Future Designs, Inc. (FDI)
Digi-Key
Evaluation Boards ............................... 135
M
Demo Boards and Kits...................... 158
Programmer Kits............................... 158
E
I
B
Maxim Integrated Products
Integrated Circuits
Microcontrollers ................................ 153
Evaluation Kits............................... 153
MAXQ™ ........................................ 153
Energy Micro
Development Kits............................. 84, 93
Microcontrollers
Flash................................................... 93
BNS Solutions
Development Kits and Tools ................ 219
IAR Systems Software, Inc.
C-Compiler .......................................... 200
Evaluation Boards and Kits ................. 200
C
Equinox Technologies
Programmers ......................................... 82
F
Cirrus Logic, Inc.
Development Tools and Kits ................ 219
Microcontrollers, ARM® ....................... 219
Infineon Technologies
Development Kits/Tools
Development Starter Kits........... 198-199
Microcontrollers
8051 ......................................... 198, 200
C116SV1.................................... 198-199
C116SV2.................................... 198-199
TriCore™ .......................................... 199
FlexiPanel
Custom Computer Services (CCS)
C-Compiler .......................................... 135
Microcontrollers
PIC ................................................... 135
Programmers ...................................... 82
Intel
MCS® 51 Microcontrollers................... 220
MCS® 96 Microcontrollers................... 220
Microchip Technology, Inc.
Development Tools ....................... 134-135
Debuggers ........................................ 134
Demo Kits......................................... 135
Device Adapters................................ 134
Emulators ......................................... 134
Processor Modules ........................... 134
Programmers .................................... 134
Socket Modules ................................ 134
Software ........................................... 135
Transition Sockets ............................ 134
Microcontrollers
Application Specific ....................121-123
CAN .........................................121-122
Ethernet......................................... 121
LCD ............................................... 123
Motor Control................................. 121
USB ............................................... 122
dsPIC......................................... 126-130
16-Bit ...................................... 126-130
Extreme Low Power....................131-133
PIC
16-Bit ...................................... 123-125
32-Bit ...................................... 125-126
PIC10..............................................113
PIC12..............................................113
PIC16..........................111-112, 114-117
PIC18................................112, 117-120
(TZM112.US)
69
SUPPLIERINDEX
INDEX
SUPPLIER
A
SUPPLIER
SUPPLIERINDEX
INDEX
R
microEngineering Labs, Inc.
Sharp Microelectronics
Compiler, PicBasic............................... 136
N
Microcontrollers ................................... 108
Rabbit Semiconductor
Development Kits and Tools .............95-97,
.................................................... 99-100
TCP/IP ........................................... 96-97
Microprocessors ................................97-99
Silicon Laboratories, Inc.
Texas Instruments
Demo Boards and Evaluation Kits
...............................................159, 170
Evaluation Kits .................................. 169
Programmers .................................... 159
Digital Signal Processors .............. 165-169
Microcontrollers .............. 137-139, 159-164
ARM® .........................................137-139
Cortex™ ..................................137-139
Development Kits ............................. 139
Motor Control ....................................... 139
Modular Boards ................................ 139
Development Kits................................. 107
Microcontrollers, C8051 ................. 101-106
National Semiconductor
ICs/Semiconductors
Microcontrollers ................................ 220
Renesas Electronics America, Inc.
NetBurner, Inc.
Microprocessor Modules ..................... 178
NXP Semiconductors
Development Tools and Kits ..........157-158
Evaluation Boards/Kits ...............157-158
Microcontrollers ............................ 154-156
Development Tools .............................. 219
Accessories ...................................... 219
Adapters ........................................... 219
Demo Kits ......................................... 219
Emulators ......................................... 219
Evaluation Kits .................................. 219
Software ........................................... 219
Microcontrollers/Microprocessors
.................................................. 204-219
740 .................................................... 217
H8 .............................................. 204-206
H8S ........................................... 206-209
H8SX ................................................ 209
M16C ......................................... 210-212
M32C ......................................... 212-213
R8C ........................................... 214-216
Super H™ ...................................217-219
Tiny ............... 204-205, 211-212, 214-216
P
SofTec Microsystems SRL
Development Tools .............................. 178
Evaluation Kits ..................................... 178
Spectrum Digital, Inc.
Toshiba America Electronic Components
Development Tools
Evaluation and Starter Kits ............... 152
Microcontroller, Flash .......................... 152
X
Xeltek
Programmers, Universal ........................ 83
Socket Adapters..................................... 83
Development Kits and Tools
Evaluation Boards and Kits .............. 170
DSP ............................................... 170
XMOS
Microprocessors .................................. 196
RF Solutions
Panasonic
Microcontrollers, Flash......................... 198
PIC Emulators...................................... 136
Adapters ........................................... 136
Daughter Boards............................... 136
STMicroelectronics
Development Tools and Kits ......... 175-177,
......................................................... 219
Evaluation Boards .............. 175-177, 219
Programmers ............................. 175-177
Microcontrollers ............................. 171-174
Parallax, Inc.
BASIC Stamp
Accessories ...................................... 109
Books ............................................... 109
Carrier Boards .................................. 109
Kits ................................................... 109
Modules ............................................ 109
“Board of Education” Kit ....................... 109
BASIC Stamp ................................... 109
Propeller ...............................................110
RPM Systems Corporation
T
Programmers Universal
In-System Programming ..................... 83
S
TechTools
Phyton, Inc.
Adapters ................................................ 83
Programmers ......................................... 83
70
70
Segger Microcontroller Systems
Evaluation Boards and Kits ..................201
Emulator, ClearView ............................ 136
Emulator, EPROM/PIC ........................ 136
Logic Analyzer ..................................... 136
Programmer, PIC ................................. 136
QuickWriter .......................................... 136
More Product Available Online: www.digikey.com
(TZM112.US)
Toll-Free: 1-800-344-4539 • Phone 218-681-6674 • Fax: 218-681-3380
Z
Zilog
Development Tools ....................... 146-148
Accessory Kits .................................. 146
Adapters .................................... 146-148
Development Kits ............................. 146
Emulators ......................................... 146
ePIR™ .............................................. 146
IR ...................................................... 148
Modules ............................................ 146
Programmers .................................... 146
Microcontrollers/Microprocessors
.................................................. 140-149
Application Specific ............140, 145-146
Ethernet ......................................... 146
Motor Control ................................. 145
Remote Control ............................. 140
Crimzon™ ........................................ 140
eZ80 Acclaim!™ ............................... 146
eZ80 AcclaimPlus!™ ........................ 146
Z8 Encore!® .............................. 140-142
Z8 Encore!® MC ............................... 145
Z8 Encore! XP® ........................ 143-145
ZNEO™ ............................................ 140
ARM® ............84, 156, 173-174, 177, 219
Propeller ............................................110
..................... 93, 135, 150-153, 157-159,
Cortex™ ................... 137-139, 154-155
PSoC® ............................................. 150
...................169-170, 175-178, 180, 186,
AVR®............................................. 85-90
Smart Card ......................................... 91
...................................188, 195-203, 219
Battery Management ....................... 85
USB .....................................91, 102, 152
Programming/Prototyping ........ 82-83, 136,
DSP ....................................170, 201-203
LCD ................................................. 85
Microprocessors .....................97-100, 149,
........................................... 146-147, 219
Programmers ............................. 82-83, 85,
Lighting and Motor Control .............. 86
...........................................189-194, 196
......................89-90, 109, 134, 136, 146,
BASIC Stamp ................................... 109
Modules ........................................97-100
...................148-149, 151, 158, 175-178,
BlueStreak ........................................ 108
Mixed Signal Product ........................... 150
............................189, 197, 201-202, 219
C166S V1 .................................. 198-199
Programmable Logic
Adapters
D
Reference Design Kits ......................... 107
C166S V2 .................................. 198-199
FPSLIC ............................................... 85
Accessories ..................134, 146, 152, 158
Remote Control Design ....................... 148
CAN ............................................ 91, 103
TriCore™ ............................................. 199
Adapters .................... 82-83, 89, 134, 136,
Software ....................... 134-136, 169-170,
EFM32 Gecko..................................... 84
..........................................146, 148, 219
.......................................... 197, 200, 219
Extreme Low Power ....................131-133
BASIC Stamp Kits ............................... 109
C-Compiler .................135-136, 200, 219
Daughter Boards.......................... 136, 203
Web Server Kit .................................... 148
Development Kits and Tools
Debug Tools ...........134-135, 158, 189, 198
Demo Kits ...... 135, 152, 158-159, 186, 188
Development/Starter Kits ......85, 90, 93-97,
...... 99-100, 108, 139, 151-152, 175-176,
........................150, 152-153, 159-161,
BASIC Stamp Kits ............................... 109
Low Pin Count ............................177-178
DSP (Digital Signal Processor) .... 165-169,
MCS® 51 .......................................... 220
...................148, 152, 189, 202-203, 219
............................................197, 201-203
MCS® 96 .......................................... 220
Microcontrollers
M
Graphics Display .............................. 178
Emulators.................90, 93, 134, 136, 146,
EPROM .....................................136, 152
Kits
............................... 195, 198, 202-220
Integrated Circuits/Semiconductors
....................188, 195-196, 198-199, 219
................. 104-106, 113-130, 140-146,
................. 163-164, 171-174, 179-188,
I
K
Flash................................89, 91-93, 102,
MP3 .................................................... 93
PIC ................................................... 136
8051 Architecture......... 93, 101-106, 153,
OTP ........ 111-112, 140, 147-148, 161-163
ePIR™ ................................................. 146
................................ 155-157, 198, 200
PIC ......................................111-130, 135
Memory
Cards ..................................................... 89
Motor Control
Modular Boards ................................... 139
Additional Information
PROGRAMMING:
DIGI-REEL®:
Digi-Key has the capability to program a wide variety of devices. For more information
regarding programming, contact the Custom Department at 1-800-344-4539 (ext.
5725) or email: [email protected].
A Digi-Reel is a custom quantity reel of continuous cut-tape made from a manufacturer’s
reel. A 15-inch leader and trailer, complete with sprocket drive holes, are attached so
that the sprocket holes are aligned enabling direct and flawless feeding into automated
board assembly equipment. It is then rewound on a plastic reel according to Electronics
Industries Alliance (EIA) standards. In most instances, we can assemble this item
specifically for your order and ship it the same day. If you place this item on your order, it
will show up backordered. We will contact you if we are unable to fulfill your order.
Equipment: • BP Microsystems Models BP-2600 and BP-3710 MK II • Capability to
support over 21,000 devices ranging from something as small as a SOT23-6 up to a
144-TQFP
New Packaging and Feeding Options: Any of the following combinations available:
• Tube-In, Tube-Out • Tray-In, Tray-Out • Tape-In, Tape-Out
Labeling: Hover Davis Print-On-Demand Labeler and various labeling sizes available.
DESIGN SUPPORT SERVICES:
Design Support Services is the latest addition to Digi-Key’s three-tier technical support
group. DSS is capable of providing engineering assistance at any given point within
your product development cycle. Services provided by these engineers include:
In-Depth Application Assistance: • Assists with application questions on products
from our 350+ manufacturers • Provides development tool selection and support
• Facilitates manufacturer’s support to provide solutions for unusually complex
problems • Provides component recommendations for the functional blocks of your
design concept
Component Selection Advice: • Recommends components throughout your
product development cycle • Consolidates information on new products, end-of-life
components, and product availability to one source
Our Application Engineers are specialized to provide design assistance in (not limited
to) the following product areas: Microcontrollers, ARM Processors, RF Modules
— RFiD, Blue Tooth and Zigbee, FPGAs, DSPs, Audio, Power and Lighting designs.
®
A $7.00 “reeling fee” will be charged for each reel and will be included in the cost of
your reel.
Digi-Reels are a custom product and are non-cancelable and non-returnable.
RoHS COMPLIANT PRODUCT:
Digi-Key continues to work with its more than 350+ supplier partners to provide
customers with RoHS compliant product. Symbols are used to identify compliant
product in the catalog. When an entire page or series of product is compliant, a
symbol appears at the top of the page or section. In situations where a series of product
is not all compliant, the compliant product is identified by a  symbol beside the DigiKey part number. Our Integrated Circuits section will identify compliant product with
an asterisk (*) beside the part number description. Please note that due to inventory
turns, fluctuations, and catalog cycle times, the most current and accurate information
is available at digikey.com/environment or by calling 1-800-344-4539. Product that is
available in cut tape and/or full reels should be reviewed prior to ordering to ensure that
you receive your preference.
STATIC PROTECTION:
Protection of static sensitive parts is a MUST in today’s semiconductor market.
TECHNICAL SUPPORT:
Among the more than 100 individuals who comprise Digi-Key’s technical support group
are our Technical Support Specialists and Product Managers. These individuals field
the hundreds of thousands of telephone calls and inquiries Digi-Key receives each year
regarding product specifications and applications. Technical Support Specialists are
available to answer questions and offer product suggestions from 6 p.m. CT Sunday
through 6 a.m. CT Saturday via telephone, email, and live web chat. Digi-Key’s factorytrained Product Managers work directly with our supplier partners and provide expertise
in specific product areas.
To ensure the quality that Digi-Key customers have come to expect, the Digi-Key
Static Control Program includes proper static safety protection in the following areas:
 Receiving,  Incoming  Inspection,  and  C      roduct  Storage     Order  ic ing      inal 
Inspection     ac aging and Shipping
Shielded metallized bags are used in order picking and any time static sensitive product
is being handled within the building. 100% recyclable paper packaging (low static
generating) is used in packaging and shipping.
As our program is continuously updated with the latest static control technology, you
can be reassured that Digi-Key’s static sensitive parts are quality safe, all the way to
your door step!
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(TZM112.US)
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PRODUCTINDEX
INDEX
PRODUCT
Evaluation Boards and Kits ............ 84, 90,
A
Digi-Key Terms and Conditions
All orders placed with Digi-Key Corporation (“Digi-Key”) for products available
from Digi-Key (the “Products”) are subject to these terms and conditions (the
“Agreement”). Any purported change to the terms of this Agreement that is submitted
by a purchaser in any additional documentation is hereby expressly rejected. Orders
placed on forms deviating from the order form provided in this catalog (the “Order
Form”) may be accepted, but solely on the basis that the terms of such Order Form
and this Agreement will prevail.
1. Order Validation and Acceptance
When you place an order, we may verify your method of payment, shipping address and/or
tax exempt identification number, if any, before processing your order. Your placement of an
order with Digi-Key is an offer to purchase our Products. Digi-Key may accept your order by
processing your payment and shipping the Product, or may, for any reason, decline to accept
your order or any part of your order. No order shall be considered to be accepted by Digi-Key
until the Product has been shipped. If we decline to accept your order, we will attempt to
notify you using the email address or other contact information you have provided with your
order. Delivery dates provided in connection with any order are estimates only and do not
represent fixed or guaranteed delivery dates.
2. Quantity Limitations
Digi-Key may limit or cancel quantities available for purchase on any order on any basis, and
to alter the availability or duration of any special offers at any time. Digi-Key may reject any
order, or any part of an order.
3. Electronic Communication
When you place an order with Digi-Key, you are required to provide valid contact information,
which we may use to communicate with you regarding the status of your order, advise you
regarding shipment of backordered products, and to provide you with any other notices,
disclosures or other communications relating to your order. You agree that Digi-Key will not
be responsible for any damage you incur, or information you do not receive, as a result of
your failure to provide valid contact information.
4. Pricing and Product Information
Digi-Key purchases all Products directly from their respective original manufacturer. Digi-Key
makes reasonable efforts to provide current and accurate information relating to the Products
and prices, but does not guarantee the currency or accuracy of any such information.
Information relating to Products is subject to change without notice. Prices are subject to
change at any time prior to Digi-Key's acceptance of your order. In the event we discover a
material error in the description or availability of a Product that affects your outstanding order
with Digi-Key, or an error in pricing, we will notify you of the corrected version, and you may
choose to accept the corrected version, or cancel the order. If you choose to cancel the order,
and your credit card has already been charged for a purchase, Digi-Key will issue a credit to
your credit card in the amount of the charge.
5. Late Payments; Dishonored Checks
You shall pay Digi-Key all costs incurred by Digi-Key in collecting any past due amount from
you, including all court costs, collection costs, and attorney's fees. If a check you give us for
payment is dishonored for any reason by the bank or other institution on which it is drawn,
you agree to pay us $20.00 as a service charge (if the check cannot be redeposited) pursuant
to Minnesota Statutes § 604.113.
6. Out of Stock
If product you order is out of stock at time of order placement, you may elect to have it
shipped on a subsequent shipment. Additional shipping charges will apply to each shipment.
Backorders will be held based on your request.
7. Export Compliance
In addition to the United States and its territories, Digi-Key accepts international orders.
Some Products may not be available for shipment outside the United States. All orders of
international origin or destination are subject to export control laws, restrictions, regulations
and orders of the United States. You agree to comply with all applicable export control laws,
restrictions, regulations and orders of the United States or applicable foreign agencies or
authorities. You shall not, directly or indirectly, sell, export, transfer, assign, use, or dispose of
Products in a manner which may result in any non-compliance with applicable export control
laws, restrictions, regulations, and orders of the United States or applicable foreign agencies
or authorities. You are responsible for obtaining any license or other official authorizations
that may be required to export, re-export or import Products. Diversion contrary to U.S. law
is prohibited.
surgical, human implant, nuclear, military, or aircraft applications or for any use or application
in which the failure of a single component could cause substantial harm to persons or
property, unless an authorized officer of the manufacturer has signed an agreement
specifically governing such use. YOU AGREE TO INDEMNIFY THE DIGI-KEY PARTIES
AND THE MANUFACTURER OF THE PRODUCTS FOR ALL DAMAGES THAT MAY BE
INCURRED DUE TO USE OF PRODUCTS IN THESE APPLICATIONS.
b. Technical Assistance and Design Support Services
Digi-Key offers its Technical Assistance and Design Support Services solely as a convenience
to Digi-Key customers. Digi-Key Technical Assistance and Design Support Services personnel
strive to provide useful information regarding the Products. Digi-Key does not guarantee that
any information or recommendation provided is accurate, complete, or correct, and DigiKey shall have no responsibility or liability whatsoever in connection with any information or
recommendation provided, or your reliance on such information or recommendation. You are
solely responsible for analyzing and determining the appropriateness of any information or
recommendation provided by Digi-Key Technical Assistance and Design Support Services
Personnel, and any reliance on such information or recommendation is at your sole risk and
discretion.
c. Geographic Limitations
Not all Digi-Key products or services are available to all persons or in all geographic
locations. Digi-Key reserves the right to limit the provision of Products and services to any
person, geographic area, or jurisdiction and to limit the quantities of any products or services
that it provides.
d. Infringement Disclaimer
The Products may be subject to patent, trademark, copyright, design and other rights of third
parties. Digi-Key shall in no event whatsoever be responsible or liable in the event of any
claim of infringement of any such rights. If an order includes software or other intellectual
property, such software or other intellectual property is provided by Digi-Key to you subject to
the copyright and user license, the terms and conditions of which are set forth in the license
agreement accompanying such software or other intellectual property. Nothing herein shall
be construed to grant any rights or license to use any software or other intellectual property in
any manner or for any purpose not expressly permitted by such license agreement.
11. Limitation of Liability
IN NO EVENT SHALL ANY OF THE DIGI-KEY PARTIES BE LIABLE TO YOU OR TO
ANY THIRD PARTY FOR ANY INDIRECT, INCIDENTAL, SPECIAL, CONSEQUENTIAL,
PUNITIVE OR EXEMPLARY DAMAGES (INCLUDING WITHOUT LIMITATION LOST
PROFITS, LOST SAVINGS, OR LOSS OF BUSINESS OPPORTUNITY) ARISING
OUT OF OR RELATING TO (I) ANY PRODUCT OR SERVICE PROVIDED OR TO BE
PROVIDED BY DIGI-KEY, OR THE USE OR INABILITY TO USE THE SAME, (II) ANY
CLAIM ATTRIBUTABLE TO ERRORS, OMISSIONS, OR OTHER INACCURACIES IN
THIS CATALOG, OR (III) ANY OTHER MATTER RELATING TO THE PRODUCTS OR
SERVICES OF ANY OF THE DIGI-KEY PARTIES; EVEN IF ANY OF THE DIGI-KEY
PARTIES HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. SUBJECT
TO THE FOREGOING, IN NO EVENT SHALL THE LIABILITY OF ANY OF THE DIGI-KEY
PARTIES FOR PRODUCTS EXCEED THE PURCHASE PRICE FOR THE PRODUCTS,
REGARDLESS OF THE LEGAL THEORY ASSERTED FOR SUCH LIABILITY, WHETHER
IN CONTRACT, TORT, WARRANTY OR OTHERWISE.
Any cause of action against any of the Digi-Key Parties with respect to Products or services
must be instituted within one (1) year from the date of purchase or provision of the applicable
Products or services.
12. Indemnification
You understand and agree that you are personally responsible for your use or inability to use
the Products and your reliance upon any information or recommendation provided by DigiKey Technical Assistance and Design Support Services Personnel. You agree to indemnify,
defend and hold harmless the Digi-Key Parties and Digi-Key’s joint venturers, business
partners, licensors, employees, and agents from and against all claims, losses, expenses,
damages and costs (including, but not limited to, direct, incidental, consequential, exemplary
and indirect damages), and reasonable attorneys' fees, resulting from or arising out of your
use, misuse, or inability to use the Products and any service of Digi-Key, your reliance upon
any information or recommendation provided by Digi-Key Technical Assistance and Design
Support Services Personnel, or any violation by you of this Agreement.
13. Force Majeure
Digi-Key will not be liable for delays in delivery or for failure to perform its obligations due to
causes beyond its reasonable control including, but not limited to, product allocations, material
shortages, labor disputes, transportation delays, unforeseen circumstances, acts of God, acts
or omissions of other parties, acts or omissions of civil or military authorities, Government
priorities, fires, strikes, floods, severe weather conditions, computer interruptions, terrorism,
9. Disclaimer of Warranties
Digi-Key agrees to transfer to you, at the time of sale, to the extent transferable, whatever epidemics, quarantine restrictions, riots or war. Digi-Key's time for delivery or performance
warranties Digi-Key receives from manufacturers with respect to the Products sold by Digi- will be extended by the period of such delay or Digi-Key may, at its option, cancel any order
Key to you. COPIES OF SUCH MANUFACTURERS' WARRANTIES ARE AVAILABLE or remaining part thereof, without liability by giving notice to you.
PRIOR TO THE PURCHASE OF PRODUCTS BY CONTACTING DIGI-KEY. DIGI-KEY, 14. General Provisions
AND ITS AFFILIATES, INCLUDING, WITHOUT LIMITATION, DIGI-KEY INTERNATIONAL This Agreement constitutes the entire agreement of the parties with respect to the subject
SALES CORPORATION (THE “DIGI-KEY PARTIES”), MAKE NO EXPRESS OR IMPLIED matter hereof. No waiver by Digi-Key of any breach or default hereunder shall be deemed to
WARRANTIES OR REPRESENTATIONS WITH RESPECT TO ANY PRODUCT AND THE be a waiver of any preceding or subsequent breach or default. If any part of the Agreement
DIGI-KEY PARTIES EXPRESSLY DISCLAIM ALL WARRANTIES OF ANY KIND, EXPRESS,
is determined by a court of competent jurisdiction to be invalid or unenforceable, it will not
IMPLIED, STATUTORY OR OTHERWISE, INCLUDING, BUT NOT LIMITED TO, IMPLIED
impact any other provision of the Agreement, all of which will remain in full force and effect.
WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, AND
Any and all disputes relating to the Agreement are governed by, and will be interpreted in
NONINFRINGEMENT WITH REGARD TO THE PRODUCTS. THE DIGI-KEY PARTIES DO
accordance with, the laws of the State of Minnesota, without regard to any conflict of laws
NOT WARRANT THAT THIS CATALOG IS ERROR-FREE OR THAT ERRORS IN THE
CATALOG WILL BE CORRECTED. THE DIGI-KEY PARTIES DO NOT WARRANT THE provisions. The 1980 United Nations Convention on Contracts for the International Sale of
ACCURACY OR COMPLETENESS OF THIS CATALOG. THE PRODUCTS ARE SOLD ON Goods and the United Nations Convention on the Limitation Period in the International Sale
of Goods, and any subsequent revisions thereto, do not apply to this Agreement. Any Dispute
AN AS-AVAILABLE BASIS.
will be venued in a state or federal court situated in Minneapolis, Minnesota, and you hereby
Your obligations and Digi-Key's remedies with respect to defective or nonconforming
irrevocably submit to the personal jurisdiction of such courts for that purpose. No rights,
products, are solely and exclusively as stated in this Agreement.
duties, agreements or obligations hereunder, may be assigned or transferred by operation
10. Additional Disclaimers
of law, merger or otherwise, without the prior written consent of Digi-Key. The obligations,
Without limiting the disclaimers set forth in Section 9 above:
rights, terms and conditions hereof will be binding upon and inure solely to the benefit of the
parties hereto and their permitted respective successors and assigns. Any amendment to this
a. No Use as Critical Components
Products sold by Digi-Key are not authorized for use in life safety, life support, life sustaining, Agreement must be in writing and signed by an authorized representative of Digi-Key.
8. Freight Damage
If you receive merchandise that has been damaged in transit, it is important to keep the
shipping carton, packing material and parts intact. Please contact a Digi-Key Customer
Service representative immediately to initiate a claim.
72
72
(US2011)
(TZM112.US)
15. Currency Information
This catalog is designed exclusively for purchases in U.S. dollars. For orders in currencies
other than U.S. dollars, please visit www.digikey.com, click on “Change Country” and select
the appropriate country/currency-specific website for ordering information. Print catalogs for
certain non-U.S. currency countries (including Canada) are available upon request. If ordering
by phone, please advise Digi-Key’s sales representative of your currency preference when
placing your order.
16. Payment
Digi-Key offers the following payment methods for payments in U.S. dollars:
For United States customers: We offer check, money order, MasterCard, VISA, American
Express, Discover, C.O.D. and prepaid by wire transfer as well as open account credit to
qualified institutions and businesses. Payment must be made in the currency in which the
order was placed.
For Canadian customers: We offer all of the above payment options except Discover and
C.O.D.
For Other International customers: We offer MasterCard, VISA, American Express,
prepaid by wire transfer, cashier's check in U.S. funds, as well as open account credit to
qualified institutions and businesses. We cannot accept personal checks or certified personal
checks. Money orders can result in significant delays. Use of Letters of Credit must be
approved in advance by Digi-Key's Accounting Department.
Credit Application: To obtain a credit application for open account credit, contact any sales
representative by:
 for  .S. and Canadian customers, calling 8 - 44-45  or 218-681-66 4,
 for all other customers, calling 218-681, or
 for all customers, faxing your re uest to 218-681- 8 .
Or, you may download a credit application from our website, www.digikey.com (click on
“Contact Us”, then click on “Net 30 Term Credit Application” in the “Accounting” box). Please
allow sufficient time for the credit application process. To avoid delay on your initial order you
may elect an alternative payment method.
See the International Shipping Rates set forth on www.digikey.com (click on “Site Map”, then
click on “Shipping Rates/Options” under “Shipping Information”, then click on “International
Shipping Rates”).
18. Handling Charge
There is no minimum order or handling fee.
19. Taxes
Prices shown do not include any federal, state or local taxes, or any other taxes imposed by
any government authority, including, without limitation, sales, use, excise, value-added or
similar taxes. Where applicable, such taxes and charges shall be billed as a separate item
and paid by you. Orders are accepted with the understanding that such taxes and charges
shall be added, as required by law. Digi-Key charges sales tax unless you have a valid
sales tax exemption certificate on file with Digi-Key. Digi-Key will not refund tax amounts
collected in the event a valid sales tax certificate is not provided. If you provide a certificate
that is not accepted for any reason by any governmental or regulatory authority, and DigiKey is required to pay tax on your purchase, you will reimburse Digi-Key for the amount of
such tax, and Digi-Key's reasonable expenses incurred in connection with the payment and
collection of such tax. Fax your resale certificate and your customer number to 218-681-7931,
Attention: Sales Tax.
20. Return Policy
In most cases, Digi-Key will accept merchandise returns subject to the terms outlined in this
Section and will replace the Product or refund your money at your option.
To facilitate processing of returned merchandise:
   lease contact a Customer Service representative to obtain an RM   Returned Merchandise 
Authorization) number prior to returning product.
   or all returns not relating to manufacturers’ warranties, returns must be made within   days 
of date of invoice, be accompanied by the original invoice number and a brief explanation of
the reason for the return, and be in original packaging and in resalable condition.
  Return freight charge must be prepaid. Sorry, C.O. . returns cannot be accepted.
   roducts returned solely due to customer error may be sub ect to a restoc ing charge.
17. Shipping Charges
  To the extent that  igi-Key purchases a  roduct from a manufacturer speci cally for you, 
Except as otherwise provided, (1) shipping or freight charges and insurance will be paid by
such Products may be Non-Cancelable/Non-Returnable.
the customer*, (2) all sales are made FOB Digi-Key’s warehouse in Thief River Falls, MN,    ot-In Catalog Items  and parts speci ed as  on-Cancelable/ on-Returnable  at time of 
USA, and (3) shipping or freight charges from Digi-Key's warehouse in Thief River Falls, MN,
quote or sale are not returnable.
USA are prepaid and added to the invoice, billed collect or billed to a third party.
  Returns relating to manufacturers’ warranties are sub ect to the terms and conditions of the 
* When a check or money order accompanies your order, Digi-Key pays all shipping and
applicable manufacturer’s warranty and the applicable manufacturer’s return policies for
insurance (our choice for method of shipping) to all addresses in the U.S. and Canada.
the Product (e.g., some Products may require return directly to the manufacturer). Please
Shipments of excessive weight or size, or with otherwise unique circumstances, may require
contact a Digi-Key Customer Service representative for details.
additional charges. Digi-Key will notify you prior to shipment if these conditions exist.
By returning a Product to Digi-Key, you represent and warrant that the returned Product was
For International Shipments: Availability of ship methods is dependent on the destination purchased from Digi-Key.
country. The shipping costs will be prepaid and added to your order. Except as otherwise
agreed by Digi-Key, all duties, tariffs, taxes and brokerage fees will be your responsibility. © 2010, Digi-Key Corporation. All rights reserved.
Ordering / Contact Information
How to Order:
elephone: 800-344-4 39 S Cana a o 218-681-6674
❒
Our friendly sales representatives are ready to serve you 24 hours a day, 7 days a week,
365 days a year. For most efficient service, please have ready a list of quantities and
part numbers and, if paying by credit card, your MasterCard, VISA, American Express or
Discover card. Note: Calls may be recorded or monitored for quality and training purposes.
❒
Fax: 218-681-3380
Digi-Key Fax lines can be accessed 24 hours a day, 7 days a week, 365 days a year.
Depending on the shipping method; fax orders will be processed and shipped according to
the “Orders entered by times” listed under Shipment. Orders received after these cutoff times
will be processed and shipped the next business day. Please include your daytime telephone
number and/or email address in case we have any questions about your order.
❒ By Internet: www.digikey.com
Order on-line 24 hours a day, 7 days a week, 365 days a year. Digi-Key’s Top Rated
website receives hundreds-of-thousands of orders each year. Internet orders entered after
normal business hours are promptly processed and shipped the next business day.
❒
ail: Simpl
ail o
e o:
Digi-Key Corporation
701 Brooks Avenue South
PO Box 677
Thief River Falls, MN 56701-0677
International customers please see “Currency Information” in the Digi-Key Terms and
Conditions for more information.
Shipment:
Digi-Key’s warehouse is open
and staffed Monday through
Friday, 7:30am-9:00pm Central
Time (subject to holidays). Orders are shipped only on these business days. Orders and
correspondence received on Saturday and Sunday will be addressed/shipped on the
following Monday and included in that day’s business.
Digi-Key’s cut-off times for Same-Day Shipment Monday-Friday are as follows:
  Orders entered by 6 pm CT –  ll  S S Options  Express Mail delayed 1 day .
  Orders entered by 
pm CT –  edEx ground.
  Orders entered by 8 pm CT –  ll  S air and surface options   ll  edEx air options.
Customer Service:
Voice: 800-858-3616 in (US & Canada) or 218-681-6674
Fax: 218-681-3380
Internet: www.digikey.com (click “Contact Us”)
Mail: Digi-Key Corporation
Attn: Customer Service
PO Box 677
Thief River Falls, MN 56701-0677
A friendly, competent staff of customer service representatives is available 24 hours a day,
7 days a week, 365 days a year to assist you. Please have your sales order or invoice
number available when you call.
Additional Information
Duplicate Mailings:
Email Addresses: Email addresses may be used to communicate information of interest
If you receive more than one catalog with the same name and address, please return the to you about Digi-Key. This includes Order Shipment/Tracking Information, Obsolete Part
labels to Digi-Key and pass the catalog along to a friend. Also, if you do not require multiple Bulletins, Service Change Information or other Digi-Key promotional emails. Emails may be
copies to the same company address, contact a sales representative to verify your mailing sent by Digi-Key or an authorized agent working for Digi-Key. All authorized agents operate
information. A forms based communications method for catalog issues (Receive, Remove, with a confidentiality agreement. Information sent in this manner will always include “opt
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Toll-Free: 1-800-344-4539
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What’s
What’sNew!
New!
ATAVRXPLAIN Evaluation and Demonstration Kit
Atmel’s easy-to-use evaluation and demonstration kit for
ATxmega128A1
Atmel’s Xplain is an easy-to-use evaluation and demonstration
kit for ATxmega128A1, offering complete hardware for
evaluating the highly accurate analog functionality of the
device. The ADC can be used to read a temperature sensor
and a potentiometer, and the DAC can be used to generate
sound on a mono speaker. Xplain also demonstrates how to
interface external memories; the kit features 8MB SDRAM and 8MB data flash connected to the
ATxmega128A1. Eight push buttons and eight LEDs are available for user interaction. The USB
interface is a communication gateway between the ATxmega128A1 and a USB COM port.
Features:
ATxme a128A1 microcontroller
External memory
- 8MB SDRAM
- 8MB serial data flash
AT90USB1287
- Communication gateway
- Programmer for Atmel® AVR® XMEGA™
Analo input to ADC
- Temperature sensor
- Potentiometer
Analo output rom DAC
- Mono speaker via audio amplifier
Di ital IO
- UART communication through USB
gateway
- 8 micro switch buttons
- 8 LEDs
- 8 spare analog pins
- 8 spare digital pins
See
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See
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SAM3U Series Microcontroller
Atmel’s SAM3U series is the first 32-bit ARM
Cortex™-M3 micrococontroller with high-speed
480 Mbps USB + Phy
With today’s exponential growth in data rates,
system designers demand solutions capable of
moving more data faster and more efficiently than
ever before. Atmel’s Cortex® M3-based SAM3U
delivers high-speed interfaces combined with an
innovative high data bandwidth architecture that
make it the ideal device for applications with
intensive communication requirements.
The 96MHz SAM3U inte rates multiple hi h-speed peripherals, includin an on-chip
hi h-speed USB device and Phy at 480M ps. A com ination o a 5-layer system
bus matrix, 23 DMA channels and distributed memory prevents bottlenecks with
minimum processor overhead. With sophisticated power management techniques and
an operatin volta e down to 1.62V, the SAM3U maximizes attery usa e and provides
true 1.8V operation. The SAM3U is availa le in Flash memory densities o 64K, 128K and
256K ytes with 100- and 144-pin QFP and BGA pac a e options.
Features:
High-Speed Bridging: The SAM3U is desi ned to sustain 100 Mp s data rates etween multiple hi h-speed
peripherals, includin HS USB 2.0, SDIO/SDCard 2.0, MMC 4.3, External Bus Inter ace and SPI.
Data Speedway: To exploit the SAM3U’s high-speed communications peripherals fully, the device is built
around a high data-bandwidth architecture that enables one to run tasks in parallel and ensures uninterrupted
internal and external data flows with minimum processor overhead. The device can be put in backup mode with
the core and peripherals powered down, in which power consumption is only 2.5 A.
Safety and Security: The SAM3U ensures robust operation thanks to multiple system functions, including
a Memory Protection Unit, dual- an Flash and ac up cloc mechanism. A 128- it uni ue ID ena les
traceability or seed for encryption.
Low Power Consumption: The SAM3U incorporates power mana ement techni ues that minimize power
consumption under all conditions of use, whether in active mode or low-power modes.
SAM3U Ecosystem: Atmel’s SAM3U Flash MCU is supported by a rapidly growing number of development
tools, real-time operatin systems RTOS , middleware products and technical support services rom industryleading third parties. Atmel provides a dedicated software package for the SAM3U with register descriptions
and device drivers for all peripherals, along with project examples that ease the use of the microcontroller.
SAM3U-EK Development Board
The Atmel SAM3U-EK toolkit contains the following items:
Atmel and Digi-Key introduce the SAM3U-EK Development Board
Atmel’s SAM3U series is a 32-bit ARM Cortex M3 Flash microcontroller with high-speed
480M ps USB Phy.
The SAM3U-EK Evaluation Kit SAM3U-EK allows the evaluation o the SAM3U series
devices. With enough features to demonstrate most of the product’s capabilities to
the users, the SAM3U-EK eatures extension connectors to allow the users to add new
interfaces that they are not on-board.
Welcome letter
SAM3U-EK oard
Power supply
Universal input AC/DC power supply with US, Europe and UK plu adapters
One 3V lithium attery type CR1225
One USB ca le
One serial RS232 ca le
AVR32 32-bit MCU - UC3
MCU’s and Evaluation Kits
The Atmel AVR32 UC3 product family is built on the new AVR32
UC core optimized or hi hly inte rated em edded applications
requiring microcontrollers with on-chip Flash program memory,
high computation throughput, real-time behavior and low power
consumption.
Hi h computation throu hputs The AVR32 UC core is sin le
cycle operation and has a tightly coupled SRAM
Deterministic and real-time control The Atomic read-modi ywrite it andin and ast interrupt response provide ine event
control
Low power AVR32 UC core wor s smart. It re uires lower us
activity and lower operating frequency than other architectures
Low system cost The Instruction set ives hi h code density
resulting in smaller memory usage
Hi h relia ility The AVR32 UC sa ely oots rom the
RC-oscillator.
- The NMI ensures critical event processin and the MPU
secures memory accesses
Easy to use Hi h per ormance and code density allows so tware
designers to use high level programming methodologies without
execution speed or cost penalty
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ATEVK1100 Evaluation Board
The ATEVK1100 is an evaluation it and development system or the AVR32 AT32UC3A
microcontroller. It is e uipped with a rich set o peripherals, memory, and ma es it easy to try the ull
potential of the AVR32 devices.
Supports the AT32UC3A
Ethernet port
Sensors Li ht, Temperature, Potentiometer
4x20 Blue LCD PWM Ad usta le ac li ht
Connectors or JTAG, Nexus, USART, USB 2.0, TWI, SPI
SD and MMC Card Reader
For Evaluation / Development o
AT32UC3A128, 256, 512, 1128, 1256, 1512
ATEVK1101 Evaluation Board
The ATEVK1101 is an evaluation it and development system or the AVR32 AT32UC3B
microcontroller. It is e uipped with a rich set o peripherals, memory, and ma es it easy to
try the full potential of the AVR32 devices.
Supports the AT32UC3B
Sensors Li ht, Temperature
Connectors or JTAG, Nexus, USART, USB 2.0, TWI, SPI
SD and MMC Card Reader
For Evaluation / Development o
AT32UC3B064, 0128, 0256, 164, 1128, 1256
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What’sNew!
New!
What’s
Microcontrollers and Peripherals
Hubs, Hosts, and Hi-Speed USB
EZ-USB™ HX2: Cypress TetraHu
is a hi h per ormance multiple Transaction Translator TT USB2.0 hu controller. Each downstream port o the TetraHu
has its own TT to provide the est USB per ormance no matter what class o USB device is connected to it. TetraHu is ideal or applications that need
guaranteed performance on each downstream port.
EZ-Host Overview: E -Host is an automotive uali ed multiport ull-speed USB host/peripheral controller. E -Host is desi ned to easily inter ace to most
hi h per ormance CPUs to add USB host unctionality. A 16- it RISC processor ena les E -Host to act as a coprocessor or operate in standalone mode. Two
uilt in host/peripheral Serial Inter ace En ines SIEs and our USB transceivers ena le up to our downstream ports in host mode and two peripheral ports in
peripheral mode.
PSoC Programmable System-on-Chip
From Cypress Semiconductor, CY8CKIT PSoC 3 and PSoC 5 Development Kits
PSoC® from Cypress Semiconductor is a true programmable embedded system-on-chip integrating configurable analog and digital peripheral functions, memory
and a microcontroller on a single chip. With an extremely flexible visual embedded design methodology that includes preconfigured, user-defined peripherals and
hierarchical schematic entry, a design can be changed multiple times and the project can still stay on schedule.
The PSoC3 and PSoC5 amilies extend this pro ramma le em edded system desi n plat orm, shatterin desi n limitations. The system contains hi h-precision
pro ramma le analo includin 12- it to 20- it delta-si ma ADCs, a di ital lo ic li rary with dozens o drop-in peripherals, est-in-class power mana ement and rich
connectivity resources. 8- it, 16- it, or 32- it desi ns can e implemented with the advanced ARM Cortex -M3 or hi h-per ormance 8051 processors.
EFM®32 Gecko Development Kit
Supporting Energy Micro’s energyfriendly microcontrollers
Energy Micro’s EFM32 Gecko
Development Kit is a plat orm
for rapid prototyping of ultra low
power microcontroller applications.
It consists o a mother oard, replacea le MCU oard, and
prototyping board along with a comprehensive software
development environment.
The development kit features a unique Advanced Energy
Monitorin AEM system, which allows desi ners to have ull
control over their applications’ energy consumption. This, along
with the ability to isolate the motherboard’s components not
relevant to the end application, allows designers to make their
applications as energy efficient as possible.
Two versions, one with an MCU plug-in board and the other with
the MCU plu -in oard with a 160-se ment LCD, are availa le.
Features:
Advanced Ener y Monitorin includes precise measurement o current and volta e, 0.1 A to 50 mA measurement ran e, on oard
logging and display features, and continuous availability at the push of a button
So tware includes 32KB evaluation versions o KEIL MDK-ARM Microcontroller Development Kit and IAR Em edded Wor ench
User Inter ace includes a 320x240 TFT display, 16 user LEDs, 8 roc er-style miniature DIP switches, 4 push utton switches, miniature
joystick, 1 pushbutton system reset button, and potmeter
Analo Features include am ient li ht sensor/photo resistor, 3-axis accelerometer, and line-in / line-out analo inter ace
Communication eatures include two RS232 serial ports, I C inter ace, and in rared transceiver
De u in includin on oard SEGGER J-Lin USB emulator and ARM 20-pin JTAG/SWD standard de u in/out connector
Memory eatures include 4 M it ast-access SRAM, 32 M it NOR lash. 2 it I C us EEPROM, and 16 M it SPI Flash
Power includes two separate power domains allowin or accurate current and volta e measurements o the application ener y
consumption, external 5V supply, and 5V/500mA USB supply
Prototype Board includes availa ility o all EFM32 GPIO pins, 3 power domains 5V unre ulated, AEM measured VDDm and VDD, user
LEDs
MCU Board eatures LCD EFM32-G8XX-DK only , 32.768 Hz crystal, 32 MHz crystal, and LEDs indicatin power and reset
Setup Control includes FPGA controllin switches and connections as well as I C EEPROM or identi ication o prototype and MCU
boards
Kinetis ARM Cortex™-M4 Microcontrollers
32- it Kinetis MCUs represent the most scala le port olio o ARM Cortex -M4 MCUs in the industry. The irst phase o the port olio consists o ive MCU amilies with
over 200 pin-, peripheral- and so tware compati le devices with outstandin per ormance, memory and eature scala ility. Ena led y innovative 90nm Thin Film Stora e
TFS lash technolo y with uni ue FlexMemory con i ura le em edded EEPROM , Kinetis eatures the latest low-power innovations and hi h per ormance, hi h precision
mixed-si nal capa ility. Kinetis MCUs are supported y a mar et-leadin ena lement undle rom Freescale and ARM 3rd party ecosystem partners.
The Tower System Development Kits are development tools or the K- amilies o Kinetis microcontrollers. These its are part o the Freescale Tower System, a modular,
reusa le development plat orm that allows desi ners to et to mar et aster with pac a ed evaluation oards, tools and runtime so tware. The K- amily microcontrollers
module can operate as standalone debug tools and can be purchased separately from the kits.
MPC5121e 32-bit Power Architecture Microcontrollers
Freescale Semiconductor and Digi-Key introduce
MPC5121e 32-bit Power Architecture Microcontrollers
Freescale Semiconductor s MPC5121e and MPC5123 32- it
embedded processors provide an exceptional computing
platform for OEM, aftermarket, commercial telematics,
and consumer applications, including embedded solutions
re uirin networ connectivity, raphics and a raphical user inter ace. Based on the e300
core uilt on Power Architecture technolo y, the MPC5121e and MPC5123 em edded
processors will deliver quality, reliability and high performance for years to come.
Features:
e300 core uilt on power architecture technolo y
Up to 400 MHz per ormance and 760 MIPS
AXE, a 32- it RISC audio accelerator en ine
PowerVR MBX Lite 2D/3D Graphics En ine Not included in the MPC5123
DIU Inte rated display controller supports up to XGA resolution
12 pro ramma le serial controllers PSC
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
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www.digikey.com/new
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EZ-USB FX2LP™ Overview: Cypress’ FX2LP is a programmable high-speed USB controller. The low power and ultra flexibility of Cypress’ FX2 family of
controllers enables them to be used in a wide range of applications ranging from PCTV dongles to low power printers. For bus powered applications, Cypress
o ers the FX2LP USB controller. The FX2LP comes in di erent versions, dependin on desi n re uirements. Cypress o ers the FX2LP with 24, 26 or 40
pro ramma le I/O pins tailored to suit many applications.
What’s
What’sNew!
New!
HC08AS/AZ 8-bit Microcontrollers
Low-cost, high-performance
MCUs from Freescale
Freescale Semiconductor’s
HC08AS/A amily is part o
its low-cost, high-performance
M68HC08 amily o 8- it
microcontroller units MCUs .
All MCUs in this family use the
enhanced M68HC08 central processor unit CPU08 and are availa le with a
variety o modules, memory sizes and types, and pac a e types.
Features :
Hi h-per ormance M68HC08 architecture
Fully upward-compati le o ect code with M6805,
M146805, and M68HC05 amilies
Up to 1 B o on-chip electrically erasa le
programmable read-only memory with security option
60 B o lash electrically erasa le read-only memory
16- it, 6-channel timer inter ace module TIMA-6
Cloc enerator module CGM
Serial peripheral inter ace module SPI
Serial communications inter ace module SCI
8- it, 15-channel analo -to-di ital converter ADC
Flash data security
Up to 2 B o on-chip RAM
8.4MHz internal us re uency
See
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Low Pin Count MCUs
Fujitsu and Digi-Key introduce Fujitsu’s broadened family of compact,
flexible, and low pin count MCUs
Fujitsu broadens its 8-bit MCU family with the introduction of a
comprehensive ran e o low-pin-count LPC products. Fu itsu s LPC MCUs
feature high-performance, low-voltage, embedded flash, a precision on-chip
RC oscillator, and an on-chip de u eature. The MB95200 series includes a
complete range of single-chip standard microcontrollers with between 8 and
24 pins, powered y an optimized core and eaturin low-lea a e technolo y
and embedded flash. With fast processing capabilities and low power
consumption position, the MB95200 series is an ideal desi n choice or appliances such as washin machines,
refrigerators, ovens, smoke detectors, vacuum cleaners and air conditioning units. The MCUs are also ideal
for cordless phones, remote controls, shavers and other handheld consumer products, as well as aftermarket
automotive accessories.
Features:
100K erase cycles
20-year data retention
-40 C to 85 C
Built-in EEPROM Emulation with dual
Flash memory
Flash content protection
Low volta e reset
Cloc supervisor
/- 3 On-chip RC oscillator
Sin le-wire de u inter ace
Low-cost development environment
Applications:
Low cost applications
Home appliances
Electrical tools
Consumer healthcare products
A termar et car accessories
XE164F Microcontroller
16-Bit Single-Chip Real Time Signal Controller
The XE164 Series is a new 100-pin device amily o the popular C166 microcontroller architecture. Based on the
enhanced C166S V2 architecture, it outper orms existin 16- it solutions. The XE164 is an improved and next
eneration representation o the ull eatured 16- it sin le-chip CMOS Real Time Si nal Controller with 32- it
performance.
Hi h CPU per ormance com ined with enhanced IO capa ilities, exi le power mana ement and new impressive
peripherals such as Universal Serial Inter ace USIC ma e the XE164 the instrument o choice or demandin industrial
applications such as Motor Control, Power Supplies, Transportation and Communication. Inte ration o external
components such as integrated voltage regulator, EEPROM emulation with additional flash modules and various clock
sources optimize system cost. The XE164 series is part o a amily with 4 di erent PG-LQFP pac a es ena lin hi h
levels of system integration and scalability with a rich choice of devices.
Applications:
Servo drives
Appliance motors
HVAC compressors and lowers
Stepper motors
Industrial pumps
Transportation
Power supplies
SMPS and Digital Power Conversion Solutions
Microchip has the benefits of digital power conversion, including higher power
density, lower system cost, and accelerated innovation
Sel contained SMPS solutions and rich peripherals o Microchip s dsPIC di ital power
devices enable engineers to design solutions that do not require much in the way of
external support chips. Thus, when usin the dsPIC DSC SMPS solution, developers can
o tain a 20 reduction in component count over other solutions. In addition to space
and cost-savin eatures, the dsPIC DSC SMPS solution has special eatures that ena le advanced power conversion.
Included amon these eatures is an intelli ent power peripheral. Independent PWM, ADC, and analo comparator
peripherals form the intelligent power peripheral via an internal configurable control fabric that enables them to interact
directly with one another.
Specifications:
Configurable Control Fabric
Controls coordination etween comparators, PWM, and ADC
Set-up via so tware / operates independently o so tware
Precisely times ADC conversions
Controls PWM response to aults
Benefits of Configurable Control Fabric
Provides real-time response without irmware intervention
Expands control ran e o options
Adapta le or a wide variety o control methodolo ies
Provides ail-sa e control
Evaluation Boards:
DM300023 This development board provides an easy and economical way to evaluate the
dsPIC30F202x/1010 SMPS and Di ital Power Conversion amily o components and provides an
educational and prototyping platform to investigate digital power conversion and digital Switch Mode
Power Supply SMPS desi n. A prototypin tool or all 28-pin, SDIP dsPIC30F, dsPIC33F and PIC24
devices.
DM300027 This low-cost, 16- it, 28-pin Starter Development Board supports 28-dsPIC Di ital Si nal
Controller DSC devices or pin PIC24 microcontrollers. This oard is an ideal prototypin tool to help
validate key design requirements using these DSCs and microcontrollers.
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AC164133 Buc /Boost Converter PICtail Plus Dau hter Board provides an easy and economical
development plat orm or dsPIC SMPS and di ital power conversion amily DSCs which are
desi ned to provide low-cost and e cient control or wide ran e o power supply topolo ies.
DM240001 The Explorer 16 is a low cost, e cient development oard to evaluate the eatures and
per ormance o Microchip s new PIC24 Microcontroller, the dsPIC33 Di ital Si nal Controller DSC
amilies, and the new 32- it PIC32MX devices. Coupled with the MPLAB ICD 2 In Circuit De u er
or MPLAB REAL ICE, real-time emulation and de u acilities speed evaluation and prototypin o
application circuitry.
(US2011)
(TZM112.US)
What’sNew!
New!
What’s
Features:
USB powered
Free demo code
0.025 pin headers
Inte rated USB pro rammer/de u er
Easy access to all device si nals or pro in
Easily porta le
Soc eted dsPIC/PIC24
Flexi le, easy device replacement
On oard de u LED, utility LED, and reset switch
Only 20x76mm in size - smaller than a stic o um
Microchip Technology’s development platform for 16-bit digital signal controllers
and microcontrollers
Microchip s Microstic or dsPIC33F and PIC24H devices is desi ned to provide
an easy-to-use, economical development environment or 16- it di ital si nal
controllers and microcontrollers. The oard includes an inte rated de u er/
programmer and a socket for the device under test and pins that facilitates insertion
into a prototyping board for extremely flexible development. The device under
test is socketed for easy change-out. Additionally, the Microstick is supported by
Microchip’s MPLAB integrated development environment.
PIC18F47J53 8-Bit USB Microcontrollers
Microchip’s 28/44-pin, high performance USB microcontrollers with
nanoWatt XLP technology
Microchip Technolo y s PIC18F47J53 eatures XLP technolo y or
extreme low power consumption. This new MCU provides up to 128KB
lash pro ram memory and 4KB RAM. This o ers plenty o code space
for Microchip’s free USB stack and for application code. The MCU
eatures ull-speed USB 2.0 capa ility, which ena les applications that
can perform remote field upgrades, download usage data, and connect to diagnostic equipment. These
performance factors result in lower costs and more flexibility for the end user. The integrated mTouch™
sensing capability enables easy implementation of capacitive touch sensing user interfaces, while XLP
technology drastically reduces the amount of power consumed and helps extend battery life. By having
USB integrated on this XLP family of MCUs, there is no need to sacrifice power consumption just to have
USB.
Many portable applications, such as smart card readers, occasionally need to connect to a PC or another
porta le device via USB. The ull-speed USB 2.0 capa ility o the PIC18F47J53 MCU ena les this, and
Microchip offers a free smart card library within its free USB stack. An on-chip, 12-bit analog-to-digital
converter delivers the accuracy required for many advanced sensor, instrumentation, and measurement
applications. With multiple PWMs, timers, and SPI channels with DMA, the PIC18F47J53 MCU is well
suited for portable consumer devices, medical devices, and other applications that require low power
consumption and USB connectivity.
Features:
Peripheral pin select or mappin di ital peripherals to various I/O or desi n lexi ility
Sel -pro rammin lash supports 10 erase/write cycles and 20 years retention
Char e time measurement unit CTMU supports capacitive touch screens
700nA real time cloc and calendar operation in sleep modes
Hardware RTCC provides cloc , calendar, and alarm unctions
Operatin volta e 2.0 - 3.6V, 5.5V tolerant di ital inputs
2 MSSP serial ports or SPI or I C™ communication
330nA watch do timer operation in Sleep modes
Deep sleep mode ideal or attery applications
3 enhanced Capture / Compare / PWM modules
200nA sleep mode RAM retention
Inte rated ull speed USB 2.0
2 enhanced USART modules
Three analo comparators
9nA deep sleep mode
8- it parallel port
13 channel, 12- it ADC
DM320005 Multimedia Expansion Board
Microchip’s flexible solution for development of high impact user
interfaces
Microchip’s Multimedia Expansion Board is an integrated yet
flexible solution for the development of high impact user interfaces.
The oard comes with a 3.2 color TFT touch-screen display and
inter aces to any PIC32 starter it, allowin you to choose the
device family that works best for you. Many industrial and consumer
applications have a need for remote controls.
The Multimedia Expansion Board comes with an onboard FCC-certified WiFi module and can
accommodate eneral purpose, Ethernet, and USB PIC32 starter its. Other eatures include a 24- it
stereo audio codec, three-axis accelerometer, joystick, and microSD memory card slot. Simply connect
any PIC32 starter it to the Multimedia Expansion Board, and you re ready to develop, pro ram, and
debug. Software for the Multimedia Expansion Board is contained within the Microchip Application
Library, which includes libraries for the joystick, accelerometer, CPLD, and more.
Features:
Attach any PIC32 starter it re uired
Power via USB throu h the starter it or
external 9V supply
Fast, hi h color ima es
Localized onts
Visual prompts and uttons
24- it stereo audio
Speex voice play ac
MP3 music
Touch screen uttons
8-position oystic with ire utton
3-axis orientation / acceleration
FCC certi ied Wi-Fi
10/100 Ethernet via PIC32 Ethernet
starter kit
Contents:
(Note: Software is not provided in the box)
Multimedia Expansion Board
In ormation sheet with lin s to et started
Start card that directs user to we - ased
instructions for software download and
installation
PIC24F Microcontrollers with Integrated Graphics
Microchip’s family of low cost, high
performance PIC24F MCUs with
a fully integrated and advanced
graphics subsystems
Graphics Controller Features:
The use of graphical menus with
advanced touch buttons or touch
screens is becoming the preferred
method for implementing modern
user interfaces. A graphical user
interface offers greater flexibility for
customization, etter access to context sensitive menus, and the capa ility
to accommodate a vast number of use cases. Microchip delivers a family of
low cost, hi h per ormance PIC24FJ DA microcontrollers that eature ully
integrated and advanced graphics subsystems. A microcontroller in this family
integrates three dedicated graphic acceleration engines. These engines support
a DMA interface to the frame buffer memory, effectively driving graphics
performance in processing and rendering graphics objects, providing easy
switching between fonts and languages, and fast data or image decompression.
Three raphics hardware accelerators to acilitate
rendering of block copying, text, and unpacking of
compressed data
Color Loo -Up Ta le CLUT with maximum o 256
entries
1/2/4/8/16 its-per-pixel pp color depth set at run
time
Display resolution pro ramma le accordin to rame
u er
-Supports direct access to external memory on
devices with EPMP
-Resolution supported is up to 480x272 60Hz,
16 pp 640x480 30Hz, 16 pp or 640x480
60Hz, 8 pp
Supports various display inter aces
-4/8/16- it monochrome STN
-4/8/16- it color STN
-9/12/18/24- it color TFT 18- and 24- it displays are
connected as 16- it 5-6-5 RGB color ormat
Applications:
Consumer devices, includin thermostats, cordless
phones, remote controls, and gaming accessories
Home appliances, includin co ee ma ers and other
counter-top appliances, ovens, refrigerators, and
washing machines
Industrial devices, includin point o sale e uipment
and remote terminals
Porta le medical devices, includin lucometers, loodpressure monitors, and portable ECGs
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
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SeeSee
www.digikey.com/new
Microstick for dsPIC33F/PIC24H Devices
What’s
What’sNew!
New!
PIC18F K90 Family Microcontrollers
Microchip Technology’s PIC18F K90 family microcontrollers enable higher system integration
Microchip Technolo y s PIC18F K90 amily 8- it microcontrollers are low-power, 5V, 8- it MCUs that include on-chip LCD driver modules and 12- it analo -to-di ital
converters. These MCUs are availa le in 64- and 80-pin pac a es with memory options that ran e rom 32 KB to 128 KB o lash memory, up to 4 KB o RAM, and 1 KB o
on-chip EEPROM.
With 24 channels of mTouch™ capacitive touch sensing, these MCUs enable higher system integration. They combine the capability to sense a large number of cap-touch
sliders, buttons, and keys with the ability to drive large, segmented LCDs.
mTouch™ Development Kit and 8-Bit MCU
Microchip’s mTouch technology for flexible, royal-free solutions with GUI-based tools
Microchip’s mTouch™ projected capacitive touch-screen sensing
See
www.digikey.com/new
See
www.digikey.com/new
technology is the first in a series of patent-pending releases
supporting projected capacitive touch-screen solutions. Microchip
has also added the mTouch projected capacitive development kit,
as well as the PIC16F707 8- it microcontroller MCU , which
eatures two 16-channel capacitive sensin modules CSMs that
can run in parallel for increased sampling speed.
mTouch projected capacitive touch-screen technology enables
designers to quickly develop and implement robust glass-front user interfaces that simplify user
interaction via features such as gestures. Typical applications include global positioning systems,
thermostats, mobile handheld units, and other devices that use smaller displays with a finger input.
Building upon the mTouch capacitive touch-sensing technology, this royalty-free, robust technology now
wor s throu h loves and on sur aces that contain li uids. It also ena les Braille to e used on capacitive
touch-sensing interfaces. Designers can integrate mTouch capacitive touch-sensing functionality with
their existin application code in an 8, 16 or 32- it PIC MCU, thus reducin total system costs.
Features:
mTouch™ Projected Capacitive Development Kit
The mTouch pro ected capacitive development it includes a 3.5-inch sensor mounted on
a sensor oard, a pro ected-capacitive oard with the PIC16F707 MCU, and ully unctional
firmware. The kit enables users to connect sensors to up to 24 channels without modifying the
firmware. The open source code supports sensors with up to 32 channels, and the kit includes
a raphical user inter ace GUI tool that ena les users to easily ad ust ey parameters that are
important to their designs.
PIC16F707 Microcontroller
In addition to two CSMs, the low-power PIC16F707 8- it MCU has a wide operatin volta e
ran e o 1.8
5.5V with a typical pro ected-capacitive sensor application operatin current o
approximately 1.5mA at 5V.
XLP 16-bit Energy Harvesting Development Board (DV164133)
The XLP 16- it Ener y Harvestin
Development Kit is a true development
plat orm or realizin ener y harvestin
applications. The Microchip nanoWatt XLP
PIC MCUs are ideal or these low power
applications with sleep currents down to
20nA, active mode currents down to 50uA/
MHz, code execution e iciency, and multiple wa e-up sources. Powered only y li ht, the XLP it ena les
rapid prototypin o low power applications such as RF sensors, temperature/environmental sensors,
utility meters, remote controls, and security sensors to name just a few. For software development
and pro rammin , the it includes the PIC it 3 pro rammer/de u er or use with the Microchip s ree
MPLAB Inte rated Development Environment.
The development oard portion o the it eatures the PIC24F16KA102 XLP MCU, on- oard temperature
sensors, data EEPROM, potentiometer, watch crystal, LEDs, and expansion connector or PICtail
modules. Supported PICtails include RF, SD/MMC Cards, Speech Play ac , and more.
The power or the it is supplied y Cym et s EVAL-08 Solar Ener y Harvester. The harvester eatures
a high-efficiency solar panel suitable for use with indoor or outdoor light. The harvester captures,
manages, and stores energy in two Cymbet EnerChip™ thin-film rechargeable energy storage devices.
The EnerChips supply energy to the XLP development board when light is not available.
Power condition and capacity are monitored y the PIC24F usin Ener y Aware so tware al orithms
developed by Microchip and Cymbet. The monitored information can be reported to the PC user interface
via a USB connection. This allows for experimentation and balancing of energy collection vs. energy use,
maximizin the ene its o the harvested ener y.
Features:
Solar Ener y Harvester with EnerChip stora e devices providin
ac up power
Individual disa le umpers or oard components such as temperature sensors, LEDs,
EEPROM, and potentiometer thereby removing unwanted standby current.
Expansion PICtail connector with MCU controlled power supply
Prototypin area or addin additional sensors and circuits
PIC it 3 Pro rammer/De u
development
er and oard level connector or application so tware
PIC24F16KA102 eXtreme Low Power MCU with 20nA sleep currents Can also e used with
PIC24FJ64GA102
UART to USB rid e or use in prototypin and PC communication
Ener y Aware so tware reports char e status as a percenta e and char e state Char in or
Dischar in EnerChips
What’s Included:
Cym et Eval-08 Solar Ener y Harvestin Board and Ca le
XLP 16- it Development Board
PIC24F16KA102 Microcontroller
PIC it 3 Pro rammer/De u
er
USB Ca le
XLP 16- it Ener y Harvestin Development Kit user uide
PIC24F16KA 16-Bit Flash Microcontrollers
Microchip’s PIC24F16KA with nanoWatt XLP™
Microchip Technolo y s PIC24F16KA 16- it microcontroller is desi ned or power
constrained and battery-powered applications. This device features unique peripherals
such as DSBOR, DSWDT and RTCC, which run in deep sleep mode for excellent low
power performance.
The PIC24F16KA102 amily includes the new Char e Time Measurement Unit CTMU
interface module, which can be used for capacitive touch sensing, proximity sensing,
and also for precision time measurement.
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Features:
Internal oscillator support 31 Hz to 8 MHz, up to 32 MHz with 4X PLL
Fail-sa e cloc monitor allows sa e shutdown i cloc ails
System supervisors low power BOR, WDT, INT0, and RTCC
Power modes run, doze, idle, sleep, deep sleep
1uS wa e-up rom sleep
50nA I/O port lea a e
195 A at 1MHz run mode
(US2011)
(TZM112.US)
What’sNew!
New!
What’s
NXP’s LPC1102 brings unprecedented performance, low power, and simplicity
NXP Semiconductors LPC1102 is tar eted at applications re uirin an ultra-miniature oard ootprint. As the newest mem er o
the hi hly success ul LPC11xx microcontroller amily, the LPC1102 delivers the same ey eatures o low power, hi h per ormance,
and hi h value while addin the new dimension o miniaturization. The LPC1102, with 32KB o lash and 8KB o RAM on-chip, is
availa le in wa er level chip scale pac a in WL-CSP with dimensions o 2.17mm x 2.32mm, a thic ness o 0.65mm, and a pitch
o 0.5mm.
Applications:
Mo ile devices
Consumer peripherals
Li htin
Key product eatures include a 5-channel 10- it ADC, one UART, one SPI, two 32- it and two 16- it timers, and one 24- it system
timer. SWD de u in and pro rammin with our rea points and two watch points are also included. Eleven I/O unctions
also dou le as eneral-purpose input and output GPIO or maximum lexi ility. O erin very low power consumption with active
mode current as low as 130 A/MHz, the LPC1102 eatures an internal IRC oscillator that is accurate to 1 over the industrial
temperature and volta e ran e. It can also e cloc ed with an external source.
8/16- it applications
Porta le devices
LPC1100 Series 50-MHz, 32-bit Cortex-M0™ Microcontrollers
NXP Semiconductors and Digi-Key introduce the LPC11C00
Cortex-M0 CAN microcontrollers
NXP Semiconductors’
LPC1111/12/13/14 is one o the
world s irst Cortex-M0 ased
microcontroller series offering
users a cost effective, very
easy to use 32-bit MCU that is
code and tool compatible with
other NXP ARM-based MCU products. With 32-bit performance
combined with multiple power modes and very low deep-sleep
power, the LPC11xx offers industry leading energy efficiency
greatly extending battery life. The LPC11xx sets new benchmarks
in performance efficiency with dramatically improved code
density enabling longer battery life and lower system costs.
Features:
Serial wire de u and serial wire trace port
Hi h-current output driver 20 mA on one pin
Hi h-current sin drivers 20 mA on two pins
Power-On Reset POR
Sin le 3.3 V power supply 1.8 V to 3.6 V
Crystal oscillator with an operatin ran e o 1 MHz to 25 MHz
Availa le as 48-pin LQFP pac a e and 33-pin HVQFN pac a e
15 GPIO pins can e used as ed e and level sensitive interrupt
sources
Processor wa e-up rom deep-sleep mode via interrupts rom
various peripherals
Brownout detect with our separate thresholds or interrupt
and forced reset
12 MHz internal RC oscillator trimmed to 1 accuracy that
can optionally be used as a system clock
PLL allows CPU operation up to the maximum CPU rate
without the need for a high-frequency crystal
May e run rom the main oscillator, the internal RC oscillator,
or the watchdog oscillator
Inte rated PMU Power Mana ement Unit to minimize power
consumption during sleep, deep-sleep, and deep power-down
modes
Cloc eneration unit with divider that can re lect the main
oscillator cloc , IRC cloc , CPU cloc , and watchdo cloc .
Applications:
Battery-powered systems
e-Meterin
Consumer peripherals
Remote sensors
16- it applications
LPC1100L 32-Bit MCU
NXP’s LPC1100L MCU offers superior performance at low cost
NXP s LPC1100L is a low priced 32- it MCU solution. This particular MCU is
hi her value and easier to use than existin 8-/16- it microcontrollers y its
unprecedented performance, simplicity, low power, and more importantly,
dramatic reductions in code size or all 8-/16- it applications. The LPC1100L
series o ers a seamless entry point or any 8-/16- it customers loo in
to start with the scalable ARM architecture throughout their entire range
o product development. Built around the new Cortex-M0 architecture-the
smallest, lowest-power, and most energy-efficient ARM core ever developedthese MCUs are ideally-equipped for use in battery-powered consumer
devices, smart meters, motor control, and more.
Features:
Applications:
Sin le power supply 1.8 V to 3.6 V
eMeterin
Crystal oscillator with an operatin
ran e o 1 MHz to 25 MHz
Alarm systems
Uni ue device serial num er or
identification
White oods
Li htin
Availa le as 48-pin LQFP pac a e,
33-pin HVQFN pac a e, and 44-pin
PLCC package
LPC122x Cortex-M0™ Microcontrollers
NXP’s LPC122x Cortex-M0 microcontrollers add up to 128 kB flash, more analog and
peripherals for customers’ applications
NXP expands its award-winnin and low-power Cortex-M0
microcontroller offerings with the LPC122x series. The LPC122x
series adds more features and performances to customers’
applications, including up to 128 kB of flash, DMA, CRC, 4
timers, RTC, comparators, ADC, Fast-Mode-Plus I C, SPI and
a Windowed Watch-dog timer. The LPC122x’s 128 kB flash
supports an erase sector as small as 512 ytes. Its 12 MHz
internal oscillator with 1 percent accuracy can optionally be used
as a system clock output.
The LPC122x series also eatures the industry s irst division API unction desi ned or the
ARM Cortex-M0 Core. This eliminates the need o writin division codes in the so tware
and improves the speed of a division by up to four times and greatly improves the system’s
processin per ormance and saves code space. The LPC122x series is availa le in 48-LQFP
and 64-LQFP pac a es.
In addition, the LPC122x series has an optional inte rated 40x4 se ment display driver, the
LPC12D2x. This is the industry s irst Cortex-M0 microcontroller with an inte rated display
driver, allowing customers to further integrate their systems’ components with smaller
ootprint and lower cost. LPC12D2x is availa le in 100-LQFP pac a e.
Features:
Processor core
- ARM Cortex-M0 processor, runnin at
re uencies o up to 30 MHz with zero wait
state from Flash
- ARM Cortex-M0 uilt-in Nested Vectored
Interrupt Controller NVIC
- Serial Wire Debug
- System tick timer
Memory
- Up to 8 kB SRAM
- Up to 128 kB on-chip flash programming
memory
- In-System Pro rammin ISP and
In-Application Pro rammin IAP via on-chip
bootloader software
Cloc eneration unit
- Crystal oscillator with an operating range of 1
MHz to 25 MHz
- 12 MHz Internal RC IRC oscillator trimmed
to 1 accuracy that can optionally e used as
a system clock
- PLL allows CPU operation up to the
maximum CPU rate without the need for a
high-frequency crystal. May be run from the
system oscillator or the internal RC oscillator
- Clock output function with divider that can
re lect the system oscillator cloc , IRC cloc ,
main clock, and Watchdog clock
- Real-Time Cloc RTC
Power
- Three reduced power modes Sleep, Deepsleep, and Deep power-down
- Processor wake-up from Deep-sleep mode via
start logic using 12 port pins
- Brownout detect with three separate
thresholds each for interrupt and forced reset
- Power-On Reset POR
- Inte rated PMU Power Mana ement Unit
Applications
eMeterin
Li htin
Industrial networ in
Alarm systems
White oods
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
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SeeSee
www.digikey.com/new
LPC1102 32-Bit ARM Microcontroller
What’s
What’sNew!
New!
RX600 Series Microcontrollers
Renesas’ RX600 series provides MCU performance and powerful signal processing capabilities
Renesas RX600 series microcontrollers deliver the very latest technolo y. The RX600 chips are microcontroller/di ital si nal controller hy rids that provide oth
super MCU per ormance and power ul si nal processin capa ilities olstered y the industry s astest em edded lash memory
all while achievin very low power
consumption. These versatile and economical MCUs are scalable for many applications. They are supported by a rich ecosystem that offers development tools and
middleware.
See
www.digikey.com/new
See
www.digikey.com/new
SH7216 MCU Series
Development Boards
Renesas’ SH7216 features 200MHz superscalar core and 10ns read
flash memory
Applications:
Features:
Industrial E uipment
Up to 400 MIPS per ormance
Renesas SH7216 series o MCUs
PLC
DSP Instructions and FPU to accelerate and enhance real-time al orithms
employs a uni ue 10ns lash
General-purpose inverters
10ns read access lash eliminates need to execute out o RAM
technology with ample performance
AC servos
Medical Applications
to combine real-time control,
Up to 1MB on-chip lash, 32KB data lash and 128KB RAM
connectivity, and digital signal
External memory controller supports SDRAM, SRAM, NOR, and EPROM
processing in one cost-effective
AED
Sleep screenin
Two power ul motor timers to control two rushless motors simultaneously
solution. The on-chip 1MB flash
and 128KB RAM provides additional lexi ility in selectin the appropriate
10/100M ps Ethernet with dedicated DMA and 2KB transmit and receive FIFO
Telemetry
Building Automation
Commercial uildin access systems
so tware or an application, reducin time to mar et. The SH7216 series
USB FS 2.0 device and CAN
incorporates a PWM timer, 12-bit ADC, LAN controller, USB, and CAN as
Two 12- it ADC modules, 8 DMA channels, 5x UART, SPI, and I C
Commercial HVAC
Hi h-end ire panels
peripheral unctions. The SH7216 series lineup consists o the SH7216
roup with loatin -point unit FPU .
C8051F98x and C8051F99x Low-Power MCU’s
Silicon Labs and Digi-Key introduce the C8051F9xx family of low power MCU’s
Silicon La s C8051F9xx MCU amily is desi ned or low power applications includin wireless devices or home automation, RFID ta s, pedometers, heat/ as meters and
lighting controllers as well as sensor equipment such as alarms, game controllers, and smoke and fire detectors. They provide one of the lowest current consumptions
in oth sleep and active modes ma in this an optimal choice or small Flash size and low power applications. The C8051F9xx amily has more MIPS, a hi her resolution
ADC, smaller form factor and operates fully down to 1.8 V.
The C8051F98x devices urther expand Silicon La s low power C8051F9xx product amily to address smaller memory, lower power, and more cost-sensitive
microcontroller applications.
The C8051F99x MCUs com ine the low power technolo y o the C8051F9xx amily with the ast and accurate capacitive sensin
C8051F7xx/8xx amilies to address the ast- rowin capacitive touch application mar et.
C8051F98x
C8051F99x
Features:
Features:
eatures o the Quic Sense
Ultra Low power in active and sleep modes
Ultra Low power in active and sleep modes
Hi hly inte rated - 12- it ADC, VREF, oscillators, our timers, 25 MIPS CPU all in 3x3 mm pac a e
Ultra Low power 1 A wa e-on-touch
Fully compati le amily 2-64 B Flash MCU s
Hi h SNR capacitance-to-di ital converter with ultra- ast 40 s scan time
Benefits:
Hi hly inte rated
Ena les si ni icant attery li e savin s
Saves BOM cost and ena les a small orm actor o ten necessary in attery powered applications
Allows or cost, memory size optimization
12- it ADC, VREF, oscillators, 4 timers, 25 MIPS CPU all in 3x3 mm pac a e
Proven al orithms provided in Quic Sense
Studio
Benefits:
Ena les si ni icant attery li e savin s
Hi hly responsive uttons, sliders, and wheels
Saves BOM cost and ena les a complete system solution applications in a small orm actor
Quic Sense
Studio provides a rapid and trustworthy path to development success
Sin le environment or all human inter ace unctions
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(TZM112.US)
What’sNew!
New!
What’s
Stellaris® Robotic Evaluation Board
Stellaris EVALBOT from Texas Instruments makes experimenting with microcontrollers
Features:
fun and easy
Ro otic capa ilities
ro otic evaluation oard EVALBOT is an evaluation
Wireless communication expansion port
plat orm or the Stellaris LM3S9B92 microcontroller. The oard also uses a ran e
o Texas Instruments analo
Stellaris LM3S9B92 microcontroller
components or motor drive, power supply, and
MicroSD card connector
communications functions. After a few minutes of assembly, the EVALBOT’s electronics
are ready to run.
I2S audio codec with spea er
USB host and device connectors
When roaming, three AA batteries supply power to the EVALBOT. The EVALBOT
automatically selects USB power when tethered to a PC as a USB device or when debugging. Test points are provided to all key
RJ45 Ethernet connector
EVALBOT si nals. Two 20-pin headers ena le uture wireless communications usin standardized Texas Instruments low-power
Ro ot eatures
em edded radio modules EM oards . Additional microcontroller si nals are availa le on rea out pads arran ed in rows ad acent
to the microcontroller.
Bri ht 96 x 16 lue OLED display
www.digikey.com/new
SeeSee
www.digikey.com/new
Texas Instruments Stellaris
- Two DC gear motors provide drive and steering
- Opto sensors detect wheel rotation with 45 resolution
The EVALBOT has factory-installed quick start software resident in on-chip flash memory. For software debugging and flash
- Sensors or
ump detection
pro rammin , an inte rated in-circuit de u inter ace ICDI re uires only a sin le USB ca le or de u and serial port unctions.
On- oard in-circuit de u inter ace ICDI
The EVALBOT is availa le with a Stellaris-speci ic version o C/OS-III, The Real-Time Kernel y Jean J. La rosse. This oo
reveals how a real-time ernel wor s usin Micrium s C/OS-III and the Stellaris EVALBOT as re erences. For those who already
have the book, the board is available separately.
Battery powered y three AA atteries or powered throu h USB
Mechanical components assem led y user
MSP-EXP430G2 LaunchPad
Development Board
Texas Instruments’ MSP-EXP430G2 with the IAR Embedded Workbench Kickstart for MSP430
Texas Instruments MSP-EXP430G2 LaunchPad is an easy-to-use lash pro rammer and de u in tool that provides everythin needed to start developin on MSP430 Value Line
devices. It includes a 14-/20-pin DIP soc eted tar et oard with inte rated emulation to uic ly pro ram and de u MSP430 Value Line devices in-system throu h the Spy Bi-Wire
2-wire JTAG protocol. The lash memory can e erased and pro rammed in seconds with no external power supply re uired due to the MSP430 s ultra-low power lash.
Features:
New data models or MSP430X small, medium, lar e
DIP tar et soc et supportin up to 20 pins ena les development on any MSP430 Value Line
Improved callin convention
device in a DIP pac a e N
Support or 32- it hardware multiplier in C-SP simulator and C li rary
Built-in lash emulator connects lash- ased MSP430 Value Line devices to a PC or real-time,
TimerA1 and TimerB1 are now simulated when the C-SP simulator is used
in-system programming and debugging via the included mini USB cable
Support or multiple MSP-FET430UIF TI USB FET modules
2 pro ramma le LEDs, 1 power LED
Static watch window
1 pro ramma le uttons, 1 reset utton
Sym olic memory window
Free and unrestricted compiler/de u er IDEs
Improved rea point display
- IAR Em edded Wor ench Kic Start and Code Composer Studio oth have ree, downloada le
versions, which can run unrestricted on any MSP430 Value Line device
Memory save/restore also in TI-TXT ormat
New eneric header iles
Multi- ile compilation, resultin in a sin le compiler output ile
uC/OS-II Kernel Awareness Plu -in in C-SP
VisualSTATE uild inte ration
Support or de u modules rom Elprotronic, Olimex and So t au h
Support or MSP435F5xx amily ootstrap loader environment
F2806x Floating-Point Piccolo™
Texas Instruments Piccolo MCUs offer floating-point precision and
increased math capabilities
Texas Instruments F2806x series expands Piccolo low-cost, hi h
integration 32-bit microcontrollers to include floating-point ease of use along
with increased communication capabilities. The math computing capabilities
are reatly increased not only y a speed ump to 80MHz, ut also y the
addition o the new VCU complex math unit. Flash and RAM size have een
increased, and Piccolo sees new peripherals such as USB with host , DMA,
and HiRes capture. These advances open the door to a wide array o new
application possibilities. For example, the engineers can easily add any variant of power line communication to
their applications without the need for an additional MCU.
There is now a low-cost controlSTICK or instant plu -and-play with your computer. The F28069 controlSTICK
includes on- oard emulation, so it s a complete development it, alon with TI s Code Composer Studio v4 IDE
and raphical pro rammin . There is also an Experimenter s Kit with the F28069 controlCARD. The controlCARD
will also e sold individually and can e plu ed into all existin evaluation and application its. The F28069
Piccolo Experimenter Kit is an ideal product or OEMs to use or initial device exploration and testin .
Features:
Up to 80MHz, 32- it C28x
Applications:
CPU
Solar inverters
16 B to 256 B em edded lash
LED li htin
12- it ADC, up to 4.6 MSPS
Electric vehicles
150ps hi h-resolution ePWM
Appliances
Control law accelerator
Di ital power
Pac a e options startin at 38-pin
Motor control
TSSOP
Renewa le ener y
Inte rated oscillator, volta e re ulator,
PLC
BOR/POR
Sin le-rail 3.3V device
Floatin -point and ixed-point options
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
81
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TeaClippers™ MCU Programmers
The TeaClippers are portable, target-powered firmware programmers
for Microchip’s PIC Microcontrollers. Limited Firmware uploads can be
enabled for firmware resale. Encrypted versions are available to protect
content and device verification prior to and during programming. The
Crypto version supports any microcontroller that can self-write to its
own memory. Unique serial numbers and license codes can be written
to each PIC Programmed. The TeaClipper USB Adapter is required to
load the TeaClipper’s with Firmware.
LED
Dim. in mm
LED
Price
Each
Flexipanel
Part No.
TeaClipper PIC
658-1019-5-ND
Digi-Key
Part No.
37.80
TEACL-PIC-HV
Evaluation Kits / Accessories
658-1026-5-ND
40.50
TEACL-USB
Description
1 2345
High or Low Voltage Programming Clip
Ø .64
USB Adapter for TeaClipper
2.54
Programming and Prototyping Adapters
Digi-Key
Price
Part No.
Each
SOIC to DIP Prototyping Adapters
8-Pin SOIC .150 Wide Soc et to 8-Pin .300 Wide DIP Plu
309-1045-ND
60.00
309-1046-ND
60.00
309-1047-ND
70.00
309-1048-ND
70.00
8-Pin SOIC 300 MIL Wide Soc et to 8-Pin 300 MIL Wide
309-1098-ND
7.50
DIP Plu
309-1000-ND
60.00
309-1001-ND
60.00
309-1010-ND
70.00
309-1011-ND
70.00
309-1012-ND
70.00
309-1013-ND
70.00
309-1023-ND
70.00
309-1024-ND
70.00
28-Pin SOIC 300 MIL Wide Soc et to 28-Pin 300 MIL Wide
309-1097-ND
14.00
DIP Plu
SSOP to DIP Prototyping Adapters
20-Pin SSOP Soc et to 20-Pin .300 Wide DIP Plu
309-1014-ND
80.00
309-1016-ND
80.00
309-1025-ND
80.00
309-1026-ND
80.00
PLCC to DIP Prototyping Adapter
32-Pin PLCC Auto-E ect Soc et to 28-Pin .600 Wide DIP Plu
309-1089-ND
70.00
32-Pin PLCC Lidded IF Soc et to 28-Pin .600 Wide DIP Plu
309-1090-ND
90.00
309-1091-ND
100.00
309-1092-ND
90.00
309-1093-ND
115.00
309-1094-ND
135.00
309-1095-ND
115.00
309-1096-ND
135.00
309-1007-ND
135.00
Description
PA8SO1-03-3
PA8SO1-03-6
PA8SO1-2006-3
PA8SO1-2006-6
PA-SOD3SM18-08
PA14SO1-03-3
PA14SO1-03-6
PA18SO1-08H-3
PA18SO1-08H-6
PA20SO1-08H-3
PA20SO1-08H-6
PA28SO1-08H-3
PA28SO1-08H-6
PA-SOD3SM18-28
PA20SS-OT-3
PA20SS-P54
PA28SS-OT-6
PA28SS-P55
PA32-28
PA32-28Z
PA32-32
PA32-32Z
PA51-44
PA51-44
PA280-44
PA280-44
PA17C42-PD
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EPSILON5 — Portable ISP Programmer
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EPSILON5 — Portable ISP Programmer:
Features:   Supports  C  Controlled  and 
Standalone  rogramming        evelopment 
Mode - Using Equinox Development Suite
E S   under  C  control      Standalone  Mode 
- Ideal for field or small-scale production use
no  C  re uired       astest  programming  times  possible  due  to  on-board  data,  high-speed  S I  and  T  
port    Supports programming of 
SH, EE ROM,  SE bits, Security bits and RC Oscillator Calibration 
bytes    2Mbits of on-board non-volatile 
SH memory for user pro ect storage  Stand alone Mode      T  
ort -  ST IS  using  T  algorithm    E uinox  evelopment Suite  E S      ro ect  uilder - To create/
edit  rogramming  ro ects     ro ect Manager - To create and maintain  ro ect Collec tions     ro ect  pload/
Download Utility - To upload projects to the programmer for use in Standalone Mode
ATmega AVR JTAG Upgrade Bundle: The “ATmega AVR JTAG” License Upgrade for Equinox ISP
Programmers supports high-speed In-System Programming (ISP) of Atmel ATmega AVR Microcontrollers
via their on-chip JTAG port. The JTAG algorithm yields much faster programming times (3-4 times faster)
than the traditional SPI algorithm due to an enhanced protocol and higher bus speed. It is also possible to
program multiple AVR Microcontrollers which are part of a JTAG Chain on the same Target System using
JTAG algorithm.
Note: For more information, please see Digi-Key web site.
R
E
W )
O V
P .0
C -5
D .1
(3
483-1000-ND
483-1014-ND
483-1015-ND
483-1008-ND
483-1016-ND
483-1017-ND
483-1005-ND
483-1007-ND
483-1013-ND
82
82
EPSILON5-A1
EPSILON5 — Portable USB ISP
Programmer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
EPSILON5(AVR-JTAG)
EPSILON5 — Portable USB ISP Programmer
for AVR-JTAG — RoHS Compliant . . . . . . . . . . .
EPSILON5(SAM7)
for SAM7 — RoHS Compliant . . . . . . . . . . . . . . . .
EPSILON5-UPG3
Upgrade JTAG ISP AVR MCU. . . . . . . . . . . . . . . . .
EPS-AVRJTAG-BUNDLE
Programmer/Device Library Included
RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
EPS-AT91SAM7JTAG-BUNDLE Includes Device Library
RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
EQ-IOCON-3
I/O Connector Module 3 for Atmel
ATmega JTAG ISP . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
PPM3A1-UPG7
Atmel ATmega AVR - JTAG ISP
Upgrade License . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
EQ-SFM-MAX-V1.3
Production ISP Programming Module
RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
(TZM112.US)
PA16C64-QD-16
PA16C64-QD-03
PA17C42-QD-03
PA40-44-P64-DP
PA40-44-P64-DP-PP
PA44-PP
PA44-PZP
PA44QF03-44QF
PADSO-0803-D250-08/2
PADSO-0803-D310-08/2
PADSO1803 -D420-18/2
PADSO-2803-D420-28/2
PA-SOD-2808-18
PA-SOD-2808-28
PA-DSO-2803
PA-SOF-D420-18/6
PA-SOF-D420-28/6
$259.95
$259.95
$299.95
$164.95
$329.95
$379.95
$129.95
$775.50
$299.95
The FS2009 is a portable programmer ideal for Development, Field-Service and Production. It supports
high-speed In-System Programming (ISP) of the on-chip FLASH/EEPROM memory of many FLASH
Microcontroller devices including 8051, Atmel AVR, NXP, and Zensys Microcontrollers. Support for
the programming of many 24xxx Serial EEPROM Memories via I2C is also offered along with Atmel
AT91SAM7 support. In Standalone Mode (without a PC) the operator can select from any 1 of 64 pre-loaded
“Programming Projects” using the keypad and Display and then simply presses the key to program the
Target Device.
Features:   Supports IS  of  T 1S M  devices  chargeable upgrade     Supports programming via S I and 
RT protocols as standard    Chargeable upgrade available for programming via  T  and I2C    Supports 
Standalone  operation i.e. no  C re uired after programmer has been con gured     ery fast programming 
speeds  suitable  for  high-throughput  production  environments      p  to  64  individual  rogramming  ro ects 
can be uploaded to the non-volatile On-board 
SH Store  4Mbytes     Robust I/O driver stage
483-1018-ND
483-1019-ND
483-1020-ND
FS2009(AVR-JTAG)
FS2009(SAM7)
FS2009(UN)
Portable Programmer for AVR-JTAG . . . . . . . . . . . . . . . . . . . . . . . . . . $499.95
Portable Programmer for SAM7 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $499.95
Portable Programmer for UN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $499.95
PPM4-MK1 — High Speed
Production ISP Programmer Module
The PPM4-MK1 is a state-of-the-art Production ISP Programmer designed for high-speed In-System
Programming (ISP) of FLASH Microcontrollers and Serial Memory devices. It supports programming of
devices by most interfaces including SPI, JTAG, JTAG chain, SCI, I2C (2-wire) and UART Boot Loader.
Capable of operating in “Standalone Mode” where any one of 64 independent “Programming Projects” can
be recalled and executed via the programmer keypad/display interface. Features a 4-wire TTL Remote
Control interface making it ideal for interfacing to any ATE or In-Circuit Tester (ICT). A special Start
Signal can be used to detect when a Test Fixture lid has been closed and thereby automatically start a
programming operation.
483-1021-ND
PPM4-MK1(UN) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $999.95
FS2003 — Portable High-Speed ISP
Programmer for 8051 and AVR
Microcontrollers
The FS2003 Programmer supports high-speed In-System Programming (ISP) of many 8051 and Atmel AVR
Microcontrollers. It can be utilized in standard “Standalone Mode” without a PC, making it ideally suited for
field-service and/or production ISP environments. The operator simply selects one of the 64 “Programming
Projects” held locally on the programmer and then presses the “Auto-Program” key to program the target
device. The FS2003 supports SPI and Boot loader UART ISP as standard and can be upgraded to support
JTAG ISP.
Programming Modes:    Standalone  Mode   Keypad    C   no  C       evelopment  Mode   Controlled  via 
E uinox  evelopment Suite  E S  running on  C    Script Mode  Chargeable upgrade
In-System Programming Headers:    or S I  E uinox 1 -way,  tmel 1 -way,  tmel 6-way I C Headers  
  or  RT  E uinox 1 -way Header     or  T
  tmel 1 -way I C Header
483-1009-ND
FS2003-UPG7 (Upgrade FS2003 JTAG ISP). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $249.95
(US2011)
Logical Systems
Part No.
PA44-40-P64-PD
PA44-40-P64-PD
FS2009 — Portable High-Speed
Multi-Project USB ISP Programmer
Ta
The EPSILON5 Portable USB ISP Programmer
is a high-speed development/field/production
pro grammer supporting most In-System
Programmable (ISP) Micro controllers from
Atmel, Philips and Zensys.
The programmer can be operated under PC
control during develop ment and for project
configuration/up loading using the EQTools
Toolsuite. The EPSILON5(AVR-JTAG)
supports high-speed In-System Programming
(ISP) of Atmel AVR Microcontrollers via the
JTAG interface.
Digi-Key
Price
Description
Part No.
Each
309-1039-ND
115.00
309-1040-ND
135.00
QFP to DIP Prototyping Adapters
44-Pin PQFP Soc et to 40-Pin .600 Wide DIP Plu
309-1002-ND
165.00
44-Pin TQFP Soc et to 40-Pin .600 Wide DIP Plu
309-1003-ND
165.00
44-Pin TQFP Soc et to 40-Pin .600 Wide DIP Plu
309-1008-ND
165.00
DIP to PLCC Prototyping Adapters
Emulator Adapter, 40-Pin DIP IF Soc et to 44-Pin PLCC Plu
309-1031-ND
145.00
Emulator Adapter, 40-Pin DIP Soc et to 44-Pin PLCC Plu
309-1032-ND
125.00
PLCC to PLCC Prototyping Adapter
44-Pin PLCC Auto-eject Socket to 44-Pin PLCC Plug
309-1041-ND
145.00
1 1 Pinout
44-Pin PLCC Lidded IF Soc et to 44-Pin PLCC Plu
309-1042-ND
165.00
1 1 Pinout
QFP to QFP Prototyping Adapters
44-Pin TQFP Soc et to 44-Pin Solder Down QFP Plu
309-1043-ND
360.00
1 1 Pinout
DIP to SO-Plug Prototyping Adapter Kits
8-Pin .300 DIP Board, Two 8-Pin .250 SOIC Plu s
309-1050-ND
20.90
309-1051-ND
20.90
18-Pin .300 DIP Board with IF Soc et. Two 18-Pin .420
309-1059-ND
50.90
SOIC Plu s
309-1065-ND
36.90
SOIC to SOIC Prototyping Adapters
18-Pin SOIC .300 Soc et to 18-Pin SOIC Connector
309-1075-ND†
70.00
28-Pin SOIC .300 Soc et to 28-Pin SOIC Connector
309-1073-ND†
70.00
Additional DIP Boards
28-Pin .300 DIP Board
309-1064-ND
24.00
Additional SO-Plugs
18-Pin .420 Plu s 6 pieces
309-1081-ND
29.70
28-Pin .420 Plu s 6 pieces
309-1083-ND
38.70
† Require SO-Plugs which must be ordered separately.
EPSILON5 — Portable
ISP Programmer
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Logical Systems
Part No.
MPQ Series In-System Programmers
for Manufacturing
A
C
1
3
2
4
IL
RPM Systems
Part No.
MPQ-PSOC
MPQ-Z8
MPQ-AVR
MPQ-AVR32
FA
Description
Four port, for CypressPSoC™
Four port, for ZiLOG Z8-Encore!™
Four port, for Atmel AVR (SPI and JTAG)
Four port, for Atmel AVR32 Microcontrollers
Price
Each
499.00
499.00
548.00
569.00
PA
S
S
Digi-Key
Part No.
770-1000-ND
770-1002-ND
770-1007-ND
770-1008-ND
T
IV
E
Features:   rograms 4 devices simultaneously     rray M
s to program up to 64 devices simultaneously   Stores up to 4 program images
in internal  lash    Stand alone,  C or  TE controlled    Supports target device voltages from 1.8  ~ 5.5     Software upgradeable to support 
future devices     uilt to survive in manufacturing    One year warranty
SUPERPRO® Universal Programmers
Features:  Two programmers in one     ltra-high speed universal programmer    Soc et adapters to support all ranges of pac age types     RM  RISC processor
Fig. 1
Fig. 2
SU
PE
RP
RO
Fig. 3
®
C
Fig. 4
SU
PE
RP
RO
50
®
04
500
GP
0
W
O
P
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E
PAS
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RUN
ERR
OR
®
EX
IT
EN
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®
Fig.
Digi-Key
Part No.
Description
Price
Each
Xeltek
Part No.
SUPERPRO 500x — Supports Over 58,000 Devices — RoHS Compliant
1
Universal Gang Programmer, 144-Pin, Concurrent and Independant 4 Sockets
415-1035-ND
6295.01
SUPERPRO5004GP
2
Universal Programmer, 144-Pin, Supports Stand-Alone and PC Mode
415-1036-ND
1995.00
SUPERPRO5000
995.00
SUPERPRO501S
195.00
SUPERPROZ
845.00
SUPERPRO500P
SUPERPRO 501S — Supports Over 24,000 Devices
2
Economic Universal Programmer, 48-Pin, Supports Stand-Alone and PC Mode
415-1046-ND
SUPERPRO Z — Supports Over 3,469 Devices
3
Universal Programmer, 40-Pin
415-1000-ND
SUPERPRO 500P — Supports 24,000 Devices
4
Economic Universal Programmer, 48-Pin, PC Mode Only
415-1047-ND
Eprom Eraser
—
Eprom Eraser with Electronic Starter, 24-Pin, 12 Pieces
415-1048-ND
125.00
LER121A-110V
Eprom Eraser with Electronic Starter, 24-Pin, 64 Pieces
415-1049-ND
195.00
LER123A-110V
Socket Adapters
Digi-Key
Price
Part No.
Each
For SP 3000U/9000U/580U/280U/Z
415-1013-ND
105.00
415-1014-ND
105.00
415-1015-ND
105.00
415-1017-ND
110.00
415-1018-ND
115.00
415-1023-ND
185.00
415-1024-ND
185.00
415-1027-ND
225.00
415-1028-ND
185.00
415-1029-ND
195.00
Description
PLCC32-DIP32
PLCC20-DIP20
PLCC28-DIP28
PLCC44-DIP24
SOIC28-DIP28
PSOP44-DIP44
TSOP40-DIP40
TSOP56-DIP48
TQFP32-DIP32
SDIP42-DIP42
Description
SA015A1T
SA001A
SA008A
SA244
SA404
SA638
SA409T
SA628-B011
SA636
SA028
PLCC32-D32
PLCC44-D44
TSOP48-D48
SOP16-D16
TSOP40-D40
TSOP56-D56
SSOP28-D28
SOIC28-D28
Digi-Key
Part No.
For SP 5000/5004GP
415-1037-ND
415-1038-ND
415-1039-ND
415-1040-ND
415-1041-ND
415-1042-ND
415-1043-ND
415-1044-ND
Programmers and Adapters
Price
Each
Xeltek
Part No.
185.00
185.00
235.00
175.00
260.00
300.00
205.00
185.00
CX2032
CX2044
CX1004
CX1016
CX1006
CX1011
CX1025
CX1033
Fig. 2
Fig. 1
48
Phyton ChipProg economical and professional quality programmer line spans the range from inexpensive engineering programmers, to low-cost in-system
programmers, as well as gang programmers for low-volume and mid-volume manufacturing. All tools are USB hosted, have a friendly user interface, scripts
for automating common programming tasks, and provide very fast programming. A variety of programming adapters for chip packages and cables for
in-system programming are available.
OD
GO SY
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BU RO
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OD
GO SY
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BU RO
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NEW!
Xeltek
Part No.
40
4840
42
42
32
32
28
14
14
16
16
18
18
20
24
20
24
T
AR
ST
28
T
AR
ST
8
8
Programmers
Fig. 3
1
Stand-a-lone Programmer, 40-DIP
CHIPPROG-40-ND
445.00
CHIPPROG-40
2
Stand-a-lone Programmer, 48-DIP
CHIPPROG-48-ND
545.00
CHIPPROG-48
3
4-Socket Gang Programmer
CHIPPROG-G4-ND
2450.00
CHIPPROG-G4
4
In-System Universal Programmer
CHIPPROG-ISP-ND
395.00
CHIPPROG-ISP
40
Phyton
Part No.
42
Price
Each
48
Digi-Key
Part No.
OD
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BU RO
ER
Description
Fig.
32
28
T
AR
ST
20
24
18
16
8
OD
GO SY
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BU RO
ER
14
48
42
40
32
28
T
AR
ST
20
24
18
16
8
OD
GO SY
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BU RO
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14
CHIPPROG-ISP-ND
48
42
40
32
28
T
AR
ST
20
24
18
16
8
OD
GO SY
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BU RO
ER
14
Adapters
48
42
40
32
28
T
AR
ST
20
24
18
16
14
8
Phyton
Part No.
AE-Q48U
AE-P44U
Fig. 4
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
T
AR
ST
AE-T44-I51
AE-TS32W
AE-TS40W
AE-TS48-16AM
AE-TS48-NAND-2
AE-TS48U
AE-TS56-16AM
AE-TS56-16I
AE-SO44U
D
Digi-Key
Price
Description
Part No.
Each
48-QFP to 48-DIP
AE-Q48U-ND
170.00
44-PLCC to 44-DIP AE-P44U-ND
120.00
Adapter Sockets
44-TQFP to 40-DIP AE-T44-I51-ND
165.00
32-TSOP to 32-DIP AE-TS32W-ND
105.00
40-TSOP to 40-DIP AE-TS40W-ND
140.00
48-TSOP to 40-DIP AE-TS48-16AM-ND
150.00
48-TSOP to 40-DIP AE-TS48-NAND-2-ND
150.00
48-TSOP to 48-DIP AE-TS48U-ND
150.00
56-TSOP to 40-DIP AE-TS56-16AM-ND
160.00
56-TSOP to 40-DIP AE-TS56-16I-ND
160.00
44-SOIC to 44-DIP AE-SO44U-ND
115.00
SY R
BU RO
ER
Phyton
Part No.
AE-ISP-MSP430
AE-ISP-U1
AE-P32-28
AE-P28U
AE-P32U
AE-P44-I51
AE-SC8/16UM
AE-SC18/28U
AE-Q32-AV1
AE-SO44-16
AE-SC8/16UN
O
Price
Each
80.00
80.00
80.00
85.00
80.00
120.00
70.00
80.00
145.00
115.00
70.00
O
Digi-Key
Part No.
AE-ISP-MSP430-ND
AE-ISP-U1-ND
AE-P32-28-ND
AE-P28U-ND
AE-P32U-ND
AE-P44-I51-ND
AE-SC8/16UM-ND
AE-SC18/28U-ND
AE-Q32-AV1-ND
AE-SO44-16-ND
AE-SC8/16UN-ND
G
Description
BH-16 to 28-DIP
BH-10 to 28-DIP
32-PLCC to 28-DIP
28-PLCC to 28-DIP
32-PLCC to 32-DIP
44-PLCC to 40-DIP
16-SOIC to 16-DIP
28-SOIC to 28-DIP
32-QFP to 28-DIP
44-SO to 40-DIP
16-SOIC to 16-DIP
In-S
yste
m Pro
gramm
er
(US2011)
(TZM112.US)
83
83
NEW!
EFM32® Gecko Microcontroller Family
EFM32 Gecko Microcontroller Family:
Features: 32-bit ARM Cortex-M3 running up to 32 MHz 1.25 DMIPS/MHz Superior Math Capability
Memory Protection Unit (MPU) Single 1.8 to 3.8 volt power supply -40° to 85°C operation range Up to
128 KB Flash and 16 KB RAM memory Up to 90 GPIO with 20 mA drive strength 16 External Interrupts
External Bus Interface (EBI)
Direct memory access Controller (DMA)
Peripheral Reflex System for
autonomous operation Hardware AES with 128/256-bit encryption and decryption Integrated high and
low frequency oscillators
USARTs with UART and SPI modes up 16 Mbit/s
Low Energy UART with
100 nA receive mode
16-bit Timer/Counters with Compare/Capture
Low Energy TIMER with optional
Flash
(KB)
C
RAM
(KB)
LCD
16
4x40
16
4x40
16
4x24
128
16
—
16
—
16
—
16
—
EFM Gecko Starter Kit
Prototype Board for EFM32-G8XXX-STK
ADC
Y
Y
Y
Y
Y
Y
Y
AES
Y
Y
Y
Y
Y
Y
—
GPIO
90
85
56
90
85
56
24
Package
Type
112-BGA
100-QFP
64-QFN
112-BGA
100-QFP
64-QFN
32-QFN
pulse outputs Flexible 24-bit Real Time Counter Pulse Counter Configurable LCD Controller driving
up to 4x40 segments 12-bit ADC, 1 M samples/s, 8 channels 12-bit DAC, 500 ksamples/s, 2 channels
Analog Comparators with 8 input mux and capacitive sensing capability
On-chip Power-on Reset and
Brown-out Detector
EFM32 Gecko Starter Kit:
User
Kit Summary: Advanced Energy Monitoring
Real-time, accurate energy and power profiling
interface with touch slider and switches 4x40 LCD SEGGER J-Link debugger Free evaluation compiler
versions energyAware™ software support
Digi-Key
Part No.
914-1004-ND
914-1005-ND
914-1006-ND
914-1007-ND
914-1008-ND
914-1009-ND
914-1010-ND
914-1003-ND
914-1002-ND
1
8.10
8.10
8.10
8.10
8.10
8.10
8.10
74.25
108.00
Price Each
10
7.29
7.29
7.29
7.29
7.29
7.29
7.29
—
—
25
6.42
6.42
6.42
6.42
6.42
6.42
6.42
—
—
Energy Micro
Part No.
EFM32-G890F128-SK
EFM32-G880F128-SK
EFM32-G840F128-SK
EFM32-G290F128-SK
EFM32-G280F128-SK
EFM32-G230F128-SK
EFM32-G210F128-SK
EFM32-G8XX-STK
EFM32-GXXX-PTB
AT91 ARM® Thumb® Microcontrollers
The est com ination o low-power consumption, 32- it per ormance and 16- it system cost. The AT91 series
provides the optimal combination of processing power, peripherals and memory blocks for demanding real-time
applications that re uire hi h per ormance on a ti ht power ud et. Its wide ran e o Real Time Operatin Systems and
sophisticated application development tools minimize the ris and time ta en to rin new applications to the mar et.
Program
Memory
Type
—
—
—
—
ROM
ROM
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
Flash
ROM
ROM
ROM
ROM
ROM
ROM
ROM
ROM
Flash
Flash
Flash
Flash
Flash
Flash
ROM
Memory Size
Program RAM Boot ROM
Bytes
Bytes
Bytes
—
8K
—
—
8K
—
—
8K
—
—
256K
—
32K
16K
128K
32K
16K
128K
256K
32K
—
64K
6K
—
64K
6K
—
128K
6K
—
128K
6K
—
16K
4K
—
32K
8K
—
32K
8K
—
512K
64K
—
512K
64K
—
32K
8K
—
32K
8K
—
64K
16K
—
64K
16K
—
128K
32K
—
128K
32K
—
256K
64K
—
256K
64K
—
256K
32K
—
256K
32K
—
512K
32K
—
512K
32K
—
128K
32K
—
256K
64K
—
256K
64K
—
512K
128K
—
512K
128K
—
128K
32K
—
128K
32K
—
256K
64K
—
256K
64K
—
512K
128K
—
16K
8K
32K
16K
8K
32K
—
160K
—
96K
16
32K
64K
32K
—
—
64K
—
32K
64K
—
32K
64K
—
128K
16K
32K
128K
16K
32K
256K
32K
32K
256K
32K
32K
512K
32K
32K
512K
32K
32K
—
64K
64K
AT91 ARM® Thumb®
Evaluation Kits
AT91EB40A-ND
AT91EB55-ND
AT91RM3400-DK-ND
AT91SAM7A1-EK-ND
AT91SAM7A3-EK-ND
AT91SAM7L-STK-ND
AT91SAM7SE-EK-ND
AT91SAM7S-EK-ND
AT91SAM7X-EK-ND
AT91SAM9G20-EK-ND
AT91SAM9RL-EK-ND
84
84
I/O
Pins
32
54
58
32
122
122
62
80
80
80
80
21
32
32
32
32
88
88
32
32
32
32
32
32
88
88
88
88
62
62
62
62
62
62
62
62
62
62
96
96
96
160
96
160
118
118
96
96
96
96
96
96
160
USART TWI
2
—
2
—
3
—
2
—
4
1
4
1
3
1
2
1
2
1
2
1
2
1
1
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
4
1
4
1
3
1
3
1
4
1
4
2
4
2
4
2
4
2
4
2
4
2
4
2
4
2
4
2
4
2
SPI
—
2
1
—
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
2
2
2
2
2
2
2
Timer/
Counters
(16-bit)
3
6
6
3
6
6
9
1
1
1
1
1
3
1
1
1
1
1
3
3
3
3
3
3
3
3
3
3
3
3
3
1
1
3
3
3
3
1
2
2
3
3
2
6
1
3
2
2
2
2
2
2
6
ADC
—
—
8-ch/10- it
—
—
—
16-ch/10- it
4-ch/10- it
4-ch/10- it
4-ch/10- it
4-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
8-ch/10- it
4-ch/10- it
4-ch/10- it
—
—
4-ch/10- it
8-ch/10- it
6-ch/10- it
6-ch/10- it
4-ch/10- it
4-ch/10- it
4-ch/10- it
4-ch/10- it
4-ch/10- it
4-ch/10- it
8-ch/10- it
DAC
—
—
2-ch/10- it
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
Features: 3-sta e instruction execution pipeline or hi h instruction throu hout Sin le-cycle memory access throu h
EBI Hardware multiplier-plus- arrel shi ter ives DSP capa ility PDC channels on-chip DMA ree the processor or the
application Advanced power mana ement provides idle mode and disa les unused peripherals Low-latency Advanced
Interrupt Controller Operatin Temperature Industrial -40 C 85 C Watchdo Timer
Clock
Speed
(MHz)
40
33
33
75
180
180
60
36
36
36
36
55
55
55
55
55
55
55
55
55
55
55
55
55
48
48
48
48
55
55
55
55
55
55
55
55
55
55
210
210
240
240
400
400
240
240
240
240
240
240
240
240
400
VCC
1.8 3.6V
2.7 3.6V
2.7 3.6V
1.65 1.95V
1.65 1.95V
1.65 1.95V
3.0 3.6V
1.8 3.6V
1.8 3.6V
1.8 3.6V
1.8 3.6V
1.8 3.3V
3.0 3.6V
1.8 3.3V
1.8 3.3V
1.8 3.3V
1.8 3.3V
1.8 3.3V
3.0 3.6V
3.0 3.6V
3.0 3.6V
3.0 3.6V
3.0 3.6V
3.0 3.6V
3.0 3.6V
3.0 3.6V
3.0 3.6V
3.0 3.6V
1.8 3.3V
1.8 3.3V
1.8 3.3V
1.8 3.3V
1.8 3.3V
3.0 3.6V
1.8 3.3V
1.8 3.3V
1.8 3.3V
1.8 3.3V
3.0 3.6V
3.0 3.6V
1.8 3.3V
1.8 3.3V
3.0 3.6V
1.8 3.3V
3.0 3.6V
3.0 3.6V
1.65 1.95V
1.65 1.95V
1.65 1.95V
1.65 1.95V
1.65 1.95V
1.65 1.95V
1.8 3.3V
These kits are complete low-cost evaluation platforms, which enable real-time code development
and exploration o the AT91 ARM Thum microcontrollers. The its include Sample microcontroller Evaluation Board with the An el de u monitor AT91 Gettin Started CD-ROM with data
sheets and examples DB9 serial ca le 2.1mm power ac power supply not included Evalu-
Evaluation Kit or the AT91R40008 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $208.00
Evaluation Kit or the AT91M55800A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $260.00
Development Kit or the AT91RM3400. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $1950.00
Evaluation Board or AT91SAM7A1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $600.00
Evaluation Board or AT91SAM7A3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $208.00
Evaluation Kit or ART91SAM7L — RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $104.00
Evaluation Board or the AT91SAM7SE
RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . $208.00
Evaluation Kit or AT91SAM7S . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $104.00
Evaluation Kit or AT91SAM7X256/128 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $208.00
Evaluation Kit or AT91SAM9G20 — RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . $520.00
Evaluation Kit or AT91SAM9RL — RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $780.00
Package
100-TQFP
144-LQFP
176-LQFP
100-LQFP
256-BGA
208-PQFP
100-LQFP
128-LQFP
144-LFBGA
128-LQFP
144-LFBGA
48-QFN
64-LQFP
64-QFN
64-LQFP
64-QFN
128-LQFP
144-LFBGA
64-LQFP
64-QFN
64-LQFP
64-QFN
64-LQFP
64-QFN
128-LQFP
144-BGA
128-LQFP
144-BGA
100-LQFP
100-LQFP
100-TFBGA
100-LQFP
100-TFBGA
100-LQFP
100-TFBGA
100-LQFP
100-TFBGA
100-TFBGA
217-LFBGA
208-PQFP
217-LFBGA
324-TFBGA
217-LFBGA
324-TFBGA
144-LFBGA
217-LFBGA
217-BGA
208-PQFP
217-BGA
208-PQFP
217-BGA
208-PQFP
324-TFBGA
Digi-Key
Part No.
AT91M40800-33AU-ND
AT91M42800A-33AU-ND
AT91M55800A-33AU-ND
AT91R40008-66AU-ND
AT91RM9200-CJ-002-ND
AT91RM9200-QU-002-ND
AT91SAM7A3-AU-ND
AT91SAM7L64-AU-ND
AT91SAM7L64-CU-ND
AT91SAM7L128-AU-ND
AT91SAM7L128-CU-ND
AT91SAM7S16-MU-ND
AT91SAM7S321-AU-ND
AT91SAM7S321-MU-ND
AT91SAM7S512-AU-ND
AT91SAM7S512-MU-ND
AT91SAM7SE32-AU-ND
AT91SAM7SE32-CU-ND
AT91SAM7S64B-AU-ND
AT91SAM7S64B-MU-ND
AT91SAM7S128AU001-ND
AT91SAM7S128-MU-ND
AT91SAM7S256AU001-ND
AT91SAM7S256-MU-ND
AT91SAM7SE256-AU-ND
AT91SAM7SE256-CU-ND
AT91SAM7SE512-AU-ND
AT91SAM7SE512-CU-ND
AT91SAM7X128B-AU-ND NEW!
AT91SAM7X256B-AU-ND NEW!
AT91SAM7X256B-CU-ND NEW!
AT91SAM7X512-AU-ND
AT91SAM7X512-CU-ND
AT91SAM7XC128-AU-ND
AT91SAM7XC128B-CU-ND NEW!
AT91SAM7XC256B-AU-ND NEW!
AT91SAM7XC256B-CU-ND NEW!
AT91SAM7XC512-CU-ND
AT91SAM9260B-CU-ND
AT91SAM9260B-QU-ND
AT91SAM9261B-CU-ND NEW!
AT91SAM9263B-CU-ND
AT91SAM9G20B-CU-ND
AT91SAM9G45-CU-ND NEW!
AT91SAM9R64-CU-ND
AT91SAM9RL64-CU-ND
AT91SAM9XE128-CU-ND
AT91SAM9XE128-QU-ND
AT91SAM9XE256-CU-ND
AT91SAM9XE256-QU-ND
AT91SAM9XE512-CU-ND
AT91SAM9XE512-QU-ND
AT91SAM9M10-CU-ND NEW!
(TZM112.US)
Price Each
25
5.57
8.46
10.29
9.24
19.31
18.16
10.32
6.66
6.55
7.89
9.16
3.74
4.05
4.26
10.16
10.40
6.26
7.43
5.23
5.43
6.36
6.55
7.83
8.05
9.33
10.32
11.71
12.59
7.00
8.63
9.50
12.56
13.50
6.00
8.46
9.28
10.14
14.22
10.90
10.90
14.11
18.39
12.34
15.73
10.26
11.97
12.48
12.48
13.98
13.98
16.95
16.95
19.96
100
5.10
7.74
9.43
8.46
17.68
16.62
9.45
6.09
6.01
7.22
8.39
3.43
3.72
3.89
9.30
9.52
5.72
6.81
4.79
4.98
5.83
6.01
7.18
7.38
8.55
9.45
10.72
11.52
6.40
7.90
8.70
11.50
12.36
5.76
7.74
8.50
9.29
13.02
9.98
9.98
12.92
16.84
11.31
14.40
9.41
10.96
11.42
11.42
12.79
12.79
15.51
15.51
18.28
ation copies o compilers and de u ers rom Green Hills and ARM SRAM Flash 2 Serial ports
Reset utton and controller Push uttons LEDs 20-pin JTAG ICE inter ace connector Volta e re ulation Cloc enerator Board sel -test pro ram Current consumption measurement
capa ility Expansion slots or add-on cards with user speci ic memories and peripherals
AT91SAM9XE-EK-ND
AT91SAM9260-EK-ND
AT91SAM9261-EK-ND
AT91SAM-ICE-ND
AT91SAM9263-EK-ND
ATSAM3U-EK-ND
AT91SAM9G10-EK-ND
AT91SAM9G45-EKES-ND
AT91SAM9M10-G45-EK-ND
Evaluation Kit or AT91SAM9XE — RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $520.00
Evaluation Kit or AT91SAM9260 RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . $520.00
Evaluation Kit or AT91SAM926EJ-S — RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . $780.00
Emulator or AT91 ARM7 / ARM9 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $104.00
Evaluation Kit or AT91SAM9263 RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . $884.00
NEW! Evaluation Kit or AT91SAM3U RoHS Compliant . . . . . . . . . . . . . . . . . . . . . $206.96
NEW! Evaluation Kit or SAM9G10 RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . $780.00
NEW! Evaluation Kit or AT91SAM9G45 RoHS Compliant. . . . . . . . . . . . . . . . . . . $780.00
NEW! Evaluation Kit or AT91SAM9M10 / 9G45 RoHS Compliant . . . . . . . . . . $780.00
(US2011)
1
8.86
13.46
16.38
14.71
30.75
28.92
16.43
10.60
10.43
12.56
14.58
5.96
6.45
6.77
16.17
16.56
9.95
11.83
8.32
8.64
10.13
10.43
12.47
12.81
14.86
16.43
18.64
20.04
11.14
13.74
15.11
20.00
21.50
6.24
13.46
14.77
16.15
22.64
17.35
17.35
22.47
29.28
19.65
25.05
16.34
19.05
19.87
19.87
22.25
22.25
26.98
26.98
31.78
FPSLIC® — Field Programmable System Level Integrated Circuit
FPSLIC — PGA + AVR in one Package! The AT94K Series FPSLIC amily is a com ination o the popular Atmel AT40K
Series SRAM FPGAs and the hi h-per ormance Atmel AVR 8- it RISC microcontroller with standard peripherals.
2K 18.4K its o Distri uted Sin le/Dual Port FPGA User SRAM Hi h-per ormance DSP Optimized FPGA Core Cell
Dynamically Recon i ura le In-System FPGA Con i uration Access FPGA Macro Li rary o Custom Peripherals 16
Gates
5K
10K
40K
FPGA
SRAM
Bytes
2048
2048
2048
2048
2048
2048
2048
4096
4096
4096
4096
4096
4096
4096
18432
18432
18432
Core Cells
256
256
256
256
256
256
256
576
576
576
576
576
576
576
2304
2304
2304
Registers
436
436
436
436
436
436
436
846
846
846
846
846
846
846
2862
2862
2862
AVR Memory Size
RAM
EEPROM
Bytes
Bytes
20K
—
20K
—
20K
—
20K
—
20K
—
20K
—
20K
256K
36K
—
36K
—
36K
—
36K
—
36K
—
36K
512K
36K
512K
36K
—
36K
1024K
36K
1024K
AVR Program
Memory
Type
ROMless
ROMless
ROMless
ROMless
ROMless
ROMless
EEPROM
ROMless
ROMless
ROMless
ROMless
ROMless
EEPROM
EEPROM
ROMless
EEPROM
EEPROM
I/O
46
46
82
82
96
96
—
46
46
58
58
84
84
137
84
162
162
AVR
I/O
Pins
8
8
8
8
8
8
8
16
16
16
16
16
16
16
16
16
16
FPGA Supplied Internal Interrupts to AVR Up to Four External Interrupts to AVR
Cloc s Driven rom AVR Lo ic FPGA Glo al Cloc Access Availa le rom FPGA Core
Features: Timer/Counters 8/16- it 2/1 Watchdo Timer UART 2 TWI I2C
25MHz Vcc 3.0V 3.6V
ISP
—
—
—
—
—
—
es
—
—
—
—
—
es
es
—
es
es
Operating
Temperature
0 70°C
-40 85°C
0 70°C
-40 85°C
0 70°C
-40 85°C
-40 85°C
0 70°C
-40 85°C
0 70°C
-40 85°C
-40 85°C
-40 85°C
0 70°C
-40 85°C
0 70°C
-40 85°C
Package
84-PLCC
84-PLCC
144-LQFP
144-LQFP
208-PQFP
208-PQFP
144-LQFP
84-PLCC
84-PLCC
100-TQFP
100-TQFP
144-LQFP
144-LQFP
256-CABGA
144-LQFP
256-CABGA
256-CABGA
Digi-Key
Part No.
AT94K05AL-25AJC-ND
AT94K05AL-25AJI-ND
AT94K05AL-25BQC-ND
AT94K05AL-25BQI-ND
AT94K05AL-25DQC-ND
AT94K05AL-25DQI-ND
AT94S05AL-25BQU-ND
AT94K10AL-25AJC-ND
AT94K10AL-25AJI-ND
AT94K10AL-25AQC-ND
AT94K10AL-25AQI-ND
AT94K10AL-25BQU-ND
AT94S10AL-25BQU-ND
AT94S10AL-25DGC-ND
AT94K40AL-25BQU-ND
AT94S40AL-25DGC-ND
AT94S40AL-25DGI-ND
2 FPGA
8 Glo al FPGA Cloc s
PWM 3
Cloc Speed
JTAG
Price Each
25
11.25
12.94
11.82
14.32
13.75
15.75
12.07
18.75
21.57
19.69
22.69
22.62
31.05
14.50
30.16
47.44
54.57
1
11.70
13.46
12.29
14.89
14.30
16.38
17.20
19.50
22.43
20.48
23.60
32.25
44.29
15.08
43.00
49.34
56.75
100
10.80
12.42
11.34
13.74
13.20
15.12
11.24
18.00
20.70
18.90
21.78
21.06
28.92
13.92
28.08
45.54
52.38
◆ RoHS Compliant
AVR® for USB
®
USB USB
USB Timers
ADC
Flash EEPROM SRAM
Host/ DRAM USB Full Low 16-Bit/8- PWM
TWI
10-Bit
Int.
(KBytes) (Bytes) (Bytes) I/O OTG (Bytes) Speed Speed
Bit
Channel SPI USART (I2C) ISP (Ch.) BOD WDT RC
Clock
Speed
Temperature Digi-Key
(MHz) Package
Range
Part No.
VCC
1
Price Each
25
100
8
512
512
22
—
176
—
1/1
5
1
1
—
—
2.7 5.5V
16
32-QFN
-40 85°C
AT90USB82-16MU-ND
3.70
2.33
2.13
16
512
512
22
—
176
—
1/1
5
1
1
—
—
2.7 5.5V
16
32-QFN
-40 85°C
AT90USB162-16MURCT-ND‡
3.66
2.48
2.24
128
4K
8K
48
1
832
2/2
8
1
1
8
2.7 5.5V
16
64-TQFP
-40 85°C
AT90USB1287-AU-ND
12.92
8.12
7.42
128
4K
8K
48
1
832
2/2
8
1
1
8
2.7 5.5V
16
64-QFN
-40 85°C
AT90USB1287-MU-ND
12.92
8.12
7.42
‡ Cut Tape
Kits
ATAVRUSBRF01-ND
AT90USBKEY2-ND
ATSTK526-ND
ATEVK525-ND
ATAVRUSBRF01 Quick Start Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $71.76
Evaluation Kit for AT90USB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $31.19
Starter Kit for AT90USB82/162 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $206.96
Extension Board Kit for STK525 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $156.00
AVR® Battery Management
Li-ion
Cells
2
Flash
(KBytes)
EEPROM
(Bytes)
SRAM
I/O
FET Type
40
512
2K
18
P-Ch.
4
Battery
Protection
ADC
12-Bit
(Channels)
CC-ADC
10
18-Bit
JTAG
VCC
Clock
Speed
(MHz)
Package
4.0 25V
1
48-LQFP
Range
Part No.
-30 85°C
ATMEGA406-1AAU-ND
1
Price Each
25
100
9.79
6.15
5.62
AVR® for LCD
Flash EEPROM
(KBytes) (Bytes) SRAM I/O
512
16
32
64
1K
LCD
54 4x25 se .
Timers
16-Bit/ PWM
8-Bit (Ch.) RTC
1/2
4
ADC
TWI
10-Bit
Int. HW
USART (I2C) ISP (Ch.) BOD WDT RC MULT
SPI
1 USI
1
USI
8
VCC
Clock
Speed
(MHz)
Package
1.8 5.5V
1
64-QFN
Range
Part No.
-40 85°C
ATMEGA169V-1MC-ND
1
Price Each
25
100
6.24
6.00
5.76
512
1K
54 4x25 se .
1/2
4
1 USI
1
USI
8
2.7 5.5V
16
64-TQFP
-40 85°C
ATMEGA169P-16AU-ND
7.12
4.48
4.09
512
1K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
8
64-TQFP
-40 85°C
ATMEGA169PV-8AU-ND
7.12
4.48
4.09
512
1K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
8
64-QFN
-40 85°C
ATMEGA169PV-8MCU-ND
6.21
3.91
3.47
512
1K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
8
64-QFN
-40 85°C
ATMEGA169PV-8MU-ND
7.12
4.48
4.09
1K
2K
54 4x25 se .
1/2
4
1 USI
1
USI
8
2.7 5.5V
16
64-TQFP
-40 85°C
ATMEGA329-16AU-ND
7.61
4.78
4.35
1K
2K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
8
64-TQFP
-40 85°C
ATMEGA329V-8AU-ND
7.61
4.78
4.35
1K
2K
54 4x25 se .
1/2
4
1 USI
1
USI
8
2.7 5.5V
20
64-TQFP
-40 85°C
ATMEGA329P-20AU-ND
7.61
4.78
4.35
1K
2K
54 4x25 se .
1/2
4
1 USI
1
USI
8
2.7 5.5V
20
64-QFN
-40 85°C
ATMEGA329P-20MU-ND
7.61
4.78
4.35
1K
2K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
10
64-TQFP
-40 85°C
ATMEGA329PV-10AU-ND
7.61
4.78
4.35
1K
2K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
10
64-QFN
-40 85°C
ATMEGA329PV-10MU-ND
7.61
4.78
4.35
1K
2K
69 4x40 se .
1/2
4
1 USI
1
USI
8
2.7 5.5V
16
100-TQFP
-40 85°C
ATMEGA3290-16AU-ND
8.64
5.43
4.94
1K
2K
69 4x40 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
8
100-TQFP
-40 85°C
ATMEGA3290V-8AU-ND
8.64
5.43
4.94
1K
2K
69 4x40 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
10
100-TQFP
-40 85°C
ATMEGA3290PV-10AU-ND
2K
4K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
16
64-TQFP
-40 85°C
ATMEGA649-16AU-ND
8.64
5.43
4.94
10.99
6.90
6.27
2K
4K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
16
64-QFN
-40 85°C
ATMEGA649-16MU-ND
10.99
6.90
6.27
2K
4K
54 4x25 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
8
64-QFN
-40 85°C
ATMEGA649V-8MU-ND
10.99
6.90
6.27
2K
4K
69 4x40 se .
1/2
4
1 USI
2K
4K
69 4x40 se .
1/2
4
1 USI
1
USI
8
1.8 5.5V
16
100-TQFP
-40 85°C
ATMEGA6490-16AU-ND
12.60
7.92
7.57
1
USI
8
1.8 5.5V
8
100-TQFP
-40 85°C
ATMEGA6490V-8AU-ND
12.60
7.92
7.57
1
◆ RoHS Compliant
Kit
ATAVRDB101-ND
®
ATAVRDB101 Display Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $82.16
For Digi-Reel ® information, please see page 71.
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
85
85
C
AVR® for CAN
Flash EEPROM SRAM
(KBytes) (Bytes) (Bytes) I/O CAN
32
1K
2K
53 15
32
1K
2K
53 15
64
2K
4K
53 15
64
2K
4K
53 15
128
4K
4K
53 15
128
4K
4K
53 15
Timers
16-Bit/
8-Bit
2/2
2/2
2/2
2/2
2/2
2/2
ADC
PWM
TWI
10-Bit
(Ch.) RTC SPI USART (I2C) ISP (Ch.) BOD WDT Int. RC
6 2
1
2
8
6 2
1
2
8
6 2
1
2
8
6 2
1
2
8
6 2
1
2
8
6 2
1
2
8
VCC
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
Clock
Speed
(MHz)
16
16
16
16
16
16
Package
64-TQFP
64-QFN
64-TQFP
64-QFN
64-TQFP
64-QFN
Temperature
Range
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
Digi-Key
Part No.
AT90CAN32-16AU-ND
AT90CAN32-16MU-ND
AT90CAN64-16AU-ND
AT90CAN64-16MU-ND
AT90CAN128-16AU-ND
AT90CAN128-16MU-ND
1
6.97
6.97
8.80
8.80
11.07
11.07
Price Each
25
4.38
4.38
5.53
5.53
6.96
6.96
100
3.98
3.98
5.05
5.05
6.36
6.36
Kit
ATDVK90CAN1-ND
C
Development Kit for AT90CAN128 MCU. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $119.60
AVR® for Lighting and Motor Control
Flash EEPROM SRAM
(KBytes) (Bytes) (Bytes)
8
512
512
8
512
512
8
512
512
16
512
1024
16
512
1024
I/O
27
27
27
19
27
DALI
Timers
ADC
16-Bit/ PWM
10-Bit
8-Bit (Ch.) SPI USART ISP (Ch.) BOD
1/1
10
1
1
11
1/1
10
1
1
11
1/1
10
1
1
11
1/1
7
1
1
8
1/1
10
1
1
11
WDT
Int.
RC
VCC
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
Clock Speed
(MHz)
16
16
16
16
16
Package
32-QFN
32-QFN
32-SOIC
24-SOIC
32-SOIC
Temperature
Range
-40 105°C
-40 105°C
-40 105°C
-40 105°C
-40 105°C
Digi-Key
Part No.
AT90PWM3-16MQ-ND
AT90PWM3B-16MU-ND
AT90PWM3B-16SU-ND
AT90PWM216-16SU-ND
AT90PWM316-16SU-ND
1
3.87
3.70
3.70
3.54
3.71
Price Each
25
2.43
2.33
2.33
2.23
2.33
100
2.21
2.13
2.13
2.04
2.21
Kits
ATAVRFBKIT-ND
ATAVRMC200-ND
ATAVRMC303-ND NEW!
ATAVRMC323-ND NEW!
ATAVRFBKIT Ballast Demo Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $206.96
ATAVRMC200 AC Induction Motor Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $310.96
Controller Board for 3-Phase BLDC, Brushed DC, Stepper Motor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $71.76
BLDC Motor Control Kit with DC Motor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $279.76
tinyAVR®
Flash EEPROM
(KBytes) (Bytes)
—
—
64
64
64
64
64
64
1
64
64
64
64
64
64
64
64
64
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
2
128
128
128
128
128
128
128
128
128
128
128
128
128
128
—
—
—
—
—
—
◆ RoHS Compliant
®
86
86
SRAM
(Bytes)
32
32
—
64
64
64
64
64
64
64
64
64
64
64
64
64
64
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
—
—
—
—
—
—
®
I/O
Pins
4
4
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
18
18
18
18
18
18
12
12
12
12
12
12
6
6
6
6
6
6
6
6
16
16
16
16
16
16
16
16
16
16
16
16
16
11
11
11
11
11
11
‡ Cut Tape
Timers
16-Bit/
8-Bit
1/
1/
/1
/1
/1
/1
/1
/1
/1
/1
/1
/1
/1
/1
/1
/1
/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
/2
/2
/2
/2
/2
/2
/2
/2
/2
/2
/2
/2
/2
/2
/2
1/1
1/1
1/1
1/1
1/1
1/1
/1
/1
/1
/1
/1
/1
PWM
Channels
2
2
—
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
2
2
2
2
2
2
2
5
5
5
5
5
5
—
—
—
—
—
—
TWI
SPI USART (I2C)
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
USI
1
USI
USI
1
USI
USI
1
USI
USI
1
USI
USI
1
USI
USI
1
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
USI
—
USI
1 USI
—
USI
1 USI
—
USI
1 USI
—
USI
1 USI
—
USI
1 USI
—
USI
1 USI
—
USI
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
ADC
10-Bit Ana.
ISP (Ch.) Comp. BOD WDT Int. RC
—
8
—
—
8
—
—
4
4
4
4
4
4
4
4
4
4
4
4
4
4
—
—
—
—
—
—
8
8
8
8
8
8
4
4
4
4
4
4
4
4
11
11
11
11
11
11
11
11
11
11
11
11
11
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
Clock
Speed
12MHz
12MHz
1.2MHz
20MHz
10MHz
10MHz
10MHz
10MHz
10MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
10MHz
10MHz
10MHz
20MHz
20MHz
20MHz
10MHz
10MHz
10MHz
20MHz
20MHz
20MHz
20MHz
10MHz
10MHz
10MHz
10MHz
16MHz
16MHz
16MHz
16MHz
8MHz
8MHz
8MHz
20MHz
20MHz
20MHz
10MHz
10MHz
10MHz
4MHz
4MHz
4MHz
1.2MHz
1.2MHz
1.2MHz
VCC
1.8 5.5V
1.8 5.5V
1.8 5.5V
2.7 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
4.5 5.5V
4.5 5.5V
4.5 5.5V
4.5 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
2.7 5.5V
2.7 5.5V
2.7 5.5V
1.8 5.5V
1.8 5.5V
1.8 5.5V
Package
23-SOT
23-SOT
8-SOIC
20-MLF®
20-MLF®
10-QFN
8-Dip
8-SOIC
8-SOIC
8-SOIC
10-QFN
20-QFN
8-DIP
8-SOIC
8-SOIC
8-SOIC
8-SOIC
20-MLF®
20-Dip
20-SOIC
30-QFN
20-Dip
20-SOIC
20-QFN
14-Dip
14-SOIC
20-QFN
14-Dip
14-SOIC
20-QFN
8-Dip
8-SOIC
8-SOIC
20-QFN
8-Dip
8-SOIC
8-SOIC
20-QFN
32-QFN
20-Dip
20-SOIC
32-QFN
20-Dip
20-SOIC
32-QFN
20-Dip
20-SOIC
32-QFN
20-Dip
20-SOIC
32-TQFP
32-QFN
28-Dip
32-TQFP
32-QFN
28-Dip
Temperature
Range
-40 85°C
-40 85°C
0 70°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
0 70°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
-40 85°C
Digi-Key
Part No.
ATTIN 10-TSHRCT-ND◆‡ NEW!
ATTIN 10-TSHRTR-ND◆† NEW!
ATTIN 12V-1SC-ND
ATTIN 13-20MU-ND
ATTIN 13V-10MU-ND
ATTIN 13V-10MMU-ND
ATTIN 13V-10PU-ND
ATTIN 13V-10SU-ND
ATTIN 13V-10SSU-ND
ATTIN 13-20SU-ND◆
ATTIN 13A-MMU-ND◆
ATTIN 13A-MU-ND◆
ATTIN 13A-PU-ND◆
ATTIN 13A-SH-ND◆
ATTIN 13A-SSH-ND◆
ATTIN 13A-SSU-ND◆
ATTIN 13A-SU-ND◆
ATTIN 2313-20MU-ND
ATTIN 2313-20PU-ND
ATTIN 2313-20SU-ND
ATTIN 2313V-10MU-ND
ATTIN 2313V-10PU-ND
ATTIN 2313V-10SU-ND
ATTIN 24-20MU-ND
ATTIN 24-20PU-ND
ATTIN 24-20SSU-ND
ATTIN 24V-10MU-ND
ATTIN 24V-10PU-ND
ATTIN 24V-10SSU-ND
ATTIN 25-20MU-ND
ATTIN 25-20PU-ND
ATTIN 25-20SU-ND
ATTIN 25-20SSU-ND
ATTIN 25V-10MU-ND
ATTIN 25V-10PU-ND
ATTIN 25V-10SU-ND
ATTIN 25V-10SSU-ND
ATTIN 26-16MC-ND
ATTIN 26-16MU-ND
ATTIN 26-16PU-ND
ATTIN 26-16SU-ND
ATTIN 26L-8MU-ND
ATTIN 26L-8PU-ND
ATTIN 26L-8SU-ND
ATTIN 261-20MU-ND
ATTIN 261-20PU-ND
ATTIN 261-20SU-ND
ATTIN 261V-10MU-ND
ATTIN 261V-10PU-ND
ATTIN 261V-10SU-ND
ATTIN 28L-4AU-ND
ATTIN 28L-4MU-ND
ATTIN 28L-4PU-ND
ATTIN 28V-1AU-ND
ATTIN 28V-1MU-ND
ATTIN 28V-1PU-ND
† Tape and Reel
(US2011)
(TZM112.US)
1
1.08
1.04
1.89
1.89
1.96
1.91
1.81
1.81
1.81
1.95
1.88
1.90
1.80
1.80
1.80
1.80
2.65
2.67
2.56
2.65
2.67
2.56
2.50
2.52
2.42
2.50
2.52
2.42
1.98
2.00
1.89
1.89
1.98
2.00
1.89
1.89
1.50
2.95
3.06
2.95
2.95
3.06
2.95
2.80
2.90
2.80
2.80
2.90
2.80
2.90
2.90
3.01
2.90
2.90
3.01
Price Each
25
.68
2733.12/4,500
1.00
1.19
1.19
1.23
1.21
1.14
1.14
1.14
1.23
1.19
1.20
1.13
1.13
1.13
1.13
1.67
1.68
1.62
1.67
1.68
1.62
1.58
1.59
1.52
1.58
1.59
1.52
1.25
1.26
1.19
1.19
1.25
1.26
1.19
1.19
1.44
1.86
1.92
1.86
1.86
1.92
1.86
1.76
1.83
1.76
1.76
1.83
1.76
1.83
1.83
1.89
1.83
1.83
1.89
100
.62
.96
1.08
1.08
1.11
1.09
1.04
1.04
1.04
1.11
1.08
1.09
1.04
1.04
1.04
1.04
1.52
1.53
1.48
1.52
1.53
1.48
1.43
1.44
1.39
1.43
1.44
1.39
1.13
1.14
1.09
1.09
1.13
1.14
1.09
1.09
1.38
1.70
1.75
1.70
1.70
1.75
1.70
1.58
1.63
1.58
1.58
1.63
1.58
1.66
1.66
1.71
1.66
1.66
1.71
(Continued)
tinyAVR®
Flash EEPROM
(KBytes) (Bytes)
4
8
64
64
256
256
256
256
256
256
256
256
256
256
256
256
256
256
64
64
64
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
64
64
64
◆ RoHS Compliant
®
(Cont.)
SRAM
(Bytes)
I/O
Pins
Timers
16-Bit/
8-Bit
PWM
Channels
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
16
16
12
12
12
6
6
6
6
6
6
6
6
16
16
16
28
28
24
12
12
12
12
12
6
6
6
6
6
16
16
16
16
16
24
28
28
/2
/2
1/1
1/1
1/1
/2
/2
/2
/2
/2
/2
/2
/2
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
/2
/2
/2
/2
/2
1/1
1/1
1/1
1/1
1/1
1/1
1/1
1/1
4
4
4
4
4
4
4
4
4
4
4
4
4
5
5
5
1
1
1
4
4
4
4
4
4
4
4
4
4
5
5
5
5
5
2
2
2
‡ Cut Tape
SPI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
ADC
TWI
10-Bit Ana.
Clock
USART (I2C) ISP (Ch.) Comp. BOD WDT Int. RC Speed
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
USI
4
4
8
8
8
4
4
4
4
4
4
4
4
11
11
11
8
8
8
8
8
8
8
8
4
4
4
4
4
11
11
11
11
11
8
8
8
8MHz
8MHz
10MHz
10MHz
10MHz
20MHz
20MHz
20MHz
20MHz
10MHz
10MHz
10MHz
10MHz
20MHz
20MHz
10MHz
12MHz
12MHz
12MHz
20MHz
20MHz
20MHz
10MHz
10MHz
20MHz
20MHz
20MHz
10MHz
10MHz
20MHz
20MHz
10MHz
10MHz
10MHz
12MHz
12MHz
12MHz
VCC
0.7
0.7
1.8
1.8
1.8
2.7
2.7
2.7
2.7
1.8
1.8
1.8
1.8
2.7
2.7
1.8
1.8
1.8
1.8
2.7
2.7
2.7
1.8
1.8
2.7
2.7
2.7
1.8
1.8
2.7
2.7
1.8
1.8
1.8
1.8
1.8
1.8
Package
1.8V 20-QFN
1.8V 20-SOIC
5.5V 20-QFN
5.5V 14-PDIP
5.5V 14-SOIC
5.5V 20-MLF®
5.5V
8-Dip
5.5V 8-SOIC
5.5V 8-TSSOP
5.5V 20-MLF®
5.5V
8-Dip
5.5V 8-SOIC
5.5V 8-TSSOP
5.5V 32-QFN
5.5V 20-SOIC
5.5V 20-SOIC
5.5V 32-TQFP
5.5V 32-QFN
5.5V
28-Dip
5.5V 20-QFN
5.5V
14-Dip
5.5V 14-SOIC
5.5V 20-QFN
5.5V 14-SOIC
5.5V 20-QFN
5.5V
8-Dip
5.5V 8-SOIC
5.5V
8-Dip
5.5V 8-SOIC
5.5V 32-QFN
5.5V 20-SOIC
5.5V 32-QFN
5.5V
20-Dip
5.5V 20-SOIC
5.5V
28-Dip
5.5V 32-TQFP
5.5V 32-QFN
Range
Part No.
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
85°C
85°C
85°C
85°C
85°C
85°C
85°C
85°C
85°C
85°C
85°C
85°C
85°C
85°C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
85 C
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
ATTIN
43U-MU-ND NEW!
43U-SU-ND NEW!
44A-MU-ND◆
44A-PU-ND◆
44A-SSU-ND◆
45-20MU-ND
45-20PU-ND
45-20SU-ND
45-20XU-ND
45V-10MU-ND
45V-10PU-ND
45V-10SU-ND
45V-10XU-ND
461-20MU-ND
461-20SU-ND
461V-10SU-ND
48-AU-ND
48-MU-ND
48-PU-ND
84-20MU-ND
84-20PU-ND
84-20SSU-ND
84V-10MU-ND
84V-10SSU-ND
85-20MU-ND
85-20PU-ND
85-20SU-ND
85V-10PU-ND
85V-10SU-ND
861-20MU-ND
861-20SU-ND
861V-10MU-ND
861V-10PU-ND
861V-10SU-ND
88-PU-ND
88-AU-ND
88-MU-ND
1
Price Each
25
100
2.93
2.84
2.49
2.52
2.41
2.29
2.31
2.20
2.20
2.29
2.31
2.20
2.20
2.95
2.95
2.95
2.57
2.57
2.67
2.99
3.01
2.90
2.99
2.90
2.24
2.26
2.15
2.26
2.15
3.03
3.03
3.03
3.14
3.03
2.96
2.86
2.86
1.84
1.79
1.57
1.58
1.52
1.44
1.46
1.39
1.39
1.44
1.46
1.39
1.39
1.85
1.85
1.85
1.62
1.62
1.68
1.88
1.89
1.83
1.88
1.83
1.41
1.42
1.35
1.42
1.35
1.91
1.91
1.91
1.98
1.91
1.87
1.80
1.80
1.68
1.64
1.43
1.44
1.39
1.31
1.32
1.27
1.27
1.31
1.32
1.27
1.27
1.69
1.69
1.69
1.48
1.48
1.53
1.67
1.68
1.62
1.67
1.62
1.33
1.34
1.29
1.34
1.29
1.70
1.70
1.70
1.76
1.70
1.70
1.64
1.64
† Tape and Reel
megaAVR®
Flash EEPROM SRAM
256
512
256
512
256
512
256
512
256
512
256
512
4
256
512
256
512
256
512
256
512
256
512
256
512
256
512
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
512
512
512
512
512
512
512
8
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
Timers
PWM
I/O 16/8-bit Channels RTC
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
6
23
1/2
3
23
1/2
3
23
1/2
3
23
1/2
3
23
1/2
3
23
1/2
3
23
1/2
6
23
1/2
6
23
1/2
6
35
1/1
3
—
35
1/1
3
—
35
1/1
3
—
35
1/1
3
—
35
1/1
3
—
35
1/1
3
—
35
1/1
3
—
35
1/1
3
—
35
1/1
3
—
32
1/2
4
—
32
1/2
4
—
32
1/2
4
—
32
1/2
4
—
32
1/2
4
—
32
1/2
4
—
32
1/2
4
—
32
1/2
4
—
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
ADC
TWI
10-Bit Ana.
Int. HW
Clock
SPI
USART (I2C) ISP (Ch.) Comp. BOD WDT RC MULT
VCC
Speed
USART
1
8
2.7 5.5V 20MHz
USART
1
8
2.7 5.5V 20MHz
USART
1
8
2.7 5.5V 20MHz
USART
1
8
2.7 5.5V 20MHz
USART
1
8
1.8 5.5V 10MHz
USART
1
8
1.8 5.5V 10MHz
USART
1
8
1.8 5.5V 10MHz
USART
1
8
2.7 5.5V 20MHz
USART
1
8
2.7 5.5V 20MHz
USART
1
8
2.7 5.5V 20MHz
USART
1
8
1.8 5.5V 10MHz
USART
1
8
1.8 5.5V 10MHz
USART
1
8
1.8 5.5V 10MHz
1
1
8
4.5 5.5V 16MHz
1
1
8
2.7 5.5V 8MHz
1
1
8
4.5 5.5V 16MHz
1
1
8
4.5 5.5V 16MHz
1
1
8
2.7 5.5V 8MHz
1
1
8
2.7 5.5V 8MHz
USART
1
8
2.7 5.5V 20MHz
USART
1
8
2.7 5.5V 20MHz
USART
1
8
2.7 5.5V 20MHz
1
1
—
—
4.5 5.5V 16MHz
1
1
—
—
4.5 5.5V 16MHz
1
1
—
—
4.5 5.5V 16MHz
1
1
—
—
4.5 5.5V 16MHz
1
1
—
—
2.7 5.5V 8MHz
1
1
—
—
2.7 5.5V 8MHz
1
1
—
—
2.7 5.5V 8MHz
1
1
—
—
2.7 5.5V 8MHz
1
1
—
—
2.7 5.5V 8MHz
4.5 5.5V 16MHz
1
1
8
1
1
8
4.5 5.5V 16MHz
1
1
8
4.5 5.5V 16MHz
1
1
8
4.5 5.5V 16MHz
1
1
8
2.7 5.5V 8MHz
1
1
8
2.7 5.5V 8MHz
1
1
8
2.7 5.5V 8MHz
1
1
8
2.7 5.5V 8MHz
Package
32-TQFP
32-QFN
28-QFN
28-Dip
32-TQFP
32-QFN
28-Dip
32-TQFP
32-QFN
28-Dip
32-TQFP
32-QFN
28-Dip
28-Dip
28-Dip
32-TQFP
32-QFN
32-TQFP
32-QFN
32-TQFP
32-QFN
28-Dip
44-TQFP
44-PLCC
44-QFN
40-Dip
44-TQFP
44-QFN
44-QFN
40-Dip
44-PLCC
44-TQFP
44-PLCC
44-QFN
40-Dip
44-TQFP
44-PLCC
44-QFN
40-Dip
Temperature
Range
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
0 70 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
Digi-Key
Part No.
ATMEGA48-20AU-ND
ATMEGA48-20MU-ND
ATMEGA48-20MMU-ND
ATMEGA48-20PU-ND
ATMEGA48V-10AU-ND
ATMEGA48V-10MU-ND
ATMEGA48V-10PU-ND
ATMEGA48P-20AU-ND
ATMEGA48P-20MU-ND
ATMEGA48P-20PU-ND
ATMEGA48PV-10AU-ND
ATMEGA48PV-10MU-ND
ATMEGA48PV-10PU-ND
ATMEGA8-16PU-ND
ATMEGA8L-8PU-ND
ATMEGA8-16AU-ND
ATMEGA8-16MU-ND
ATMEGA8L-8AU-ND
ATMEGA8L-8MU-ND
ATMEGA88PA-AU-ND
ATMEGA88PA-MU-ND
ATMEGA88PA-PU-ND
ATMEGA8515-16AU-ND
ATMEGA8515-16JU-ND
ATMEGA8515-16MU-ND
ATMEGA8515-16PU-ND
ATMEGA8515L-8AU-ND
ATMEGA8515L-8MC-ND
ATMEGA8515L-8MU-ND
ATMEGA8515L-8PU-ND
ATMEGA8515L-8JU-ND
ATMEGA8535-16AU-ND
ATMEGA8535-16JU-ND
ATMEGA8535-16MI-ND
ATMEGA8535-16PU-ND
ATMEGA8535L-8AU-ND
ATMEGA8535L-8JU-ND
ATMEGA8535L-8MU-ND
ATMEGA8535L-8PU-ND
100
1.60
1.60
1.66
1.65
1.60
1.60
1.65
1.75
1.75
1.81
1.75
1.75
1.81
2.14
2.14
2.08
2.08
2.08
2.08
2.05
2.05
2.11
2.16
2.21
2.16
2.21
2.16
2.94
2.16
2.21
2.21
2.32
2.38
3.18
2.38
2.32
2.38
2.32
2.38
(Continued)
◆ RoHS Compliant
®
Price Each
1
25
2.73
1.72
2.73
1.72
2.86
1.80
2.84
1.79
2.73
1.72
2.73
1.72
2.84
1.79
3.05
1.92
3.05
1.92
3.15
1.99
3.05
1.92
3.05
1.92
3.15
1.99
3.66
2.30
3.66
2.30
3.55
2.23
3.55
2.23
3.55
2.23
3.55
2.23
3.57
2.25
3.57
2.25
3.68
2.31
3.76
2.36
3.87
2.43
3.76
2.36
3.87
2.43
3.76
2.36
3.19
3.07
3.76
2.36
3.87
2.43
3.87
2.43
4.04
2.54
4.15
2.61
3.45
3.32
4.15
2.61
4.04
2.54
4.15
2.61
4.04
2.54
4.15
2.61
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
87
87
C
megaAVR®
C
Flash EEPROM SRAM
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
16
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
512
1K
1K
2K
1K
2K
1K
2K
1K
2K
1K
2K
1K
2K
1K
1K
1K
2.5K
1K
2.5K
32
1K
2K
1K
2K
1K
2K
1K
2K
1K
2K
1K
2K
1K
2K
1K
2K
1K
2K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
64
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
2K
4K
4K
8K
4K
8K
4K
8K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
16K
4K
16K
128
4K
16K
4K
8K
4K
8K
4K
8K
4K
8K
4K
8K
4K
8K
4K
8K
4K
8K
4K
8K
4K
8K
4K
8K
256
4K
8K
4K
8K
4K
8K
4K
8K
(Cont.)
ADC
Timers
PWM
TWI
10-Bit Ana.
Int. HW
Clock
I/O 16/8-bit Channels RTC
SPI
VCC
Speed Package
32
1/2
4
1
1
8
2.7 5.5V 16MHz 44-TQFP
32
1/2
4
1
1
8
2.7 5.5V 16MHz 44-QFN
32
1/2
4
1
1
8
2.7 5.5V 16MHz
40-Dip
32
1/2
4
1
1
8
2.7 5.5V 8MHz 44-TQFP
32
1/2
4
1
1
8
2.7 5.5V 8MHz
44-QFN
32
1/2
4
1
1
8
2.7 5.5V 8MHz
44-QFN
32
1/2
4
1
1
8
2.7 5.5V 8MHz
44-QFN
32
1/2
4
1
1
8
2.7 5.5V 8MHz
40-Dip
35
2/2
6
1
2
—
—
2.7 5.5V 16MHz 44-TQFP
35
2/2
6
1
2
—
—
2.7 5.5V 16MHz 44-QFN
35
2/2
6
1
2
—
—
2.7 5.5V 16MHz
40-Dip
35
2/2
6
1
2
—
—
2.7 5.5V 8MHz 44-TQFP
35
2/2
6
1
2
—
—
2.7 5.5V 8MHz
44-QFN
35
2/2
6
1
2
—
—
2.7 5.5V 8MHz
44-QFN
35
2/2
6
1
2
—
—
2.7 5.5V 8MHz
40-Dip
23
1/2
6
1 USART
1
8
1.8 5.5V 20MHz 32-TQFP
23
1/2
6
1 USART
1
8
1.8 5.5V 20MHz 32-QFN
23
1/2
6
1 USART
1
8
1.8 5.5V 20MHz
28-Dip
23
1/2
6
1 USART
1
8
1.8 5.5V 10MHz 32-TQFP
23
1/2
6
1 USART
1
8
1.8 5.5V 10MHz 32-QFN
23
1/2
6
1 USART
1
8
1.8 5.5V 10MHz
28-Dip
54
1/2
4
1
2
—
—
2.7 5.5V 8MHz
64-QFN
32
1/2
4
1
1
8
4.0 5.5V 16MHz 44-TQFP
32
1/2
4
1
1
8
4.0 5.5V 16MHz 44-QFN
32
1/2
4
1
1
8
4.0 5.5V 16MHz
40-Dip
32
1/2
4
1
1
8
1.8 5.5V 8MHz 44-TQFP
32
1/2
4
1
1
8
1.8 5.5V 8MHz
44-QFN
32
1/2
4
1
1
8
2.7 5.5V 8MHz
40-Dip
22
1/1
4
1
1
8
2.7 5.5V 16MHz 32-TQFP
26
2/2
4
1
1
8
2.7 5.5V 16MHz 44-TQFP
26
2/2
4
1
1
8
2.7 5.5V 16MHz 44-QFN
1
USI
8
2.7 5.5V 16MHz 64-TQFP
54
1/2
4
1 USI
54
1/2
4
1 USI
1
USI
8
2.7 5.5V 16MHz 64-QFN
54
1/2
4
1 USI
1
USI
8
1.8 5.5V 8MHz 64-TQFP
54
1/2
4
1 USI
1
USI
8
1.8 5.5V 8MHz
64-QFN
69
1/2
4
1 USI
1
USI
8
2.7 5.5V 16MHz 100-TQFP
69
1/2
4
1 USI
1
USI
8
1.8 5.5V 8MHz 100-TQFP
23
1/2
6
1 USART
1
8
1.8 5.5V 10MHz 32-TQFP
23
1/2
6
1 USART
1
8
1.8 5.5V 10MHz 32-QFN
23
1/2
6
1 USART
1
8
1.8 5.5V 10MHz 28-PDIP
54
2/2
8
1
2
8
2.7 5.5V 16MHz 64-TQFP
54
2/2
8
1
2
8
2.7 5.5V 16MHz 64-TQFP
54
2/2
8
1
2
8
2.7 5.5V 16MHz 64-QFN
54
2/2
8
1
2
8
2.7 5.5V 16MHz 64-QFN
54
2/2
8
1
2
8
2.7 5.5V 8MHz 64-TQFP
54
2/2
8
1
2
8
2.7 5.5V 8MHz
64-QFN
54
2/2
8
1
2
8
2.7 5.5V 8MHz
64-QFN
1.8 5.5V 10MHz 44-TQFP
32
1/2
6
1 USART
1
8
32
1/2
6
1 USART
1
8
1.8 5.5V 10MHz 44-QFN
32
1/2
6
1 USART
1
8
1.8 5.5V 10MHz
40-Dip
32
1/2
6
1 USART
1
8
2.7 5.5V 20MHz 44-TQFP
32
1/2
6
1 USART
1
8
2.7 5.5V 20MHz 44-QFN
32
1/2
6
1 USART
1
8
2.7 5.5V 20MHz
40-Dip
32
1/2
6
1 USART
2
8
1.8 5.5V 20MHz 44-TQFP
32
1/2
6
1 USART
2
8
1.8 5.5V 20MHz 44-VQFN
32
1/2
6
1 USART
2
8
1.8 5.5V 20MHz 40-PDIP
54
1/2
4
1 USI
1
USI
8
1.8 5.5V 16MHz 64-TQFP
54
1/2
4
1 USI
1
USI
8
1.8 5.5V 8MHz 64-TQFP
54
1/2
4
1 USI
1
USI
8
1.8 5.5V 8MHz
64-QFN
69
1/2
4
1 USI
1
USI
8
1.8 5.5V 16MHz 100-TQFP
69
1/2
4
1 USI
1
USI
8
1.8 5.5V 8MHz 100-TQFP
86
4/2
16
1 USART
4
16
2.7 5.5V 16MHz 100-TQFP
86
4/2
16
1 USART
4
16
1.8 5.5V 8MHz 100-TQFP
86
4/2
16
1 USART
4
16
1.8 5.5V 8MHz 100-CBGA
53
2/2
8
1
2
8
4.5 5.5V 16MHz 64-QFN
53
2/2
8
1
2
8
4.5 5.5V 16MHz 64-TQFP
53
2/2
8
1
2
8
4.5 5.5V 16MHz 64-QFN
53
2/2
8
1
2
8
2.7 5.5V 16MHz 64-TQFP
53
2/2
8
1
2
8
2.7 5.5V 16MHz 64-QFN
53
2/2
8
1
2
8
2.7 5.5V 8MHz 64-TQFP
53
2/2
8
1
2
8
2.7 5.5V 8MHz
64-QFN
32
2/2
6
1
2
8
1.8 5.5V 16MHz 44-TQFP
32
2/2
6
1
2
8
1.8 5.5V 16MHz 44-QFN
32
2/2
6
1
2
8
1.8 5.5V 16MHz 40-PDIP
86
4/2
16
1 USART
4
16
2.7 5.5V 16MHz 100-TQFP
86
4/2
16
1 USART
4
16
2.7 5.5V 16MHz 100-CBGA
86
4/2
16
1 USART
4
16
1.8 5.5V 8MHz 100-TQFP
86
4/2
16
1 USART
4
16
1.8 5.5V 8MHz 100-CBGA
54
4/2
10
1 USART
2
8
2.7 5.5V 16MHz 64-TQFP
54
4/2
10
1 USART
2
8
2.7 5.5V 16MHz 64-QFN
1 USART
2
8
1.8 5.5V 8MHz 64-TQFP
54
4/2
10
54
4/2
10
1 USART
2
8
1.8 5.5V 8MHz
64-QFN
86
4/2
16
1 USART
4
16
4.5 5.5V 16MHz 100-TQFP
86
4/2
16
1 USART
4
16
1.8 5.5V 8MHz 100-TQFP
86
4/2
16
1 USART
4
16
1.8 5.5V 8MHz 100-CBGA
54
4/2
10
1 USART
2
8
4.5 5.5V 16MHz 64-TQFP
54
4/2
10
1 USART
2
8
4.5 5.5V 16MHz 64-QFN
54
4/2
10
1 USART
2
8
1.8 5.5V 8MHz 64-TQFP
54
4/2
10
1 USART
2
8
1.8 5.5V 8MHz
64-QFN
Temperature
Range
-40 85 C
-40 85 C
-40 85 C
-40 85 C
0 70 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
0 70 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85°C
-40 85°C
-40 85°C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
0 70 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
0 70 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
-40 85 C
Digi-Key
Part No.
ATMEGA16-16AU-ND
ATMEGA16-16MU-ND
ATMEGA16-16PU-ND
ATMEGA16L-8AU-ND
ATMEGA16L-8MC-ND
ATMEGA16L-8MI-ND
ATMEGA16L-8MU-ND
ATMEGA16L-8PU-ND
ATMEGA162-16AU-ND
ATMEGA162-16MU-ND
ATMEGA162-16PU-ND
ATMEGA162V-8AU-ND
ATMEGA162V-8MI-ND
ATMEGA162V-8MU-ND
ATMEGA162V-8PU-ND
ATMEGA168-20AU-ND
ATMEGA168-20MU-ND
ATMEGA168-20PU-ND
ATMEGA168V-10AU-ND
ATMEGA168V-10MU-ND
ATMEGA168V-10PU-ND
ATMEGA169L-8MI-ND
ATMEGA32-16AU-ND
ATMEGA32-16MU-ND
ATMEGA32-16PU-ND
ATMEGA32L-8AU-ND
ATMEGA32L-8MU-ND
ATMEGA32L-8PU-ND
ATMEGA32U2-AU-ND◆ NEW!
ATMEGA32U4-AU-ND◆ NEW!
ATMEGA32U4-MU-ND◆ NEW!
ATMEGA325-16AU-ND
ATMEGA325-16MU-ND
ATMEGA325V-8AU-ND
ATMEGA325V-8MU-ND
ATMEGA3250-16AU-ND
ATMEGA3250V-8AU-ND
ATMEGA328P-AU-ND◆
ATMEGA328P-MU-ND◆
ATMEGA328P-PU-ND◆
ATMEGA64A-AU-ND◆ NEW!
ATMEGA64-16AU-ND
ATMEGA64-16MI-ND
ATMEGA64-16MU-ND
ATMEGA64L-8AU-ND
ATMEGA64L-8MC-ND
ATMEGA64L-8MU-ND
ATMEGA644V-10AU-ND
ATMEGA644V-10MU-ND
ATMEGA644V-10PU-ND
ATMEGA644-20AU-ND
ATMEGA644-20MU-ND
ATMEGA644-20PU-ND
ATMEGA644PA-AU-ND◆ NEW!
ATMEGA644PA-MU-ND◆ NEW!
ATMEGA644PA-PU-ND◆ NEW!
ATMEGA645-16AU-ND
ATMEGA645V-8AU-ND
ATMEGA645V-8MU-ND
ATMEGA6450-16AU-ND
ATMEGA6450V-8AU-ND
ATMEGA640-16AU-ND
ATMEGA640V-8AU-ND
ATMEGA640V-8CU-ND
ATMEGA128-16MC-ND
ATMEGA128-16AU-ND
ATMEGA128-16MU-ND
ATMEGA128A-AU-ND◆ NEW!
ATMEGA128A-MU-ND◆ NEW!
ATMEGA128L-8AU-ND
ATMEGA128L-8MU-ND
ATMEGA1284P-AU-ND◆
ATMEGA1284P-MU-ND◆
ATMEGA1284P-PU-ND◆
ATMEGA1280-16AU-ND
ATMEGA1280-16CU-ND
ATMEGA1280V-8AU-ND
ATMEGA1280V-8CU-ND
ATMEGA1281-16AU-ND
ATMEGA1281-16MU-ND
ATMEGA1281V-8AU-ND
ATMEGA1281V-8MU-ND
ATMEGA2560-16AU-ND
ATMEGA2560V-8AU-ND
ATMEGA2560V-8CU-ND
ATMEGA2561-16AU-ND
ATMEGA2561-16MU-ND
ATMEGA2561V-8AU-ND
ATMEGA2561V-8MU-ND
◆ RoHS Compliant
®
88
88
(US2011)
(TZM112.US)
Price Each
1
25
100
6.73
4.23
3.84
6.73
4.23
3.84
6.84
4.30
3.90
6.73
4.23
3.84
3.97
3.82
3.66
3.97
3.82
3.66
6.73
4.23
3.84
6.84
4.30
3.90
6.67
4.19
3.78
6.67
4.19
3.78
6.77
4.26
3.83
6.67
4.19
3.78
4.10
3.94
3.78
6.67
4.19
3.78
4.26
3.83
6.77
4.32
2.72
2.48
4.32
2.72
2.48
4.43
2.79
2.53
4.32
2.72
2.48
4.32
2.72
2.48
4.43
2.79
2.53
6.67
6.42
6.16
8.17
5.13
4.66
8.17
5.13
4.66
8.28
5.20
4.71
8.17
5.13
4.66
8.17
5.13
4.66
8.28
5.20
4.71
4.40
2.77
2.64
6.04
3.79
3.47
6.04
3.79
3.47
6.88
4.32
3.93
6.88
4.32
3.93
6.88
4.32
3.93
6.88
4.32
3.93
7.25
4.55
4.14
7.25
4.55
4.14
4.87
3.06
2.80
4.87
3.06
2.80
4.98
3.13
2.85
7.33
4.61
4.21
11.83
7.43
7.00
7.22
6.94
6.66
11.83
7.43
7.00
11.83
7.43
7.00
7.22
6.94
6.66
11.83
7.43
7.00
7.87
4.95
4.49
7.87
4.95
4.49
7.98
5.01
4.55
7.87
4.95
4.49
7.87
4.95
4.49
7.98
5.01
4.55
7.39
4.65
4.25
7.39
4.65
4.25
7.50
4.71
4.30
9.01
5.66
5.14
9.01
5.66
5.14
9.01
5.66
5.14
10.36
6.51
5.92
10.36
6.51
5.92
11.80
7.42
6.81
11.80
7.42
6.81
12.88
8.09
7.33
9.10
8.75
8.40
17.21 10.81
9.88
17.21 10.81
9.88
9.23
5.80
5.30
9.23
5.80
5.30
17.21 10.81
9.88
17.21 10.81
9.88
8.03
5.04
4.61
8.03
5.04
4.61
8.13
5.11
4.66
16.13 10.13
9.26
17.20 10.81
9.78
16.13 10.13
9.26
17.20 10.81
9.78
13.12
8.24
7.32
13.12
8.24
7.32
13.12
8.24
7.32
13.12
8.24
7.32
17.97 11.29 10.22
17.97 11.29 10.22
19.05 11.97 10.74
17.79 11.17 10.21
17.79 11.17 10.21
17.79 11.17 10.21
17.79 11.17 10.21
picoPower™ AVR®
Timer
16-Bit/
8-Bit
Flash EEPROM SRAM I/O
(KBytes) (Bytes) (Bytes) Pins
16
32
64
PWM
Ch. RTC
ADC
TWI
10-Bit Ana.
Int. HW
SPI
VCC
Clock
Speed
Package
Temp.
Range
1
Price Each
25
100
5.49
3.45
3.16
3.16
Digi-Key
Part No.
512
1K
32
1/2
6
1 USART
2
8
2.7 5.5V 20MHz 44-TQFP -40 85°C ATMEGA164P-20AU-ND
512
1K
32
1/2
6
1 USART
2
8
2.7 5.5V 20MHz
44-QFN
-40 85°C ATMEGA164P-20MU-ND
5.49
3.45
512
1K
32
1/2
6
1 USART
2
8
2.7 5.5V 20MHz
40-Dip
-40 85°C ATMEGA164P-20PU-ND
5.60
3.52
3.21
512
1K
32
1/2
6
1 USART
2
8
1.8 5.5V 10MHz 44-TQFP -40 85°C ATMEGA164PV-10AU-ND
5.49
3.45
3.16
3.16
512
1K
32
1/2
6
1 USART
2
8
1.8 5.5V 10MHz
44-QFN
-40 85°C ATMEGA164PV-10MU-ND
5.49
3.45
512
1K
32
1/2
6
1 USART
2
8
1.8 5.5V 10MHz
40-Dip
-40 85°C ATMEGA164PV-10PU-ND
5.60
3.52
3.21
512
1K
54
1/2
4
1 USI
1
8
6.41
4.03
3.68
USI
512
1K
54
1/2
4
1 USI
1
USI
8
2.7 5.5V 16MHz
64-QFN
6.41
4.03
3.68
512
1K
54
1/2
4
1 USI
1
USI
8
1.8 5.5V 8MHz
64-TQFP -40 85°C ATMEGA165PV-8AU-ND
6.41
4.03
3.68
USI
64-QFN
512
1K
54
1/2
4
1 USI
1
8
1.8 5.5V 8MHz
6.41
4.03
3.68
1K
2K
32
1/2
6
1 USART
2
8
7.05
4.43
4.05
1K
2K
32
1/2
6
1 USART
2
8
2.7 5.5V 20MHz
44-QFN
7.05
4.43
4.05
40-Dip
4.10
1K
2K
32
1/2
6
1 USART
2
8
2.7 5.5V 20MHz
7.16
4.50
1K
2K
32
1/2
6
1 USART
2
8
7.05
4.43
4.05
1K
2K
32
1/2
6
1 USART
2
8
1.8 5.5V 10MHz
44-QFN
7.05
4.43
4.05
1K
2K
32
1/2
6
1 USART
2
8
1.8 5.5V 10MHz
40-Dip
1K
2K
54
1/2
4
1 USI
1
8
USI
1K
2K
54
1/2
4
1 USI
1
USI
8
2.7 5.5V 20MHz
1K
2K
54
1/2
4
1 USI
1
USI
8
64-QFN
7.16
4.50
4.10
6.99
4.39
3.99
6.99
4.39
3.99
6.99
4.39
3.99
1K
2K
69
1/2
4
1 USI
1
USI
8
7.25
4.55
4.14
1K
2K
69
1/2
4
1 USI
1
USI
8
7.25
4.55
4.14
2K
4K
32
1/2
6
1 USART
2
8
8.08
5.08
4.69
2K
4K
32
1/2
6
1 USART
2
8
2.7 5.5V 20MHz
44-QFN
8.08
5.08
4.69
40-Dip
2K
4K
32
1/2
6
1 USART
2
8
2.7 5.5V 20MHz
8.19
5.15
4.74
2K
4K
32
1/2
6
1 USART
2
8
8.08
5.08
4.69
2K
4K
32
1/2
6
1 USART
2
8
1.8 5.5V 10MHz
8.19
5.15
4.74
40-Dip
AVR® XMEGA High Performance Low
Power Flash Microcontrollers
Operating Temperature: Industrial  -4 C ~ 85 C
Memory Size (Bytes)
Flash EEPROM SRAM
DMA
Channels
I/O
Pins
Frequency
Max.
(MHz)
1K
2K
4
36
32
1.6
1K
2K
4
36
32
1.6
16K
32K
64K
128K
192K
256K
VCC
(V)
12-bit
12-bit
A/D
D/A
Channels Channels
16-bit
Timers
PWM
Channels
SPI
TWI
USART
3.6
5
16
2
2
5
12
3.6
5
16
2
2
5
1
Price Each
25
100
ATXMEGA16A4-AU-ND
5.20
3.27
2.99
ATXMEGA16A4-MH-ND
5.20
3.27
2.99
Package
Digi-Key
Part No.
2
44-TQFP
12
2
44-QFN
2K
4K
4
36
32
1.6
3.6
5
16
2
2
5
12
2
44-TQFP
ATXMEGA32A4-AU-ND
5.88
3.70
3.38
2K
4K
4
36
32
1.6
3.6
5
16
2
2
5
12
2
44-QFN
ATXMEGA32A4-MH-ND
5.88
3.70
3.38
2K
4K
4
78
32
1.6
3.6
8
24
4
4
8
16
4
100-TQFP ATXMEGA64A1-AU-ND
8.06
5.07
4.51
2K
4K
4
78
32
1.6
3.6
8
24
4
4
8
16
4
100-CBGA ATXMEGA64A1-CU-ND
9.14
5.74
5.10
2K
4K
4
50
32
1.8
3.6
7
22
4
4
7
16
2
64-TQFP
ATXMEGA64A3-AU-ND
8.21
5.16
4.72
2K
4K
4
50
32
1.8
3.6
7
22
4
4
7
16
2
64-QFN
ATXMEGA64A3-MH-ND
8.21
5.16
4.72
5.86
2K
8K
4
78
32
1.6
3.6
8
24
4
4
8
16
4
100-TQFP ATXMEGA128A1-AU-ND
10.20
6.41
2K
8K
4
78
32
1.6
3.6
8
24
4
4
8
16
4
100-CBGA ATXMEGA128A1-CU-ND
11.27
7.08
6.38
2K
8K
4
50
32
1.8
3.6
7
22
4
4
7
16
2
10.43
6.56
5.99
5.99
64-TQFP
ATXMEGA128A3-AU-ND
2K
8K
4
50
32
1.8
3.6
7
22
4
4
7
16
2
64-QFN
ATXMEGA128A3-MH-ND
10.43
6.56
4K
16K
4
50
32
1.8
3.6
7
22
4
4
7
16
2
64-TQFP
ATXMEGA192A3-AU-ND
11.52
7.24
6.62
4K
16K
4
50
32
1.8
3.6
7
22
4
4
7
16
2
64-QFN
ATXMEGA192A3-MH-ND
11.52
7.24
6.62
4K
16K
4
50
32
1.8
3.6
7
22
4
4
7
16
2
64-TQFP
ATXMEGA256A3-AU-ND
13.55
8.51
7.78
4K
16K
4
50
32
1.8
3.6
7
22
4
4
7
16
2
64-QFN
ATXMEGA256A3-MH-ND
13.55
8.51
7.78
Adapters
The AVR® ICE50 is a top-of-the-line development tool for complete in-circuit emulation of most AVR 8-bit
RISC microcontrollers.
The ICE50 and the AVR Studio4 user interface give the user complete control of the internal resources of the
microcontroller, helping to reduce development time by making debugging easier.
Description
Digi-Key
Part No.
Price
Each
Description
Digi-Key
Part No.
ICE50 Extension Memory Card
ATICE50MEM-ND
240.50
Personality Adapter for ATmega162
ATADAPMEGA162-ND
40.30
Replacement POD for ICE40, ICE50
ATICE50POD-ND
455.00
Probe with Flex Cables
ATICE50PROBE-ND
Personality Adapter for ATtiny2313
ATADAPT2313-ND
40.30
ATADAP169_TOP-ND
ATADAPTINY13-ND
40.30
ATADAPMEGA8-ND
40.30
ATADAPTINY26-ND
40.30
ATADAPMEGA32-ND
40.30
ICE50 Adapter Test
ATADAPTEST-ND
40.30
79.30
195.00
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
Price
Each
(US2011)
(TZM112.US)
89
89
C
USB Development Kit
Description
USB Host/Function Development Kit or AT43USB380
OTG/Host FunctionProcessor
ATSTK500 Starter Kit
The ATSTK500 is a starter it and development system or Atmel s AVR lash microcontrollers. The ATSTK500 ives
designers a quick start to develop code on the AVR combined with features for using the starter kit to develop prototypes
and test new desi ns. The ATSTK500 inter aces with AVR Studio®, Atmel s Inte rated Development Environment IDE
for code writing and debugging.
ATSTK500-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $82.16
C
Description
Digi-Key
Part No.
Price
Each
Module or STK520
ATSTK520-ND
CAN Extension or STK500/501
ATADAPCAN01-ND
Starter Kit or AT90USB
ATSTK525-ND
206.96
Starter Kit or AT90USB82/162
ATSTK526-ND
206.96
Extension Board Kit or STK525
ATEVK525-ND
156.00
82.16
19.76
BC100 Development Kit
The BC100 is a re erence desi n/development it that tar ets attery char in . The it can e used to char e various attery
types, as lon as the re uirements to char in volta e and currents are within the output ran e that the it o ers 1.2V
38V, 5A Max. The it can e used to develop applications such as attery char ers, attery ac up, un-interrupta le power
supply and switch mode power supply.
ATAVRBC100-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $206.96
AVR®32 32-Bit Microcontrollers
MIPS
210
80
72
SRAM
(KBytes)
32
32
32
32
64
64
64
64
64
64
64
64
16
16
32
32
32
32
32
32
32
Flash
(KBytes)
—
—
128
128
256
256
256
256
512
512
512
512
64
64
128
128
128
256
256
256
256
Cache
(Inst/Data)
16KB/16KB
16KB/16KB
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
I/O
Pins
160
85
109
69
109
69
109
109
109
109
69
69
44
28
44
44
28
44
44
28
28
USB
Hi h-Speed
Hi h-Speed
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed OTG
Full-Speed
Full-Speed OTG
Full-Speed OTG
Full-Speed
Full-Speed OTG
Full-Speed OTG
Full-Speed
Full-Speed
Ext. Bus
Interface
es
es
es
No
es
No
No
No
es
es
No
No
—
—
—
—
—
—
—
—
—
Price
Each
AT43DK380-PDC2-ND
1298.70
Evaluation Kits
Digi-Key
Part No.
ATAVRBFL -ND
Description
Butter y Evaluation Kit
Price
Each
20.79
Programmer/Emulator
Description
ISP In-System Pro rammer
JTAGICE Emulator or AVR 2/OCD
Pro e JTAGICE with Flex Ca les
ATAVRONEKIT De u er/Pro rammer
Digi-Key
Part No.
ATAVRISP2-ND
ATJTAGICE2-ND
ATJTAGPROBE-ND
ATAVRONEKIT-ND
Price
Each
35.36
310.96
40.56
622.96
AVR® Dragon™
The AVR Dragon supports all programming modes for the AVR device family. The Dragon is also capable of full emulation
support or devices with 32KB or less lash memory. Firmware or the device is easily up raded usin AVR Studio® to
support new devices.
ATAVRDRAGON-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $50.96
Features: Core Power Supply Volta e 1.65V
Operatin Temperature -40 C 85 C
Ethernet
MAC 10/100
2
—
1
1
1
1
—
—
1
1
1
1
—
—
—
—
—
—
—
—
—
Digi-Key
Part No.
UART
4
4
4
4
4
4
4
4
4
4
4
4
3
2
3
3
2
3
3
2
2
Frequency
Max. (MHz)
150
150
66
66
66
66
66
66
66
66
66
66
60
60
60
60
60
60
60
60
60
1.95V
Package
256-CTBGA
196-CBGA
144-LQFP
100-TQFP
144-LQFP
100-TQFP
144-LQFP
144-TBGA
144-LQFP
144-LQFP
100-TQFP
100-TQFP
64-TQFP
48-QFN
64-TQFP
64-QFN
48-QFN
64-TQFP
64-QFN
48-TQFP
48-QFN
I/O Power Supply Volta e 3.0V
Digi-Key
Part No.
AT32AP7000-CTUT-ND
AT32AP7002-CTUT-ND
AT32UC3A0128-ALUT-ND
AT32UC3A1128-AUT-ND
AT32UC3A1256-AUT-ND
AT32UC3A3256-CTUT-ND
AT32UC3A0512-ALUR-ND
AT32UC3A1512-AUT-ND
AT32UC3A1512-AUR-ND
AT32UC3B064-A2UT-ND
AT32UC3B164- 1UT-ND
AT32UC3B0128-A2UT-ND
AT32UC3B0128- 2UT-ND
AT32UC3B1128-Z1UT-ND
AT32UC3B0256-A2UT-ND
AT32UC3B1256-AUT-ND
3.6V
1
21.82
18.49
12.32
11.05
15.13
13.57
17.74
17.96
17.86
16.02
8.44
7.87
10.20
10.20
9.63
12.52
12.52
10.74
10.74
Price Each
25
14.56
12.34
7.74
6.94
9.51
8.52
11.15
11.28
11.22
8286.70/800
10.06
9218.55/1,000
5.30
4.95
6.41
6.41
6.05
7.87
7.87
6.75
6.75
100
13.41
11.37
7.08
6.35
8.69
7.79
10.19
10.29
10.26
9.20
4.85
4.52
5.86
5.86
5.53
7.19
7.19
6.17
6.17
ATEVK1100 Evaluation Kit
NEW! ATEXTWIFI Evaluation Kit
The ATEVK1100 is an evaluation it and development system or the AVR32 AT32UC3A microcontroller. It is e uipped with
a rich set of peripherals, memory, and makes it easy to try the full potential of the AVR32 devices.
The Wi-Fi Extension Board has an SD card form factor, and connects easily to any 32-bit AVR UC3 evaluation kit with
an SD card soc et. The Wi-Fi TCP/IP stac is included in the AVR UC3 So tware Framewor , and supports oth SPI and
SDIO communications with the Wi-Fi Extension Board.
For use with EVK11xx series development oards
ATEVK1100-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $175.76
The ATEVK1101 is an evaluation it and development system or the AVR32 AT32UC3B microcontroller. It is e uipped
with a rich set of peripherals, memory, and makes it easy to try the full potential of the AVR32 devices.
ATEVK1101-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $123.76
The ATEVK1104 is an evaluation it or the AT32UC3A3256 which com ines Atmel s state-o -the-art AVR32
microcontroller with an unrivalled selection of communication interface like USB device including On-The-Go functionality,
SDcard, NAND lash with ECC and stereo 16- it DAC.
ATEVK1104-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $175.76
The ATEVK1105 is an evaluation it or the AT32UC3A0512 which demonstrates Atmel s state-o -the-art AVR32
microcontroller in Hi-Fi audio decodin and streamin applications. The it contains re erence hardware and so tware or
generic MP3 player docking stations.
ATEVK1105-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $186.16
ATNGW100 Network Gateway Kit
The ATNGW100 is an ideal development oard or the AT32AP7000. The ATNGW100 has two Ethernet ports, SD and
MMC card reader and connectors or USB and JTAG. The oard is preloaded with Linux® and shipped with I/O inter ace
drivers that can be called from your own code.
ATNGW100-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $134.16
90
90
ATEXTWIFI-ND. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $206.96
NEW! ATAVRXPLAIN Evaluation Kit
Xplain is an easy to use evaluation and demonstration kit for ATxmega128A1, offering complete hardware for evaluating
the highly accurate analog functionality of the device. The ADC can be used to read a temperature sensor and a
potentiometer, and the DAC can be used to generate sound on a mono speaker.
Xplain also demonstrates how to interface external memories; the kit features 8MB SDRAM and 8MB DataFlash connected
to the ATxmega128A1. Eight push buttons and eight LEDs are available for user interaction.
ATAVRXPLAIN-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $30.16
ATSTK600 Starter Kit
The Atmel AVR® STK600 is a complete starter it and development system or the AVR and AVR32 lash microcontrollers.
It is desi ned to ive desi ners a uic start to develop code on the AVR, com ined with advanced eatures or usin the
starter it to prototype and test new desi ns. The STK600 is shipped with a ATme a2560 device oard.
ATSTK600-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $206.96
Digi-Key
Part No.
ATSTK600 Socket and Adapter Boards
Soc et and Adapter Board, 40-PDIP Devices
ATSTK600-DIP40-ND
Soc et and Adapter Board, 44-TQFP Devices
ATSTK600-TQFP44-ND
ATSTK600-TQFP100-ND
Socket and Adapter Board, TinyX3U Devices
ATSTK600-TIN X3U-ND
Soc et and Adapter Board, TQFP32 Devices
ATSTK600-TQFP32-ND
Soc et and Adapter Board, SOIC Devices
ATSTK600-SOIC-ND
ATSTK600-TQFP64-2-ND
Soc et Board and Expansion Module, 144-TQFP Devices
ATSTK600-UC3A0X-144-ND
ATSTK600-TQFP48-ND
Soc et and Adapter Board, 64-TQFP Devices, 0.8mm Pitch
ATSTK600-TQFP64-ND
Soc et and Adapter Board, Tiny 4/5/9/10 Devices
ATSTK600-ATTIN 10-ND NEW!
Description
(US2011)
(TZM112.US)
Price
Each
102.96
102.70
102.96
102.96
102.96
102.96
102.96
102.96
102.96
102.96
50.96
Microcontrollers
Operating Temperature: Industrial  -4 C ~ 85 C, Commercial   C ~ 
C
CAN
®
Memory Size (Bytes)
Program
Ram
EEprom
4K
16K
32K
64K
Serial Communication
UART
SPI
CAN
I/O
Pins
256
2K
36
1
es
256
2K
36
1
es
256
2K
36
1
es
256
2K
20
1
—
256
2K
20
1
—
256
2K
20
1
—
256
2K
20
1
—
256
2K
20
1
—
2.0
A&B
WDT
Timer
Counter
16-Bits
No
3
es
3
No
3
es
3
2.0
A&B
es
3
es
3
es
3
es
3
A/D
Clock
Speed
MHz
VCC
(V)
Operating
Temperature
Package
Digi-Key
Part No.
1
40
3.0 5.5
Industrial
44-VQFP
AT89C51CC03URLRCT-ND†
8.93
8.59
8.25
40
3.0 5.5
Industrial
64-VQFP
AT89C51CC03URDRCT-ND†
9.06
8.72
8.37
8-ch/
10- it
8-ch/
10- it
Price Each
25
100
40
3.0 5.5
Industrial
44-PLCC
AT89C51CC03USLRCT-ND†
8.74
8.40
8.07
40
3.0 5.5
Industrial
32-VQFP
T89C51CC02UARATIM-ND
5.77
5.55
5.33
40
3.0 5.5
Industrial
64-BGA
T89C51CC01CA7CTIM-ND
6.08
5.85
5.62
40
3.0 5.5
Industrial
28-SOIC
AT89C51CC02UA-TISUM-ND
8.60
6.66
6.24
40
3.0 5.5
Industrial
28-PLCC
AT89C51CC02UA-SISUM-ND
8.60
6.66
6.24
40
3.0 5.5
Industrial
32-VQFP
AT89C51CC02CA-RATUM-ND
8.60
6.66
6.24
256
2K
20
1
—
es
3
40
3.0 5.5
Industrial
32-VQFP
AT89C51CC02UA-RATUM-ND
8.60
6.66
6.24
256
2K
34
1
—
es
3
40
3.0 5.5
Industrial
44-VQFP
AT89C51CC01UARLTUM-ND
9.57
7.41
6.95
256
2K
34
1
—
es
3
40
3.0 5.5
Industrial
44-VQFP
AT89C51CC01CA-RLTUM-ND
9.57
7.41
6.95
2.0
A&B
256
2K
34
1
—
256
2K
36
1
es
es
3
es
3
8-ch/
10- it
40
3.0 5.5
Industrial
44-PLCC
AT89C51CC01CA-SLSUM-ND
9.57
7.41
6.95
40
3.0 5.5
Industrial
64-VQFP
AT89C51CC03CRDTIM-ND
7.02
6.75
6.48
256
2K
36
1
es
es
3
40
3.0 5.5
Industrial
64-VQFP
AT89C51CC03URDTIM-ND
11.61
8.10
7.13
256
2K
36
1
es
es
3
40
3.0 5.5
Industrial
64-VQFP
AT89C51CC03UA-RDTUM-ND
11.61
8.99
8.43
256
2K
36
1
es
es
3
40
3.0 5.5
Industrial
44-PLCC
AT89C51CC03UASLSUM-ND
11.61
8.99
8.43
256
2K
36
1
es
No
3
40
3.0 5.5
Industrial
44-PLCC
AT89C51CC03CSLRCT-ND†
8.74
8.40
8.07
256
2K
36
1
es
es
3
256
2K
36
1
es
es
3
2.0
A&B
8-ch/
10- it
40
3.0 5.5
Industrial
52-PLCC
AT89C51CC03CS3RCT-ND†
8.87
8.53
8.19
40
3.0 5.5
Industrial
64-VQFP
AT89C51CC03CRDRCT-ND†
9.06
8.72
8.37
256
2K
36
1
—
es
3
40
3.0 5.5
Industrial
44-VQFP
AT89C51CC03CA-RLTUM-ND
11.61
8.99
8.43
256
2K
36
1
—
es
3
40
3.0 5.5
Industrial
44-VQFP
AT89C51CC03UA-RLTUM-ND
11.61
8.99
8.43
256
2K
36
1
es
es
3
40
3.0 5.5
Industrial
52-PLCC
AT89C51CC03UA-S3SUM-ND
11.61
8.99
8.43
256
2K
36
1
es
es
3
40
3.0 5.5
Industrial
52-PLCC
AT89C51CC03CA-S3SUM-ND
11.61
8.99
8.43
◆ RoHS Compliant
† Cut Tape
Smart Card
®
1
Price Each
25
100
AT83C22OK103RDTIM-ND
7.28
7.00
6.72
64-VQFP
AT89C5122D-RDTUM-ND
11.18
8.44
7.04
es
64-VQFP
AT89C5122D-RDRUMCT-ND †
11.40
8.61
7.17
5.5
es
64-VQFP
AT89C5122D-RDRUMTR-ND §
3.0
5.5
es
64-VQFP
AT89C5122DRDRIMCT-ND†
7.48
7.19
6.90
3.0
5.5
es
64-QFN
AT89C5122D-PSTUM-ND
5.85
5.63
5.40
16
2.85
5.5
—
52-PLCC
T85C5121-S3SIL-ND
5.36
5.15
4.95
—
16
2.85 5.5
—
24-SSOP
T89C5121-ICUIL-ND
5.30
5.10
4.90
—
48
3.0
—
48-VQFP
AT83C26-RKTUL-ND
4.13
3.12
2.60
Interface
Type
Flash
(Kbytes)
Mask ROM
(Kbytes)
F.max.
(MHz)
ISP
Package
Digi-Key
Part No.
USB
—
—
—
3.6
5.5
—
64-VQFP
USB
32
—
16
3.0
5.5
es
USB
32
—
16
3.0
5.5
USB
32
—
16
3.0
USB
USB
32
—
16
32
—
16
Serial
—
—
Serial
—
—
—
◆ RoHS Compliant
C
† Cut Tape
VCC
(V)
5.5
9540.00/1,500
§ Tape and Reel
Lighting
Memory Size (Bytes)
Program
Ram
EEprom
4K
256
I/O
Pins
256
UART
SPI
TWI
2
—
—
WDT
Timer
Counter
16-Bits
A/D
Clock
Speed
MHz
VCC
(V)
Operating
Temperature
Package
Digi-Key
Part No.
es
-/2
6-ch/
24
3.0 3.6
Ind.
20-SOIC
AT89EB5114-TGSIL-ND
—
1
Price Each
25
100
4.45
4.28
4.11
USB
Memory Size (Bytes)
Program
Ram
EEprom
I/O
Pins
32K
34
16K
32K
64K
—
UART
SPI
TWI
1
32K
—
34
1
32K
—
34
1
256
4K
34
1
256
4K
34
1
2304
—
44
1
Master/
Slave
—
WDT
Timer
Counter
16-Bits
A/D
Clock
Speed
MHz
VCC
(V)
Operating
Temperature
Package
Digi-Key
Part No.
es
-/2
—
16
3.6 5.5
Ind.
32-QFN
1
Price Each
25
100
AT89C5130A-PUTUM-ND
6.45
5.00
4.68
—
es
-/2
—
16
3.6 5.5
Ind.
64-VQFP
AT89C5130A-RDTUM-ND
7.10
5.50
5.15
—
es
-/2
—
16
3.6 5.5
Ind.
52-PLCC
AT89C5130A-S3SUM-ND
8.39
6.49
6.09
—
es
-/3
—
24
2.7 5.5
Ind.
52-PLCC
AT89C5131A-S3SUM-ND
8.60
6.66
6.24
—
es
-/3
—
24
2.7 5.5
Ind.
28-SOIC
AT89C5131A-TISIL-ND
10.11
7.05
6.20
—
es
-/2
8-bit
20
3.0
Ind.
80-TQFP
AT89C5132-ROTUL-ND
13.55
10.49
9.83
UART
SPI
TWI
WDT
Master/
Slave
Master/
Slave
◆ RoHS Compliant
Single Cycle Core
Memory Size (Bytes)
Program
Ram
EEprom
I/O
Pins
256
—
15
256
—
15
256
—
15
256
—
15
256
—
15
2K
4K
1
EUART
1
EUART
Timer Counter
16-Bits
A/D
Clock Speed
MHz
VCC
(V)
Operating
Temperature
Package
Digi-Key
Part No.
1
Price Each
25
100
1
—
es
-/2
—
20
2.4 5.5
Ind
20-Dip
AT89LP2052-20PU-ND
2.37
1.95
1.84
1
—
es
-/2
—
20
2.4 5.5
Ind.
20-SOIC
AT89LP2052-20SU-ND
2.37
1.95
1.84
1
—
es
-/2
—
20
2.4 5.5
Ind
20-Dip
AT89LP4052-20PU-ND
2.58
2.13
2.00
1
—
es
-/2
—
20
2.4 5.5
Ind.
20-SOIC
AT89LP4052-20SU-ND
2.58
2.13
2.00
1
—
es
-/2
—
20
2.4 5.5
Ind
20-TSSOP
AT89LP4052-20XU-ND
2.58
2.13
2.00
(Continued)
®
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
91
91
Microcontrollers
(Cont.)
®
General Purpose
Timer
Counter
16-Bits
10
Bit
A/D
Clock
Speed
MHz
VCC
(V)
Operating
Temperature
Package
—
—
-/2
—
24
4.0 6.0
Ind.
20-Dip
—
—
—
-/2
—
24
4.0 6.0
Ind.
1
—
—
—
-/2
—
24
4.0 6.0
1
—
—
es
-/2
—
24
I/O
Pins
128
—
15
1
—
128
—
15
1
128
—
15
128
—
32
2K
4K
C
WDT
Memory Size (Bytes)
Program
Ram
EEprom
8K
12K
16K
20K
32K
64K
1
Price Each
25
100
AT89C2051-24PU-ND
1.68
1.60
1.50
20-SOIC
AT89C2051-24SU-ND
1.68
1.60
1.50
Ind.
20-SOIC
AT89C4051-24SU-ND
1.87
1.77
1.67
4.0 5.5
Ind.
44-TQFP
AT89S51-24AU-ND
1.87
1.77
1.67
Digi-Key
Part No.
128
—
32
1
—
—
es
-/2
—
24
4.0 5.5
Ind.
44-PLCC
AT89S51-24JU-ND
1.87
1.77
1.67
128
—
32
1
—
es
-/2
—
24
4.0 5.5
Ind.
40-Dip
AT89S51-24PU-ND
1.87
1.77
1.67
128
—
34
2
—
es
-/3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51RE2-SLSUM-ND
11.18
8.66
8.12
256
—
32
1
—
Master/
Slave
—
—
es
-/3
—
24
4.0 5.5
Ind.
44-TQFP
AT89S52-24AU-ND
2.06
1.95
1.84
256
—
32
1
—
—
es
-/3
—
24
4.0 5.5
Ind.
44-PLCC
AT89S52-24JU-ND
2.06
1.95
1.84
256
—
32
1
—
—
es
-/3
—
24
4.0 5.5
Ind.
40-Dip
AT89S52-24PU-ND
2.06
1.95
1.84
256
2K
32
1
Master/
—
es
-/3
—
24
2.7 5.5
Ind.
44-TQFP
AT89S8253-24AU-ND
4.31
4.07
3.83
256
2K
32
1
Slave
—
es
-/3
—
24
2.7 5.5
Ind.
44-PLCC
AT89S8253-24JU-ND
4.31
4.07
3.83
256
2K
20
1
—
—
es
-/3
40
3.0 5.5
Ind.
32-VQFP
AT89C5115-RATUM-ND
9.68
7.49
7.02
256
2K
20
1
—
—
es
-/3
1280
—
32
1
—
es
-/3
10- it
40
3.0 5.5
Ind.
28-SOIC
—
40
2.7 5.5
Ind.
40-Dip
T89C5115-TISUM-ND
4.94
4.75
4.56
AT89C51RB2-3CSUM-ND
7.53
5.83
5.46
1280
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51RB2-RLTIL-ND
4.37
4.20
4.04
1280
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51RB2-RLTUL-ND
8.17
6.33
5.93
1280
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51RB2-RLTUM-ND
7.53
5.83
5.46
1280
—
32
1
—
es
-/3
—
60
2.7 5.5
Ind.
44-PLCC
AT89C51RB2-SLSIM-ND
7.22
5.04
4.44
1280
—
32
1
—
es
-/3
—
60
2.7 5.5
Ind.
44-PLCC
AT89C51RB2-SLSUM-ND
7.53
5.83
5.46
1280
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51RB2RLRIMCT-ND†
4.62
4.44
4.26
1280
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51RB2RLRILCT-ND†
8.40
7.03
5.86
256
—
32
1
—
—
es
-/3
—
12
2.7 6.0
Com.
44-TQFP
AT89LV55-12AC-ND
4.09
3.02
2.70
256
—
32
1
—
—
es
-/3
—
12
2.7 6.0
Ind.
44-TQFP
AT89LV55-12AI-ND
2.47
2.38
2.28
256
—
32
1
—
—
es
-/3
—
12
2.7 6.0
Com.
44-PLCC
AT89LV55-12JC-ND
4.09
3.02
2.70
256
—
32
1
—
—
es
-/3
—
12
2.7 6.0
Com.
40-Dip
AT89LV55-12PC-ND
4.09
3.02
2.70
256
—
32
1
—
—
es
-/3
—
12
2.7 6.0
Ind.
40-Dip
AT89LV55-12PI-ND
4.09
3.02
2.70
Master/
Slave
1024
—
32
1
—
es
-/3
—
40
2.7 3.5
Com.
44-VQFP
AT89C51IC2-RLTIL-ND
5.30
5.10
4.90
1024
—
32
1
—
es
-/3
—
40
2.7 3.5
Com.
44-VQFP
AT89C51IC2-RLTUL-ND
9.03
6.99
6.56
1024
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51IC2-RLTUM-ND
8.82
6.83
6.40
1024
—
32
1
—
es
-/3
—
40
2.7 3.6
Com.
44-PLCC
AT89C51IC2-SLSUL-ND
9.03
6.99
6.56
1024
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51IC2SLRIMCT-ND†
5.66
5.44
5.22
1024
—
32
1
—
es
-/3
—
40
2.7 3.5
Ind.
44-PLCC
AT89C51IC2SLRILCT-ND†
10.29
8.62
7.18
1024
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51IC2-SLRULTR-ND §
1024
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51IC2-RLRULCT-ND †
5.59
5.38
5.16
1024
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51IC2RLRIMCT-ND†
5.79
5.57
5.34
Master/
Slave
3354.00/500
1024
—
32
1
—
es
-/3
—
40
2.7 3.5
Ind.
44-VQFP
AT89C51IC2RLRILCT-ND†
6.36
6.12
5.88
1024
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
40-DIP
AT89C51RC2-3CSUM-ND
9.46
7.33
6.87
1024
—
32
1
—
es
-/3
—
48
2.7 3.6
Ind.
44-VQFP
AT89C51RC2-RLTUL-ND
9.68
7.49
7.02
1024
—
32
1
—
es
-/3
—
48
2.7 5.5
Ind.
44-VQFP
AT89C51RC2-RLTUM-ND
8.60
6.66
6.24
1024
—
32
1
—
es
-/3
—
48
2.7 3.6
Ind.
44-PLCC
AT89C51RC2-SLSIM-ND
7.74
5.40
4.75
1280
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51RC2RLRILCT-ND†
5.93
5.71
5.48
1280
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51RC2SLRILCT-ND†
5.72
5.50
5.28
1280
—
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51RC2RLRIMCT-ND†
5.40
5.19
4.98
256
2K
34
1
—
es
-/3
—
40
3.0 5.5
Ind.
44-VQFP
AT89C51AC2-RLTUM-ND
10.32
7.99
7.49
2048
2K
32
1
—
es
-/3
2.7 5.5
Ind.
44-VQFP
AT89C51ID2-RLTUM-ND
12.69
9.82
9.21
2K
32
1
—
es
-/3
8-ch/
10-Bit
40
2048
40
2.7 5.5
Ind.
44-PLCC
AT89C51ID2-SLSUM-ND
12.69
9.82
9.21
2048
2K
32
1
es
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51ID2RLRIMCT-ND†
6.83
6.57
6.30
2048
2K
32
1
es
es
-/3
—
40
2.7 5.5
Ind.
44-VQFP
AT89C51ID2-RLRUMCT-ND †
7.80
7.50
7.20
2048
2K
32
1
es
es
-/3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51ID2-SLRUMTR-ND §
1792
2048
34
1
1792
2048
34
1
1792
2048
34
2304
2K
2304
2K
2304
—
Master/
Slave
4680.00/500
—
es
-/3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51RD2-SLSUM-ND
9.03
6.99
6.56
—
es
-3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51RD2-SLRUMCT-ND †
9.25
7.16
—
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51RD2-SLRUMTR-ND §
32
1
—
es
-/3
60
3.0 5.5
Ind.
44-PLCC
AT89C51AC3-SLSUM-ND
10.75
8.32
7.80
32
1
—
es
-/3
60
3.0 5.5
Ind.
44-VQFP
AT89C51AC3-RLTUM-ND
10.75
8.32
7.80
2K
32
1
—
es
-/3
60
3.0 5.5
Ind.
52-PLCC
AT89C51AC3-S3SUM-ND
10.75
8.32
7.80
2304
2K
32
1
—
es
-/3
60
3.0 5.5
Ind.
64-VQFP
AT89C51AC3-RDTUM-ND
10.75
8.32
7.80
1792
2048
32
1
—
es
-/3
40
2.7 5.5
Ind.
44-VQFP
AT89C51ED2-RLTUM-ND
10.32
7.99
7.49
Slave
Master/
Slave
8-ch/
10- it
—
3354.00/500
1792
2048
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
64-VQFP
AT89C51ED2-RDTUM-ND
10.97
8.49
7.96
1792
2048
32
1
—
es
-/3
—
40
2.7 5.5
Ind.
44-PLCC
AT89C51ED2-SLSUM-ND
10.32
7.99
7.49
1792
2048
48
es
-/3
—
40
2.7 5.5
Ind.
68-PLCC
AT89C51ED2-SMSUM-ND
10.97
8.49
7.96
2K
48
1
1
EUART
—
256
—
es
-/3
—
60
2.7 5.5
Ind.
68-PLCC
T89C51RD2-SMSIM-ND
6.76
6.50
6.24
◆ RoHS Compliant
®
92
92
UART
SPI
TWI
† Cut Tape
§ Tape and Reel
(US2011)
(TZM112.US)
AT89C5131 MCU/USB Starter Kit
8051 Microcontroller Kits
This starter kit is designed to help developers using AT89C5131 USB Flash microcontroller. The kit
comprises an evaluation board, the In-System Programming Tool (FLIP), and a HID (Human Interface
Device) keyboard demonstration program.
AT89STK-05-ND Starter Kit for AT89C5131 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $187.20
AT89STK-06 Starter Kit
The AT89STK-06 Starter Kit is dedicated to the T89C51CC01/CC02 and AT89C51CC03 CAN
microcontrollers. The AT89STK-06 can also be used for AT89C51AC3, T89C51AC2 and T89C5115
(Flash microcontroller with ADC). For T89C51CC02 CAN and T89C5115, optional adaptor is required:
CANADAPT28. The board is designed to allow an easy evaluation of the product using demonstration
software.
AT89STK-06-ND
AT89STK-10 Quick Start Kit
This kit includes an evaluation board dedicated to the AT89C5130/31A and AT8xC5122D microcontrollers,
enabling you to run an application based on the Mass Storage Package. Kit Includes: Flash Evaluation
Board   and  lash memory     ata lash Card     S  products C -ROM
AT89STK-10-ND. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $187.20
Starter Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $187.20
ATWEBEVK-01 Evaluation Kit
AT89STK-11 Starter Kit
The @Web Evaluation Kit allows the user to evaluate the full range of options available in integrating TCP/IP
software into Atmel C51 Flash MCUs. Once the user has completed the demo he will be able to Read and
Write information to and from the Flash memory of the microcontroller through the Internet.
The AT89STK-11 Starter Kit is dedicated to the In-System Programmable Flash C51 microcontrollers. The
board is designed to allow an easy evaluation of the product using demonstration software.
AT89STK-11-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $187.20
Moreover, the user will see how all of the information recorded on the microcontroller is available using
standard PC tools such as a Web browser, Hyperterminal, and Dial-up Networking.
C
ATOCD51 Emulator System
Kit Includes:
The AT890CD emulator system is designed to allow an easy connection to Atmel AT8xC51 microcontrollers
and uses the USB interface (standard USB B plug to A plug cable) connection to PC platforms. The Software
package is fully integrated into Keil® µvision IDE.A
AT89OCD-01-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $187.20
 Evaluation  oard with T8 C51 C2 Controller    Ex ternal spea er    Se  rial RS-2 2  ull Modem Cable    9V
battery and cable  C -ROM including documentation and software
ATWEBEVK-01-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $260.00
89C51SND1 MP3 Player Emulator
The AT89EMK-01 Development System for Atmel 89C51SND1 Microcontrollers derivatives with 6/12 clocks/cycle is very effective in meeting the diverse demands of emulation operations.
Features:
 Emulates 8 C51S 1  erivatives with 6/12 Cloc s/Cycle    62K Code Memory    Real-Time Emulation     re   uency up to 2 MHz/     IS  and  2 Mode Support    MS- indows  ebugger for C and  ssembler    Keil 
ision2  ebugger Compatible    
 and  CC Emulation Headers    IS   rogrammer Included    Serially  in ed to  C at 115Kbaud
AT89EMK-01-ND Emulator for MP3 SND1 MCU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $1592.50
NEW!
EFM®32 Gecko
Development Kits
The EFM32 Gecko Development Kit is a platform for rapid prototyping of ultra low power microcontroller
applications. It consists of a mother board, a replaceable MCU-board and a prototyping-board, along with a
comprehensive software development environment.
Communication:   2 RS2 2 serial ports    I2C interface    Infrared transceiver
Debugging:    Onboard  SE
ER  - in   S   emulator      RM  2   pin  T /S
  standard  ebug  in/out 
connector
Advanced Energy Monitor (AEM): Precise measurement of current and voltage
0.1µ   ~  5 m  
Memory:   4 Mbit fast access SR M     2 Mbit  OR  lash    2  bit I2C bus EE ROM    16 Mbit S I  lash
measurement range  Onboard logging and display features     lways available by pushing a button
Software:   Comprehensive set of board support functions     2K  evaluation versions of  KEI ™ MDK-ARM Power:    Two  separate  power  domains  allowing  for  accurate  current  and  voltage  measurements  of  the 
application energy consumption    External 5  supply    5  / 5 m   S  supply
Microcontroller Development Kit and IAR Embedded Workbench®
User Interface:    2 x24   T T  display      16  ser  E s      8  roc er  style  miniature  I   switches      4  MCU Board:    C   E M 2- 8
and reset
pushbutton switches    Miniature  oystic     1 system reset pushbutton switch     otmeter
- K only      2. 68  Hz crystal     2 MHz crystal     E s indicating power 
914-1000-ND (EFM32-G2XX-DK)
EFM32 Gecko Development Kit with EFM32G290F128 MCU Plug-in Board. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $324.00
914-1001-ND (EFM32-G8XX-DK)
EFM32 Gecko Development Kit with EFM32G890F128 MCU Plug-in Board with 160 Segment LCD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $324.00
EFM®32 Flash
Microcontrollers
Memory Size (Bytes)
Flash
Ram
128K
16K
®
I/O
Pins
I2C
Timer
(PWM)
RTC
WDT
ADC
(Pins)
DAC
(Pins)
ACMP
(Pins)
Package
Digi-Key
Part No.
24
1
2 (6)
1
1
1 (4)
1 (1)
2 (4)
32-QFN
914-1011-1-ND
24
1
2 (6)
1
1
1 (4)
1 (1)
2 (4)
32-QFN
914-1011-2-ND†
56
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
64-QFN
914-1012-1-ND
56
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
64-QFN
914-1012-2-ND†
85
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
100-QFP
914-1013-1-ND
85
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
100-QFP
914-1013-2-ND†
90
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
112-BGA
914-1014-1-ND
90
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
112-BGA
914-1014-2-ND†
56
1
3 (9)
1
1
1 (8)
2 (2)
2 (8)
64-QFN
914-1015-1-ND
56
1
3 (9)
1
1
1 (8)
2 (2)
2 (8)
64-QFN
914-1015-2-ND†
85
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
100-QFP
914-1016-1-ND
85
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
100-QFP
914-1016-2-ND†
90
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
112-BGA
914-1017-1-ND
90
1
3 (9)
1
1
1 (8)
2 (2)
2 (16)
112-BGA
914-1017-2-ND†
Cut Tape Price Each
1
25
100
6.70
5.57
Energy Micro
Part No.
5.06
EFM32G210F128
3415.50/1,000
7.55
6.27
EFM32G210F128
5.70
EFM32G230F128
3847.50/1,000
8.08
6.71
EFM32G230F128
6.10
EFM32G280F128
4117.50/1,000
8.24
6.85
EFM32G280F128
6.22
4198.50/1,000
9.43
7.84
EFM32G290F128
7.12
4806.00/1,000
10.12
8.41
8.56
5251.50/1,000
EFM32G840F128
EFM32G840F128
7.64
5157.00/1,000
10.31
EFM32G290F128
EFM32G880F128
EFM32G880F128
7.78
EFM32G890F128
EFM32G890F128
† Tape and Reel
®
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
93
93
ConnectCore™ 9C
®
Digi Connect SP Family
The Digi Connect SP device server delivers a powerful, compact and cost-effective off-the-shelf hardware
platform for embedded networking solutions. The device server is the ideal platform for your custom web
and network enabled embedded applications. Combining Digi and NetSilicon® technology, it eliminates the
hardware design effort and delivers a true device networking solution that is powerful enough to meet your
future performance requirements.
Features:   2-bit  ET RM high-performance RISC processor  S 52  55MHz     4M   lash and 16M  
R M integrated    Switch-selectable RS-2 2/422/485 interface 
- M  Throughput up to 2 ,4  bps   , 
8 data bits; 1, 1.5, 2 stop bits; Mark/space/even/odd parity; Full signal support with software/hardware flow
control     uto-sensing 1 /1  Mbit Ethernet interface and networ  lin
C
Description
Device Server Adapter
Adapter Development Kit
Adapter Development Kit (No Raven Debugger)
Adapter Customizable model with JTAG interface
Digi-Key
Part No.
602-1035-ND
602-1013-ND
602-1014-ND
602-1015-ND
Price
Each
189.00
1495.00
738.00
249.00
Digi-International
Part No.
DC-SP-01-C
DC-SP-01-GN
DC-SP-01-GN-NR
DC-SP-01-JT
The Digi Connect ME is a connector-style embedded module that enables manufacturers to keep pace with ever-evolving
networking technology by easily adding secure web-enabled network connectivity to their products. The Digi Connect ME
com ines true plu -and-play unctionality with the reedom and lexi ility o complete product customization options.
Features:
32- it NET ARM hi h-per ormance RISC processor NS7520 55MHz
Wired 10/100Base-T networ inter ace 1
hi h-speed TTL serial inter ace Five shared General Purpose Input/Output GPIO ports Data rate 10/100 M ps autosensin
3.3VDC 250mA typical 825mW
Digi-Key
Part No.
602-1053-ND
602-1029-ND
602-1054-ND
602-1030-ND
602-1055-ND
602-1031-ND
602-1057-ND
602-1086-ND
602-1058-ND
602-1059-ND
602-1088-ND
602-1134-ND
602-1135-ND
602-1136-ND
602-1137-ND
602-1138-ND
602-1139-ND
Features:
  2-bit  S 6  high performance RISC processor  155MHz  with MM      p to 4 high-speed TT  serial ports  
  p to 4 S I ports    I2C v1.  bus interface     S  2.  Host/ evice Interface     C  Controller     eneral 
urpose Timers/Counters/
M    4 programmable external interrupts     p to 55 shared  eneral  urpose 
Input/Output 
IO  ports    Real-time cloc
Description
Module with 16MB SDRAM, 4MB Flash, Ethernet
Dual Stacked USB Connectors
JumpStart Kit for 9C with NET+OS
JumpStart Kit for 9C with Windows CE
JumpStart Kit for 9C with Embedded Linux
Digi-Key
Part No.
Price
Each
Digi-International
Part No.
602-1093-ND◆
602-1079-ND◆
602-1080-ND◆
602-1081-ND
139.00 CC-9C-V212-Z6
499.00 CC-9C-NET
499.00 CC-9C-CE6
499.00 CC-9C-LX
◆ RoHS Compliant
Digi Connect® ME Family
Description
8MB SDRAM, 2MB Flash, Standard Firmware
8MB SDRAM, 2MB Flash, Standard Firmware, 10-pieces
8MB SDRAM, 2MB Flash, Customiza le
8MB SDRAM, 2MB Flash, Customiza le, 10-pieces
8MB SDRAM, 4MB Flash, Customiza le
8MB SDRAM, 4MB Flash, Customiza le, 10-pieces
Inte ration Kit or use with S models
JumpStart Kit or ME with NET OS
Customiza le with JTAG Inter ace, 8MB SDRAM, 2MB Flash
Customiza le with JTAG Inter ace, 8MB SDRAM, 4MB Flash
JumpStart Kit or Microso t .NET Micro Framewor
8MB SDRAM, 2MB Flash, Module ME 9210
8MB SDRAM, 4MB Flash, Module ME 9210
JumpStart Kit or ME 9210 with NET OS7
JumpStart Kit or ME 9210 or Em edded Linux
8MB SDRAM, 4MB Flash, ME 9210 sin le-unit pac
Encryption Engine
A powerful ARM9-based core module that enables OEMs to design in core processing functionality and
networking capabilities with a single, high-performance solution. It delivers complete embedded network
connectivity along with additional bandwidth to handle sophisticated embedded applications including building
automation systems, POS systems, RFID readers, instrumentation, networked displays, transportation
systems, industrial automation systems and many more.
Price
Each
49.00
450.00
49.00
450.00
55.00
500.00
249.00
499.00
99.00
99.00
299.00
99.00
99.00
299.00
249.00
60.00
55.00
Digi-International
Part No.
DC-ME-01T-S
DC-ME-01T-S-10
DC-ME-01T-C
DC-ME-01T-C-10
DC-ME4-01T-C
DC-ME4-01T-C-10
DC-ME-01T-KT
DC-ME-NET
DC-ME-01T-JT
DC-ME4-01T-JT
DC-ME-MF
DC-ME- 401-JT
DC-ME- 402-JT
DC-ME-9210-NET
DC-ME-9210-LX
DC-ME- 402-C
DC-ME- 401-C
ConnectCore™ 9P
Compact high-performance 32-bit NET+ARM processor module family combines superior performance and
design integration flexibility with complete embedded software platform support. ConnectCore 9P modules
are a complete set of integrated peripherals and component connectivity options in a compact and versatile
form factor.
Features:
ConnectCore9P 9750:   2-bit  ET RM  RM 26E -S   high-performance  RISC  processor  S 5    
2 MHz     p to 128M  
  lash and 64M  S R M  Standard population  2M   lash and 16M  R M  
 Integrated  2-bit  CI  v2.2/Cardbus  ridge 
MHz      16  eneral  urpose  Timers/Counters      p  to  5  
GPIO port options
ConnectCore9P 9360:   2-bit  ET RM  RM 26E -S   high-performance  RISC  processor  S 6    
1 MHz     p to 128M  
  lash and 128M  S R M  Standard population  2M   lash and  2M  R M  
 8  eneral  urpose Timers/Counters or 4 
M functions     p to    IO port options
ConnectCore 9P Family:  Integrated 1 /1  Mbps Ethernet M C/ H      p to four serial interfaces w/ RT 
and S I mode    Integrated  S  2.  compliant host/device interface    On-chip I2C bus interface (100/400
Hz      lexible  C  controller with support for T T/ST  displays    External memory bus interface    RealTime Cloc   RTC  with support for external battery bac up    8K  serial EE ROM for con guration storage  
 On-board  T  interface
Description
Digi-Key
Part No.
Price
Each
Digi-International
Part No.
16MB SDRAM, 32MB Flash with NS9750
602-1062-ND
195.60
FS-364
602-1043-ND◆
320.00
FS-380
◆ RoHS Compliant
602-1063-ND◆
178.80
FS-382
Digi Connect® EM Family
(9360) Development Kit for LxNETES - Linux
602-1026-ND◆
2495.01
FS-9064
(9750) Development Kit for LxNETES - Linux
602-1025-ND
2111.56
FS-9053
(9750) Development Kit of NET+OS
602-1024-ND
2111.56
FS-9032
(9360) JumpStart Kit for 9P with 2.5NET+OS
602-1082-ND
499.00
CC-9P-NET
(9360) JumpStart Kit for 9P with Windows CE
602-1083-ND◆
518.75
CC-9P-CE6
The Digi Connect EM board-mount embedded module delivers true web-enabled and secure device networking
that is easy and cost-effective to implement, while being powerful enough to meet future performance needs.
Features:
  2-bit  ET RM high-performance RISC processor  S 52    55MHz      ired 1 /1
ase-T networ  interface  
2 high-speed TT  serial interfaces    4M   lash memory, 8M  R M     2-bit  ET RM high-performance RISC 
processor  S 52    55MHz     Serial  eripheral Interface  S I       shared  eneral  urpose Input/Output 
IO  
ports     ata rate  1 /1  Mbps  auto-sensing      .
C   2 m  max  8 1m
Description
Digi-Key
Part No.
8MB SDRAM, 4MB Flash, Std. Firmware
602-1039-ND◆
8MB SDRAM, 4MB Flash, Customizable
602-1040-ND◆
JumpStart Kit for EM with NET+OS
602-1087-ND
Price
Each
Digi-International
Part No.
79.00
DC-EM-02T-S
79.00
DC-EM-02T-C
499.00
DC-EM-NET
◆ RoHS Compliant
ConnectCore™ 7U
First member of the ConnectCore embedded core processor module family utilizing the high performance
NS7520 processor with ARM7TDMI core. Built on leading Digi 32-bit NET+ARM technology, it provides the
ideal base core processor platform for products in a wide variety of applications that demand an additional
level of performance and connectivity.
Features:   2-bit  RM and 16-bit Thumb instruction sets which can be mixed for performance/code density 
tradeoffs      15  general  purpose  2-bit  registers      1 /1   Mbps  MII  H   interface      2  channels  support 
Ethernet module    4 channels support 2 serial modules
Description
Digi-Key
Part No.
Module with 2MB Flash and 16MB SDRAM
602-1094-ND◆
602-1060-ND
119.00
FS-352
FS Forth UNC90 with 32MB SDRAM, 16MB
Flash, (Atmel AT91RM9200 MCU @ 180MHz)
Development Kit for NET+OS
602-1095-ND◆
119.00
CC-7U-Z113-Z1
602-1046-ND
602-1018-ND
159.00
1495.00
FS-373
FS-998
Biometric Design Kit - IKENDI Fingerprint
602-1019-ND
720.00
FS-9007
Compact Flash Design Kit with 802.1b wireless
602-1020-ND
720.00
FS-9021
Java Design Kit - Java (Mika)
JTAG SuperBooster for programming flash
memories with software - 3 volt.
JTAG SuperBooster for programming flash
memories with software - 5 volt.
602-1021-ND
720.00
FS-9022
602-1036-ND◆
714.00
FS-985
602-1028-ND
714.00
FS-984
◆ RoHS Compliant
94
94
Price
Each
99.00
Digi-International
Part No.
CC-7U-Z111-Z1
◆ RoHS Compliant
Embedded Core Modules
These high performance, Samsung processor based, modules are members of FS Forth-System’s ModARM9
family of modular solutions for embedded systems. These modules include SDRAM, flash and control logic
in a compact 60x44mm form factor. Low power consumption allows for battery powered applications. Other
typical applications include those in Industrial Automation, Retail Point-Of-Sale, Medical Instrumentation and
Data Acquisition.
Features:
  C  Controller  ST  and T T
 Touch screen interface
  S  1.1 Host and  evice Controller
  2/64/128 M ytes 
  lash    16/ 2/64/128M ytes S R M
    RT channels
A9M2410:  Samsung’s S C241  microcontroller     RM 2 T core  2
Description
FS Forth A9M2410 Module with 32MB SDRAM,
32MB Flash with 10Mbps Ethernet
Price
Each
Digi-International
Part No.
602-1048-ND
215.00
FS-362
Digi One™ SP
The Digi One SP delivers efficient serial-to-Ethernet connectivity and is ideal for applications where TCP
Socket, UDP Socket or UDP multicast functionality is needed.
Description
Digi-Key
Part No.
Price
Each
Digi-International
Part No.
Device Server 1-port Serial to Ethernet
602-1075-ND
182.00
70001851
(US2011)
(TZM112.US)
MHz  with MM
Digi-Key
Part No.
Jackrabbit™ Low-Cost Single-Board Computer
Model BL1800:  Board Size: 2.5   x  .5   x  . 4   64mm  x  8 mm  x  24mm     Input Voltage:    8 C  ~  4
C, 
switching  regulator,  4 m   typical    24
C     General Purpose I/O: 14 bidirectional, 6 inputs, 4 outputs
CMOS compatible      High Power Outputs:   sin ing  1  mp   and  1  sourcing  5 m     1 Analog Input: 9-bit
resolution,  8-bit  accuracy,  .1   ~  2.8   input  range,  5ms  typical  ac uisition  time     2 Analog Outputs: Filtered/
buffered 
M  outputs     Processor: Rabbit  2
,  cloc ,  2 .5MHz    Memory:  SR M  128K,  flash  256K     Timers:
ive  8-bit  cascadable  timers,  one  1 -bit  timer  with  2  match  registers     Serial Ports: (2) RS-232 (or one with CTS/
RTS) rated @ 1KV ESD, (1) RS-485 rated @ 15kV ESD, (1) 5V CMOS compatible (programming port), 2 serial ports
can be cloc ed   Serial Rate: Selectable baud rates up to 115,200 bps (RS-232), 230,400 bps (RS-485). 5 Volt CMOS
compatible port up to 7.37Mbps
 Additional Features: watchdog/supervisor, time/date clock, and backup battery
Model BL1810: Same  as  18 ,  except  with  14. MHz  cloc ,  128K  flash,  linear  regulator 
(200mA) and 1 sourcing (100mA) high-voltage outputs, and CMOS port baud rate of 3.69Mbps.
.5~25
,    sin ing 
Model BL1820: Same as BL1810, except with no battery backup, (2) RS-232 and (2) 5V CMOS compatible
(programming port)
Jackrabbit™ Development Kit
Digi-Key Part No. 316-1000-ND (101-0363) Only
$139.00
Includes Jackrabbit BL1810, manual, schematics, AC adapter, prototyping board, programming
cable, documentation on CD ROM, additional parts, and complete Dynamic C ® SE software
development system (not a trial version).
Description
Model BL1800
Model BL1810
Model BL1820
Digi-Key
Part No.
316-1079-ND
316-1080-ND
316-1081-ND
Price
Each
99.00
69.00
49.00
Rabbit
Part No.
20-101-0356
20-101-0357
20-101-0358
Price
Each
200.00
199.00
Rabbit
Part No.
101-0529
20-101-0525
C
Low-Cost Single-Board Computer
Features:  Rabbit 
 microprocessor operating at up to  .4MHz    512K SR M and 512K flash memory options  
 26  igital I/O  16 protected digital inputs and 1  high-current digital outputs    8 Single-ended or 4 differential analog  Description
channels with  cc monitoring option  11-bit single-ended or 12-bit differential channels      
M outputs    Six serial  Fox Tool Kit for 3500
LP3500 Fox
ports     attery-bac ed real-time cloc      atchdog supervisor
◆ RoHS Compliant
The LP3500 can be mounted to a panel or on a plastic-enclosure base.
Digi-Key
Part No.
316-1056-ND
316-1115-ND◆
Coyote™ BL2500 Ethernet-Enabled Single-Board Computer
Features:  Rabbit 
size of  . 5  x  . 5   1
ports
 at 2 .4 MHz    1 ase-T, R -45    256K  lash Memory    128K SR M    Compact board 
 x 1  mm     24 digital I/O plus 1  /  input and 2  /  outputs along with 4  E s    Six serial 
Description
Model BL2500
Digi-Key
Part No.
316-1179-ND
Price
Each
189.00
Rabbit
Part No.
20-101-0575
BL4S100 Single-Board Computer
The BL4S100 delivers an integrated hardware and software platform to easily implement a ZigBee enabled
Ethernet gateway ideal for monitoring and control. The series is designed to support the rapidly-increasing
use of ZigBee connectivity for companies looking to deploy wireless networking.
Starter Package Kit: Affordable package includes all the tools needed to develop and debug a design
Plastic Enclosure: Consisting of a base and a cover, provides a secure way to protect a BL4S100 singleboard computer.
Model BL4S100:   ig ee  RO  eature Set    1M   lash Memory    512K  SR M
Features:  Rabbit 4
 running at 4 MHz    On-board Rabbit RIO® device for exceptional I/O functionality Model BL4S110:  1M   lash Memory    512K  SR M
and  flexibility      eb  Server  functionality      Easy  implementation  of  mesh  networ ing  with  nown  good  Model BL4S150:   ig ee  RO  eature Set    2M   lash Memory    1M  SR M
Model BL4S160:  2M   lash Memory    1M  SR M
hardware     ynamic C® software environment to reduce development time
Digi-Key
Part No.
316-1157-ND
316-1159-ND
316-1168-ND◆
316-1169-ND◆
316-1170-ND◆
316-1171-ND◆
Description
Starter Package Kit
Plastic Enclosure
Model BL4S100
Model BL4S110
Model BL4S150
Model BL4S160
Price
Each
111.25
29.00
149.00
129.00
159.00
139.00
Rabbit
Part No.
101-1268
101-1279
20-101-1255
20-101-1256
20-101-1257
20-101-1258
◆ RoHS Compliant
BL4S200 Single-Board Computer
Rabbit’s BL4S200 series of single-board computers deliver the features and wireless connectivity to support
networking for industrial control applications. The series offers a full-featured control and communications
solution for industrial applications. It is designed to provide the microprocessor control and I/O used for
reading instruments, timing events precisely, controlling motors, relays and solenoids.
Model BL4S200:    ses RCM4 1  RabbitCore module    1 /1
ase-T Ethernet connectivity    Soc et for up 
to 1 GB miniSD memory card
Model BL4S210:    ses RCM4 1  RabbitCore module    1 ase-T Ethernet connectivity
Model BL4S230:    ses RCM451  RabbitCore module     ig ee enabled connectivity
Model BL5S220:    ses RCM54
 RabbitCore module    IEEE 8 2.11b/g  i- i connectivity
BL4S200 Tool Kit Contents:   ynamic C® C -ROM, with complete product documentation     rinted getting 
Features:    ses  Rabbit  4
  and  Rabbit  5
  microprocessors      Choice  of  i- i,  ig ee  or  Ethernet 
started manual and Rabbit 4
/5
 posters     emonstration board with pushbutton switches and  E s to 
connectivity    4  digital I/O and up to 5 serial ports    8 input and 2 output analog channels     dvanced I/O  demonstrate the I/O capabilities of the  4S2      S  programming cable to connect the  4S2  to your 
subsystem is software configurable reducing the load on the processor    I/O features include event/capture 
C’s  S   port      niversal  C  adapter,  12 C,  1   includes  Canada/ apan/ nited  States,  ustralia/ ew 
counting, quadrature decoders, PWMs and PPMs
Zealand, United Kingdom, and European style plugs
Description
Model BL4S200
Model BL4S210
Model BL4S230
Modle BL5S220
BL4S200 Tool Kit (RCM5400-Based)
◆ RoHS Compliant
Digi-Key
Part No.
316-1164-ND◆
316-1172-ND◆
316-1173-ND◆
316-1177-ND◆
316-1176-ND
Price
Each
269.00
229.00
249.00
279.00
111.25
Rabbit
Part No.
20-101-1220
20-101-1259
20-101-1261
20-101-1260
101-1270
Smart Screen OP7100 with Touchscreen
The Smart Screen’s C-programmability provides the flexibility required for almost any display application. The
Smart Screen is ideal for remote terminals, automated machinery, and control systems Features:   1/4 
 
display  2  x 24  pixels     Touchscreen matrix     ertical or horizontal orientation     ide viewing angle    16 
digital I/O    Meets  EM  4 water resistance
Interface OP7200 with Touchscreen
Description
Digi-Key
Part No.
Smartscreen OP7100 with Touchscreen
316-1175-ND
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
316-1154-ND◆
449.00
20-101-0535
Features:   Small Size  4.4  x 5.  x 1.   112mm x 144mm x 4 mm     1/4 
  CM display  2  x 24  pixels   Intelligent Operator Interface
with white  E  bac light     - ey  eypad     C  controller and SR M compatible with O 1     4 Status  E ’s  
 24  igital I/O    Rabbit 2
 microprocessor operating   22.1MHz     udible alarm buzzer    128K SR M  20” Cable for Panel Mount Keyboard/display
and  256K  flash  memory  standard     One  R -45  Ethernet  port      our  serial  ports     On-board  bac up  battery  
◆ RoHS Compliant
  atchdog    External reset input    Meets  EM  4 watertightness speci cations when front-panel mounted
316-1052-ND
Price
Each
549.00
15.00
Rabbit
Part No.
20-101-0303
540-0066
Interface OP6800 with Ethernet Port
Features:   122  x  2  raphic  display      - ey  eypad        E s     24  igital  I/O     Rabbit  2
  micro proces sor at 22.1MHz    128K static R M and 256K flash memory    One R -45 Ethernet port     our serial ports  
  attery-bac able real-time cloc , battery in cluded     atchdog    Reset generator    Meets  EM  4 water  tight ness specifications when front-panel mounted
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
Model OP6800 with Ethernet Port
316-1060-ND
249.00
101-0492
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
95
95
RabbitCore™ Application Development Kits
Bluetooth Application/Add-On Kits
Wi-Fi
Application Kit
Jumpstart your wireless application design with a complete application kit. Integrating Wi-Fi (IEEE 802.11b)
with a RabbitCore™ Development Kit, embedded system integrators can now enable a wireless embedded
system. Wireless connectivity eliminates Ethernet cables allowing for greater flexibility and mobility of
wireless embedded Networks.
Includes:
  in sys  i- i  card     RCM 1   microprocessor  core  module      rototyping  board      ynamic  C ®
development  system  and  complete  documentation  on  C -ROM     Serial  cable  for  programming  and 
debugging    1 -pin  15 Conversion Cable    Manuals     C adapter  .S./Canada only
316-1039-ND
C
(101-0911) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $359.40
Serial to Ethernet Kit
Designers now have a Serial-to-Ethernet Application Kit that is easy to use. The simple 3-Step Setup for
transmitting data from a digital volt meter via a serial port to a TCP/IP stream enables even the newest
user to quickly develop a Serial-to-Ethernet application. The kit features digital volt meter software
libraries, sample programs and a menuing system, in addition to the Dynamic C® integrated development
environment.
Includes:
 RCM 1   micro processor  core  module      roto typing  board      ynamic  C  development  system  and 
complete  documentation  on  C -ROM     Serial  cable  for  programming  and  debugging     
  ull  Modem 
Cable     1 -pin  
  Conversion  Cable     Ether net  Crossover  Cable      etting  Started  manual   Keypad/
display unit     C adapter  .S./Canada only
316-1042-ND
(101-0689) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $349.00
This kit enables a Rabbit 3000 based single-board computer to be programmed using a standard software
environment that is commonly used to program PLC’s (Programmable Logic Controllers).
Features:
 Communication  parameters  are  con gurable  using  the  Embedded  C  tility  for  the  Rabbit  rocessor  
 Rabbit 
    44.2MHz     1 ase-T,  R -45  standard       lash  Memory   512K     SR M   256K    512K  
  igital Inputs  16     igital Outputs  8     nalog Inputs  One 1 -bit resolution     nalog Outputs  Two  -bit 
M    6 serial ports
(101-1108) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $599.00
Color Touchscreen
Application Kit
The Reach Technology Color Touchscreen with a RabbitCore creates an application kit that provides
embedded systems integrators the ability to add advanced interface functionality to embedded systems.
Color touchscreens provide real-time feedback, allowing for better control in industrial-automation
applications.
Includes:
 RCM 2   RabbitCore  with  rototyping  oard     Reach  Technology  S C   raphics  Touch  Terminal 
with  EM   4  steel  enclosure     Supplemental  C ’s      ynamic  C® development system and complete
documentation  on  C-ROM      ser  manuals,  sample  programs  and  libraries     5  serial  and  conversion 
cables    Two  C adapters  .S./Canada only
316-1075-ND
Features:
 Rabbit 
 processor at 22.1MHz    1 ase-T interface, R -45, 2  E s     lash Memory  512K    SR M  
256K    MaxStream  ee  ISM 2.4 Hz     8 2.15.4 standard  ig ee compliant     Transmit  ower Output   
1m    d m     Receiver Sensitivity   - 2 d m  1   ER     Supported  etwor  Topologies   oint-to-point, 
Point-to-multipoint, Peer-to-peer, Mesh
(101-1137) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $399.00
Camera Interface
Application Kit
This kit combines a VGA camera with a popular RabbitCore module that has removable memory to provide
an event-capture application.
Features:
 RabbitCore module   44MHz, and 1 /1
ase-T Ethernet    512K  lash/512K SR M, 16M  
 and 
soc et for removable memory    
 camera module, servo motors and IR motion sensor    Time stamped 
photos and event noti cation options such as email noti cation and  T  upload    Image Resolution  64  x 
48  
 /  2  x 24  
 / 16  x 128 / 8  x 64    Color   p to 8-bit gray, 16-bit R  or standard  E  
preview images    Sensor Type   assive infrared sensor    Motor Type  Micro-servo
The Wireless control Application Kit provides a reference to interface a license-free 900MHz or
2.4GHz wireless data module to a new or existing Rabbit-based embedded system. Features:
  ow power 
5   with  low-EMI  Rabbit®
  microprocessor     p  to  512K  each  of  lash  and 
SR M    26 industrialized digital I/O     /  inputs and 
M outputs    6 serial ports, one relay    2 
dedicated function ports for easy connection to Serial Flash, keypad/display and other devices
®
 Two  MaxStream license-free  R   Modules,  CC  approved     Complete  software  libraries  and 
samples
96
96
(101-1040) Application Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $399.00
(101-1042) Add-On Kit. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $99.00
RCM4010 RabbitCore SMB Network Storage
Application Kit
This kit enables a RabbitCore module to use the SMB (Server Message Block) protocol, more commonly
known as Windows File Sharing, for a high-capacity storage space over a network connection.
Features:
 Core Module  RabbitCore RCM4 1     I E Hard  rive  25       Hard  rive Chassis  Eagle Consus 
with power supply     ower Supply  12 C  12 /24
C    Rabbit  S  programming cable
316-1156-ND
S 
(101-1218) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $349.00
The kit includes a RCM4300 core module with a miniSD™ card, a prototyping board, accessories, and
development tools to get you up and running quickly. Along with our industry-proven Dynamic C® integrated
development software — incorporating an editor, compiler, and in-circuit debugger — there is also the FAT
file system familiar to many programmers, RabbitWeb for creating HTML web pages, and Rabbit’s Secure
Socket Layer (SSL) utility.
316-1134-ND
316-1141-ND
316-1142-ND
(101-1177) Development Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $299.00
(20-101-1138) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $114.00
(20-101-1139) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $99.00
RCM4300 RabbitCore Simple Sensor
Application Kit
The Simple Sensor Application Kit provides sample applications based on 1-Wire devices to help users
better understand and implement the 1-Wire communications bus using a prototyping board and a
RabbitCore module
Kit Contents:
 RCM4
 RabbitCore  evelopment Kit  
 Simple Sensor  rotoype  oard with 1- ire devices  
  S24 6 S ST addressable switch,  S18 2  temperature sensor,  S245   /  converter,  S248
driver
 Complete  ynamic C software C  with several sample programs  
  niversal  ower Supply
316-1178-ND
 line 
(101-1288) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $349.00
Jumpstart your evaluation and design efforts with a complete Rabbit 4000 development kit, which includes
a microprocessor core module, development board with prototyping area, Dynamic C® 10 development
system and complete documentation on CD-ROM, serial cable for programming and debugging, Getting
Started manual, and AC adapter (U.S./Canada only).
316-1133-ND
316-1143-ND
316-1147-ND
(101-1173) Development Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $299.00
(20-101-1202) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $119.00
(20-101-1221) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $119.00
RCM4510W RabbitCore Development/Add-On Kits
The RCM4510W RabbitCore module mounts directly on a user-designed motherboard and acts as the
controlling microprocessor for the embedded system. The motherboard supplies power to the RCM4510W
and allows many different CMOS-compatible devices to interface with the core module. Integrated on the
RCM4510W is a Digi® XBee™ ZNet 2.5 RF module for ZigBee/802-15-4 embedded implementation.
Features:
 RabbitCore module running   2 .4 MHz     esigned for  ig ee®/8 2.15.4 wireless connectivity    512K 
flash  memory,  512K  data  SR M      p  to  4   general-purpose  I/O  lines  con gurable      p  to    additional 
general-purpose I/O lines (up to 4 of which may be set up as analog inputs) available through the on-board
ig ee compliant R  module    Small size  1.84  x 2.85  x  .54   4 mm x  2mm x 14mm
316-1158-ND
316-1144-ND
(101-1272) Mesh Network Add-On Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $299.00
(20-101-1207)
RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $89.00
(101-1121) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $499.00
Wireless Control Application Kit
316-1132-ND
316-1072-ND
316-1073-ND
RCM4400W Wi-Fi Development Kit
This kit combines MaxStream®’s XBee™ RF modem with the popular RCM3720 RabbitCore module along
with and easy-to-use interface to help customers build a practical ZigBee wireless control network.
316-1119-ND
RT 
  luetooth  radio  modules  plug  directly  into  supported  RCMs  and  S Cs     Simple  serial 
communications and control    Seamless connectivity with any  luetooth device    2.4 Hz  HSS  re uency 
Hopping  Spread  Spectrum   technology  ensures  high  reliability  and  is  robust  to  interference      ow  current 
consumption for long battery life    Complete with sample applications and source code    Internal Surfacemount antenna
(101-1062) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $999.00
ZigBee™ Application Kit
316-1118-ND
Features:
RCM4300 RabbitCore Development Kit
Embedded PLC
Application Kit
316-1120-ND
This kit provides all of the hardware and software necessary to develop a Bluetooth application. It
includes an RCM3100, Embedded Blue eb506-AHC-IN Bluetooth Radio Module, prototyping board and
miscellaneous cables and hardware. This kit also includes the Dynamic C® Integrated Development
Environment, Bluetooth drivers, libraries, sample programs and manuals.
(101-1165) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $472.88
RCM5400W RabbitCore Development Kit
The RCM5400W RabbitCore module series provides Wi-Fi/802.11b/g functionality, enabling you to create
low-cost, embedded wireless control and communications solutions for embedded control applications.
Features:   Rabbit®  5
  running    . MHz      p  to  2M   of  serial  flash        lines  of  digital  I/O  
 Integrated IEEE 8 2.11b/g  i- i     p to 6 serial ports    Small size  1.84  x 2.85  x  .5   4 mm x  2mm 
x 13mm)
316-1138-ND
316-1148-ND
316-1149-ND
(101-1262) Development Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $299.00
(20-101-1246)
RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $119.00
(20-101-1247)
RoHS Compliant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $134.00
(US2011)
(TZM112.US)
Rabbit Cloning Board, Power Supply and Converter Cable
Rabbit Cloning Board:
Copies designated portions of flash memory from one Rabbit-based controller (the master) to another (the
clone). Dynamic C® version 6.50 or later is needed to use the cloning board.
Benefits:   The  Rabbit  Cloning  oard  replaces  a  C  or  E ROM  burner  as  the  primary  tool  to  load  programs, thus reducing costs and wor space     rograms may be loaded  uic ly onto blan , soldered on flash 
devices    High-speed transfers at 5 ,6  bps or 115,2  bps    Higher-speed data transfer of up to  21,6  
bps starting with  ynamic C version  . 5    Ideal for low-volume cloning production
Universal Power Supply: 110/240 VAC, 12VDC
RS-232-to-USB Converter Cable: Required for USB only PCs
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
Cloning Board
316-1101-ND
89.00
20-101-0589
Universal Power Supply
316-1162-ND
35.00
101-1291
RS-232 to USB Converter Cable
316-1181-ND
39.00
20-151-0178
Rabbit 3000A™
Microprocessor
RabbitCore™ RCM3100
Core Module
Programming the Rabbit 3000A:
Microprocessor hardware and software development is easy for Rabbit users. The Rabbit 3000A is
programmed using the industry-proven Dynamic C® software development system from sister division
Z-World.
The RCM3100 features a battery-backable real-time clock, glueless memory and I/O interfacing, and
ultra-low power “sleepy” modes. A fully enabled 8-bit slave port permits easy master-slave interfacing with
another processor-based system, and an alternate I/O bus can be configured for 8 data lines and 6 address
lines (shared with parallel I/O).
Key Features:
Features:
  ow-EMI  typically  1  d   /m    m
  ltra-low power modes    1.8  ~  .6   5  tolerant I/O
 55.5MHz cloc  speed
 56  digital I/O
 6 serial ports supporting Ir  and  Sync  4 of which support S I  2 support S
  ulse capture and measurement
  uadrature encoder inputs
 
M outputs
C/H
•  ctual  Size   1.85   x  1.65   x  .55   4 mm  x  42mm  x  14mm      2 .4MHz  cloc   speed      .   operation  
  owerful  Rabbit 
  microprocessor      ow-EMI  typically  1   d   /m    m      RCM 1   512K 
lash/512K  SR M     RCM 11   256K  lash/128K  SR M     54  digital  I/O     6  serial  ports  Ir ,  S C/
H C,  sync, S I      uxiliary I/O bus     ltra-low power  sleepy  modes     ulse capture and measurement  
  uadrature encoder inputs    
M outputs
C
Design Advantages:
 Ready-made  platform  for  fast  time-to-mar et     Compact  size  simpli es  integration      in  compatible  with 
Ethernet RCM
 for parallel product development     ynamic C  development environment for real-time 
development and debugging    Exceptionally fast performance for math, logic, and I/O
Standard Features:
  lueless memory and I/O interface
  irect support for 1M  code/data space  up to 6M  with glueless interface
  attery-bac able real-time cloc
  atchdog timer
 Remote boot/program
 Slave port interface
Rabbit RCM3100 RabbitCore Development Kit
Design Advantages:
 Extensive  Ethernet/Internet  support  and  royalty-free  TC /I   stac   with  source  and  sample  programs  
  ynamic C development environment for real-time development and debugging
 Exceptionally fast performance for math, logic and I/O
Description
Digi-Key
Part No.
Rabbit 3000A, 55.5MHz, 128LQFP
316-1061-ND
$239.00
The RCM3100 Development Kit includes an RCM3110 core module (with Rabbit 3000
microprocessor, Flash, SRAM, serial ports, and I/O ports), a prototyping board, complete Dynamic C
SE software development system (not a trial version) with documentation on CD-ROM, AC adapter
(U.S. only) and serial cable for programming and debugging.
2
Price Each
10
100
Rabbit
Part No.
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
14.50
13.13
12.50
20-668-0011
RCM3100
316-1095-ND
65.00
20-101-0517
RCM3110
316-1096-ND
45.00
20-101-0518
Analog Core Module
Features:
•  .   operation      owerful  Rabbit 
  microprocessor      ow-EMI  typically  1   d   /m    m  
 RCM 4  512K  lash/512K SR M, RCM 41  256K  lash/256K SR M    8 channel 12-bit  /  with program mable gain    4  digital I/O,  uxiliary I/O bus    5 serial ports  Ir , S C/H C,  synch, S I     M C 
ID installed
Design Advantages:
 Ready-made platform for fast time-to-mar et
 Compact size simpli es integration
  ynamic C® development environment for real-time development and debugging
 Exceptionally fast performance for math, logic, and I/O
  ctual  Size   2.
  x  1.85   x  . 86   6 mm  x  4 mm  x  22mm      2 .4MHz  cloc   speed     1 ase-T  
  owerful  Rabbit 
  microprocessor      ow-EMI  typically  1   d   /m    m       uilt-in  Ethernet  for 
simpli ed connectivity     .  operation    RCM
  p to 512K  lash/512K SR M    RCM 1  256K 
lash/128K  SR M     52  digital  I/O     6  serial  ports  Ir ,  S C/H C,  sync,  S I       uxiliary  I/O  bus  
  ltra-low power  sleepy  modes     ulse capture and measurement     uadrature encoder inputs    
M 
outputs
 Ready-made  platform  for  fast  time-to-mar et      ynamic  C   development  environment  for  real-time 
development and debugging
$399.00
The RCM3400 Development Kit includes an RCM3400 core module, a prototyping board, AC adapter
(U.S. only), 10-pin header to DE9 programming cable with integrated level-matching circuitry, complete
Dynamic C® SE software development system (not a trial version) with documentation on CD-ROM and
a bag of accessory parts for use on the Prototyping Board.
RabbitCore Wi-Fi Add On Kit
Features:
Design Advantage:
Rabbit RCM3400 RabbitCore
Development Kit
Core Module
$199.00
The Wi-Fi Add On Kit includes Interposer Board (boards are not interchangeable between RCMs with
different footprints, CompactFlash Wi-Fi Board, LinkSys Wi-Fi CompactFlash Card, 20-pin to 20-pin IDC
header connection ribbon cable, 10-pin IDC header to DE9F serial cable, Sample Programs and software
related specifically to the Wi-Fi Add on Kits on CD, Dynamic C® upgrade to 9.21 or higher on CD, Getting
Started instruction and Miscellaneous connection and mounting hardware including standoffs, if necessary
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM3400
316-1099-ND
69.00
20-101-0561
RCM3410
316-1100-ND
59.00
20-101-0562
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM3000
316-1093-ND
79.00
20-101-0507
RCM3010
316-1094-ND
59.00
20-101-0508
Rabbit 2000™ 8-Bit Microprocessor
Rabbit 2000 Advantages:
  rchitecture for enhanced math performance  
  lueless memory and I/O interface  
 Remote cold boot  
 Slave interface  
 4 serial ports  
 4 -plus multifunctional I/O pins  
  attery-bac able real-time cloc   
  atchdog timer  
  ive 8-bit cascadable timers and one 1 -bit timer with match registers  
 488 microsecond periodic interrupt  
 Cloc ing options for low power applications
Description
Digi-Key
Part No.
Rabbit 2000
316-1062-ND
2
Price Each
10
100
12.34
11.38
10.41
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
Rabbit
Part No.
20-668-0003
(US2011)
(TZM112.US)
97
97
C
RabbitCore 2000™
Microprocessor Core Module
C
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM2020
316-1082-ND
39.00
20-101-0383
RCM2000
316-1083-ND
69.00
20-101-0404
RCM2010
316-1084-ND
49.00
20-101-0405
RABBITCORE 2000
 Board Size: 1.90” x 2.30” x 0.55” (48.3mm x
58.4mm x 14.0mm)
 Input Voltage: 4. 5 ~ 5.25 C
 Current: 98mA @ 18.432MHz, 5VDC (130mA @
25.8MHz, 5VDC)
 Processor: Rabbit 2000 @ 25.8MHz (18.432MHz
for 2010 and 2020)
 General Purpose I/O: 40 parallel I/O lines grouped
in five 8-bit ports (shared with serial ports)
 Memory, I/O Interface: 13 Address lines, 8 data
lines, I/0 read/write, buffer enable, status, clock
 Additional Digital Inputs: (2), start up mode (for
master/slave), reset in
 Additional Digital Outputs: Watchdog output,
reset out
 Clock: 25.8MHz
 SRAM: 512K (128K for 2010 and 2020)
Flash: 256K
 Timers: Five 8-bit cascadable timers, one 10-bit
timers with 2 match registers
 Serial Ports: 4 CMOS-compatible ports. Max
asynchronous baud rate is 806,400bps, maximum
synchronous is 6.45Mbps. Two ports are configurable
as clocked ports
 Slave Interface: Allows the RabbitCore 2000 to be
used as an intelligent peripheral device slaved to a
master processor
Additional Features: Watchdog supervisor, time/
date clock, backup battery circuitry and connections
for user-supplied battery. Mates to your board via
dual 40-pin male connectors.
RabbitCore™ RCM2100 Series Microprocessor Core Module
Features:
Ethernet Port for 2100 and 2110 series only
 512K SR M  128K for 211  and 21
 512K  lash  256K for 211  and 21
Specifications:
 Microprocessor: Rabbit 2000 @ 22.1MHz
•  eneral  urpose  I : 34 parallel I/O (20
configurable I/O, 8 fixed inputs, and 6 fixed outputs)
(40 parallel I/O with 26 configurable I/O for 2120
and 2130)
•  dditional Inputs: 2 Startup Mode, Reset in
•  dditional  utputs: Status, Clock, Watchdog
Out, Reset out
• Memory I : 13 buffered address, 8 buffered data,
plus I/O Read-Write and Buffer Enable
• Serial  orts: Four 5V CMOS-compatible; 2 con-
figurable as clocked ports
• Serial  Rate:  Maximum  burst  rate    C K/ 2 
Maximum sustained rate    urst/2
• Con nectors: Two 2 x 20, 2mm IDC headers
• Sla e Interface: Allows use as master or intelligent
peripheral with Rabbit-based or other master controller
• Real ime Cloc : Yes
•  imers: Five 8-bit timers (4 cascadable from the
first) and one 10-bit timer with 2 match registers
•  atc do Super isor: Yes
•  o er: 4. 5 ~ 5.25 C, 14 m
•  per atin   emperature:  -4 C  ~ 
C  -4 C  ~ 
85°C for 2120 and 2130)
•  umidity: 5  ~  5 , non-conden sing
•  oard  Si e: 3.5” x 2.0” x 0.86” (89mm x 51mm x
22mm); 3.5” x 2.0” x 0.5” (89mm x 51mm x 13mm)
for 2120 and 2130
RabbitCore 2000/RCM2100 Low-Cost Development Kit
Digi-Key Part No. 316-1028-ND (101-0451) Only $279.00
Jumpstart your evaluation and design efforts with a complete development kit, which includes RCM2100
microprocessor core module, prototyping board, Dynamic C SE software development system (not a trial
version) and complete documentation on CD-ROM, serial cable for programming and debugging, Getting
Started manual, and AC adapter (U.S./Canada only).
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM2110
316-1086-ND
59.00
20-101-0435
RCM2120
316-1087-ND
69.00
20-101-0436
RCM2130
316-1088-ND
49.00
20-101-0446
RabbitCore™ RCM2200 Microprocessor Core Module
•  oard Si e: 1.6  x 2.  x  .86   41mm x 5 mm 
x 22mm)
• Input  olta e: 4. 5 ~ 5.25 C
• Current: 134mA @ 5VDC
•  rocessor: Rabbit 2000
General Purpose I/O: 26 parallel I/O lines grouped
in five 8-bit ports (shared with serial ports)
• Memory   I   Interface: 4 address lines, 8 data
lines, I/O Read-Write
•  dditional  i ital Inputs: Startup mode, reset
•  dditional  i ital  utputs: Status, reset
• Cloc : 22.1MHz
• SR M: 128K (512K for 2250)
• Flas : 256K (512K for 2250)
•  imers: Five 8-bit timers, one 10-bit timer. Five
timers are cascadable in pairs
• Serial  orts: 4 CMOS-compatible ports. Maximum asynchronous baud rate is 691,000 bps,
maximum synchronous is 5.53 Mbps. Two ports are
configurable as clocked ports
• Sla e Interface: Allows the RCM2200 to be used
as an intelligent peripheral device slaved to a master
processor     Ethernet  ort   1 ase-T,  R -45,  2 
LEDs (10Base-T, No RJ-45 for 2210)
•  dditional  Features:  Watchdog/supervisor, time/
date clock, backup battery circuitry, and connection
for user-supplied battery
RabbitCore RCM2200 Development Kit
$239.00
Kit includes RCM2200 core module (Ethernet, 256K Flash, 128K SRAM), Getting Started manual with
schematics, DC power supply (U.S. only), prototyping board, PC serial cable, and complete Dynamic C SE
software development system (not a trial version) and complete documentation on CD-ROM.
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM2200
RCM2210
RCM2250
316-1090-ND
316-1091-ND
316-1092-ND
55.00
59.00
79.00
20-101-0454
20-101-0488
20-101-0494
MiniCore™ RCM5700 Microprocessor Core Module
The MiniCore RCM5700 family offers an intergrated software and hardware platform that can shorten your
design cycle from years to months. RCM5750 and RCM5760 allow datalogging capabilities with increased
memory options.
With six serial ports, four configurable as SPI, the RCM5700 can easily embed into any existing or new design
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM5700 Module
316-1153-ND
35.00
20-101-1235
RCM5750 Module
316-1183-ND◆ NEW!
45.00
20-101-1306
RCM5760 Module
316-1182-ND◆ NEW!
55.00
20-101-1307
Prototyping Board
316-1165-ND◆
35.00
20-101-1252
Serial Communication Board
316-1166-ND◆
40.00
20-101-1253
Digital I/O Board
316-1167-ND◆
37.00
20-101-1254
and is pin-compatible with current and future MiniCore products, such as MiniCores offering Wi-Fi 802.11b/g.
The embedded web server offers an added level of control and monitoring for today’s intensive applications.
Features:  Rabbit   5
  microprocessor    5 MHz     Small,  low-pro le  board  1.186   x  2.
 1 /1   ase-T Ethernet     CI Express form factor
6   x  .11  
RCM5700 Standard or Deluxe Development Kit
Digi-Key Part Number 316-1151-ND (101-1274) Only
$99.00
$198.57
Jumpstart your evaluation and design efforts with either a standard or deluxe development kit. Both kits
includes RCM5700 microprocessor core module, development board with prototyping area, Dynamic
C 10 development system and complete documentation on CD-ROM, USB cable for programming and
debugging, Getting Started manual. The deluxe kit will include power supplies and additional prototyping
board for specific sample programs.
◆ RoHS Compliant
RabbitCore™ RCM2300 Microprocessor Core Module
RabbitCore RCM2300:
•  oard Si e: 1.15  x 1.6  x  .55   2 mm x 41mm 
x 14mm)
• Input  olta e: 4. 5 ~ 5.25 C
• Current: 108mA @ 5VDC
•  rocessor: Rabbit 2000
•  eneral  urpose  I : 29 parallel I/O lines
grouped in five 8-bit ports (shared with serial ports)
• Memory   I   Interface: 4 address lines, 8 data
lines, I/O Read-Write (extra address line and Buffer
Enable via separate connections)
Additional Digital Inputs: Startup mode, reset
•  ddi tional  i ital  utputs: Status, reset
• Cloc : 22.1MHz
98
98
• SR M: 128K
• Flas : 256K
•  imers: Five 8-bit timers, one 10-bit timer. Five
timers are cascadable in pairs
• Serial  orts: 4 CMOS-compatible ports. Max
asynchronous baud rate is 691,000 bps, maximum
synchronous is 5.53Mbps. Two ports are
configurable as clocked ports
Slave Interface: Allows the RCM2300 to be
used as an intelligent peripheral device slaved to a
master processor
Additional Features: Watchdog/supervisor, time/
date clock, backup battery circuitry, and connection
for user-supplied battery
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM2300
316-1089-ND
42.00
20-101-0453
(US2011)
(TZM112.US)
$199.00
Kit includes RCM2300 core module (256K Flash, 128K SRAM), Getting Started manual with schematics,
DC power supply (U.S. only), prototyping board, PC serial cable, and complete Dynamic C SE software
development system (not a trial version) and complete documentation on CD-ROM.
Core Module
Microprocessor Core Module
Features:
 512K  lash  256K for  1     512K SR M  128K for 
Rabbit 
 processor      digital I/O    4 Serial  orts
Designing with RabbitCores:
RabbitCores are powered by high-performance 8-bit Rabbit microprocessors with extensive integrated
features and a C-friendly instruction set designed for use with the Dynamics C® development system.
Embedded systems using the Ethernet RabbitCore module can be controlled and monitored (as well as
programmed and debugged when using appropriate accessory hardware) across any network or the
Internet.
 operation     owerful 
Programs are developed using our industry-proven Dynamics C software development system (SE version
included in low-cost development kits). An extensive library of drivers and sample programs is provided,
along with royalty-free TCP/IP stack with source.
RabbitCore RCM3200:
•  oard Si e: 2.  x 1.85  x  .86   6 mm x 4 mm x 22mm   2.
for 3220)
•  o  er:  .15 ~  .45 C
 x 1.85  x  .48   6 mm x 4 mm x 12mm  
$299.00
The RCM3700 Development Kit includes RCM3700 core module, proto board, AC Adapter (U.S. Only),
Programming Cable, Complete Dynamic C software development system (not a trial version) with
documentation on CD-ROM and a bag of accessory parts for use on the proto board.
• Current: 255 mA @ 3.3V
•  rocessor: Rabbit 3000 @ 44.2MHz
•  eneral  urpose I : 52 digital I/O (44 configurable I/O, 4 fixed inputs, and 4 fixed outputs)
•  d ditional  i ital Inputs: 2 Startup Mode, Reset in
•  dditional  i ital  utputs: Status, Reset out
• Real ime Cloc : Yes • SR M: 512K program + 256K data
• Flas : 512K
•  imers: Ten 8-bit timers (6 cascadable from the first) and one 10-bit timer with 2 match registers
• Serial  orts: 6 CMOS-compatible: 6 configurable as asynchronous (with IrDA), 4 as clocked serial (SPI),
and 2 as SDLC/HDLC (with IrDA), 1 asynchronous clocked serial port dedicated for programming, Support
for MIR/SIR IrDA transceiver
• Sla e Interface: Allows use as master or intelligent peripheral with Rabbit-based or other master controller
Additional Features: Ethernet Port for 3200 series only, Watchdog/Supervisor, Pulse-Width Modulators,
Quadrature Decoder and Backup Battery
RabbitCore RCM3200 Low-Cost Development Kit
$349.00
Kit includes RCM3200 RabbitCore, Getting Started manual, DC power supply (U.S. only), prototyping
board, Serial Cable for Programming and debugging, and complete Dynamic C SE software
development system (not a trial version) and complete documentation on CD-ROM.
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM3200
316-1097-ND
89.00
20-101-0520
RCM3220
316-1098-ND
79.00
20-101-0522
RCM3209
316-1150-ND
89.00
20-101-1179
RCM3229
316-1146-ND
79.00
20-101-1217
1.27mm Programming Cable
316-1180-ND
25.00
20-101-0542
$199.00
The RCM3720 Development Kit includes RCM3720 core module, proto board, AC Adapter (U.S. Only),
Programming Cable, Complete Dynamic C software development system (not a trial version) with
documentation on CD-ROM and a bag of accessory parts for use on the proto board.
Digi-Key
Part No.
Description
Price
Each
Rabbit
Part No.
RCM3700
316-1104-ND
59.00
20-101-0674
RCM3710
316-1105-ND
57.00
20-101-0675
RCM3720
316-1107-ND
55.00
20-101-0961
PowerCore Flex™ 3800/3810
With available on-board power supply, analog features, and the fastest Rabbit 3000 microprocessor the
PowerCore bridges the gap between microcontrollers and single board computers.
With the introduction of the PowerCore, Rabbit Semiconductor has added over 1000 new core modules to its
product line through FLEXible manufacturing.
Featuring customizable options such as microprocessor speed, power supply, memory, analog features
and Ethernet capability, PowerCore Rabbit Core Modules can be customized at the Rabbit Semiconductor
website via the user-friendly On-Line Flex Configurator Tool.
Features:
 Cloc  speed up to 51.6MHz
 On-board  ower Supply  1
C ~ 6
C, 8 C ~ 4
C
 On-board analog  C Crossover, ramp generator, temperature sensor
 512K  lash
 Maximum 1M  SR M  512K code/512K data
 Maximum 1M  Serial  lash
   general-purpose I/O
 1 /1  Compatible Ethernet
Core Module
PowerCore RCM3800 Development Kit
Digi-Key Part Number 316-1070-ND (101-1016)
Features:
Only
 operation
$169.00
Jumpstart your evaluation and design efforts with a development kit. The kit includes a PowerCore,
prototyping board, serial cable for programming and debugging, Dynamic C with royalty-free TCP/IP
stack and source, Getting Started Manual, AC Transformer and miscellaneous parts and connectors.
  owerful Rabbit 
 processor
 256K  61  ~ 512K  6   lash Memory
 128K  61  ~ 512K  6  SR M
 
2      .
Design Advantages:
  ow Cost Solution
 Ready Made platform for easy design implementation
 Com pact Size
  ynamic C® development environment for real-time developing and debugging
  ast performance for math,  ogic, and I/O
Programming the RCM3200:
  .
1  and 256K for 
 digital I/O    4 Serial  orts
PowerCore RCM3810 Development Kit
 Size  2.11  x 1.2   54mm x  1mm
Design Advantages:
Only
  ow Cost Solution
 Ready made platform for easy design implementation
 Compact Size
  ynamic C  development environment for real-time developing and debugging
  ast performance for math,  ogic, and I/O
PowerCore Flex Kit
$138.00
Jumpstart your evaluation and design efforts with a development kit. The kit includes a PowerCore,
prototyping board, serial cable for programming and debugging, Dynamic C with royalty-free TCP/IP
stack and source, Getting Started Manual, AC Transformer and miscellaneous parts and connectors.
$299.00
The RCM3600 Development Kit includes RCM3600 core module, proto board, AC Adapter (U.S.
Only), Programming Cable, Complete Dynamic C software development system (not a trial version)
with documentation on CD-ROM and a bag of accessory parts for use on the proto board.
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM3600
316-1102-ND
49.00
20-101-0672
RCM3610
316-1103-ND
45.00
20-101-0673
Only
$99.00
Includes our Dynamic C development system and complete documentation on CD-ROM, a demo
board with 4 LEDs, 4 switches and buzzer, serial cable for programming and debugging, Getting
Started manual and AC adapter
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
LCD/Keypad Panel Mount
316-1116-ND
99.00
20-101-0541
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
99
99
C
RabbitCore™ 3305/3315 Series
Features:    .   Operation      owerful  Rabbit 
  microprocessor     512K  lash/512K  SR M     8M  
Serial  lash for 
5 and 4M  for  15    4  digital I/O    5 Serial  orts
Design Advantages:   Ready-Made  latforms  for  uic   design  to  mar et     Compact  size      ynamic  C®
development environment for real-time developing and debugging     ast performance for math, logic and I/O
RabbitCore™
4000/4100/4200/4300 Series
The Rabbit 4000 is fast, running at up to 60MHz, with compact code and direct software support for 16-bit
memory devices. It operates at 3.3V I/O standard or can be set to 1.8V for lower power. The Rabbit 4000
boasts 6 serial ports with IrDA, 40+ digital I/O, quadrature decoder, PWM outputs, pulse capture and
measurement capabilities, battery-backable real-time clock, glueless memory and I/O interfacing and ultralow power modes. The RCM4000 microprocessor core module is a powerful embedded Ethernet control
device that has the intelligence and internet connectivity that allows your devices to be remotely monitored
and controlled from anywhere in the world.
RCM4000 Features:   Rabbit 4
 microprocessor   58. 8MHz    512K  lash  1M  for 4 5    512K data 
SR M  1M   for  4 5      22  parallel  digital  I/O  lines     4  shared  high-speed  CMOS-compatible  ports   Ten 
8-bit timers, one 1 -bit timer and one 16-bit timer     ower   .      oard Size  1.84  x 2.42  x  .   4 mm 
x 61mm x 20mm)
C
The RCM4100 series is the first of the next generation core modules to take advantage of the new Rabbit
4000 microprocessor.
 microprocessor  58. 8MHz  2 .4 MHz for 411     512K  lash    512K 
data SR M  256K for 411      rogram-Execution  ast SR M  512K  one for 411     4  parallel I/O  2  
for 41     6 high-speed, CMOS-compatible  orts    Ten 8-bit timers, one 1 -bit timer and one 16-bit timer  
  ower   125m   typical     .   65m   typical     .   for  411       oard  Size   1.41   x  1.88   x  .4  
(36mm x 48mm x 12mm)
The RCM4200 RabbitCore modules are equipped with 10/100 Ethernet connectivity, combined with
4Mbytes or 8Mbytes serial flash memory storage for intensive communication and data logging applications.
At the heart of the RCM4200 is the Rabbit 4000 microprocessor which features a clock speed of up to
58.98MHz. The rabbit 4000 boasts and additional 500+ new operational code instructions that increases the
processing efficiency, from its predecessor the Rabbit 3000. The RCM4200 RabbitCore modules are easily
interchangeable with other RCm4xxx based products due to electrical and functional compatibility.
 microprocessor   58. 8MHz  2 .4 MHz for 421     Spectrum spreader 
for  reduced  EMI     Ethernet  ort   1 /1
ase-T,  R -45,    E s     512K  8-bit   SR M  and  lash     Serial 
lash Memory  8M   4M  for 421     25 paralleled digital I/O  5 paralleled digital for 421      /  12 bits  
  p to 4 serial ports  up to 5 for 421     Real Time Cloc     Ten 8-bit timers, one 1 -bit timer and one 16-bit 
timer      atchdog/Supervisor      ower   24 m   typical     .   2 m     .   for  421       oard  Size  
1.84” x 2.42” x 0.84” (47mm x 61mm x 21mm)
$399.00
The RCM3305 Development Kit includes RCM3305 microprocessor core module, development board
with prototyping area, Dynamic C development system and complete documentation on CD-ROM,
serial cable for programming and debugging, Getting Started manual and AC adapter (U.S./Canada only).
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM3305
316-1113-ND
119.00
20-101-1067
RCM3315
316-1114-ND
99.00
20-101-1068
RabbitCore™ 3750 Series
The RCM3750 RabbitCore mounts directly onto a user-designed motherboard using a single dual-row IDC
header and can interface with all CMOS-compatible digital devices. Digital I/O (shared with serial ports),
power and other signals are directly routed to the motherboard. Built-In low EMI features, including a clock
spectrum spreader, practically eliminate EMI problems, which helps OEMs pass European CE and other
regulatory RF emissions tests.
Features:   Rabbit 
  microprocessor  at  22.1MHz     512K  lash  and  SR M     1M   Serial  lash       
digital I/O  1 con gurable I/O and 2  xed outputs      our  .  CMOS-compatible Serial  orts    Real-Time 
Cloc     Ten 8-bit timers     atchdog/Supervisor    4 
M output channels    Input  4. 5 ~ 5.25 C, 1 5m  
 22.1MHz  15 m    11. 5MHz     oard Size  2. 5  x 1.2  x  .8   5mm x  mm x 2 mm
$329.00
The RCM3750 Development Kit includes RCM3750 microprocessor core module, development board
with prototyping area, Dynamic C development system and complete documentation on CD-ROM,
serial cable for programming and debugging, Getting Started manual and AC adapter (U.S./Canada only).
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM3750
316-1110-ND
74.00
20-101-1028
Secure Embedded Web Application Kit 2.0
Digi-Key Part No. 316-1136-ND (101-1243)
$349.00
The kit is a complete out-of-the box solution that enables you to develop secure data transmission for
your embedded application. Application code runs on the RCM4300 RabbitCore® module, powered by
the Rabbit® 4000 microprocessor that offers a low-cost solution with the performance to run algorithmicintensive encryption code. The RCM4300 module mounts directly onto a user-designed motherboard and
acts as the controlling microprocessor for the system. The kit includes a prototyping board, power supply,
and accessories that allow you to build a prototype system and debug your code directly on to the target
hardware. Once your design is complete, you are ready to go into production with the RCM4300 module
and your fully-debugged design.
All Development Kits include a core module, a development board with prototyping are,
Dynamic C 10 development system and complete documentation on CD-ROM, serial cable for
programming and debugging, Getting Started manual and AC adapter (U.S./Canada only).
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
CPU RABBIT 4000
316-1078-ND
12.50
20-668-0024
RCM4000
316-1139-ND
89.00
20-101-1094
RCM4050
316-1145-ND
105.00
20-101-1215
RCM4100
316-1121-ND
75.00
20-101-1105
RCM4110
316-1140-ND
45.00
20-101-1093
RCM4120
316-1122-ND
64.00
20-101-1154
RCM4200
316-1124-ND
109.00
20-101-1131
RCM4210
316-1125-ND
99.00
20-101-1132
RCM4110 Development Kit
316-1076-ND
199.00
101-1101
RabbitCore™
RCM3900 Series - Ethernet and Extended Temperature
The RCM3900 RabbitCore modules are compact devices that incorporate the Rabbit 3000 microprocessor,
memory and removable memory. Both of the RCM3900 modules have an integrated 10/100Base-T
Ethernet port which allows you to build LAN and Internet-enabled systems as easily as building any serial
communications system.
Description
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM3900
316-1155-ND
91.88
20-101-1196
MiniCore™
RCM5600W Series
The MiniCore RCM5600W module offers 802.11b/g Wi-Fi connectivity which includes WPA2, WPA and
WEP security standards, allowing easy integration and interoperability within Wi-Fi networks. With six serial
ports, four configurable as SPI, the RCM5600W can easily embed into any existing or new design and is pin
compatible with current and future MiniCore products.
Features:   Rabbit  5000 running at 74MHz
On-board single-chip 802.11b/g transceiver
Up to 35 GP
I/O lines and six serial ports 1MB SRAM and 1MB serial flash memory Built-in web server Certified to
meet FCC and other international regulatory requirements Easy-to-use integrated design environment
RabbitCore™ 3365/3375 Series
The RCM3365/RCM3375 modules present a new form of embedded flexibility with removable xD-Picture
Cards™. Supporting on-board 16MB NAND Flash as well as memory cards of up to 128MB, this RabbitCore
is ideal for large data applications requiring low-power operation. (xD-picture card socket only for 3375
Series)
Features:
  owerful Rabbit 
 Ethernet  ort  1 /1
  .  operation  
Digi-Key
Part No.
Price
Each
RCM3365
316-1111-ND
RCM3375
316-1112-ND
Digi-Key
Part No.
Price
Each
Rabbit
Part No.
RCM5600W Module
316-1174-ND
69.00
20-101-1265
Antenna Cable Assembly
316-1163-ND
15.97
101-1292
Rabbit
Part No.
Description
105.00
20-101-1051
98.00
20-101-1055
(TZM112.US)
$249.00
Includes everything in the Standard Development Kit plus a power adapter, digital I/O and serial
communications accessory boards, and a DB9 to 10-pin header serial cable.
 52 digital I/O and 6 serial ports  
  oard Size  1.85  x 2.  x  .86   4 mm x 6 mm x 22mm
(US2011)
$149.00
Contains RCM5600W module and antenna, interface board, prototyping board, USB cable, and
Dynamic C IDE. (Note: may require the addition of power adapter to support the interface board, part
number 101-1273)
MiniCore RCM5600W Deluxe Development Kit
 512K  lash/512K  rogram   512K data SR M  
 4  digital I/O and 5 serial ports  
100
100
MiniCore RCM5600W Standard Development Kit
 microprocessor   44.2MHz  
ase-T, R -45,    E s  
Description
$399.00
The Development Kit provides the essentials that you need to design your own microprocessor-based
system, and includes a complete Dynamic C® software development system. The Development
Kit also contains a Prototyping Board that will allow you to evaluate the RCM3900 module and to
prototype circuits that interface to the module.
C8051F High Performance Mixed-Signal MCUs
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Timers Chan(Bytes) (Bytes) I/O Pins (16-Bit) nels
*
128K
8448
64
5
6
128K
8448
32
5
6
64K
4352
59
5
6
64K
4352
32
5
5
32K
2304
8
4
5
32K
256
16
4
5
16K
1280
16
4
5
8K
768
17
4
3
8K
768
17
4
3
128K
8448
64
5
6
128K
8448
64
5
6
128K
8448
64
5
6
128K
8448
64
5
6
128K
8448
64
5
6
128K
8448
32
5
6
128K
8448
32
5
6
128K
8448
32
5
6
128K
8448
32
5
6
128K
8448
32
5
6
64K
8448
64
5
6
64K
8448
32
5
6
64K
4352
64
5
5
64K
4352
64
5
5
64K
4352
59
5
6
64K
4352
32
5
5
64K
4352
32
5
5
64K
4352
25
4
5
64K
4352
24
5
6
32K
4352
59
5
6
32K
4352
24
5
6
32K
2304
32
4
5
32K
2304
32
4
5
32K
2304
25
4
5
32K
2304
16
4
5
32K
2304
16
4
5
32K
2304
8
4
5
32K
256
32
4
5
32K
256
32
4
5
32K
256
16
4
5
32K
256
8
4
5
16K
1536
15
2
—
16K
1536
15
2
—
16K
1280
32
4
5
16K
1280
21
4
5
16K
1280
21
4
5
16K
1280
16
4
5
8K
768
17
4
3
Serial
Buses
2 UARTs,
SMBus™, SPI1™
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART, SPI,
SMBus
UART, SPI,
SMBus
2 UARTs,
SMBus™, SPI1™
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
2 UARTs,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
2 UARTs,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
USB 2.0,
UART
USB 2.0,
UART
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
ADC1
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
16-Bit, 2-Ch.,
1Msps
10-Bit, 8-Ch.,
100 sps
10-Bit, 4-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
24-Bit, 8-Ch.,
1ksps
16-Bit, 8-Ch.,
1ksps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
16-Bit, 2-Ch.,
1Msps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
200 sps
16-Bit, 2-Ch.,
1Msps
16-Bit, 2-Ch.,
1Msps
16-Bit, 2-Ch.,
1Msps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
200 sps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
12-Bit, 4-Ch.,
100 sps
12-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
10-Bit, 8-Ch.,
100 sps
12-Bit, 4-Ch.,
100 sps
ADC2
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
DAC
12-Bit,
2-Ch.
12-Bit,
2-Ch.
—
—
8-Bit,
8-Ch.,500 sps
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
—
—
—
—
—
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
—
—
8-Bit,
2-Ch.
8-Bit,
2-Ch.
Comparators
2
2
2
100
100-TQFP 336-1081-1-ND*
34.01
25.20
20.32 C8051F122R
C8051F120DK
100
64-TQFP 336-1082-1-ND*
32.88
24.36
19.64 C8051F123R
C8051F120DK
2
25
100-TQFP 336-1089-1-ND*
16.29
12.54
10.45 C8051F064
C8051F064EK
25
64-TQFP 336-1035-1-ND*
23.16
16.67
13.23 C8051F023R
C8051F020DK
1
—
20
25
32-LQFP 336-1042-1-ND*
21.84
15.71
12.47 C8051F017R
C8051F005DK
2
—
20
20
48-TQFP 336-1006-1-ND*
20.37
14.66
11.63 C8051F011R
C8051F005DK
2
—
20
25
48-TQFP 336-1049-1-ND*
17.46
12.56
9.97 C8051F019R
C8051F005DK
1
—
2
50
28-QFN
336-1085-1-ND*
7.12
5.75
4.76 C8051F351R
C8051F350DK
1
—
2
50
28-QFN
336-1087-1-ND*
5.38
4.34
3.59 C8051F353R
C8051F350DK
—
—
2
—
—
2
—
—
—
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
12-Bit,
2-Ch.
12-Bit,
2-Ch.
Development
Kit
Part No.
20
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
Silicon Labs
Part No.
—
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
—
Price Each
25
100
2
RoHS Compliant
12-Bit,
16x16
2
2
2-Ch.
MAC
12-Bit,
16x16
2
2
2-Ch.
MAC
12-Bit,
2
—
2
2-Ch.
12-Bit,
2
—
2
2-Ch.
16x16
2
—
2
MAC
16x16
12-Bit,
2
2
2-Ch.
MAC
8-Bit, 8-Ch.,
500 sps
8-Bit, 8-Ch.,
500 sps
1
DMA
2
16x16
MAC
2
100
100-TQFP 336-1223-ND
21.81
20.53
19.25 C8051F120-GQ C8051F120DK
100
100-TQFP 336-1226-ND
20.20
19.01
17.82 C8051F122-GQ C8051F120DK
50
100-TQFP 336-1228-ND
19.13
18.00
16.88 C8051F124-GQ C8051F120DK
50
100-TQFP 336-1230-ND
17.53
16.50
15.47 C8051F126-GQ C8051F120DK
100
100-TQFP 336-1232-ND
15.61
14.69
13.77 C8051F130-GQ C8051F120DK
100
64-TQFP 336-1225-ND
21.11
19.88
18.63 C8051F121-GQ C8051F120DK
100
64-TQFP 336-1227-ND
19.55
18.40
17.25 C8051F123-GQ C8051F120DK
2
—
2
50
64-TQFP 336-1229-ND
18.41
17.33
16.25 C8051F125-GQ C8051F120DK
2
—
2
50
64-TQFP 336-1231-ND
16.86
15.88
14.88 C8051F127-GQ C8051F120DK
16x16
MAC
16x16
MAC
16x16
MAC
2
100
64-TQFP 336-1233-ND
14.98
14.10
13.22 C8051F131-GQ C8051F120DK
2
100
100-TQFP 336-1234-ND
13.07
12.31
11.54 C8051F132-GQ C8051F120DK
2
2
100
64-TQFP 336-1235-ND
12.43
11.70
10.97 C8051F133-GQ C8051F120DK
—
20
25
100-TQFP 336-1199-ND
17.80
16.76
15.71 C8051F020-GQ C8051F020DK
2
—
20
25
100-TQFP 336-1202-ND
14.16
13.33
12.50 C8051F022-GQ C8051F020DK
3
DMA
2
25
100-TQFP 336-1218-ND
12.55
11.81
11.07 C8051F064-GQ C8051F060DK
2
2
—
20
25
64-TQFP 336-1201-ND
17.17
16.16
15.15 C8051F021-GQ C8051F020DK
2
—
20
25
64-TQFP 336-1203-ND
13.14
12.37
11.60 C8051F023-GQ C8051F020DK
—
—
2
—
0.25
48
32-LQFP 336-1533-ND
8.40
7.91
7.41 C8051F34A-GQ C8051F340DK
—
—
3
DMA
2
25
64-TQFP 336-1220-ND
12.17
11.46
10.74 C8051F065-GQ C8051F060DK
—
—
3
DMA
2
25
100-TQFP 336-1221-ND
11.85
11.16
10.46 C8051F066-GQ C8051F060DK
—
—
3
DMA
2
25
64-TQFP 336-1222-ND
11.37
10.71
10.04 C8051F067-GQ C8051F060DK
—
—
—
—
—
—
—
—
—
—
12-Bit,
2-Ch.
12-Bit,
2-Ch.
—
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
2
—
20
25
64-TQFP 336-1187-ND
13.26
12.48
11.70 C8051F005-GQ C8051F005DK
2
—
20
25
64-TQFP 336-1194-ND
12.53
11.80
11.06 C8051F015-GQ C8051F005DK
2
—
0.25
48
32-LQFP 336-1534-ND
7.29
6.87
6.44 C8051F34B-GQ C8051F340DK
2
—
20
25
48-TQFP 336-1189-ND
12.92
12.16
11.40 C8051F006-GQ C8051F005DK
2
—
20
25
48-TQFP 336-1195-ND
12.33
11.60
10.88 C8051F016-GQ C8051F005DK
1
—
20
25
32-LQFP 336-1190-ND
12.61
11.88
11.13 C8051F007-GQ C8051F005DK
2
—
20
20
64-TQFP 336-1184-ND
12.38
11.65
10.92 C8051F000-GQ C8051F005DK
2
—
20
20
64-TQFP 336-1191-ND
11.59
10.92
10.23 C8051F010-GQ C8051F005DK
2
—
20
20
48-TQFP 336-1192-ND
11.37
10.71
10.04 C8051F011-GQ C8051F005DK
1
—
20
20
32-LQFP 336-1186-ND
11.99
11.28
10.58 C8051F002-GQ C8051F005DK
—
—
—
—
—
—
—
Internal
Oscil- MIPS
Digi-Key
lator (Peak) Package Part No.
3
—
10-Bit, 8-Ch.,
100 sps
24-Bit, 8-Ch.,
1ksps
Other
16x16
MAC
16x16
MAC
2
—
10-Bit, 8-Ch.,
100 sps
10-Bit,
13-Ch.,200 sps
0
00
F I
51 0C
80 1
C 00 EP
0
T 24
00
Precision Mixed-Signal Microcontrollers
Full-Featured MCUs with a Supercharged 8051 CPU
Separate
I/O
Fixed
I/O
1.5
25
28-QFN
336-1296-5-ND
3.37
3.17
2.97 C8051F326-GM C8051F326DK
1.5
25
28-QFN
336-1297-5-ND
3.37
3.17
2.97 C8051F327-GM C8051F326DK
—
—
2
—
20
25
64-TQFP 336-1197-ND
—
—
2
—
2
25
24-QFN
336-1281-5-ND
336-1282-5-ND
10.12
9.52
8.93 C8051F018-GQ C8051F005DK
3.91
3.68
3.45 C8051F316-GM C8051F310DK
—
—
2
—
2
25
24-QFN
3.47
3.27
3.06 C8051F317-GM C8051F310DK
—
—
2
—
20
25
48-TQFP 336-1198-ND
9.76
9.19
8.61 C8051F019-GQ C8051F005DK
—
8-Bit,
2-Ch.
1
—
2
50
32-LQFP 336-1270-ND
6.82
6.42
6.02 C8051F350-GQ C8051F350DK
Cut Tape
(Continued)
®
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
101
101
C
C8051F High Performance Mixed-Signal MCU
Precision Mixed-Signal Microcontrollers; Full-Featured MCUs with a Supercharged 8051 CPU (Cont.)
Flash
Digital
PCA
Memory RAM
Port
C
8K
768
17
4
3
8K
768
17
4
3
8K
256
17
4
3
8K
256
8
3
3
8K
256
8
3
3
8K
256
8
3
3
2K
256
8
3
3
Serial
Buses
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus
UART,
SMBus
UART,
SMBus
UART,
SMBus
Comparators
DAC
8-Bit,
2-Ch.
8-Bit,
2-Ch.
8-Bit,
2-Ch.
Price Each
25
100
Development
Kit
Part No.
—
—
1
—
2
25
14-SOIC 336-1536-5-ND
2.41
2.28
2.13 C8051F301-GS C8051F300DK
—
—
1
—
2
25
14-SOIC 336-1537-5-ND
2.36
2.23
2.09 C8051F302-GS C8051F300DK
—
—
—
1
—
2
25
14-SOIC 336-1540-5-ND
1.97
1.86
1.74 C8051F305-GS C8051F300DK
Internal
Oscillator
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
MIPS
(peak)
25
25
25
25
25
25
25
25
25
25
25
25
—
—
—
8-Bit
1
Silicon Labs
Part No.
ADC2
—
Other
Internal
Oscil- MIPS
Digi-Key
lator (Peak) Package Part No.
ADC1
24-Bit, 8-Ch.,
1ksps
16-Bit, 8-Ch.,
1ksps
16-Bit, 8-Ch.,
1ksps
8-Bit, 11-Ch.,
500 sps
8-Bit, 11-Ch.,
500 sps
8-Bit, 11-Ch.,
500 sps
1
—
2
50
28-QFN
336-1271-ND
5.59
5.27
4.94 C8051F351-GM C8051F350DK
1
—
2
50
32-LQFP 336-1272-ND
5.05
4.76
4.46 C8051F352-GQ C8051F350DK
1
—
2
50
28-QFN
1
—
2
25
14-SOIC 336-1535-5-ND
336-1273-ND
4.23
3.99
3.74 C8051F353-GM C8051F350DK
2.53
2.39
2.24 C8051F300-GS C8051F300DK
* Cut Tape
8kB ISP Flash MCU Family
Flash
Memory RAM
(Bytes) (Bytes)
8K
256
8K
256
8K
256
8K
256
4K
256
2K
256
8K
256
8K
256
4K
256
4K
256
2K
256
2K
256
Digital
Port
Timers
I/O Pins (16-Bit)
6
3
16
3
16
3
6
3
6
3
6
3
16
3
16
3
16
3
16
3
16
3
16
3
PCA
Channels
3
3
3
3
3
3
3
3
3
3
3
3
Serial
Buses
LIN 2.0, SPI™, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
LIN 2.0, SPI, UART
ADC1
12-Bit, 6-Ch., 200 sps
12-Bit, 16-Ch., 200 sps
12-Bit, 16-Ch., 200 sps
12-Bit, 6-Ch., 200 sps
12-Bit, 6-Ch., 200 sps
12-Bit, 6-Ch., 200 sps
12-Bit, 16-Ch., 200 sps
12-Bit, 16-Ch., 200 sps
12-Bit, 16-Ch., 200 sps
12-Bit, 16-Ch., 200 sps
12-Bit, 16-Ch., 200 sps
12-Bit, 16-Ch., 200 sps
Comparators
1
1
1
1
1
1
1
1
1
1
1
1
Other
VREG
VREG
VREG
VREG
VREG
VREG
VREG
VREG
VREG
VREG
VREG
VREG
Package
10-DFN
20-QFN
20-TSSOP
10-DFN
10-DFN
10-DFN
20-QFN
20-TSSOP
20-QFN
20-TSSOP
20-QFN
20-TSSOP
Digi-Key
Part No.
336-1484-5-ND
336-1485-5-ND
336-1486-5-ND
336-1490-5-ND
336-1492-5-ND
336-1494-5-ND
336-1495-5-ND
336-1496-5-ND
336-1497-5-ND
336-1500-5-ND
336-1503-5-ND
336-1504-5-ND
Price
Each
2.55
2.60
2.91
2.50
2.35
2.14
2.55
2.86
2.45
2.67
2.19
2.45
Silicon Labs
Part No.
C8051F520A-IM
C8051F530A-IM
C8051F530A-IT
C8051F521A-IM
C8051F524A-IM
C8051F527A-IM
C8051F531A-IM
C8051F531A-IT
C8051F533A-IM
C8051F534A-IT
C8051F537A-IM
C8051F537A-IT
Development Kit
Part No.
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
C8051F530ADK
General Purpose Microcontrollers Outstanding Value for Comprehensive MCUs
Flash
Digital
Mem.
RAM
Port
(Bytes) (Bytes) I/O Pins
8K
256
22
8K
256
22
32K
256
25
32K
256
40
Timers
(16-Bit)
3
3
4
4
Serial
Buses
UART, SPI™
UART, SPI
SMBus , SPI, UART
SMBus, SPI, UART
ADC1
8-Bit, 32-Ch. 100 sps
—
—
—
Internal
Oscillator
20
20
25
25
Comparators
2
2
2
2
MIPS
(peak)
25
25
25
25
Package
32-LQFP
32-LQFP
32-LQFP
48-TQFP
Digi-Key
Part No.
336-1009-1-ND*
336-1012-1-ND*
336-1509-ND◆
336-1508-ND◆
1
5.03
4.80
6.12
6.66
Price Each
25
3.62
3.46
5.76
6.28
100
2.87
2.74
5.40
5.88
Silicon Labs
Part No.
C8051F221R
C8051F231R
C8051F349-GQ
C8051F348-GQ
Development Kit
Part No.
C8051F226DK
C8051F226DK
C8051F340DK
C8051F340DK
* Cut Tape
◆ RoHS Compliant
USB Microcontrollers Integrated USB 2.0 Function Controller
Flash
Memory
(Bytes)
64K
64K
64K
64K
64K
64K
64K
32K
32K
32K
32K
32K
32K
32K
32K
16K
16K
RAM
(Bytes)
5376
5376
5376
5376
4352
4352
4352
3328
3328
3328
3328
2304
2304
2304
2304
2304
2304
Digital
PCA
Port
Timers ChanI/O Pins (16-Bit) nels
40
4
5
25
4
5
40
4
5
25
4
5
25
4
5
25
4
5
25
4
5
40
4
5
25
4
5
40
4
5
25
4
5
25
4
5
25
4
5
25
4
5
25
4
5
25
4
5
25
4
5
Serial
Buses
USB 2.0, SPI™, 2UART, SMBus™
USB 2.0, SPI, UART, SMBus
USB 2.0, SPI, 2UART, SMBus
USB 2.0, UART, SMBus, SPI
USB 2.0, UART, SMBus, SPI
ADC1
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
—
10-Bit, 17-Ch., 200
10-Bit, 17-Ch., 200
10-Bit, 13-Ch., 200
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
Comparators
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Internal
Oscillator
1.5
1.5
1.5
1.5
.25
.25
.25
1.5
1.5
1.5
1.5
.25
.25
.25
.25
1.5
1.5
MIPS
(peak)
48
48
25
25
48
25
48
48
48
25
25
48
25
25
48
25
25
Package
48-TQFP
32-LQFP
48-TQFP
32-LQFP
32-QFN
32-QFN
32-QFN
48-TQFP
32-LQFP
48-TQFP
32-LQFP
32-QFN
32-QFN
32-QFN
32-QFN
32-LQFP
28-QFN
Digi-Key
Part No.
336-1298-ND
336-1300-ND
336-1302-ND
336-1304-ND
336-1345-5-ND
336-1347-5-ND
336-1350-5-ND
336-1299-ND
336-1301-ND
336-1303-ND
336-1305-ND
336-1346-5-ND
336-1348-5-ND
336-1349-5-ND
336-1351-5-ND
336-1259-ND
336-1261-ND
Price
Each
8.48
8.23
8.23
7.80
8.23
7.80
8.40
7.57
7.16
7.16
6.58
7.16
6.58
6.12
7.29
5.90
5.03
Silicon Labs
Part No.
C8051F340-GQ
C8051F342-GQ
C8051F344-GQ
C8051F346-GQ
C8051F342-GM
C8051F346-GM
C8051F34A-GM
C8051F341-GQ
C8051F343-GQ
C8051F345-GQ
C8051F347-GQ
C8051F343-GM
C8051F347-GM
C8051F349-GM
C8051F34B-GM
C8051F320-GQ
C8051F321-GM
Development Kit
Part No.
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F340DK
C8051F320DK
C8051F320DK
Development Kit
Part No.
C8051F300DK
C8051F300DK
C8051F300DK
Small Form Factor Microcontrollers High-Performance MCU in a Tiny Package
Flash
Digital
Memory RAM
Port
8K
256
8
4K
256
8
2K
256
8
32K
32K
32K
2368
2368
1K
24
20
39
Timers
(16-Bit)
3
3
3
PCA
Channels
3
3
3
Serial
Buses
UART, SMBus™
UART, SMBus
UART, SMBus
4
4
4
6
6
6
UART, SPI™ SMBus
UART, SPI, SMBus
UART, SMBus, SPI
Internal
Compar- OscilMIPS
ators
lator
(peak)
1
20
25
1
20
25
1
20
25
RoHS Compliant
12-Bit, 8-Ch., 200 sps 12-Bit, 2-Ch.
2
2
50
12-Bit, 8-Ch., 200 sps 12-Bit, 2-Ch.
2
2
50
10-Bit, 16-Ch., 200 sps 10-Bit, 1-Ch.
2
2
100
ADC1
—
—
—
DAC
—
—
—
Package
11-QFN
11-QFN
11-QFN
Digi-Key
Part No.
336-1046-1-ND*
336-1063-1-ND*
336-1064-1-ND*
1
3.37
3.01
2.91
Price Each
25
2.41
2.15
2.08
100
1.93
1.72
1.67
Silicon Labs
Part No.
C8051F303R
C8051F304R
C8051F305R
32-LQFP
28-QFN
48-TQFP
336-1318-ND
336-1309-ND
336-1407-ND
6.58
5.29
7.38
6.20
4.98
6.95
5.81
4.67
6.51
C8051F410-GQ C8051F410DK
C8051F411-GM C8051F410DK
C8051F360-GQ C8051F360DK
* Cut Tape
(Continued)
®
102
102
(US2011)
(TZM112.US)
Small Form Factor Microcontrollers High-Performance MCU in a Tiny Package (Cont.)
Flash
Digital
Memory RAM
Port
32K
1K
27
32K
1K
24
32K
1280
39
32K
1280
27
32K
1280
24
32K
1280
29
32K
1280
25
16K
1280
29
16K
1280
25
16K
2368
24
16K
2368
20
16K
1280
29
16K
1280
25
8K
1280
32
8K
1280
32
8K
1280
32
8K
1280
29
8K
1280
29
8K
1280
25
8K
1280
25
8K
768
17
8K
768
17
8K
256
32
8K
256
22
8K
256
8
8K
256
8
8K
256
8
8K
256
8
4K
768
17
4K
768
17
4K
256
8
2K
768
17
2K
256
8
PCA
Channels
6
6
6
6
6
6
6
6
6
6
6
5
5
—
—
—
5
5
5
5
3
3
—
—
3
3
3
3
3
3
3
3
3
Timers
(16-Bit)
4
4
4
4
4
4
4
4
4
4
4
4
4
3
3
3
4
4
4
4
4
4
3
3
3
3
3
3
4
4
3
4
3
Serial
Buses
UART, SMBus™, SPI™
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SPI SMBus
UART, SPI SMBus
UART, SMBus, SPI
UART, SMBus, SPI
UART, SPI
UART, SPI
UART, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus, SPI
UART, SPI
UART, SPI
UART, SMBus
UART, SMBus
UART, SMBus
UART, SMBus
UART, SMBus, SPI
UART, SMBus, SPI
UART, SMBus
UART, SMBus, SPI
UART, SMBus
ADC1
10-Bit, 16-Ch., 200 sps
10-Bit, 16-Ch., 200 sps
—
—
—
10-Bit, 21-Ch., 200 sps
10-Bit, 17-Ch., 200 sps
10-Bit, 21-Ch., 200 sps
10-Bit, 17-Ch., 200 sps
12-Bit, 8-Ch., 200 sps
12-Bit, 8-Ch., 200 sps
10-Bit, 21-Ch., 200 sps
10-Bit, 17-Ch., 200 sps
12-Bit, 32-Ch., 100 sps
8-Bit, 32-Ch., 100 sps
—
10-Bit, 21-Ch., 200 sps
—
10-Bit, 17-Ch., 200 sps
—
10-Bit, 16-Ch., 200 sps
—
—
—
8-Bit, 8-Ch., 500 sps
—
8-Bit, 8-Ch., 500 sps
—
10-Bit, 16-Ch., 200 sps
—
—
—
—
DAC
10-Bit, 1-Ch.
10-Bit, 1-Ch.
—
—
—
10-Bit
10-Bit
10-Bit
10-Bit
12-Bit, 2-Ch.
12-Bit, 2-Ch.
—
—
—
—
—
—
—
—
—
10-Bit, 1-Ch.
—
—
—
—
—
—
—
—
—
—
—
—
Comparators
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
2
2
1
1
1
1
1
1
1
1
1
Internal
OscilMIPS
lator
(peak)
2
100
2
100
2
100
2
100
2
100
2
50
2
50
2
50
2
50
2
50
2
50
2
25
2
25
20
25
20
25
20
25
2
25
2
25
2
25
2
25
2
25
2
25
20
25
20
25
2
25
2
25
20
25
20
25
2
25
2
25
20
25
2
25
20
25
Package
32-LQFP
28-QFN
48-TQFP
32-LQFP
28-QFN
32-LQFP
28-QFN
32-LQFP
28-QFN
32-LQFP
28-QFN
32-LQFP
28-QFN
48-TQFP
48-TQFP
48-TQFP
32-LQFP
32-LQFP
28-QFN
28-QFN
20-MLP
20-QFN
48-TQFP
32-LQFP
11-QFN
11-QFN
11-QFN
11-QFN
20-MLP
20-MLP
11-QFN
20-MLP
11-QFN
Digi-Key
Part No.
336-1408-ND
336-1409-5-ND
336-1645-ND
336-1646-ND
336-1647-ND
336-1648-ND
336-1649-ND
336-1650-ND
336-1651-ND
336-1310-ND
336-1311-ND
336-1252-ND
336-1254-ND
336-1236-ND
336-1240-ND
336-1244-ND
336-1255-ND
336-1257-ND
336-1256-ND
336-1258-ND
336-1262-ND
336-1265-ND
336-1242-ND
336-1243-ND
336-1245-ND
336-1247-ND
336-1248-ND
336-1249-ND
336-1266-ND
336-1267-ND
336-1250-ND
336-1269-ND
336-1251-ND
1
6.85
5.78
6.31
6.00
5.20
5.75
4.96
5.47
4.74
5.95
4.91
4.85
4.34
4.49
3.91
3.64
3.77
3.18
3.50
2.96
3.60
3.23
3.49
3.15
2.53
2.41
2.36
2.28
2.69
2.47
2.02
2.04
1.97
Price Each
25
6.45
5.44
5.94
5.65
4.90
5.41
4.68
5.16
4.47
5.60
4.63
4.56
4.08
4.23
3.68
3.43
3.56
3.00
3.30
2.79
3.40
3.04
3.28
2.96
2.39
2.28
2.23
2.15
2.53
2.32
1.91
1.92
1.86
100
6.05
5.10
5.57
5.30
4.59
5.07
4.38
4.83
4.19
5.25
4.34
4.28
3.83
3.96
3.45
3.21
3.33
2.81
3.09
2.61
3.18
2.85
3.08
2.78
2.24
2.13
2.09
2.01
2.37
2.18
1.79
1.80
1.74
Silicon Labs
Part No.
C8051F361-GQ
C8051F362-GM
C8051F363-GQ
C8051F364-GQ
C8051F365-GM
C8051F366-GQ
C8051F367-GM
C8051F368-GQ
C8051F369-GM
C8051F412-GQ
C8051F413-GM
C8051F310-GQ
C8051F311-GM
C8051F206-GQ
C8051F226-GQ
C8051F236-GQ
C8051F312-GQ
C8051F314-GQ
C8051F313-GM
C8051F315-GM
C8051F330-GM
C8051F331-GM
C8051F230-GQ
C8051F231-GQ
C8051F300-GM
C8051F301-GM
C8051F302-GM
C8051F303-GM
C8051F332-GM
C8051F333-GM
C8051F304-GM
C8051F335-GM
C8051F305-GM
Development Kit
Part No.
C8051F360DK
C8051F360DK
C8051F360DK
C8051F360DK
C8051F360DK
C8051F360DK
C8051F360DK
C8051F360DK
C8051F360DK
C8051F410DK
C8051F410DK
C8051F310DK
C8051F310DK
C8051F206DK
C8051F226DK
C8051F226DK
C8051F310DK
C8051F310DK
C8051F310DK
C8051F310DK
C8051F330DK
C8051F330DK
C8051F226DK
C8051F226DK
C8051F300DK
C8051F300DK
C8051F300DK
C8051F300DK
C8051F330DK
C8051F330DK
C8051F300DK
C8051F330DK
C8051F300DK
* Cut Tape
CAN Interface Microcontrollers — MCUs with Integrated CAN 2.0B Controller
Flash
Digital
PCA
Memory RAM Port I/O Timers Chan(Bytes) (Bytes) Pins (16-Bit) nels
64K
4352
64
5
6
64K
4352
59
5
6
64K
4352
24
5
6
64K
4352
24
5
6
64K
4352
64
5
6
64K
4352
64
5
6
Serial
Buses
CAN2.0B, 2 UARTs,
SMBus™, SPI™
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B 2 UARTs,
SMBus, SPI
CompADC1
ADC2
DAC arators
10-Bit, 13-Ch.
—
—
3
100 sps
16-Bit, 2-Ch. 10-Bit, 8-Ch. 12-Bit,
3
1Msps
200 sps
2-Ch.
16-Bit, 2-Ch. 10-Bit, 8-Ch. 12-Bit,
3
1Msps
200 sps
2-Ch.
16-Bit, 2-Ch. 10-Bit, 8-Ch. 12-Bit,
3
1Msps
200 sps
2-Ch.
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
CAN2.0B, 2 UARTs,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
UART,
SMBus, SPI
12-Bit, 13-Ch. 8-Bit, 8-Ch.
100 sps
500 sps
10-Bit, 13-Ch. 8-Bit, 8-Ch.
100 sps
500 sps
10-Bit, 13-Ch.
—
100 sps
16-Bit, 2-Ch. 10-Bit, 8-Ch.
1Msps
200 sps
16-Bit, 2-Ch. 10-Bit, 8-Ch.
1Msps
200 sps
12-Bit, 13-Ch. 8-Bit, 8-Ch.
100 sps
500 sps
10-Bit, 13-Ch. 8-Bit, 8-Ch.
100 sps
500 sps
10-Bit, 13-Ch.
—
100 sps
16-Bit, 2-Ch. 10-Bit, 8-Ch.
1Msps
200 sps
10-Bit, 13-Ch.
—
100 sps
10-Bit, 13-Ch.
—
100 sps
10-Bit, 16-Ch.
—
200 sps
Other
60V
PGA
DMA
Internal
OscilMIPS
lators (Peak)
Package
Digi-Key
Part No.
2
25
100-TQFP 336-1156-ND
2
25
100-TQFP 336-1074-1-ND*
1
Price Each
25
100
8.75
7.66
6.46
19.24
14.80
12.33
Silicon Labs
Part No.
Development
Kit
Part No.
C8051F044
C8051F040DK
C8051F062R
C8051F060DK
DMA
2
25
64-TQFP
336-1073-1-ND*
20.60
15.85
13.21
C8051F061R
C8051F060DK
DMA
2
25
64-TQFP
336-1075-1-ND*
18.72
14.41
12.01
C8051F063R
C8051F060DK
RoHS Compliant
64K
4352
64
5
6
64K
4352
59
5
6
64K
4352
59
5
6
64K
4352
32
5
6
64K
4352
32
5
6
64K
4352
32
5
6
64K
4352
24
5
6
32K
4352
64
5
6
32K
4352
32
5
6
16KB
768
17
4
3
16KB
768
17
4
3
16KB
768
21
4
3
16KB
768
21
4
3
12-Bit,
2-Ch.
12-Bit,
2-Ch.
—
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
12-Bit,
2-Ch.
—
60V
PGA
60V
PGA
60V
PGA
3
3
3
3
DMA
3
DMA
60V
PGA
60V
PGA
60V
PGA
3
3
3
12-Bit,
2-Ch.
3
—
3
—
3
10-Bit,
1-Ch.
1
DMA
60V
PGA
60V
PGA
—
—
—
—
1
—
10-Bit, 16-Ch.
200 sps
—
10-Bit,
1-Ch.
1
—
—
—
—
1
—
2
25
100-TQFP 336-1204-ND
12.68
11.94
11.19
C8051F040-GQ
C8051F040DK
2
25
100-TQFP 336-1207-ND
10.88
10.24
9.60
C8051F042-GQ
C8051F040DK
2
25
100-TQFP 336-1209-ND
8.84
8.32
7.80
C8051F044-GQ
C8051F040DK
2
25
100-TQFP 336-1213-ND
17.44
16.42
15.39
C8051F060-GQ
C8051F060DK
2
25
100-TQFP 336-1216-ND
14.82
13.96
13.08
C8051F062-GQ
C8051F060DK
2
25
64-TQFP
336-1206-ND
12.19
11.48
10.76
C8051F041-GQ
C8051F040DK
2
25
64-TQFP
336-1208-ND
10.44
9.83
9.21
C8051F043-GQ
C8051F040DK
2
25
64-TQFP
336-1210-ND
8.36
7.88
7.38
C8051F045-GQ
C8051F040DK
2
25
64-TQFP
336-1215-ND
15.86
14.93
14.00
C8051F061-GQ
C8051F060DK
2
25
100-TQFP 336-1211-ND
8.30
7.81
7.32
C8051F046-GQ
C8051F040DK
2
25
64-TQFP
336-1212-ND
7.77
7.32
6.86
C8051F047-GQ
C8051F040DK
25
20-QFN
336-1429-5-ND
3.96
3.73
3.50
C8051F336-GM
C8051F336DK
2
LFO
2
LFO
2
LFO
2
LFO
25
20-QFN
336-1428-5-ND
3.37
3.17
2.97
C8051F337-GM
C8051F336DK
25
24-QFN
336-1427-5-ND
4.03
3.80
3.56
C8051F338-GM
C8051F336DK
25
24-QFN
336-1426-5-ND
3.40
3.20
3.00
C8051F339-GM
C8051F336DK
* Cut Tape
Automotive
Flash
Digital
Port
Timers
Memory RAM
(Bytes) (Bytes) I/O Pins (16-Bit)
64K
256
40
4
64K
256
40
4
64K
256
40
4
64K
256
40
4
64K
256
25
4
64K
256
25
4
64K
256
25
4
32K
256
40
4
32K
256
40
4
®
PCA
Channels
6
6
6
6
6
6
6
6
6
Serial
Buses
SMBus™, SPI™, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
ADC
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 28-Ch., 200
12-Bit, 28-Ch., 200
12-Bit, 28-Ch., 200
12-Bit, 28-Ch., 200
12-Bit, 28-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
sps
sps
sps
sps
sps
sps
sps
sps
sps
Comparators
2
2
2
2
2
2
2
2
2
Temperature
Range
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
Internal
OscilMIPS
Digi-Key
lator
(Peak) Package Part No.
0.5
50
48-QFP 336-1510-ND
0.5
50
48-QFN 336-1511-5-ND
0.5
50
48-QFP 336-1512-ND
0.5
50
48-QFN 336-1513-5-ND
0.5
50
32-QFP 336-1514-ND
0.5
50
32-QFN 336-1515-5-ND
0.5
50
32-QFN 336-1517-5-ND
0.5
50
48-QFP 336-1518-ND
0.5
50
48-QFN 336-1519-5-ND
Price
Each
5.56
5.51
5.29
5.22
5.39
4.95
4.71
5.24
5.17
Silicon Labs
Part No.
C8051F500-IQ
C8051F500-IM
C8051F501-IQ
C8051F501-IM
C8051F502-IQ
C8051F502-IM
C8051F503-IM
C8051F504-IQ
C8051F504-IM
Development
Kit
Part No.
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
103
103
C
Automotive (Cont.)
C
Flash
Digital
Port
Timers
Memory RAM
(Bytes) (Bytes) I/O Pins (16-Bit)
32K
256
40
4
32K
256
40
4
32K
256
25
4
32K
256
25
4
32K
256
25
4
32K
256
25
4
64K
4K
33
4
64K
4K
33
4
32K
4K
33
4
32K
4K
33
4
16K
256
25
4
16K
256
25
4
16K
256
25
4
16K
256
25
4
16K
256
18
4
16
256
18
4
8K
256
25
4
8K
256
25
4
8K
256
25
4
8K
256
25
4
8K
256
18
4
8K
256
18
4
32K
256
18
4
32K
256
18
4
32K
256
18
4
32K
256
18
4
16K
256
18
4
16K
256
18
4
16K
256
18
4
16K
256
18
4
32K
256
25
4
32K
256
25
4
32K
256
25
4
32K
256
25
4
32K
256
25
4
32K
256
25
4
32K
256
25
4
32K
256
25
4
16K
256
25
4
16K
256
25
4
16K
256
25
4
16K
256
25
4
16K
256
25
4
16K
256
25
4
16K
256
25
4
16K
256
25
4
32K
256
33
4
32K
256
33
4
32K
256
33
4
32K
256
33
4
16K
256
33
4
16K
256
33
4
16K
256
33
4
16K
256
33
4
128K
8K
40
6
128K
8K
40
6
128K
8K
40
6
128K
8K
40
6
128K
8K
25
6
128K
8K
25
6
128K
8K
25
6
128K
8K
25
6
96K
8K
40
6
96K
8K
40
6
96K
8K
40
6
96K
8K
40
6
96K
8K
25
6
96K
8K
25
6
96K
8K
25
6
96K
8K
25
6
128K
8K
33
6
128K
8K
33
6
96K
8K
33
6
96K
8K
33
6
PCA
Channels
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
2x6
Serial
Buses
SMBus™, SPI™, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
CAN 2.0, LIN 2.1, SPI, UART, I2C, EMIF
SPI, UART, I2C, EMIF
CAN 2.0, LIN 2.1, SPI, UART, I2C, EMIF
SPI, UART, I2C, EMIF
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
SMBus, SPI, UART
CAN 2.0, LIN 2.1, SPI, 2xUARTs, I2C, EMIF
SPI, 2xUARTs, I2C, EMIF
CAN 2.0, LIN 2.1, SPI, 2xUARTs, I2C
SPI, 2xUARTs, I2C
SPI, 2xUARTs, I2C
SPI, 2xUARTs, I2C
SPI, 2xUARTs, I2C
ADC
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 25-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
12-Bit, 32-Ch., 200
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
sps
Comparators
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Temperature
Range
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
-40 C 125 C
Internal
OscilMIPS
Digi-Key
lator
(Peak) Package Part No.
0.5
50
48-QFP 336-1520-ND
0.5
50
48-QFN 336-1521-5-ND
0.5
50
32-QFP 336-1522-ND
0.5
50
32-QFN 336-1523-5-ND
0.5
50
32-QFP 336-1524-ND
0.5
50
32-QFN 336-1525-5-ND
0.5
50
40-QFN 336-1560-5-ND NEW!
0.5
50
40-QFN 336-1561-5-ND NEW!
0.5
50
40-QFN 336-1562-5-ND NEW!
0.5
50
40-QFN 336-1563-5-ND NEW!
0.5
50
32-QFN 336-1670-5-ND
0.5
50
32-QFP 336-1671-ND
0.5
50
32-QFN 336-1673-5-ND
0.5
50
32-QFP 336-1674-ND
0.5
50
24-QFN 336-1675-5-ND
0.5
50
24-QFN 336-1676-5-ND
0.5
50
32-QFN 336-1677-5-ND
0.5
50
32-QFP 336-1678-ND
0.5
50
32-QFN 336-1679-5-ND
0.5
50
32-QFP 336-1680-ND
0.5
50
24-QFN 336-1681-5-ND
0.5
50
24-QFN 336-1682-5-ND
0.5
50
24-QFN 336-1683-5-ND
0.5
50
24-QFN 336-1684-5-ND
0.5
50
24-QFN 336-1685-5-ND
0.5
50
24-QFN 336-1686-5-ND
0.5
50
24-QFN 336-1687-5-ND
0.5
50
24-QFN 336-1688-5-ND
0.5
50
24-QFN 336-1689-5-ND
0.5
50
24-QFN 336-1690-5-ND
0.5
50
32-QFN 336-1692-5-ND
0.5
50
32-QFP 336-1693-ND
0.5
50
32-QFN 336-1695-5-ND
0.5
50
32-QFP 336-1696-ND
0.5
50
32-QFN 336-1697-5-ND
0.5
50
32-QFP 336-1698-ND
0.5
50
32-QFN 336-1699-5-ND
0.5
50
32-QFP 336-1700-ND
0.5
50
32-QFN 336-1701-5-ND
0.5
50
32-QFP 336-1702-ND
0.5
50
32-QFN 336-1703-5-ND
0.5
50
32-QFP 336-1704-ND
0.5
50
32-QFN 336-1705-5-ND
0.5
50
32-QFP 336-1706-ND
0.5
50
32-QFN 336-1707-5-ND
0.5
50
32-QFP 336-1708-ND
0.5
50
40-QFN 336-1709-5-ND
0.5
50
40-QFN 336-1710-5-ND
0.5
50
40-QFN 336-1711-5-ND
0.5
50
40-QFN 336-1712-5-ND
0.5
50
40-QFN 336-1713-5-ND
0.5
50
40-QFN 336-1714-5-ND
0.5
50
40-QFN 336-1715-5-ND
0.5
50
40-QFN 336-1716-5-ND
0.5
50
40-QFP 336-1564-ND NEW!
0.5
50
48-QFN 336-1565-5-ND NEW!
0.5
50
48-QFP 336-1566-ND NEW!
0.5
50
48-QFN 336-1567-5-ND NEW!
0.5
50
32-QFP 336-1568-ND NEW!
0.5
50
32-QFN 336-1569-5-ND NEW!
0.5
50
32-QFP 336-1570-ND NEW!
0.5
50
32-QFN 336-1571-5-ND NEW!
0.5
50
48-QFP 336-1572-ND NEW!
0.5
50
48-QFN 336-1573-5-ND NEW!
0.5
50
48-QFP 336-1574-ND NEW!
0.5
50
48-QFN 336-1575-5-ND NEW!
0.5
50
32-QFP 336-1576-ND NEW!
0.5
50
32-QFN 336-1577-5-ND NEW!
0.5
50
32-QFP 336-1578-ND NEW!
0.5
50
32-QFN 336-1579-5-ND NEW!
0.5
50
40-QFN 336-1580-5-ND NEW!
0.5
50
40-QFN 336-1581-5-ND NEW!
0.5
50
40-QFN 336-1582-5-ND NEW!
0.5
50
40-QFN 336-1583-5-ND NEW!
Price
Each
4.95
4.90
5.07
4.66
4.79
4.40
5.36
5.08
5.03
4.76
3.13
3.52
3.08
3.45
2.98
2.92
2.94
3.32
2.89
3.23
2.81
2.74
3.57
3.50
3.47
3.40
3.37
3.30
3.26
3.18
3.74
4.13
3.66
4.05
3.62
4.00
3.55
3.91
3.52
3.88
3.43
3.79
3.40
3.76
3.33
3.67
4.18
4.10
4.06
3.98
3.93
3.84
3.81
3.67
7.57
7.50
7.19
7.12
7.38
6.92
7.00
6.58
7.11
7.06
6.73
6.68
6.94
6.51
6.56
6.17
7.34
6.97
6.90
6.53
Silicon Labs
Part No.
C8051F505-IQ
C8051F505-IM
C8051F506-IQ
C8051F506-IM
C8051F507-IQ
C8051F507-IM
C8051F508-IM
C8051F509-IM
C8051F510-IM
C8051F511-IM
C8051F540-IM
C8051F540-IQ
C8051F541-IM
C8051F541-IQ
C8051F542-IM
C8051F543-IM
C8051F544-IM
C8051F544-IQ
C8051F545-IM
C8051F545-IQ
C8051F546-IM
C8051F547-IM
C8051F550-IM
C8051F551-IM
C8051F552-IM
C8051F553-IM
C8051F554-IM
C8051F555-IM
C8051F556-IM
C8051F557-IM
C8051F560-IM
C8051F560-IQ
C8051F561-IM
C8051F561-IQ
C8051F562-IM
C8051F562-IQ
C8051F563-IM
C8051F563-IQ
C8051F564-IM
C8051F564-IQ
C8051F565-IM
C8051F565-IQ
C8051F566-IM
C8051F566-IQ
C8051F567-IM
C8051F567-IQ
C8051F568-IM
C8051F569-IM
C8051F570-IM
C8051F571-IM
C8051F572-IM
C8051F573-IM
C8051F574-IM
C8051F575-IM
C8051F580-IQ
C8051F580-IM
C8051F581-IQ
C8051F581-IM
C8051F582-IQ
C8051F582-IM
C8051F583-IQ
C8051F583-IM
C8051F584-IQ
C8051F584-IM
C8051F585-IQ
C8051F585-IM
C8051F586-IQ
C8051F586-IM
C8051F587-IQ
C8051F587-IM
C8051F588-IM
C8051F589-IM
C8051F590-IM
C8051F591-IM
Development
Kit
Part No.
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F500DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F540DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F560DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
C8051F580DK
NEW! Mixed Signal ISP Flash MCU Family
Flash
Memory
(kB)
15
15
16
16
15
15
15
16
16
16
16
8
8
8
8
8
8
RAM
(Bytes)
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
Digital
Port
I/O Pins
54
54
54
54
39
39
39
39
39
39
39
54
54
54
54
39
39
Timers
(16-Bit)
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
PCA
Channels
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Serial
Buses
UART, I2C, SPI™
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
ADC
10-Bit
—
10-Bit
—
10-Bit
—
—
10-Bit
10-Bit
—
—
10-Bit
—
10-Bit
—
10-Bit
10-Bit
Comparators
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Temperature
Range
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
Internal
Oscillator
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
MIPS
(Peak)
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
Package
64-TQFP
64-TQFP
64-TQFP
64-TQFP
48-QFN
48-QFN
48-TQFP
48-QFN
48-TQFP
48-QFN
48-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
48-QFN
48-TQFP
Digi-Key
Part No.
336-1605-ND
336-1607-ND
336-1608-ND
336-1609-ND
336-1610-5-ND
336-1612-5-ND
336-1613-ND
336-1604-5-ND
336-1636-ND
336-1606-5-ND
336-1638-ND
336-1639-ND
336-1640-ND
336-1641-ND
336-1642-ND
336-1643-5-ND
336-1644-ND
Price
Each
6.32
5.80
6.32
5.80
5.85
5.34
5.07
5.85
5.53
5.34
5.07
5.27
4.74
5.02
4.49
4.85
4.59
Silicon Labs
Part No.
C8051F700-GQ
C8051F701-GQ
C8051F702-GQ
C8051F703-GQ
C8051F704-GM
C8051F705-GM
C8051F705-GQ
C8051F706-GM
C8051F706-GQ
C8051F707-GM
C8051F707-GQ
C8051F708-GQ
C8051F709-GQ
C8051F710-GQ
C8051F711-GQ
C8051F712-GM
C8051F712-GQ
Development Kit
Part No.
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
(Continued)
®
104
104
(US2011)
(TZM112.US)
NEW! Mixed Signal ISP Flash MCU Family (Cont.)
Flash
Memory
(kB)
8
8
8
8
8
8
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
8
8
8
8
8
8
16
16
16
16
16
16
16
16
16
16
16
16
8
8
8
8
8
8
8
4
4
4
4
4
RAM
(Bytes)
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
512
256
256
256
256
256
256
256
256
256
256
256
Digital
Port
I/O Pins
39
39
39
39
39
39
29
20
17
17
17
17
17
17
13
13
13
17
17
17
17
17
17
13
13
13
17
17
17
17
17
17
13
13
13
17
17
17
17
17
17
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
Timers
(16-Bit)
4
4
4
4
4
4
4
4
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
PCA
Channels
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Serial
Buses
UART, I2C, SPI™
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
UART, I2C, SPI
ADC
—
—
10-Bit
10-Bit
—
—
10-Bit
—
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
—
—
—
—
—
—
—
—
—
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
10-Bit
—
—
—
—
—
—
—
—
—
10-Bit
10-Bit
10-Bit
—
—
—
10-Bit
10-Bit
10-Bit
—
—
—
Comparators
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Temperature
Range
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
-40 C 85 C
Internal
Oscillator
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
MIPS
(Peak)
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
28
25
25
25
25
25
25
25
25
25
25
25
28
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
Package
48-QFN
48-TQFP
48-QFN
48-TQFP
48-QFN
48-TQFP
32-QFN
24-QFN
20-QFN
24-QSOP
20-QFN
24-QSOP
20-QFN
24-QSOP
16-SOIC
16-SOIC
16-SOIC
20-QFN
24-QSOP
20-QFN
24-QSOP
20-QFN
24-QSOP
16-SOIC
16-SOIC
16-SOIC
20-QFN
24-QSOP
20-QFN
24-QSOP
20-QFN
24-QSOP
16-SOIC
16-SOIC
16-SOIC
20-QFN
24-QSOP
20-QFN
24-QSOP
20-QFN
24-QSOP
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
16-SOIC
Digi-Key
Part No.
336-1614-5-ND
336-1615-ND
336-1616-5-ND
336-1617-ND
336-1618-5-ND
336-1619-ND
336-1960-5-ND
336-1961-5-ND
336-1766-5-ND
336-1767-5-ND
336-1768-5-ND
336-1769-5-ND
336-1770-5-ND
336-1771-5-ND
336-1772-5-ND
336-1773-5-ND
336-1774-5-ND
336-1775-5-ND
336-1776-5-ND
336-1777-5-ND
336-1778-5-ND
336-1779-5-ND
336-1780-5-ND
336-1781-5-ND
336-1782-5-ND
336-1783-5-ND
336-1784-5-ND
336-1785-5-ND
336-1786-5-ND
336-1787-5-ND
336-1788-5-ND
336-1789-5-ND
336-1790-5-ND
336-1791-5-ND
336-1792-5-ND
336-1798-5-ND
336-1793-5-ND
336-1799-5-ND
336-1794-5-ND
336-1800-5-ND
336-1795-5-ND
336-1801-5-ND
336-1802-5-ND
336-1803-5-ND
336-1804-5-ND
336-1805-5-ND
336-1806-5-ND
336-1807-5-ND
336-1808-5-ND
336-1809-5-ND
336-1810-5-ND
336-1811-5-ND
336-1812-5-ND
336-1813-5-ND
336-1814-5-ND
336-1815-5-ND
Price
Each
4.34
4.13
4.08
3.89
3.83
3.66
3.28
2.74
4.03
4.03
3.71
3.71
3.38
3.38
3.86
3.71
3.38
3.83
3.83
3.50
3.50
3.18
3.18
3.67
3.50
3.18
3.42
3.42
3.09
3.09
2.79
2.79
3.26
3.09
2.79
3.23
3.23
2.91
2.91
2.58
2.58
3.06
2.91
2.58
3.15
2.98
2.65
2.94
2.79
2.47
2.64
2.47
2.14
2.43
2.26
1.94
Silicon Labs
Part No.
C8051F713-GM
C8051F713-GQ
C8051F714-GM
C8051F714-GQ
C8051F715-GM
C8051F715-GQ
C8051F716-GM
C8051F717-GM
C8051F800-GM
C8051F800-GU
C8051F801-GM
C8051F801-GU
C8051F802-GM
C8051F802-GU
C8051F803-GS
C8051F804-GS
C8051F805-GS
C8051F806-GM
C8051F806-GU
C8051F807-GM
C8051F807-GU
C8051F808-GM
C8051F808-GU
C8051F809-GS
C8051F810-GS
C8051F811-GS
C8051F812-GM
C8051F812-GU
C8051F813-GM
C8051F813-GU
C8051F814-GM
C8051F814-GU
C8051F815-GS
C8051F816-GS
C8051F817-GS
C8051F818-GM
C8051F818-GU
C8051F819-GM
C8051F819-GU
C8051F820-GM
C8051F820-GU
C8051F821-GS
C8051F822-GS
C8051F823-GS
C8051F824-GS
C8051F825-GS
C8051F826-GS
C8051F827-GS
C8051F828-GS
C8051F829-GS
C8051F830-GS
C8051F831-GS
C8051F832-GS
C8051F833-GS
C8051F834-GS
C8051F835-GS
Development Kit
Part No.
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F700DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
C8051F800DK
Low Power MCUs
Flash
Memory RAM
(Bytes) (Bytes)
Digital
Port
I/O Pins
PCA
Timers Chan(16-Bit) nels
64K
4352
24
4
6
64K
4352
24
4
6
64K
4352
16
4
6
32K
4352
24
4
6
32K
4352
24
4
6
32K
4352
16
4
6
16K
768
16
4
6
Serial
Buses
UART, EMIF,
SMBus™, 2SPI™
UART, EMIF,
SMBus, 2SPI
UART, SMBus,
2SPI
UART, EMIF,
SMBus, 2SPI
UART, EMIF
SMBus, 2SPI
UART, SMBus,
2SPI
UART, I2C, 2SPI
16K
768
16
4
6
UART, I2C, 2SPI
16K
768
16
4
6
UART, I2C, 2SPI
8K
768
16
4
6
UART, I2C, 2SPI
8K
768
16
4
6
UART, I2C, 2SPI
8K
768
16
4
6
UART, I2C, 2SPI
8K
768
16
4
6
UART, I2C, 2SPI
ADC1
10-Bit, 23-Ch.,
300 sps
10-Bit, 23-Ch.,
300 sps
10-Bit, 15-Ch.,
300 sps
10-Bit, 23-Ch.,
300 sps
10-Bit, 23-Ch.,
300 sps
10-Bit, 15-Ch.,
300 sps
10-Bit, 15-Ch.,
300 sps
10-Bit, 15-Ch.,
300 sps
12-Bit, 15-Ch.,
75 sps
10-Bit, 15-Ch.,
300 sps
10-Bit, 15-Ch.,
300 sps
12-Bit, 15-Ch.,
75 sps
12-Bit, 15-Ch.,
75 sps
Comparators
2
2
2
2
2
2
Other
SmaRTClock; up to 23
touch sense inputs
touch sense inputs
SmaRTCloc up to 15
touch sense inputs
touch sense inputs
touch sense inputs
SmaRTCloc up to 15
touch sense inputs
Internal
Oscillator
MIPS
(peak)
Package
Digi-Key
Part No.
2
25
32-LQFP
336-1466-ND
2
25
32-QFN
336-1467-ND
2
25
24-QFN
2
25
2
2
Price
Each
Silicon Labs
Part No.
Development Kit
Part No.
5.73
C8051F930-GQ
C8051F930DK
4.83
C8051F930-GM
C8051F930DK
336-1468-ND
4.32
C8051F931-GM
C8051F930DK
32-LQFP
336-1469-ND
5.08
C8051F920-GQ
C8051F930DK
25
32-QFN
336-1470-ND
4.30
C8051F920-GM
C8051F930DK
25
24-QFN
336-1471-ND
3.88
C8051F921-GM
C8051F930DK
2
SmaRTClock
2
25
24-QFN
336-1850-5-ND NEW!
3.25
C8051F911-GM
C8051F912DK
2
SmaRTClock
2
25
24-SOIC
336-1851-5-ND NEW!
3.40
C8051F911-GU
C8051F912DK
2
SmaRTClock
2
25
24-SOIC
336-1852-5-ND NEW!
3.67
C8051F912-GU
C8051F912DK
2
SmaRTClock
2
25
24-QFN
336-1846-5-ND NEW!
2.92
C8051F901-GM
C8051F912DK
2
SmaRTClock
2
25
24-SOIC
336-1847-5-ND NEW!
3.08
C8051F901-GU
C8051F912DK
2
SmaRTClock
2
25
24-QFN
336-1848-5-ND NEW!
3.20
C8051F902-GM
C8051F912DK
2
SmaRTClock
2
25
24-SOIC
336-1849-5-ND NEW!
3.35
C8051F902-GU
C8051F912DK
(Continued)
®
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
105
105
C
Low Power MCUs (Cont.)
Flash
Memory RAM
(Bytes) (Bytes)
C
Digital
Port
I/O Pins
PCA
Serial
Buses
ADC1
Comparators
Other
Internal
Oscillator
MIPS
(peak)
Package
Digi-Key
Part No.
Price
Each
Silicon Labs
Part No.
Development Kit
Part No.
8K
512
16
4
3
I2C, SPI™, UART
10/12-Bit
1
SmaRTClock
2
25
20-QFN
336-1941-5-ND NEW!
2.96
C8051F990-GM
C8051F996DK
8K
512
16
4
3
I2C, SPI, UART
10/12-Bit
1
SmaRTClock
2
25
20-QFN
336-1942-5-ND NEW!
2.67
C8051F991-GM
C8051F996DK
8K
512
17
4
3
I2C, SPI, UART
10/12-Bit
1
SmaRTClock
2
25
24-QFN
336-1943-5-ND NEW!
3.11
C8051F996-GM
C8051F996DK
8K
512
17
4
3
I2C, SPI, UART
10/12-Bit
1
SmaRTClock
2
25
24-QSOP 336-1944-5-ND NEW!
3.11
C8051F996-GU
C8051F996DK
8K
512
17
4
3
I2C, SPI, UART
10/12-Bit
1
SmaRTClock
2
25
8K
512
17
4
3
I2C, SPI, UART
10/12-Bit
1
SmaRTClock
2
25
336-1945-5-ND NEW!
2.83
C8051F997-GM
C8051F996DK
24-QSOP 336-1946-5-ND NEW!
2.83
C8051F997-GU
C8051F996DK
24-QFN
8K
512
16
4
3
UART, I2C, SPI
—
1
150µA/MH active, 10nA sleep
2
25
20-QFN
336-1947-5-ND NEW!
2.00
C8051F981-GM
C8051F996DK
8K
512
16
4
3
UART, I2C, SPI
12-Bit
1
2
25
20-QFN
336-1948-5-ND NEW!
2.28
C8051F980-GM
C8051F996DK
8K
512
17
4
3
UART, I2C, SPI
12-Bit
1
2
25
24-QFN
336-1952-5-ND NEW!
2.39
C8051F986-GM
C8051F996DK
8K
512
17
4
3
UART, I2C, SPI
12-Bit
1
2
25
24-QSOP 336-1953-5-ND NEW!
2.39
C8051F986-GU
C8051F996DK
8K
512
17
4
3
UART, I2C, SPI
—
1
2
25
8K
512
17
4
3
UART, I2C, SPI
—
1
2
25
4K
512
16
4
3
UART, I2C, SPI
10-Bit
1
2
25
4K
512
16
4
3
UART, I2C, SPI
—
1
2
25
4K
512
17
4
3
UART, I2C, SPI
10-Bit
1
2
25
24-QFN
4K
512
17
4
3
UART, I2C, SPI
10-Bit
1
2
25
4K
512
17
4
3
UART, I2C, SPI
—
1
2
25
4K
512
17
4
3
UART, I2C, SPI
—
1
2
25
2K
512
16
4
3
UART, I2C, SPI
—
1
2
25
336-1954-5-ND NEW!
2.10
C8051F987-GM
C8051F996DK
24-QSOP 336-1955-5-ND NEW!
2.10
C8051F987-GU
C8051F996DK
20-QFN
336-1949-5-ND NEW!
2.05
C8051F982-GM
C8051F996DK
20-QFN
336-1950-5-ND NEW!
1.87
C8051F983-GM
C8051F996DK
336-1959-5-ND NEW!
2.15
C8051F988-GM
C8051F996DK
24-QSOP 336-1956-5-ND NEW!
2.15
C8051F988-GU
C8051F996DK
24-QFN
336-1957-5-ND NEW!
1.95
C8051F989-GM
C8051F996DK
24-QSOP 336-1958-5-ND NEW!
1.95
C8051F989-GU
C8051F996DK
336-1951-5-ND NEW!
1.79
C8051F985-GM
C8051F996DK
Price
Each
Silicon Labs
Part No.
24-QFN
20-QFN
NEW! Wireless MCUs
Flash
Memory RAM
(Bytes) (Bytes)
Digital
Port
I/O Pins
PCA
Serial
Buses
UART, I2C, SPI
64
4352
22
4
6
64
4352
22
4
6
UART, I2C, SPI
64
4352
19
4
6
UART, I2C, SPI
32
4352
22
4
6
UART, I2C, SPI
32
4352
22
4
6
UART, I2C, SPI
32
4352
19
4
6
UART, I2C, SPI
16
768
15
4
6
UART, I2C, SPI
16
768
15
4
6
UART, I2C, SPI
I2C,
SPI
16
768
15
4
6
UART,
8
768
15
4
6
UART, I2C, SPI
8
768
15
4
6
UART, I2C, SPI
8
768
15
4
6
UART, I2C, SPI
ADC1
10-Bit, 18-Ch.,
300 sps
10-Bit, 18-Ch.,
300 sps
10-Bit, 15-Ch.,
300 sps
10-Bit, 18-Ch.,
300 sps
10-Bit, 18-Ch.,
300 sps
10-Bit, 15-Ch.,
300 sps
12-Bit, 11-Ch.,
75 sps
12-Bit, 11-Ch.,
75 sps
12-Bit, 11-Ch.,
75 sps
12-Bit, 11-Ch.,
75 sps
12-Bit, 11-Ch.,
75 sps
12-Bit, 11-Ch.,
75 sps
Comparators
Other
Frequency
Range
(MHz)
FSK/GFS
K (kbps)
Internal
Oscillator
MIPS
(peak)
Digi-Key
Package Part No.
2
RTC, CRC
240 960
256
2
25
42-QFN 336-1881-5-ND
8.18
SI1000-C-GM
SI1000DK
2
RTC, CRC
240 960
256
2
25
42-QFN 336-1878-5-ND
7.72
SI1002-C-GM
SI1000DK
2
RTC, CRC, DC-DC
240 960
256
2
25
42-QFN 336-1876-5-ND
7.84
SI1004-C-GM
SI1000DK
2
RTC, CRC
240 960
256
2
25
42-QFN 336-1877-5-ND
7.29
SI1003-C-GM
SI1000DK
2
RTC, CRC
240 960
256
2
25
42-QFN 336-1879-5-ND
7.75
SI1001-C-GM
SI1000DK
2
RTC, CRC, DC-DC
240 960
256
2
25
42-QFN 336-1875-5-ND
7.38
SI1005-C-GM
SI1000DK
2
RTC, CRC
240 960
256
2
25
42-QFN 336-1874-5-ND
6.72
SI1010-A-GM
SI1010DK
2
RTC, CRC
240 960
256
2
25
42-QFN 336-1871-5-ND
6.31
SI1012-A-GM
SI1010DK
2
RTC, CRC, DC-DC
240 960
256
2
25
42-QFN 336-1869-5-ND
6.43
SI1014-A-GM
SI1010DK
2
RTC, CRC
240 960
256
2
25
42-QFN 336-1872-5-ND
6.34
SI1011-A-GM
SI1010DK
2
RTC, CRC
240 960
256
2
25
42-QFN 336-1870-5-ND
5.97
SI1013-A-GM
SI1010DK
2
RTC, CRC, DC-DC
240 960
256
2
25
42-QFN 336-1868-5-ND
6.07
SI1015-A-GM
SI1010DK
C8051T High Performance Mixed-Signal MCUs OTP
Flash
Digital
PCA
Memory RAM
Port
16K
1280
29
4
5
8K
768
17
4
3
8K
768
17
4
3
8K
256
8
3
3
8K
256
8
3
3
8K
256
8
3
3
4K
768
17
4
3
4K
768
17
4
3
4K
256
8
3
3
4K
256
8
3
3
4K
256
8
3
3
4K
256
8
3
3
2K
768
17
4
3
2K
256
8
3
3
2K
256
8
3
3
2K
256
8
3
3
2K
256
8
3
3
1.5K
128
6
3
3
1.5K
128
6
3
3
1.5K
128
6
3
3
1.5K
128
6
3
3
* Cut Tape
CompADC1
DAC
arators
Other
10-Bit, 8-Ch., 500 sps
—
2
—
10-Bit, 16-Ch., 500 sps 10-Bit, 1-Ch.
1
VREG, LFO
—
—
1
VREG, LFO
10-Bit, 8-Ch., 500 sps
—
1
VREG
—
—
1
—
—
—
1
—
10-Bit, 16-Ch., 500 sps 10-Bit, 1-Ch.
1
VREG, LFO
—
—
1
VREG, LFO
10-Bit, 8-Ch., 500 sps
—
1
—
10-Bit, 8-Ch., 500 sps
—
1
—
—
—
1
—
—
—
1
—
—
—
1
VREG, LFO
10-Bit, 8-Ch., 500 sps
—
1
—
10-Bit, 8-Ch., 500 sps
—
1
—
—
—
1
—
—
—
1
—
—
—
1
—
—
—
1
—
—
—
1
—
—
—
1
—
Internal
OscilMIPS
lators (Peak)
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
2
25
®
Package
32-LQFP
20-QFN
20-QFN
14-SOIC
11-QFN
14-SOIC
20-QFN
20-QFN
11-QFN
14-SOIC
11-QFN
14-SOIC
20-QFN
11-QFN
14-SOIC
11-QFN
14-SOIC
11-QFN
10-QFN
10-QFN
10-MSOP
Digi-Key
Part No.
336-1435-ND
336-1458-5-ND
336-1459-5-ND
336-1403-5-ND
336-1652-5-ND
336-1653-5-ND
336-1460-5-ND
336-1461-5-ND
336-1654-5-ND
336-1655-5-ND
336-1656-5-ND
336-1657-5-ND
336-1463-5-ND
336-1658-5-ND
336-1659-5-ND
336-1660-5-ND
336-1661-5-ND
336-1662-5-ND
336-1663-1-ND*
336-1663-2-ND‡
336-1664-5-ND
‡ Tape and Reel
®
106
106
Serial
Buses
UART, SMBus™
UART, SPI , SMBus
UART, SPI, SMBus
UART, SMBus
UART, SMBus
UART, SMBus
UART, SPI, SMBus
UART, SPI, SMBus
UART, SMBus
UART SMBus
UART, SMBus
UART, SMBus
UART, SPI, SMBus
UART, SMBus
UART, SMBus
UART, SMBus
UART, SMBus
UART, SMBus
UART, SMBus
UART, SMBus
UART, SMBus
(US2011)
(TZM112.US)
Development Kit
Part No.
Price
Each
3.49
1.82
1.75
1.24
1.17
1.17
1.45
1.39
1.12
1.12
1.07
1.07
1.28
1.02
1.02
.99
.99
.90
1.19
1150.20/1,500
.87
Silicon Labs
Part No.
C8051T610-GQ
C8051T630-GM
C8051T631-GM
C8051T600-GS
C8051T601-GM
C8051T601-GS
C8051T632-GM
C8051T633-GM
C8051T602-GM
C8051T602-GS
C8051T603-GM
C8051T603-GS
C8051T635-GM
C8051T604-GM
C8051T604-GS
C8051T605-GM
C8051T605-GS
C8051T606-GM
C8051T606- M
C8051T606- M
C8051T606-GT
Development Kit
Part No.
C8051T610DK
C8051T630DK
C8051T630DK
C8051T600DK
C8051T600DK
C8051T600DK
C8051T630DK
C8051T630DK
C8051T600DK
C8051T600DK
C8051T600DK
C8051T600DK
C8051T630DK
C8051T600DK
C8051T600DK
C8051T600DK
C8051T600DK
C8051T606DK
C8051T606DK
C8051T606DK
C8051T606DK
Microcontroller
Development Tools
Description
Development Kit or F005/006/007
Development Kit or F020/F021/F022/F023
Development Kit or F040/F041/F042/F043
Development Kit or F060/F062/F063
Evaluation Kit or C8051F064
Development Kit or-F120/21/22/23/24/25/26/27
Development Kit or C8051F206
Development Kit or F220/221/226/230/231/236
Development Kit or F300/301/302/303/304/305
Development Kit or C8051F310/F311
Development Kit or C8051F326/7
Development Kit or C8051F34X
Development Kit or F350/351/352/353
Development Kit or C8051F360 Family
Development Kit or C8051F700 Family
Board Tar et/Proto with C8051F360
Evaluation Kit or C8051F411
Board Prototype with C8051F500
Development Kit or C8051F53XA, C8051F52XA
Board Tar et/Proto with C8051F530A
Development Kit or C8051F91X, C8051F90X
Development Kit or C8051T60X MCU S
Board Dau hter For C8051T600E
Development Kit or C8051T606
Development Kit or C8051T61X MCU S
Evaluation Board or C8051F800
Dau hter Board T610 24QFN Soc et
Dau hter Board T610 28QFN Soc et
Dau hter Board T610 32TQFP Soc et
Development Kit or C8051T630 Family
Board Socket Daughter 20-QFN
Development Kit or C8051F920,F921,F930,F931
Board Tar et/Proto with C8051F930
USB Debug Adapter
ToolStic C8051F300 Evaluation Board
ToolStick Base Adapter
ToolStic C8051F320/321 Dau hter Card
ToolStic C8051F326/327 Dau hter Card
ToolStic C8051F330 Dau hter Card
ToolStic C8051F34x Dau hter Card
ToolStic C8051F500 Dau hter Card F500
Dau hter Card ToolStic or F582
Dau hter Card ToolStic or F912
Plat orm Pro ram ToolStic or F588
Dau hter Card C8051F8XX
University Starter Kit and Boo
University ToolStic Starter Kit
Digi-Key
Part No.
336-1188-ND
336-1200-ND
336-1205-ND
336-1214-ND
336-1219-ND
336-1224-ND
336-1237-ND
336-1241-ND
336-1246-ND
336-1253-ND
336-1260-ND
336-1306-ND
336-1264-ND
336-1430-ND
336-1307-ND
336-1083-ND
336-1410-ND
336-1635-ND◆ NEW!
336-1412-ND
336-1314-ND
336-1317-ND
336-1526-ND
336-1637-ND◆ NEW!
336-1527-ND
336-1488-ND
336-1489-ND
336-1669-ND◆
336-1672-ND◆
336-1691-ND◆
336-1694-ND◆
336-1853-ND NEW!
336-1854-ND NEW!
336-1404-ND
336-1665-ND◆
336-1666-ND◆
336-1443-ND
336-1796-ND NEW!
336-1797-ND NEW!
336-1963-ND NEW!
336-1507-ND
336-1506-ND
336-1505-ND
336-1464-ND
336-1465-ND
336-1473-ND
336-1472-ND
336-1182-ND
336-1278-ND
336-1345-ND
336-1480-ND
336-1481-ND
336-1346-ND
336-1482-ND
336-1411-ND
336-1431-ND
336-1528-ND
336-1487-ND
336-1717-ND◆
336-1719-ND◆
336-1584-ND◆ NEW!
336-1866-ND NEW!
336-1585-ND◆ NEW!
336-1822-ND NEW!
336-1474-ND
336-1964-ND NEW!
336-1432-ND
336-1433-ND
Price
Each
69.00
79.00
179.00
179.00
99.00
99.00
69.00
69.00
69.00
69.00
99.00
99.00
69.00
99.00
99.00
99.00
99.00
99.00
50.00
99.00
29.00
50.00
49.00
99.00
99.00
50.00
99.00
50.00
99.00
50.00
51.25
99.00
99.00
9.00
99.00
129.00
49.00
99.00
99.00
49.00
49.00
25.00
149.00
45.00
99.00
51.25
35.00
11.63
18.63
10.50
10.50
10.50
10.50
10.50
10.50
10.50
10.50
10.50
10.50
10.50
10.50
69.00
9.90
18.63
10.50
55.00
40.00
Development Kits: Complete development/prototypin system Prototypin /demonstration oard In-system Flash pro rammin
In-circuit
de u in
MCU con i uration wizard IDE: Source code editor, pro ect mana er Flash pro rammer Supports ull-speed, non-intrusive
in-circuit de u lo ic Real-time rea points, source-level de u
Conditional memory watch points Memory and re ister inspect/modi y
Sin le-step and animated execution modes Varia le watch window
Silicon Labs
Part No.
C8051F005DK
C8051F020DK
C8051F040DK
C8051F060DK
C8051F064EK
C8051F120DK
C8051F206DK
C8051F226DK
C8051F300DK
C8051F310DK
C8051F320DK
C8051F326DK
C8051F330DK
C8051F336DK
C8051F340DK
C8051F350DK
C8051F360DK
C8051F700DK
C8051F360-TB
C8051F410DK
C8051F411EK
C8051F500-TB
C8051F700-TB
C8051F500DK
C8051F530ADK
C8051F530A-TB
C8051F540DK
C8051F540-TB
C8051F560DK
C8051F560-TB
C8051F912-TB
C8051F912DK
C8051T600DK
C8051T600EDB
C8051T606DK
C8051T610DK
C8051F800-TB
C8051F800DK
C8051F996DK
C8051T610DB24
C8051T610DB28
C8051T610DB32
C8051T630DK
C8051T630DB20
C8051F930DK
C8051F930-TB
DEBUGADPTR1-USB
TOOLSTICK-EK
TOOLSTICKBA
TOOLSTICK321DC
TOOLSTICK327DC
TOOLSTICK330DC
TOOLSTICK342DC
TOOLSTICK360DC
TOOLSTICK336DC
TOOLSTICK502DC
TOOLSTICK530ADC
TOOLSTICK540DC
TOOLSTICK560DC
TOOLSTICK582DC
TOOLSTICK912DC
TOOLSTICK588PP
TOOLSTICK800DC
TOOLSTICK931DC
TOOLSTICK990DC
MCUNIVERSIT KIT
TOOLSTICKUNISK
Description
University ToolStick Daughter Card
University Prototyping Board
Prototyping Board
ToolStick Debug Adapter
ToolStic Starter Kit
ToolStic Adapter Pro ram F300
ToolStick Adapter Program F311
ToolStic Adapter Pro ram F360/363
ToolStic Adapter Pro ram F530MPP
ToolStic Adapter Pro ram F530TPP
ToolStic Adapter Pro ram F91X
ToolStic Adapter or C8051F34X
ToolStic Pro rammin Plat orm F500
ToolStick Programming Platform F8XX
ToolStick Programming Platform F8XX
CAP TOUCH SENSE Start Kit
CAP TOUCH SENSE Dau hter Card
Daughter Card Socket MSOP
Dau hter Card Soc et 10-QFN
Development Kit Key oard
Evaluation Board Proximity F8XX SI1120
Evaluation Board IR Slider SI1120
Evaluation Board ITO Film F800
Optical Proximity Detector
Proximity Ambient Light Sensor with PWM Output
Development Kit or SI101X
Development Kit or SI101X
Evaluation Kit or SI1120
Evaluation Kit or SI1102
Evaluation Board or SI1000
Demo Touch Front Panel or C8051F700
Slider Evaluation Kit or C8051F990
Wireless M-Bus Development Kit
Digi-Key
Part No.
336-1434-ND
336-1542-ND
336-1543-ND
336-1347-ND
336-1348-ND
336-1444-ND
336-1445-ND
336-1446-ND
336-1447-ND
336-1448-ND
336-1449-ND
336-1450-ND
336-1451-ND
336-1541-ND
336-1452-ND
336-1483-ND
336-1453-ND
336-1454-ND
336-1530-ND
336-1532-ND
336-1455-ND
336-1456-ND
336-1457-ND
336-1718-ND
336-1867-ND NEW!
336-1748-ND◆ NEW!
336-1529-ND
336-1531-ND
336-1966-ND NEW!
336-1967-ND NEW!
336-1824-ND NEW!
336-1825-ND NEW!
336-1477-ND
336-1478-ND
336-1479-ND
336-1965-ND NEW!
336-1475-ND
336-1476-ND
336-1667-ND
336-1668-ND
336-1620-ND NEW!
336-1816-ND NEW!
336-1817-ND NEW!
336-1818-ND NEW!
336-1819-5-ND◆ NEW!
336-1820-5-ND◆ NEW!
336-1880-ND◆ NEW!
336-1873-ND◆ NEW!
336-1821-ND NEW!
336-1826-ND NEW!
336-1892-ND◆ NEW!
336-1893-ND◆ NEW!
336-1890-ND◆ NEW!
336-1891-ND◆ NEW!
336-1888-ND◆ NEW!
336-1889-ND◆ NEW!
336-1886-ND◆ NEW!
336-1887-ND◆ NEW!
336-1884-ND◆ NEW!
336-1885-ND◆ NEW!
336-1882-ND◆ NEW!
336-1883-ND◆ NEW!
336-1845-ND NEW!
336-1962-ND◆ NEW!
336-1896-ND NEW!
Price
Each
25.00
15.00
20.00
9.50
26.56
69.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
35.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
69.00
10.50
69.00
69.00
69.00
69.00
69.00
69.00
69.00
36.90
20.00
19.00
29.00
52.50
39.99
49.99
79.99
2.38
2.64
99.00
99.00
199.99
39.99
70.00
70.00
70.00
70.00
70.00
70.00
70.00
70.00
70.00
70.00
70.00
70.00
39.99
29.99
99.00
Silicon Labs
Part No.
TOOLSTICKUNIDC
UNIPROTOBOARD
ABO
TOOLSTICKDA
TOOLSTICKSK
TOOLSTICK300PP
TOOLSTICK310PP
TOOLSTICK311PP
TOOLSTICK316PP
TOOLSTICK320PP
TOOLSTICK321PP
TOOLSTICK326PP
TOOLSTICK330PP
TOOLSTICK330DPP
TOOLSTICK340PP
TOOLSTICK360PP
TOOLSTICK410PP
TOOLSTICK411PP
TOOLSTICK500MPP
TOOLSTICK502MPP
TOOLSTICK520PP
TOOLSTICK530MPP
TOOLSTICK530TPP
TOOLSTICK542PP
TOOLSTICK912UPP
TOOLSTICK342MPP
TOOLSTICK500QPP
TOOLSTICK502QPP
TOOLSTICK716MPP
TOOLSTICK717MPP
TOOLSTICK800QPP
TOOLSTICK800SPP
TOOLSTICK930QPP
TOOLSTICK930MPP
TOOLSTICK931PP
TOOLSTICK990MPP
CAPTOUCHSENSESK
CAPTOUCHSENSEDC
C8051T606TDB
C8051T606 DB
KE BOARDEK
FRONTPANEL2EK
IRSLIDEREK
KE MATEK
SI1102-A-GM
SI1120-A-GM
SI1000DK
SI1010DK
SI1120EK
SI1102EK
1000-TCB1C915
1000-TCB1C470
1002-TCB1D868
1002-TCB1D434
1004-TCB1D868
1004-TCB1D434
1010-TAB1C915
1010-TAB1C470
1012-TAB1D868
1012-TAB1D434
1014-TAB1D868
1014-TAB1D434
FRONTPANEL1EB
F990SLIDEREK
WIRELESSMBUSEK
◆ RoHS Compliant
Microcontroller Reference Designs
Description
Digi-Key
Part No.
Price
Each
Silicon Labs
Part No.
Stepper Motor Reference Design
336-1319-ND
119.00
USB Mass Storage Reference Design
336-1320-ND
99.00
USB-MSD-RD
Temperature Compensated RTC Reference Design
336-1351-ND
99.00
TEMPCOMPRTC-RD
Multi-Phase POL Reference Design
336-1323-ND
199.00
PoE with Voice Transmission Reference Design
336-1326-ND
69.00
Sensorless BLDC Motor Reference Design
336-1329-ND
119.00
CAN On-Board Diagnostic Reference Design
336-1559-ND
69.00
CAN-OBD-RD
Voice Recorder Reference Design Kit
336-1315-ND
49.00
VOICE-RECORD-RD
Reference Design Wireless to USB
336-1865-ND NEW!
49.00
RF-TO-USB-RD
STEPPER-MTR-RD
MULTIPHSPOL-RD
POE-VOICE-RD
SLBLDC-MTR-RD
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
107
107
C
Zoom™ Starter Development Kits
NEW! Zoom™ OMAP36x Mobile
Development Platforms
Sharp Zoom Starter Development Kit Includes
The oom OMAP36X Mo ile Development Plat orm MDP is a ully- eatured evaluation
plat orm uilt around the Texas Instruments TI OMAP3630 applications processor.
Enclosed within a ull- ody case, the oom OMAP36x MDP addresses essential needs
o the open-source community and hi h-level operatin system HLOS developers. A
4.1 WVGA capacitive touch screen and ull QWERT eypad allow or easy inter acin .
Wireless 802.00, Bluetooth, and FM networ s create numerous opportunities or
connectivity. Expansion slots or MMC/SD and SIM cards provide access to additional stora e and eatures. An
external de u oard puts ull development control within reach. At the heart o the oom OMAP36x MDP is the Texas
Instruments OMAP3630 applications processor that inte rates power ul 720p multimedia, 3D raphics, and 8MP ima in
capabilities with the high-performance ARM® Cortex™-A8 core.
Low Cost Development System
Q
Card En ine LH79520, LH79524, LH7A400, LH7A404, SH7727, SH7760
Application oard Standard peripheral connectors supportin Ethernet, LCD, Audio In/
Out, Serial, Compact Flash Re er to Card En ine or support o peripherals
Power
supply and adapters or UK, US, EU, Japan Serial ca le Lo icLoader™ ootloader/
monitor in executa le ormat BSPs availa le dependin on Card En ine purchased
GNU cross-development tools compiler, lin er, assem ler, de u er are included or
Linux development systems
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CAP
460-3490-ND
SOMXOMAP3630-10-1980AFCR-A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $383.40
460-3491-ND
MDP-XOMAP3630-10-1024512R . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $1625.63
NEW! Zoom™ Development Kits
The oom OMAP35x Torpedo Development Kit Includes
touchscreen Ready to run Board Support Pac a es BSPs
457.65
SDK-LH7404-12-6432R-A
oom Starter Kit or LH79524
460-3474-ND
445.50
SDK-LH79524-10-3216R-A
460-3472-ND
572.40
SDK-PXA270-520-10-6432R
460-3479-ND
289.67
CENGPXA270-520-10-504HCR
Product-ready Torpedo SOM
4.3 WQVGA LCD with
Features:
Inte rated LCD, touch, and ac li ht connector or optional oom Display Kits 4-wire resistive touchscreen Stereo
input and output jacks One RJ45 Ethernet ac connector with ma netics application/de u
Two MC/SD card slots
One USB 2.0 hi h-speed On-the-Go device Three USB 2.0 hi h-speed host ports 115.2 ps RS-232 de u serial
port Connectors or JTAG and ETM inter aces LogicLoader™ ootloader/monitor
Windows® Em edded CE 6.0
BSP Open source Linux BSPs.
Sharp
Marvell
The OMAP35x System on Module SOM is a compact, product-ready hardware and so tware solution that ast orwards
embedded designs.
Features: Product-ready System on Module with a TI OMAP 3 processor runnin up to 600MHz
SOM-LV Type III 31.2 x 76.5 x 7.4mm
Zoom™ Display Kits
The oom Display Kits are ready-to-use LCDs that can e immediately connected to the oom Application Development
Kits. The display its includes Bezel Bac li ht 4 Wire Resistive Touch Panel Ri on Ca le The 4.3 display it
also includes 4-wire resistive touch panel and an LCD connector built into the PCB
Sharp LCD
Part No.
Digi-Key
Part No.
4.3 WQVGA 480 x 272 ,
Widescreen Color TFT
LQ043T1DG01
460-3485-ND NEW!
282.75
LCD-4.3-WQVGA-10R
6.4 VGA 640 x 480 , Color TFT
LQ64D343
460-3471-ND
882.70
LCD-6.4-VGA-10R
Description
>
Z
Logic
Part No.
460-3480-ND
oom Starter Kit or PXA270
1
Price
Each
oom Starter Kit or LH7A404
Card En ine or PXA270
E
Digi-Key
Part No.
=
S
Standard peripheral connectors supportin Ethernet, LCD, Audio In/Out, Serial, Compact Flash, USB Host, USB device
Power supply and adapters or UK, US, EU, Japan, serial ca le Lo icLoader ootloader/monitor in executa le
ormat GNU cross-development tools compiler, lin er, assem ler, de u er are included. Kit contents Card En ine,
Application Board, Ethernet cross-over ca le, Serial ca le, Power supply/adapter Europe, Japan, UK, and US , Quic Start
Guide, Logic Starter CD, EULA • The PXA270 Card En ine is a complete System on Module SOM that o ers essential
eatures or handheld and em edded networ in applications Use o custom ase oards ma es the Card En ine the
ideal oundation or OEMs developin handheld and compact products
Provides a common re erence pin-out on
its expansion connectors, which enables easy scalability to next generation microprocessor Card Engines when new
functionality or performance is required.
Description
@
C
W
-
Marvell Zoom Starter Kit:
Price
Each
Logic
Part No.
Price
Each
Compact form factor
Description
Digi-Key
Part No.
Logic
Part No.
Zoom™ OMAP35x™ Torpedo Development Kit
460-1033-ND
1105.00
SDK-OMAP3530-20-128256R
System on Module LV OMAP3530
460-3484-ND
441.45
SOMOMAP3530-10-1672IFCR
NEW! Zoom™ OMAP-L138
System on Module (SOM)
The OMAP-L128 SOM-M1 is ideal for applications that require high-speed data transfer and high-capacity storage, such
as test and measurement, public safety radios, music effects and intelligent occupancy sensors. The OMAP-L138 offers a
universal parallel port uPP and is the irst TI device with an inte rated Serial Advanced Technolo y Attachment SATA
interface. For medical, industrial, audio, and communications products, the OMAP-L138 SOM-M1 allows for powerful
versatility, lon -li e, and reener products. The OMAP-L138 System on Module SOM is a compact, product-ready
hardware and software solution that fast forwards embedded designs while reducing risk and controlling cost.
DLP® LightCommander™
NEW!
Development Kits
DLP LightCommander is a highly versatile and easy-to-use development kit for incorporating DLP technology into light
processing applications. The modular architecture includes an optical light engine, industry standard interfaces, and
application software to expedite system development requiring high-speed spatial light modulation.
Features: XGA 1024 x 768 resolution DMD
Core DLP optical module Solid state illumination module RGB
LED and IR LED
DLP micromirror control inary patterns, 8- it ray scale, and video pro ection mode Controller
Board External Interfaces:
Three user sync ports
HDMI input USB control input Controller Board Internal
Interfaces: Parallel RGB 8-bit interface SPI serial inter ace LED control interface Optical Interfaces and Mounts:
Interchan ea le lens mount Ni on F-Mount
Defined illumination interface Flexible optical mount options Lens:
Ni on AF NIKKOR 50mm /1.8D lens Power: Three internal power supplies Cables: USB A to mini-B cable DVI to
HDMI ca le Power cables Software: PC-based control software
460-3488-ND
SOMXC6748-10-1602AHCR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $218.95
460-3492-ND
SOMXOMAPL138-10-1602AHCR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $229.10
NEW! Zoom™ AM3517
eXperimenter Kit
460-3493-ND
DLP-LC-DLP5500-10R
DLP Li htCommander . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $2867.48
This oom Development Kit provides a product-ready hardware and so tware plat orm or evaluatin the unctionality o
the Texas Instruments™ TI AM3517 processor and the Lo ic System on Module SOM . oom Am3517 eXperimenter
Kit contains AM3517 SOM-M2 eXperimenter ase oard 5V power supply with US, UK, Japan, and Europe power
adapters Serial ca le null-modem USB A to mini-B ca le
460-3494-ND
DLP-CB-DLPC200-10R
Controller Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $1903.58
460-3486-ND
The DLP LightCommander includes both the DMD Board and Controller Board. The Controller Board is available for
purchase in production volumes.
SDK-AM3517-10-256512R . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $332.05
BlueStreak MCU/SoC
The 16/32 it BlueStrea MCU/SoCs o er hi her per ormance than ordinary 16- it MCU utilizin the ARM7TDMI core with
32KB o on-chip SRAM, color and rayscale LCD controller, plus three UARTs, SPI, CAN 2.0B, three 16- it Counter/Timers,
A/D Converter, Watchdo Timer and Low Volta e Detector, they are an excellent solution to speed-versus-cost concerns.
Applications include GPS, PDA, Printers/Copiers, Security Control Panels, and White Goods. The 32- it series o BlueStrea
MCU/SoCs e ins with the LH795x and LH754xx, which com ine a 32- it ARM7TDMI RISC core with 8KB Cache, MMU,
color LCD controller, and 32KB SRAM. Also included are a num er o essential peripherals such as a DMA Controller, Serial
Memory Size
RAM Bytes
GP
I/O Pins
UART
CAN
DMA
USB
Microwire
Timer/ Counters
16-bit
PWM
and Parallel Inter aces, In rared Support, Counter/Timers, Real Time Cloc , Watchdo Timer, Pulse Width Modulators
and an on-chip Phase Loc Loop. For more power, the LH7A40x SoCs uild on this asic eature set with 80KB o SRAM,
ARM9 cores and add hi hly-desired unctionality li e USB and MMC. With their hi h per ormance and inte ration, the
32-bit BlueStreak devices are a great choice as a basis for handheld devices like GPS, Games, PDAs, Pocket PCs, and
Media Players.
Features: Operating Temperature Industrial -40 C 85 C VCC 1.8V SPI es WDT es JTAG es
ADC
LCD
Controller
Clock Speed
(MHz)
Package
Digi-Key
Part No.
Price
Each
Sharp
Part No.
76
3
2.0B
4-Channel
—
es
3
3
8-Ch, 10-Bit
Gray
70
144-TQFP
425-1860-ND
12.10
LH75400N0M100C0
86
3 w/IrDA
—
4-Channel
v2.0
es
3
3
10-Ch, 10-Bit
Color
77.4
176-LQFP
425-1866-ND
20.38
LH79525N0M100A0
60
3 w/IrDA
—
10-Channel
v2.0
es
3
2
—
Color
200
256-CABGA
425-1867-ND
24.95
LH7A400N0E000B3A
64
3 w/IrDA
—
12-Channel
v2.0
es
3
2
10-Ch, 10-Bit
Color
200
324-CABGA
425-1868-ND
35.15
LH7A404N0E000B0A
32K
80K
108
108
(US2011)
(TZM112.US)
BASIC Stamp® Microcontrollers
More advanced commands let the BASIC Stamp module inter ace with other inte rated circuits, communicate with each
other, and operate in networks.
The BASIC Stamp microcontroller has prospered in ho y, lower-volume en ineerin pro ects and education due to ease o
use and a wide support base of free application resources.
Javelin
Stamp™
Module
BS2px-IC
Package
PCB with Proto/
14-pin SIP
24-pin DIP
24-pin DIP
24-pin DIP
24-pin DIP
40-pin DIP
24-pin DIP
24-pin DIP
24-pin DIP
Package Size
(L x W x H)
2.5 x 1.5 x 0.5 /
1.4 x 0.6 x 0.1
1.2 x 0.6
x 0.4
1.2 x 0.6
x 0.4
1.2 x 0.6
x 0.4
1.2 x 0.6
x 0.4
2.1 x 0.6
x 0.4
1.2 x 0.6
x 0.4
1.2 x 0.6
x 0.4
1.24 x 0.6
x 0.45
Environment◊
0 C 70 C
32 F 158 F ‡
0 C 70 C
32 F 158 F ‡
0 C 70 C
32 F 158 F
0 C 70 C
32 F 158 F
0 C 70 C
32 F 158 F
0 C 70 C
32 F 158 F
0 C 70 C
32 F 158 F
0 C 70 C
32 F 158 F
Microcontroller
Microchip
PIC16C56a
Microchip
PIC16C57c
Ubicom
SX28AC
Ubicom
SX28AC
Ubicom
SX48AC
Ubicom
SX48AC
Ubicom
SX48AC
Ubicom
SX48AC
Ubicom
SX48AC
Processor Speed
4 MHz
20 MHz
20 MHz
50 MHz
20MHz Tur o
20 MHz Tur o
8 MHz Tur o
32 MHz Tur o
25 MHz Tur o
4,000
Instructions/
sec.
4,000
Instructions/
sec.
10,000
Instructions/
sec.
12,000
Instructions/
sec.
38 Bytes
12 I/O, 26
Varia le
12,000
Instructions/
sec.
38 Bytes
12 I/O, 26
Varia le
6,000
Instructions/
sec.
38 Bytes
12 I/O, 26
Varia le
19,000
Instructions/
sec.
38 Bytes
12 I/O, 26
Varia le
8,500
Instructions/
sec.
Program
2,000
Execution Speed Instructions/sec.
RAM Size
16 Bytes 2 I/O,
14 Varia le
0C
32 F
70 C
158 F
32 Bytes 6 I/O, 32 Bytes 6 I/O, 32 Bytes 6 I/O,
26 Varia le
26 Varia le
26 Varia le
128 Bytes
128 Bytes
128 Bytes
EEPROM
(Program) Size
8 x 2K Bytes,
4,000
Instructions
32 2
Dedicated
Serial
16 x 2K Bytes
16K or
source
16 2
Dedicated
Serial
8 x 2K Bytes,
4000
Instructions
16 2
Dedicated
Serial
5 12VDC
5 12VDC
5 12VDC
5 24VDC
32,768 Bytes
16
Voltage
Requirements
5
Current Draw
@ 5V
1mA Run /
25 A Sleep
3mA Run /
50 A Sleep
20mA Run /
200 A Sleep
60mA Run /
500 A Sleep
40mA Run /
350 A Sleep
40mA Run /
350 A Sleep
15mA Run /
36 A Sleep
55mA Run /
450 A Sleep
80mA Run /
No Sleep
Source / Sink
Current per I/O
20mA / 25mA
20mA / 25mA
30mA / 30mA
30mA / 30mA
30mA / 30mA
30mA / 30mA
30mA / 30mA
30mA / 30mA
30mA / 30mA
Source / Sink
Current per unit
40mA / 50mA
PBASIC
Commands▲
32
40mA / 50mA
per 8 I/O pins
PC Programming Serial with BS1
Interface
Serial Adapter
Windows Text
Editor
◊ 70
Stampw.exe
v2.1 and up
Non-condensin Humidity
12VDC
60mA / 60mA
per 8 I/O pins
5
12VDC
60mA / 60mA
per 8 I/O pins
12VDC
60mA / 60mA
per 8 I/O pins
60mA / 60mA
per 8 I/O pins
60mA / 60mA
per 8 I/O pins
60mA / 60mA
per 8 I/O pins
60mA / 60mA
per 8 I/O pins
42
45
45
61
61
61
63
0 Java
Serial Port
9600 aud
Serial Port
9600 aud
Serial Port
9600 aud
Serial Port
9600 aud
Serial Port
9600 aud
Serial Port
9600 aud
Serial Port
19200 aud
Serial Port
28800 aud
Stampw.exe
v1.04 and up
Stampw.exe
v1.096 and up
Stampw.exe
v1.091 and up
Stampw.exe
v1.1 and up
Stampw.exe
v1.1 and up
Stampw.exe
v1.33 and up
Stampw.exe
v2.2 and up
Javelin Stamp
IDE
‡ Industrial Models Availa le, -40 C
85 C -40 F
Digi-Key
Part No.
Description
5
185 F .
1
ATN
3
22
RES
21
VDD
20
P15
19
P14
18
P13
17
P12
16
P11
15
P10
14
P9
13
P8
6
128 Bytes
8 x 2K Bytes,
4,000
Instructions
16 2
Dedicated
Serial
5
VSS
P1
64 Bytes
8 x 2K Bytes,
4,000
Instructions
16 2
Dedicated
Serial
15VDC
23
N/A
64 Bytes
8 x 2K Bytes,
4,000
Instructions
16 2
Dedicated
Serial
5
2
5
N/A
15VDC
SIN
4
2K Bytes,
500
Instructions
2 Dedicated
Serial
VIN
P0
N/A
16
24
VSS
256 Bytes,
80
Instructions
8
1
32,768 Bytes
Scratch Pad RAM
Number of I/O
pins
SOUT
P2
7
P3
8
P4
9
P5
10
P6
11
P7
12
1
2
3
4
5
6
7
8
9
10
11
12
13
14
VSS
VSS
VDD
VDD
SDA
SCL
RX
TX
P0
P1
P2
P3
P4
VSS
LM2936 5V Reg.
BS2pe-IC
IN
GND
GND
NC
BS2p40-IC
OUT
GND
GND
NC
BS2p24-IC
15µF, 16V
10kΩ
BS2sx-IC
24LC16B/ISN
EEPROM
BS2e-IC
20-MHz
Res.
BS2-IC
PBASIC 2CI/SS Interpreter Chip
Parallax custom PIC16F57-I/SS
Rev.D / BS1-IC
VDD
WP
SCL
SDA
Released
Products
NC
NC
NC
VSS
Features:
A BASIC Stamp is a sin le- oard computer that runs the Parallax PBASIC lan ua e interpreter in its microcontroller. The
developer’s code is stored in an EEPROM, which can also be used for data storage.
The PBASIC lan ua e has easy-to-use commands or asic I/O, li e turnin devices on or o , inter acin with sensors, etc.
GND
VDD
OUT
RES 28
XI 27
XO 26
P15 25
P14 24
P13 23
P12 22
P11 21
P10 20
P9 19
P8 18
P7 17
P6 16
P5 15
Usin PBASIC 2.5 or BS2-type models.
Price Each
5
10
25
Digi-Key
Part No.
Description
BASIC Stamp Modules
Price Each
5
10
1
25
Stamps in Class Educational Kits †
BS1-IC BASIC Stamp Module
STAMP1-ND
29.00
27.55
26.10
24.65
Understandin Si nals Kit
BS2-IC BASIC Stamp Module
STAMP2-ND
49.00
46.55
44.10
41.65
What s a Microcontroller
BASIC Stamp 2e Module
BS2E-IC-ND
54.00
51.30
48.60
45.90
Ro otics Parts Kit and Text
Parts Kit and Text
28119-ND
159.99
151.99
144.00
28152-ND
69.99
66.49
63.00
139.99
59.50
28154-ND
89.99
85.49
81.00
76.50
BASIC Stamp 2sx Module
BS2SX-IC-ND
59.00
56.05
53.10
50.15
Boe-Bot Full Kit
28132-ND
159.99
151.99
144.00
136.00
BASIC Stamp 2p24 pin Module
BS2P24-IC-ND
79.00
75.05
71.10
67.15
Boe-Bot Ro ot Kit, USB Version
28832-ND NEW!
159.99
151.99
144.00
136.00
BASIC Stamp 2p40 pin Module
BS2P40-IC-ND
BASIC Stamp 2pe Module
BS2PE-IC-ND
NEW!
BASIC Stamp 2px Module
BS2PX24-ND
NEW!
BASIC Stamp Javelin Module
JS1-IC-ND
89.00
84.55
80.10
75.66
49.99
47.49
45.00
42.50
75.00
71.25
67.50
63.75
Parallax USB Oscilloscope
28014-ND
NEW!
139.99
132.99
126.00
119.00
Board o Education USB , Full Kit
(No power supply is included)
28803-ND
NEW!
99.99
94.99
90.00
85.00
79.00
75.05
71.10
67.15
89.99
85.49
81.00
76.50
BASIC Stamp Starter Kits
BASIC Stamp 1 Starter Kit
27205-ND
59.99
56.99
54.00
51.00
BASIC Stamp 2OEM Module Kit
27291-ND
30.99
29.44
27.90
—
BASIC Stamp Discovery Kit
27207-ND
NEW!
159.99
151.99
144.00
136.00
Professional Development Board
28138-ND
NEW!
159.99
151.99
144.00
136.00
Prototype and Development Boards
BASIC Stamp Super Carrier Board
27130-ND
19.99
18.99
18.00
17.00
Board of Education
28150-ND
69.99
66.49
63.00
59.50
BS1-IC Carrier Board
STAMP1C-ND
4.99
4.74
4.63
4.37
STAMP2C-ND
15.99
15.19
14.40
13.60
BS2-IC Carrier Board
BASIC Stamp Accessory Modules
BASIC Stamp 1 Serial Adapter
27111-ND
4.99
—
—
—
Motor Mind B
27961-ND
29.99
—
—
—
PWMPAL 4 Output Channels
28020-ND
29.99
—
—
—
DS2760 Thermocouple Kit
28022-ND
34.99
—
—
—
Application Kits
Parallax Standard Servo Motor
900-00005-ND
12.99
—
—
—
Little Step U-Stepper Motor Controller
27938-ND
69.99
66.49
63.00
61.24
Books
Basic Analo and Di ital Parts Kit and Text
28155-ND
NEW! Sensors and Accessories NEW!
Serial LCD, 2 Rows X 16 Characters Bac lit
27977-ND
29.99
28.49
27.00
26.24
Serial LCD, 4 Rows X 20 Characters Bac lit
27979-ND
39.99
37.91
36.00
34.99
25.50
28015-ND
29.99
28.49
27.00
Sensirion Temperature/Humidity Sensor
PING
28018-ND
35.99
34.19
33.74
—
RFID Reader Module
28140-ND
39.99
—
—
—
RFID 54mm X 85mm Rectan le Ta
28141-ND
.99
.94
.90
.85
Hitachi® HM55B Compass Module
29123-ND
29.99
28.49
27.00
25.50
FlexiForce Sensor Kit, 25l s.
30056-ND
25.99
—
—
—
PIR Passive In ra-Red Sensor
555-28027-ND
9.99
9.49
9.00
8.50
PING
Ultrasonic Distance Sensor
Brac et Kit
2X16 Parallel LCD
570-28015-ND
19.99
—
—
—
603-00006-ND
29.99
28.49
27.00
26.24
Piezo Film Vi ra Ta Mass
605-00004-ND
2.01
—
—
—
Solderless Breadboard
700-00012-ND
3.99
3.79
3.60
3.49
9VDC 300mA Power Supply
750-00008-ND
5.99
5.69
5.62
—
7.5V 1A Power Supply
750-00009-ND
10.99
10.44
10.30
—
USB A to Mini B Retractable Cable
805-00010-ND
4.99
4.74
4.50
4.25
14 inch LCD Extension Cable
805-00012-ND
2.79
2.65
2.51
2.44
Continuous Rotation Servo
900-00008-ND
12.99
12.34
11.70
11.37
NEW! Programmable Logic Controller — RoHS Compliant NEW!
BASIC Stamp Manual Version 2.0
27218-ND
25.99
24.69
23.40
22.10
Parallax CD-ROM
27000-ND
1.99
1.89
1.80
1.70
BASIC Stamp PLC Pac a e
RoHS Compliant
30064-ND
199.99
—
—
—
† Re uires the Board o Education Full Kit or BASIC Stamp II Starter Kit
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
109
109
C
Propeller™ and SX Chips
Propeller Chip: The Propeller Chip makes it easy to rapidly develop embedded applications. Its eight processors (cogs) can operate simultaneously, either independently or cooperatively, sharing common resources
through a central hub. The developer has full control over how and when each cog is employed; there is no
compiler-driven or operating system-driven splitting of tasks among multiple cogs. A shared system clock keeps
each cog on the same time reference, allowing for true deterministic timing and synchronization. Two programming languages are available: the easy-to-learn high-level Spin, and Propeller Assembly which can execute at
up to 160 MIPS (20 MIPS per cog).
Cog 0
Cog 1
Cog 2
Cog 3
SX Chip: The Parallax SX Chip is a RISC architecture, high-speed microcontroller with expanded flash program
memory, in-system programming and debugging capability.
Operating at frequencies up to 75 MHz with an optimized single-cycle instruction set, developers can implement
real-time functions as software modules.
Common examples include communication interfaces (I2C, SPI, UARTs), frequency generation and measurement, PWM, and sigma-delta A/D.
Cog 4
Cog 5
Cog 7
Cog 6
Pin Directions
Pin Outputs
I/O Output Reg.
I/O Direction Reg.
Video Generator
Counter B + PLL
Counter A + PLL
I/O Output Reg.
I/O Direction Reg.
Video Generator
Counter B + PLL
Counter A + PLL
I/O Output Reg.
I/O Direction Reg.
Video Generator
Counter B + PLL
Counter A + PLL
I/O Output Reg.
I/O Direction Reg.
Video Generator
Counter B + PLL
Counter A + PLL
I/O Output Reg.
I/O Direction Reg.
Video Generator
Counter B + PLL
Counter A + PLL
I/O Output Reg.
I/O Direction Reg.
Video Generator
Counter B + PLL
Counter A + PLL
I/O Output Reg.
I/O Direction Reg.
Video Generator
Counter B + PLL
Counter A + PLL
I/O Output Reg.
I/O Direction Reg.
Video Generator
Counter A + PLL
C
Counter B + PLL
32 32
512 X 32
RAM
512 X 32
RAM
512 X 32
RAM
512 X 32
RAM
512 X 32
RAM
512 X 32
RAM
512 X 32
RAM
512 X 32
RAM
Processor
Processor
Processor
Processor
Processor
Processor
Processor
Processor
P31
P30
P29
P15
P28
P12
P11
P14
P13
P27
P26
P25
P24
P23
P22
P10
P9
P8
P7
I/O
Pins
P6
P5
P4
P21
P20
P19
P3
P2
P1
P18
P17
P16
P0
32
32
Pin Inputs
32
System Counter
32
Data Bus
16
Address Bus
P29
P28
P27
34
P31
P30
VDD
VSS
40
39
38
37
36
35
P3
P2
P1
P0
44
44
42
41
VSS
P4
1
33
P5
P6
P7
VSS
BOEn
2
3
32
29
28
27
26
25
21
22
17
18
19
20
11
15
16
P8X32A-Q44
AYWWXZZ
9
10
12
P9
P10
4
5
6
7
8
13
14
RESn
VDD
P8
31
30
P26
P25
P24
VDD
XO
RESET
CLKSEL
RESn
RC Oscillator
12 MHz/ 20 KHz
SOFTRES
5
P23
P22
24
P21
23
P20
PLLENA
XI
OSCENA
OSCMODE
2
Crystal
Oscillator
DC - 80 MHz
(4 - 8 MHz
with Clock PLL)
Clock
Selector
(MUX)
Bus Sequencer
Cog
1
Hub
Cog Enables
CLOCK
Cog
6
Lock Bits (8)
Clock PLL
1x, 2x,
4x, 8x, 16x
(16x must be
64 - 128 MHz)
Cog
0
Cog
7
8192 X 32 ROM
3
Systems
Counter
CLOCK
8192 X 32 RAM
3
XI
VSS
P17
P18
P19
VDD
P16
P15
VSS
P14
P12
P13
Reset Delay
(~50 ms)
Brown Out
Detector
BOEn
XO
P11
Hub
Power Up
Detector
(~10 ms)
VDD
Cog
2
RAM, ROM,
Configuration,
Control.
SOFTRES
PLLENA
OSCENA
OSCMODE
CLKSEL
Configuration
Register
2
Cog
5
System
Counter
Cog
3
Cog
4
3
I/O
Pins
Hub and Cog Interaction
Price Each
Digi-Key
Part No.
Description
1
5
10
25
Propeller Processors — RoHS Compliant
IC, 8 32-bit COGs, 40-DIP
P8X32A-D40-ND
7.99
7.59
7.49
—
IC, 8 32-bit COGs, 44-LQFP (10mm x 10mm)
P8X32A-Q44-ND
7.99
7.59
7.49
—
IC, 8 32-bit COGs, 44-QFN (10mm x 10mm)
P8X32A-M44-ND
7.99
7.59
7.49
—
Propeller Kits
Demo Board Kit
32100PAR-ND
79.99
75.99
—
69.99
Propeller Starter Kit
32300-ND
99.99
94.99
—
87.49
Propeller Accessories Kit
32311-ND
124.99
—
—
—
Propeller Education Kit
32305-ND
99.99
—
—
—
Propeller Proto Board
32212PAR-ND◆
HYDRA Game Development Kit
32360-ND
NEW! Propeller Development Board NEW!
24.99
23.74
22.50
21.87
199.99
189.99
187.49
—
NEW! Propeller Accessories NEW!
Prop Plug, USB to Serial Adapter for Propeller Circuits
32201-ND◆
Parallax PS/2 Optical Mouse
32350-ND
Mini LCD A/V Color Display
603-32000-ND
15.93
—
—
—
6.74
—
—
—
112.49
—
—
—
3.76
3.70
—
85.49
81.00
78.74
NEW! SX Chip — RoHS Compliant NEW!
Configurable Communication Controller, 20 I/O, 2K EE/Flash, 50MHz, 28-SSOP
SX28AC/SS-G-ND
3.95
NEW! SX Starter Kit — RoHS Compliant NEW!
SX Tech Tool Kit
45180-ND
89.99
◆ RoHS Compliant
110
110
(US2011)
(TZM112.US)
OTP 8-Bit Microcontrollers
Operatin Temperature Ran e
Memory Size
Program
RAM
Words
Bytes
25 x 8
512 x 14
512 x 14
1K x 14
2K x 14
Industrial -40 F
185 F -40 C
85 C
Commercial 32 F
158 F 0 C 70 C
I/O
Lines
ADC
Timers/
WDT
Interface
12
—
1-8 it / es
—
Int.
Oscillator Max. Speed
(MHz)
(MHz)
—
4
Operating
Temperature
Package
Commercial
18-DIP
Digi-Key
Part No.
1
PIC16HV540-04/P-ND
2.02
Price Each
10
25
1.48
1.44
25 x 8
12
—
1-8 it / es
—
—
4
Commercial
18-SOIC
PIC16HV540-04/SO-ND
2.04
1.51
1.47
25 x 8
12
—
1-8 it / es
—
—
20
Commercial
18-DIP
PIC16HV540-20/P-ND
2.16
1.57
1.53
25 x 8
12
—
1-8 it / es
—
—
20
Commercial
18-SOIC
PIC16HV540-20/SO-ND
2.18
1.61
1.57
25 x 8
12
—
1-8 it / es
—
—
4
Industrial
18-DIP
PIC16HV540-04I/P-ND
2.02
1.48
1.44
25 x 8
12
—
1-8 it / es
—
—
4
Industrial
18-SOIC
PIC16HV540-04I/SO-ND
2.04
1.51
1.47
25 x 8
20
—
1-8 it / es
—
—
4
Commercial
28-DIP
PIC16C55A-04/P-ND
2.46
1.81
1.77
25 x 8
20
—
1-8 it / es
—
—
4
Commercial
28-SOIC
PIC16C55A-04/SO-ND◆
2.56
1.88
1.83
25 x 8
20
—
1-8 it / es
—
—
4
Commercial
28-DIP .3
PIC16C55A-04/SP-ND◆
2.46
1.81
1.77
25 x 8
20
—
1-8 it / es
—
—
4
Industrial
28-DIP
PIC16C55A-04I/P-ND◆
2.70
1.99
1.94
25 x 8
20
—
1-8 it / es
—
—
4
Industrial
28-SOIC
PIC16C55A-04I/SO-ND◆
2.82
2.07
2.02
25 x 8
20
—
1-8 it / es
—
—
20
Commercial
28-DIP
PIC16C55A-20/P-ND◆
2.74
2.02
1.97
25 x 8
20
—
1-8 it / es
—
—
20
Commercial
28-SOIC
2.86
2.10
2.05
25 x 8
20
—
1-8 it / es
—
—
20
Commercial
28-DIP .3
25 x 8
20
—
1-8 it / es
—
—
4
Commercial
28-DIP
2.74
2.02
1.97
PIC16LC55A-04/P-ND
2.58
1.89
1.84
25 x 8
20
—
1-8 it / es
—
—
4
Commercial
28-SOIC
PIC16LC55A-04/SO-ND
2.68
1.97
1.92
80 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-DIP
PIC16C554-04/P-ND◆
3.24
2.70
2.60
80 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-SOIC
PIC16C554-04/SO-ND◆
3.32
2.76
2.66
80 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-DIP
1.96
1.44
1.41
80 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-SOIC
2.02
1.48
1.44
80 x 8
13
—
1-8 it / es
—
—
4
Industrial
18-DIP
1.96
1.44
1.41
80 x 8
13
—
1-8 it / es
—
—
20
Commercial
18-DIP
2.08
1.54
1.50
80 x 8
13
—
1-8 it / es
—
—
20
Commercial
18-SOIC
2.16
1.57
1.53
12.68
10.15
8.52
2.28
1.67
1.63
25 x 8
12
—
1-8 it / es
—
—
20
Commercial
18-CDIP
PIC16C56A/JW-ND†
25 x 8
12
—
1-8 it / es
—
—
4
Commercial
18-DIP
25 x 8
12
—
1-8 it / es
—
—
4
Commercial
18-SOIC
2.32
1.70
1.66
25 x 8
12
—
1-8 it / es
—
—
4
Industrial
18-DIP
2.48
1.83
1.78
25 x 8
12
—
1-8 it / es
—
—
4
Industrial
18-SOIC
2.54
1.86
1.81
25 x 8
12
—
1-8 it / es
—
—
20
Commercial
18-DIP
2.42
1.78
1.74
25 x 8
12
—
1-8 it / es
—
—
20
Commercial
18-SOIC
2.46
1.81
1.77
25 x 8
12
—
1-8 it / es
—
—
20
Industrial
18-DIP
2.68
1.96
1.91
25 x 8
12
—
1-8 it / es
—
—
20
Industrial
18-SOIC
PIC16C56A-20I/SO-ND
2.72
2.01
1.96
25 x 8
12
—
1-8 it / es
—
—
4
Commercial
18-DIP
PIC16LC56A-04/P-ND
2.36
1.75
1.71
25 x 8
12
—
1-8 it / es
—
—
4
Commercial
18-SOIC
PIC16LC56A-04/SO-ND
2.42
1.78
1.74
25 x 8
12
—
1-8 it / es
—
—
4
Industrial
18-DIP
PIC16LC56A-04I/P-ND
2.62
1.93
1.88
25 x 8
12
—
1-8 it / es
—
—
4
Industrial
18-SOIC
PIC16LC56A-04I/SO-ND
2.68
1.96
1.91
80 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-DIP
2.20
1.62
1.58
80 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-SOIC
2.24
1.65
1.61
80 x 8
13
—
1-8 it / es
—
—
4
Industrial
18-DIP
2.42
1.78
1.74
80 x 8
13
—
1-8 it / es
—
—
20
Commercial
18-DIP
2.36
1.73
1.69
80 x 8
13
—
1-8 it / es
—
—
20
Commercial
18-SOIC
2.40
1.77
1.72
11.77
128 x 16
16
8-ch. 8-Bit
2-8 it, 1-16 it / es
—
4
20
Commercial
20-CDIP
PIC16C781/JW-ND
17.52
13.14
128 x 16
16
8-ch. 8-Bit
2-8 it, 1-16 it / es
—
4
20
Industrial
20-DIP
PIC16C781-I/P-ND
4.84
3.14
3.03
128 x 16
16
8-ch. 8-Bit
2-8 it, 1-16 it / es
—
4
20
Industrial
20-SOIC
PIC16C781-I/SO-ND
4.92
3.21
3.10
10.22
128 x 8
12
—
1-8 it / es
—
—
20
Commercial
20-CDIP
PIC16C432/JW-ND†
15.20
12.16
128 x 8
12
—
1-8 it / es
—
—
20
Industrial
20-SSOP
PIC16C432-I/SS-ND
4.56
2.97
2.87
128 x 8
6
4-ch. 8-Bit
1-8 it / es
—
4
10
Commercial
18-CDIP
PIC16C433/JW-ND†
11.57
11.15
10.93
128 x 8
6
4-ch. 8-Bit
1-8 it / es
—
4
10
Industrial
18-DIP
PIC16C433-I/P-ND
4.26
3.20
2.69
128 x 8
6
4-ch. 8-Bit
1-8 it / es
—
4
10
Industrial
18-SOIC
PIC16C433-I/SO-ND
4.26
3.20
2.69
128 x 8
22
—
2-8 it, 1-16 it / es
SSP 2MI2C, SPI
—
4
Commercial
28-DIP .3
PIC16C62B-04/SP-ND◆
3.84
2.82
2.75
128 x 8
22
—
2-8 it, 1-16 it / es
SSP 2MI2C, SPI
—
4
Commercial
28-SOIC
PIC16C62B-04/SO-ND◆
3.84
2.82
2.75
128 x 8
22
—
2-8 it, 1-16 it / es
SSP 2MI2C, SPI
—
4
Commercial
28-SSOP
PIC16C62B-04/SS-ND◆
4.06
2.99
2.91
128 x 8
22
—
2-8 it, 1-16 it / es
SSP 2MI2C, SPI
—
4
Industrial
28-DIP .3
PIC16C62B-04I/SP-ND◆
4.24
3.11
3.03
128 x 8
22
—
2-8 it, 1-16 it / es
SSP 2MI2C, SPI
—
20
Commercial
28-DIP .3
PIC16C62B-20/SP-ND◆
4.10
3.02
2.94
128 x 8
22
—
2-8 it, 1-16 it / es
SSP 2MI2C, SPI
—
20
Commercial
28-SOIC
PIC16C62B-20/SO-ND◆
4.10
3.02
2.94
22
—
2-8 it, 1-16 it / es
SSP 2MI2C, SPI
—
20
Commercial
28-SSOP
PIC16C62B-20/SS-ND◆
4.34
3.18
128 x 8
◆ RoHS Compliant
† UVEPROM
3.10
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
111
111
C
OTP 8-Bit Microcontrollers
Operatin Temperature Ran e
Memory Size
Program
RAM
Words
Bytes
128 x 8
2K x 14
C
4K x 14
8K x 14
Industrial -40 F
(Cont.)
185 F -40 C 85 C
Commercial 32 F 158 F 0 C 70 C
Int.
Oscillator Max. Speed
(MHz)
(MHz)
I/O
Lines
ADC
Timers/
WDT
Interface
22
—
2-8 it, 1-16 it / es
SSP 2MI2C, SPI
—
20
Operating
Temperature
Package
Industrial
28-DIP .3
Digi-Key
Part No.
1
PIC16C62B-20I/SP-ND◆
4.52
Price Each
10
25
3.32
3.24
128 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-DIP
2.48
1.83
1.78
128 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-SOIC
2.54
1.86
1.81
128 x 8
13
—
1-8 it / es
—
—
4
Industrial
18-DIP
2.72
2.01
1.96
128 x 8
13
—
1-8 it / es
—
—
20
Commercial
18-DIP
2.68
1.96
1.91
128 x 8
13
—
1-8 it / es
—
—
20
Commercial
18-SOIC
2.70
1.99
1.94
128 x 8
13
—
1-8 it / es
—
—
20
Industrial
18-DIP
2.92
2.15
2.10
128 x 8
13
—
1-8 it / es
—
—
20
Industrial
18-SOIC
128 x 8
13
—
1-8 it / es
—
—
20
Commercial
18-CDip
PIC16C558/JW-ND†
2.98
2.18
2.13
14.14
10.61
9.50
128 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-DIP
PIC16C558-04/P-ND
4.26
3.54
3.41
128 x 8
13
—
1-8 it / es
—
—
4
Commercial
18-SOIC
PIC16C558-04/SO-ND
4.36
3.61
3.48
256 x 8
15
6-ch. 12-Bit
2-8 it, 1-16 it / es
USART, SSP 2MI2C, SPI
4
20
Industrial
20-SOIC
192 x 8
22
—
2-8 it, 1-16 it / es
—
4
Commercial
28-DIP .3
PIC16C770-I/SO-ND
3.84
2.50
2.41
4.68
3.45
3.36
192 x 8
22
—
2-8 it, 1-16 it / es
—
4
Commercial
28-SOIC
4.68
3.45
3.36
192 x 8
22
—
2-8 it, 1-16 it / es
—
4
Commercial
28-SSOP
PIC16C63A-04/SS-ND◆
4.90
3.61
3.52
192 x 8
22
—
2-8 it, 1-16 it / es
—
4
Industrial
28-DIP .3
PIC16C63A-04I/SP-ND◆
5.18
3.80
3.70
192 x 8
22
—
2-8 it, 1-16 it / es
—
4
Industrial
28-SOIC
5.18
3.80
3.70
192 x 8
22
—
2-8 it, 1-16 it / es
—
4
Industrial
28-SSOP
PIC16C63A-04I/SS-ND◆
5.40
3.98
3.88
192 x 8
22
—
2-8 it, 1-16 it / es
—
20
Commercial
28-DIP .3
5.04
3.71
3.61
192 x 8
22
—
2-8 it, 1-16 it / es
—
20
Commercial
28-SOIC
5.04
3.71
3.61
192 x 8
22
—
2-8 it, 1-16 it / es
—
20
Commercial
28-SSOP
PIC16C63A-20/SS-ND◆
5.26
3.87
3.77
192 x 8
22
—
2-8 it, 1-16 it / es
—
20
Industrial
28-DIP .3
PIC16C63A-20I/SP-ND◆
5.54
4.08
3.97
192 x 8
22
—
2-8 it, 1-16 it / es
—
20
Industrial
28-SOIC
5.54
4.08
3.97
192 x 8
22
—
2-8 it, 1-16 it / es
—
20
Industrial
28-SSOP
192 x 8
33
—
2-8 it, 1-16 it / es
—
4
Commercial
40-DIP
PIC16C63A-20I/SS-ND◆
5.78
4.25
4.14
PIC16C65B-04/P-ND◆
5.26
3.87
3.77
5.30
192 x 8
33
—
2-8 it, 1-16 it / es
—
4
Commercial
44-PLCC
PIC16C65B-04/L-ND◆
6.79
5.66
192 x 8
33
—
2-8 it, 1-16 it / es
—
4
Industrial
40-DIP
PIC16C65B-04I/P-ND◆
5.82
4.27
4.16
192 x 8
33
—
2-8 it, 1-16 it / es
—
20
Commercial
40-DIP
PIC16C65B-20/P-ND◆
5.64
4.14
4.03
192 x 8
33
—
2-8 it, 1-16 it / es
—
20
Commercial
44-PLCC
PIC16C65B-20/L-ND◆
7.20
6.00
5.62
192 x 8
33
—
2-8 it, 1-16 it / es
—
20
Industrial
40-DIP
PIC16C65B-20I/P-ND◆
6.20
4.56
4.44
192 x 8
33
—
2-8 it, 1-16 it / es
—
20
Industrial
44-PLCC
PIC16C65B-20I/L-ND◆
256 x 8
15
6-ch. 12-Bit
2-8 it, 1-16 it / es
SSP MI2C, SPI
4
20
Commercial
20-CDIP
PIC16C771/JW-ND†
7.06
6.53
6.11
14.84
11.13
9.97
256 x 8
22
6-ch. 12-Bit
2-8 it, 1-16 it / es
AUSART, SSP MI2C, SPI
—
20
Commercial
28-DIP .3
PIC16C773/SP-ND
5.90
4.33
4.22
256 x 8
22
6-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Commercial
28-SOIC
PIC16C773/SO-ND
5.90
4.33
4.22
256 x 8
22
6-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Industrial
28-DIP .3
PIC16C773-I/SP-ND
6.48
4.77
4.64
256 x 8
22
6-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Industrial
28-SOIC
PIC16C773-I/SO-ND
6.48
4.77
4.64
256 x 8
22
6-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Commercial
28-DIP .3
PIC16LC773/SP-ND
6.20
4.56
4.44
256 x 8
22
6-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Commercial
28-SOIC
PIC16LC773/SO-ND
6.20
4.56
4.44
256 x 8
33
10-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Commercial
40-DIP
PIC16C774/P-ND
7.16
5.25
5.11
256 x 8
33
10-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Industrial
40-DIP
PIC16C774-I/P-ND
7.88
5.79
5.64
256 x 8
33
10-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Industrial
44-PLCC
PIC16C774-I/L-ND
8.42
7.01
6.75
256 x 8
33
10-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Commercial
40-DIP
PIC16LC774/P-ND
7.50
5.52
5.38
256 x 8
33
10-ch. 12-Bit
2-8 it, 1-16 it / es
—
20
Commercial
44-PLCC
256 x 8
22
5-ch. 8-Bit
1-16 it / es
USART
—
20
Industrial
28-DIP .3
PIC16LC774/L-ND
8.10
6.73
6.48
PIC16C745-I/SP-ND
4.74
3.08
2.97
256 x 8
22
5-ch. 8-Bit
1-16 it / es
USART
—
20
Industrial
28-SOIC
PIC16C745-I/SO-ND
4.74
3.08
2.97
256 x 8
33
8-ch. 8-Bit
2-8 it, 1-16 it / es
USART
—
20
Industrial
44-PLCC
PIC16C765-I/L-ND
5.94
4.37
4.25
256 x 8
33
8-ch. 8-Bit
2-8 it, 1-16 it / es
USART
—
20
Industrial
40-DIP
PIC16C765-I/P-ND
5.66
3.68
3.55
256 x 8
33
8-ch. 8-Bit
2-8 it, 1-16 it / es
USART
—
20
Industrial
44-TQFP
PIC16C765-I/PT-ND
6.52
4.23
4.08
◆ RoHS Compliant
† UVEPROM
Microcontrollers
PIC18Cs
Program
Memory
Type
ROMless
PROM
112
112
Program
Bytes
Memory Size
RAM
EEPROM
Bytes
Bytes
Timer/
I/O Counters
Pins 8/16-bit
UART
—
1536
—
26
1/3
1 USART
—
1536
—
37
1/3
1 USART
—
1536
—
37
1/3
1 USART
16K x 16
1536
—
52
1/3
1 USART
16K x 16
1536
—
52
1/3
1 USART
I2C
1 Master/
Slave
1 Master/
Slave
SPI
CAN
PWM
A/D
Analog
Comp.
Int
Osc
Clock
Speed
(MHz)
VCC
(V)
Operating
Temp.
Digi-Key
Package Part No.
1
—
2
8-ch. 10- it
—
—
25
4.2 5.5
Industrial
1
—
2
12-ch. 10- it
—
—
25
4.2 5.5
1
—
2
12-ch. 10- it
—
—
25
4.2 5.5
1
CAN
2.0B
2
12-ch. 10- it
2
—
40
2
12-ch. 10- it
2
—
40
1
10
25
68-PLCC PIC18C601-I/L-ND
5.30
4.41
4.25
Industrial
6.52
5.41
5.21
Industrial
80-TQFP PIC18C801-I/PT-ND
5.88
4.88
4.70
4.2 5.5
Industrial
12.66
9.31
9.07
4.2 5.5
Industrial
64-TQFP PIC18C658-I/PT-ND
12.12
8.92
8.69
(US2011)
(TZM112.US)
Price Each
1
General Purpose 8-bit PIC Flash Microcontrollers
®
PIC10F Devices
Memory Size
Program
RAM
EEPROM
Words
Bytes
Bytes
16
—
16
—
16
—
16
—
16
—
256 x 12
16
—
16
—
16
—
16
—
16
—
24
—
24
—
24
—
24
—
24
—
512 x 12
24
—
23
—
23
—
23
—
† Cut Tape
Timer/
I/O Counters
Pins
8-bit
UART I2C™ SPI™
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
4
1
—
—
—
A/D
—
—
—
—
—
—
—
2-ch. 8-bit
2-ch. 8-bit
2-ch. 8-bit
—
—
—
—
—
—
2-ch. 8-bit
2-ch. 8-bit
2-ch. 8-bit
‡ For Tape and Reel part number, change CT-ND to TR-ND.
Analog
Comp.
—
—
—
—
1
1
1
—
—
—
1
1
1
1
1
1
—
—
—
Int.
Osc.
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
8MHz
8MHz
8MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
8MHz
8MHz
8MHz
Clock
Speed
(MHz)
4
4
4
4
4
4
4
8
8
8
4
4
4
4
4
4
8
8
8
VCC
(V)
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
Operating
Temp.
Ind.
Ind.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Package
8-DFN
8-DIP
SOT23-6
SOT23-6
8-DFN
8-DIP
SOT23-6
8-DFN
8-DIP
SOT23-6
8-DFN
8-DIP
SOT23-6
8-DFN
8-DIP
SOT23-6
8-DFN
8-DIP
SOT23-6
Digi-Key
Part No.
PIC10F200-I/MC-ND
PIC10F200-I/P-ND
PIC10F200T-E/OTCT-ND† NEW!
PIC10F200T-I/OTCT-ND†
PIC10F204-I/MC-ND
PIC10F204-I/P-ND
PIC10F220-I/MC-ND
PIC10F220-I/P-ND
PIC10F202-I/MC-ND
PIC10F202-I/P-ND
PIC10F206-I/MC-ND
PIC10F206-I/P-ND
PIC10F222-I/MC-ND
PIC10F222-I/P-ND
Note: Operating Temperature Range: Industrial -40 F 185 F -40 C 85 C
1
.56
.58
.92
.59
.62
.64
.65
.66
.68
.70
.62
.64
.65
.66
.68
.70
.72
.74
.77
Price Each
10
.44
.46
.54
.41
.48
.50
.45
.52
.54
.49
.48
.50
.45
.52
.54
.49
.56
.58
.53
25
.41
.42
.52
.38
.44
.46
.42
.48
.49
.45
.44
.46
.42
.48
.49
.45
.51
.53
.49
Tape and Reel
Pricing‡
3,000
—
—
510.00/M
340.00/M
—
—
380.00/M
—
—
410.00/M
—
—
380.00/M
—
—
410.00/M
—
—
440.00/M
Extended -40 F 257 F -40 C 125 C
PIC12F Devices
Memory Size
Timer/
Program RAM EEPROM I/O Counters
Analog
Words Bytes Bytes Pins 8/16-bit UART I2C™ SPI™ PWM
A/D
Comp.
25
—
5
1/
—
—
—
—
—
—
25
—
5
1/
—
—
—
—
—
—
512 x 12
25
—
5
1/
—
—
—
—
—
—
25
—
5
1/
—
—
—
—
—
—
41
—
5
1/
—
—
—
—
—
—
41
—
5
1/
—
—
—
—
—
—
41
—
5
1/
—
—
—
—
—
—
41
—
5
1/
—
—
—
—
—
—
41
—
5
1/
—
—
—
—
—
—
38
—
5
1/
—
—
—
— 3-ch. 8-bit
1
38
—
5
1/
—
—
—
— 3-ch. 8-bit
1
1K x 12
38
—
5
1/
—
—
—
— 3-ch. 8-bit
1
41
64
5
1/
—
—
—
—
—
—
41
64
5
1/
—
—
—
—
—
—
41
64
5
1/
—
—
—
—
—
—
41
64
5
1/
—
—
—
—
—
—
41
64
5
1/
—
—
—
—
—
—
38
—
5
1/
—
—
—
— 3-ch. 8-bit
1
64
—
5
1/1
—
—
—
—
—
—
64
—
5
1/1
—
—
—
—
—
—
64
—
5
1/1
—
—
—
—
—
—
64
—
5
1/1
—
—
—
—
—
—
64
—
5
1/1
—
—
—
—
—
—
64
—
5
1/1
—
—
—
—
—
1
64
—
5
1/1
—
—
—
—
—
1
64
—
5
1/1
—
—
—
—
—
1
64
—
5
1/1
—
—
—
—
—
1
64
—
5
2/1
—
—
—
1 4-ch. 10- it
1
64
—
5
2/1
—
—
—
1 4-ch. 10- it
1
64
—
5
2/1
—
—
—
1 4-ch. 10- it
1
64
—
5
2/1
—
—
—
— 4-ch. 10- it
1
64
—
5
2/1
—
—
—
— 4-ch. 10- it
1
64
—
5
2/1
—
—
—
— 4-ch. 10- it
1
64
—
5
2/1
—
—
—
— 4-ch. 10- it
1
64
—
5
2/1
—
—
—
— 4-ch. 10- it
1
64
—
5
2/1
—
—
—
— 4-ch. 10- it
1
64
—
5
2/1
—
—
—
— 4-ch. 10- it
1
64
—
5
2/1
—
—
—
— 4-ch. 10- it
1
1K x 14
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
—
—
1
64
128
5
1/1
—
—
—
— 4-ch. 10- it
1
64
128
5
1/1
—
—
—
— 4-ch. 10- it
1
64
128
5
1/1
—
—
—
— 4-ch. 10- it
1
64
128
5
1/1
—
—
—
— 4-ch. 10- it
1
64
128
5
1/1
—
—
—
— 4-ch. 10- it
1
64
128
5
1/1
—
—
—
— 4-ch. 10- it
1
64
128
5
1/1
—
—
—
— 4-ch. 10- it
1
64
128
5
1/1
—
—
—
— 4-ch. 10- it
1
† Cut Tape
‡ Tape and Reel
Note: Operating Temperature Range: Industrial -40 F
®
185 F -40 C
85 C
Int.
Osc.
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz, 8MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
4MHz
Clock
Speed
(MHz)
4
4
4
4
4
4
4
4
4
8
8
8
8
8
8
8
8
8
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
VCC
(V)
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
User De ned
User De ned
User De ned
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
User De ned
User De ned
User De ned
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
Operating
Temp.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Hi h
Hi h
Hi h
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ext.
Ext.
Ext.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ext.
Ext.
Package
8-DFN
8-DIP
8-SOIC
8-MSOP
8-DFN
8-DIP
8-SOIJ
8-SOIC
8-MSOP
8-MSOP
8-DIP
8-SOIC
8-DFN
8-MSOP
8-DIP
8-SOIC
8-MSOP
8-DFN
8-DFN
8-DFN
8-MSOP
8-DIP
8-SOIC
8-SOIC
8-MSOP
8-DIP
8-SOIC
8-DFN
8-MSOP
8-SOIC
8-DFN
8-DFN
8-MSOP
8-DIP
8-SOIC
8-DFN
8-DIP
8-SOIC
8-DFN
8-DFN
8-DIP
8-SOIC
8-DFN
8-DIP
8-SOIC
8-SOIC
8-SOIC
8-DFN
8-DFN
8-DIP
8-SOIC
8-DFN
8-DFN
8-DIP
8-SOIC
8-SOIC
8-DFN
8-DIP
8-SOIC
Extended -40 F 257 F -40 C 125 C
Digi-Key
Part No.
PIC12F508-I/MC-ND
PIC12F508-I/P-ND
PIC12F508-I/SN-ND
PIC12F508-I/MS-ND
PIC12F509-I/MC-ND
PIC12F509-I/P-ND
PIC12F509-I/SM-ND
PIC12F509-I/SN-ND
PIC12F509-I/MS-ND
PIC12F510-I/MS-ND
PIC12F510-I/P-ND
PIC12F510-I/SN-ND
PIC12F519-I/MC-ND
PIC12F519-I/MS-ND
PIC12F519-I/P-ND
PIC12F519-I/SN-ND
PIC12F519-E/MS-ND
PIC12F510-I/MC-ND
PIC12F609-I/MD-ND
PIC12F609-I/MF-ND
PIC12F609-I/MS-ND
PIC12F609-I/P-ND
PIC12F609-I/SN-ND
PIC12F609T-I/SNTR-ND‡ NEW!
PIC12HV609-I/MS-ND
PIC12HV609-I/P-ND
PIC12HV609-I/SN-ND
PIC12F615-H/MD-ND NEW!
PIC12F615-H/MS-ND NEW!
PIC12F615-H/SN-ND NEW!
PIC12F615-I/MD-ND
PIC12F615-I/MF-ND
PIC12F615-I/MS-ND
PIC12F615-I/P-ND
PIC12F615-I/SN-ND
PIC12HV615-I/MF-ND
PIC12HV615-I/P-ND
PIC12HV615-I/SN-ND
PIC12F629-I/MD-ND
PIC12F629-I/MF-ND
PIC12F629-I/P-ND
PIC12F629-I/SN-ND
PIC12F629-E/MF-ND
PIC12F629-E/P-ND
PIC12F629-E/SN-ND
PIC12F629T-E/SNCT-ND†
PIC12F629T-E/SNTR-ND‡
PIC12F635-I/MD-ND
PIC12F635-I/MF-ND
PIC12F635-I/P-ND
PIC12F635-I/SN-ND
PIC12F675-I/MD-ND
PIC12F675-I/MF-ND
PIC12F675-I/P-ND
PIC12F675-I/SN-ND
PIC12F675T-I/SNTR-ND‡
PIC12F675-E/MF-ND
PIC12F675-E/P-ND
PIC12F675-E/SN-ND
Hi h -40 F 302 F -40 C 150 C
1
.82
.84
.72
.78
.88
.90
.90
.78
.86
.94
.98
.86
.96
.94
.98
.86
1.02
.96
1.04
1.04
.98
1.04
.90
1.06
1.10
.98
1.38
1.34
1.26
1.08
1.08
1.04
1.08
.96
1.16
1.16
1.04
1.64
1.46
1.40
1.28
1.60
1.54
1.40
1.64
1.72
1.72
1.66
1.54
2.02
1.60
1.54
1.40
1.74
1.68
1.54
Price Each
10
.64
.66
.56
.62
.69
.71
.71
.62
.67
.73
.77
.67
.75
.73
.77
.67
.80
.75
.81
.81
.77
.81
.71
2079.00/3,300
.83
.87
.77
1.09
1.05
.99
.85
.85
.81
.85
.75
.91
.91
.81
1.36
.97
.92
.84
1.05
1.01
.92
.97
3035.99/3,300
1.13
1.13
1.09
1.01
1.67
1.05
1.01
.92
3035.99/3,300
1.14
1.10
1.02
25
.58
.60
.51
.57
.64
.65
.65
.57
.62
.67
.71
.62
.69
.67
.71
.62
.73
.69
.74
.74
.71
.74
.65
.76
.80
.71
1.00
.96
.91
.78
.78
.74
.78
.69
.83
.83
.74
1.33
.94
.90
.82
1.03
.98
.90
.94
1.11
1.11
1.07
.98
1.63
1.03
.98
.90
1.12
1.07
.99
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
113
113
C
General Purpose 8-bit PIC Flash Microcontrollers (Cont.)
PIC16F Devices
C
Memory Size
Timer/
Words Bytes Bytes Pins 8/16-bit
25
—
12
1/
512 x 12 25
—
12
1/
25
—
12
1/
36
64
13
1/
512 x 14 36
64
13
1/
36
64
13
1/
72
—
11
1/
72
—
11
1/
72
—
11
1/
72
—
11
1/—
67
—
11
1/—
1K x 12
67
—
11
1/
67
—
11
1/
67
—
11
1/
67
64
11
1/—
72
—
12
1/
67
64
12
1/
67
64
12
1/
67
64
12
1/
64
—
12
1/1
64
—
12
1/1
64
—
12
1/1
64
—
12
1/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
64
128
12
1/1
64
128
12
1/1
64
128
12
1/1
64
128
12
1/1
64
128
18
1/1
64
128
18
1/1
64
128
18
1/1
64
128
18
1/1
64
128
12
1/1
64
128
12
1/1
64
128
12
1/1
64
128
12
1/1
128
16
2/1
1K x 14 128
128
128
16
2/1
128
128
16
2/1
128
128
16
2/1
128
128
16
2/1
128
128
16
2/1
128
128
16
2/1
128
128
16
2/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
68
64
13
1/1
64
—
11
1/1
64
—
11
1/1
72
—
20
1/
72
—
20
1/
72
—
20
1/
2K x 12
72
—
20
1/
134
—
32
1/
134
—
32
1/
128
—
12
2/1
128
—
12
2/1
128
—
12
2/1
128
—
12
2/1
128
—
12
2/1
128
—
12
2/1
128
—
12
2/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
2K x 14
224
128
16
2/1
224
128
16
2/1
224
128
16
2/1
128
256
11
1/1
128
256
11
1/1
128
256
11
1/1
128
256
11
1/1
128
256
11
1/1
128
256
18
1/1
128
256
18
1/1
128
256
18
1/1
128
256
18
1/1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
◆ RoHS Compliant ‡ Tape and Reel
®
114
114
I2C™
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
1
1
1
1
—
—
—
—
1
1
1
1
1
1
1
1
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
UART
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
AUSART
AUSART
AUSART
AUSART
AUSART
AUSART
AUSART
AUSART
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
AUSART
AUSART
AUSART
AUSART
AUSART
AUSART
AUSART
AUSART
—
—
—
—
—
—
—
—
—
185 F -40 C
85 C
Analog
Int.
SPI™ PWM
A/D
Comp.
Osc.
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
4MHz
—
—
—
—
4MHz
—
—
—
—
4MHz
—
—
—
—
4MHZ
—
—
3
—
4MHZ, 8MHZ
—
—
3-ch. 8-bit
2
8MHz
—
—
3-ch. 8-bit
2
8MHz
—
—
3-ch. 8-bit
2
8MHz
—
—
3
—
4MHZ, 8MHZ
—
—
—
—
4MHz
—
—
3-ch. 8-bit
2
8MHz
—
—
3-ch. 8-bit
2
8MHz
—
—
3-ch. 8-bit
2
8MHz
—
—
—
2
8MHz
—
—
—
2
8MHz
—
—
—
2
8MHz
—
—
—
2
8MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
—
—
1
4MHz
—
—
—
1
4MHz
—
—
—
1
4MHz
—
—
—
1
4MHz
1
—
—
2
8MHz
1
—
—
2
8MHz
1
—
—
2
8MHz
1
—
—
2
8MHz
—
—
8-ch. 10- it
1
4MHz
—
—
8-ch. 10- it
1
4MHz
—
—
8-ch. 10- it
1
4MHz
—
—
8-ch. 10- it
1
4MHz
1
1
5-ch. 10- it
—
8MHz
1
1
5-ch. 10- it
—
8MHz
1
1
5-ch. 10- it
—
8MHz
1
1
5-ch. 10- it
—
8MHz
1
1
5-ch. 10- it
—
8MHz
1
1
5-ch. 10- it
—
8MHz
1
1
5-ch. 10- it
—
8MHz
1
1
5-ch. 10- it
—
8MHz
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
2
8MHz
—
—
—
2
8MHz
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
1
8-ch. 10- it
2
4MHz, 8MHz
—
1
8-ch. 10- it
2
4MHz, 8MHz
—
1
8-ch. 10- it
2
4MHz, 8MHz
—
—
8-ch. 10- it
2
8MHz
—
—
8-ch. 10- it
2
8MHz
—
—
8-ch. 10- it
2
8MHz
—
—
8-ch. 10- it
2
8MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
1
—
2
4MHz
—
—
—
2
8MHz
—
—
—
2
8MHz
—
—
—
2
8MHz
—
—
—
2
8MHz
—
—
—
2
8MHz, 32 Hz
—
— 12-ch. 10- it
2
8MHz
—
— 12-ch. 10- it
2
8MHz
—
— 12-ch. 10- it
2
8MHz
—
— 12-ch. 10- it
2
8MHz
Clock
Speed
VCC
(MHz)
(V)
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
4
2.0 6.0
4
2.0 6.0
4
2.0 6.0
20
4.5 5.5
20
4.5 5.5
20
4.5 5.5
20
2.0 ~ 5.5
20
2.0 ~ 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 ~ 5.5
20
4.5 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
3.0 5.5
20
3.0 5.5
20
3.0 5.5
20
3.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
4.5 5.5
20
4.5 5.5
20
4.5 5.5
20
4.5 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
4.0 5.5
20
4.0 5.5
20
4.0 5.5
20
4.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
4
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
User De ned
20
User De ned
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
3.0 5.5
20
3.0 5.5
20
3.0 5.5
20
3.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
20
2.0 5.5
Operating
Temp.
Ind.
Ind.
Ind.
Com.
Ind.
Com.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Com.
Ind.
Com.
Ind.
Com.
Ind.
Com.
Ind.
Com.
Ind.
Com.
Ind.
Com.
Ind.
Com.
Ind.
Com.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Hi h
Hi h
Hi h
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Extended -40 F 257 F -40 C 125 C
Package
18-DIP
18-SOIC
20-SSOP
18-DIP
18-DIP
18-SOIC
14-DIP
14-SOIC
14-TSSOP
16-QFN
16-QFN
14-DIP
14-SOIC
14-TSSOP
16-QFN
14-DIP
14-SOIC
14-TSSOP
14-DIP
14-QFN
14-DIP
14-SOIC
14-TSSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
14-QFN
14-DIP
14-SOIC
14-TSSOP
20-QFN
20-DIP
20-SOIC
20-SSOP
16-QFN
14-DIP
14-SOIC
14-TSSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
18-DIP
18-DIP
18-SOIC
18-SOIC
20-SSOP
20-SSOP
18-DIP
18-DIP
18-SOIC
18-SOIC
20-SSOP
20-SSOP
18-DIP
18-DIP
18-SOIC
18-SOIC
20-SSOP
20-SSOP
14-DIP
14-SOIC
28-DIP
28-SOIC
28-DIP .3
28-SSOP
40-Dip
44-TQFP
16-QFN
14-SOIC
14-TSSOP
16-QFN
14-DIP
14-TSSOP
14-SOIC
28-QFN
18-DIP
18-SOIC
20-SSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
16-QFN
14-DIP
14-SOIC
14-TSSOP
20-SSOP
20-QFN
20-DIP
20-SOIC
20-SOIC
Digi-Key
Part No.
PIC16F54-I/P-ND◆
PIC16F54-I/SO-ND◆
PIC16F54-I/SS-ND◆
PIC16LF83-04/P-ND◆
PIC16LF83-04I/P-ND◆
PIC16LF83-04/SO-ND◆
PIC16F505-I/P-ND◆
PIC16F505-I/SL-ND◆
PIC16F505-I/ST-ND◆
PIC16F505-I/MG-ND◆ NEW!
PIC16F506-I/P-ND◆
PIC16F526-I/P-ND◆
PIC16F526-E/P-ND◆
PIC16F610-I/ML-ND◆
PIC16F610-I/P-ND◆
PIC16F627A-I/ML-ND◆
PIC16F627A-I/P-ND◆
PIC16F627A-I/SO-ND◆
PIC16F627A-I/SS-ND◆
PIC16LF627A-I/ML-ND◆
PIC16LF627A-I/P-ND◆
PIC16LF627A-I/SO-ND◆
PIC16LF627A-I/SS-ND◆
PIC16F630-I/P-ND◆
PIC16F631-I/P-ND◆
PIC16F631-I/SO-ND◆
PIC16F631-I/SS-ND◆
PIC16F676-I/P-ND◆
PIC16F818-I/P-ND◆
PIC16LF818-I/ML-ND◆
PIC16LF818-I/P-ND◆
PIC16LF818-I/SO-ND◆
PIC16LF818-I/SS-ND◆
PIC16F84A-04/P-ND◆
PIC16F84A-04I/P-ND◆
PIC16F84A-04/SO-ND◆
PIC16F84A-04I/SO-ND◆
PIC16F84A-04/SS-ND◆
PIC16F84A-04I/SS-ND◆
PIC16LF84A-04/P-ND◆
PIC16LF84A-04I/P-ND◆
PIC16LF84A-04/SO-ND◆
PIC16LF84A-04I/SO-ND◆
PIC16LF84A-04/SS-ND◆
PIC16LF84A-04I/SS-ND◆
PIC16F84A-20/P-ND◆
PIC16F84A-20I/P-ND◆
PIC16F84A-20/SO-ND◆
PIC16F84A-20I/SO-ND◆
PIC16F84A-20/SS-ND◆
PIC16F84A-20I/SS-ND◆
PIC16HV610-I/P-ND◆
PIC16HV610-I/SL-ND◆
PIC16F57-I/P-ND◆
PIC16F57-I/SO-ND◆
PIC16F57-I/SP-ND◆
PIC16F57-I/SS-ND◆
PIC16F59-I/P-ND◆
PIC16F59-I/PT-ND◆
PIC16F616-H/ML-ND◆ NEW!
PIC16F616-H/SL-ND◆ NEW!
PIC16F616-H/ST-ND◆ NEW!
PIC16F616-I/P-ND◆
PIC16F636-I/P-ND◆
PIC16F636-I/SL-ND
PIC16F677-I/P-ND◆
Hi h -40 F 302 F -40 C 150 C
(US2011)
(TZM112.US)
1
.80
.70
.70
5.42
5.94
5.52
1.02
.84
.98
1.30
1.22
1.10
.90
1.06
1.40
1.14
.96
1.10
1.24
1.16
1.22
1.04
1.18
2.82
2.36
2.40
2.58
2.88
2.46
2.54
2.72
1.86
1.72
1.66
1.92
1.76
1.60
1.74
1.60
1.98
1.98
1.78
2.04
3.40
2.84
2.88
3.12
3.42
2.98
3.04
3.30
4.90
5.40
5.00
5.50
5.32
5.82
5.16
5.64
5.24
5.74
5.58
6.06
5.24
5.76
5.32
5.84
5.68
6.18
1.28
1.10
1.24
.98
1.24
.94
1.56
1.58
1.72
1.58
1.74
1.32
1.38
1.36
1.20
3.10
2.68
2.72
2.96
3.24
2.82
2.86
3.08
1.86
1.86
1.68
1.92
3.56
1.76
1.60
1.72
1.60
Price Each
10
.55
.48
.48
4.12
4.51
4.18
.80
.66
.77
.91
.87
.86
.71
.83
.98
.90
.75
.87
.97
.91
.95
.81
.93
1.83
1.53
1.56
1.69
1.89
1.61
1.65
1.78
1.22
1.22
1.09
1.26
1.30
1.34
1.30
1.25
1.30
1.30
1.18
1.34
2.22
1.85
1.87
2.03
2.23
1.93
1.97
2.13
3.61
3.96
3.68
4.03
3.92
4.29
3.79
4.14
3.85
4.22
4.11
4.46
3.85
4.24
3.92
4.30
4.17
4.54
1.01
.87
.85
.69
.85
.65
1.02
1.04
1.34
1.25
1.36
1.04
1.09
1.06
.94
2.07
1.73
1.78
1.92
2.17
1.83
1.86
2.00
1.24
1.24
1.12
1.28
2.52
1.41
1.45
1.41
1.20
25
.54
.47
.47
4.05
4.44
4.11
.73
.60
.71
.85
.83
.79
.65
.76
.90
.82
.69
.80
.89
.83
.87
.74
.85
1.77
1.48
1.51
1.63
1.82
1.55
1.59
1.72
1.19
1.19
1.07
1.23
1.27
1.31
1.27
1.15
1.27
1.27
1.15
1.31
2.14
1.78
1.81
1.96
2.15
1.86
1.90
2.06
3.52
3.86
3.58
3.93
3.82
4.18
3.69
4.03
3.75
4.11
4.00
4.35
3.75
4.13
3.82
4.19
4.06
4.42
.93
.80
.83
.67
.83
.63
1.00
1.02
1.23
1.14
1.25
.95
1.00
.97
.87
2.04
1.67
1.72
1.85
2.14
1.77
1.80
1.93
1.21
1.21
1.09
1.25
2.49
1.38
1.42
1.38
1.17
(Continued)
PIC16F Devices (Cont.)
Memory Size
Timer/
UART
128
256
12
2/1
—
128
256
12
2/1
—
128
256
12
2/1
—
128
256
12
2/1
—
128
256
18
1/1
1 EUSART
128
256
18
1/1
1 EUSART
128
256
18
1/1
1 EUSART
128
256
18
1/1
1 EUSART
128
—
13
2/1
—
128
—
13
2/1
—
128
—
13
2/1
—
128
—
22
2/1
—
128
—
22
2/1
—
128
—
22
2/1
—
128
—
22
2/1
—
128
—
22
2/1
—
128
—
22
2/1
—
128
—
22
2/1
—
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
—
25
2/1
1 AUSART
128
256
18
2/1
—
2K x 14
128
256
18
2/1
—
128
256
18
2/1
—
128
256
18
2/1
—
128
128
16
2/1
—
128
128
16
2/1
—
128
128
16
2/1
—
128
128
16
2/1
—
128
128
16
2/1
—
128
128
16
2/1
—
128
128
16
2/1
—
128
128
16
2/1
—
128
64
22
2/1
1 AUSART
128
64
22
2/1
1 AUSART
128
64
22
2/1
1 AUSART
128
64
22
2/1
1 AUSART
128
64
22
2/1
1 AUSART
128
64
22
2/1
1 AUSART
128
64
33
2/1
1 AUSART
128
64
33
2/1
1 AUSART
128
64
33
2/1
1 AUSART
128
64
33
2/1
1 AUSART
128
64
33
2/1
1 AUSART
128
64
22
2/1
—
128
64
22
2/1
—
128
64
22
2/1
—
128
64
22
2/1
—
128
64
22
2/1
—
128
64
22
2/1
—
128
128
25
2/1
1 AUSART , 1 EUSART
128
128
25
2/1
1 AUSART , 1 EUSART
128
128
25
2/1
1 AUSART , 1 EUSART
128
128
25
2/1
1 AUSART , 1 EUSART
128
128
25
2/1
1 AUSART , 1 EUSART
128
—
12
2/1
—
128
—
12
2/1
—
256
256
16
2/1
1 AUSART
256
256
16
2/1
1 AUSART
256
256
16
2/1
1 AUSART
256
256
16
2/1
1 AUSART
256
256
18
2/1
—
256
256
18
2/1
—
256
256
18
2/1
—
256
256
18
2/1
—
256
256
12
1/1
1 EUSART
256
256
12
1/1
1 EUSART
256
256
12
1/1
1 EUSART
256
256
12
1/1
1 EUSART
256
256
12
1/1
1 AUSART , 1 EUSART
256
256
18
1/1
1 EUSART
256
256
18
1/1
1 EUSART
256
256
18
1/1
1 EUSART
4K x 14
256
256
18
1/1
1 EUSART
256
256
18
2/1
1 EUSART
256
256
18
2/1
1 EUSART
256
256
18
2/1
1 EUSART
256
256
18
2/1
1 EUSART
256
256
18
2/1
1 EUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
192
—
25
2/1
1 AUSART
®
185 F -40 C
Analog
Int.
I2C™ SPI™ PWM
A/D
Comp.
Osc.
—
—
4
8-ch. 10- it
2
8MHz
—
—
4
8-ch. 10- it
2
8MHz
—
—
4
8-ch. 10- it
2
8MHz
—
—
4
8-ch. 10- it
2
8MHz
1
1
— 12-ch. 10- it
2
8MHz
1
1
— 12-ch. 10- it
2
8MHz
1
1
— 12-ch. 10- it
2
8MHz
1
1
— 12-ch. 10- it
2
8MHz
—
—
1
4-ch. 8-bit
—
—
—
—
1
4-ch. 8-bit
—
—
—
—
1
4-ch. 8-bit
—
—
1
1
1
5-ch. 8- it
—
—
1
1
1
5-ch. 8- it
—
—
1
1
1
5-ch. 8- it
—
—
1
1
1
5-ch. 8- it
—
—
1
1
1
5-ch. 8- it
—
—
1
1
1
5-ch. 8- it
—
—
1
1
1
5-ch. 8- it
—
—
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
—
—
1
12-ch. 10- it
2
8MHz
—
—
1
12-ch. 10- it
2
8MHz
—
—
1
12-ch. 10- it
2
8MHz
—
—
1
12-ch. 10- it
2
8MHz
1
1
1
5-ch. 10- it
—
8MHz
1
1
1
5-ch. 10- it
—
8MHz
1
1
1
5-ch. 10- it
—
8MHz
1
1
1
5-ch. 10- it
—
8MHz
1
1
1
5-ch. 10- it
—
8MHz
1
1
1
5-ch. 10- it
—
8MHz
1
1
1
5-ch. 10- it
—
8MHz
1
1
1
5-ch. 10- it
—
8MHz
—
—
1
5-ch. 10- it
—
—
—
—
1
5-ch. 10- it
—
—
—
—
1
5-ch. 10- it
—
—
—
—
1
5-ch. 10- it
—
—
—
—
1
5-ch. 10- it
—
—
—
—
1
5-ch. 10- it
—
—
—
—
1
8-ch. 10- it
—
—
—
—
1
8-ch. 10- it
—
—
—
—
1
8-ch. 10- it
—
—
—
—
1
8-ch. 10- it
—
—
—
—
1
8-ch. 10- it
—
—
1 MI2C
1
1
5-ch. 10- it
—
—
1
1
5-ch. 10- it
—
—
1 MI2C
1 MI2C
1
1
5-ch. 10- it
—
—
1 MI2C
1
1
5-ch. 10- it
—
—
1
1
5-ch. 10- it
—
—
1 MI2C
1 MI2C
1
1
5-ch. 10- it
—
—
1 MI2C
1
— 11-ch. 10- it
—
8MHz, 32 Hz
1
— 11-ch. 10- it
—
8MHz, 32 Hz
1 MI2C
1
— 11-ch. 10- it
—
8MHz, 32 Hz
1 MI2C
1 MI2C
1
— 11-ch. 10- it
—
8MHz, 32 Hz
1
1
11-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
—
—
—
8-ch. 10- it
2
8MHz
—
—
—
8-ch. 10- it
2
8MHz
—
—
1
—
2
4MHz
—
—
1
—
2
4MHz
—
—
1
—
2
4MHz
—
—
1
—
2
4MHz
—
—
1
12-ch. 10- it
2
8MHz
—
—
1
12-ch. 10- it
2
8MHz
—
—
1
12-ch. 10- it
2
8MHz
—
—
1
12-ch. 10- it
2
8MHz
—
—
—
8-ch. 10- it
2
8MHz
—
—
—
8-ch. 10- it
2
8MHz
—
—
—
8-ch. 10- it
2
8MHz
—
—
—
8-ch. 10- it
2
8MHz
—
—
—
8-ch. 10- it
2
8MHz
1
1
— 12-ch. 10- it
2
8MHz
1
1
— 12-ch. 10- it
2
8MHz
1
1
— 12-ch. 10- it
2
8MHz
1
1
— 12-ch. 10- it
2
8MHz
1
1
1
12-ch. 10- it
2
8MHz
1
1
1
12-ch. 10- it
2
8MHz
1
1
1
12-ch. 10- it
2
8MHz
1
1
1
12-ch. 10- it
2
8MHz
1
1
1
12-ch. 10- it
2
8MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
1
1
2
11-ch. 8-bit
2
16MHz
85 C
Clock
OperSpeed
VCC
ating
(MHz)
(V)
Temp.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ext.
20
1.8 5.5
Ext.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ind.
20
1.8 5.5
Ind.
20
1.8 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ext.
20
2.0 5.5
Ind.
20
User De ned Ind.
20
User De ned Ind.
20
3.0 5.5
Ind.
20
3.0 5.5
Ind.
20
3.0 5.5
Ind.
20
3.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
2.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ext.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
4.0 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ind.
20
1.8 5.5
Ext.
20
1.8 5.5
Ext.
Extended -40 F 257 F -40 C 125 C
Package
16-QFN
14-DIP
14-SOIC
14-TSSOP
20-QFN
20-DIP
20-SOIC
20-SSOP
18-DIP
18-SOIC
20-SSOP
28-DIP .3
28-SOIC
28-SSOP
28-QFN
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP .3
28-DIP .3
28-SSOP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
20-QFN
20-DIP
20-SOIC
20-SSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
28-SOIC
28-DIP .3
28-SSOP
28-SOIC
28-DIP .3
28-SSOP
44-PLCC
40-DIP
44-PLCC
40-DIP
44-TQFP
28-SOIC
28-DIP .3
28-SSOP
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-DIP
28-SSOP
28-SOIC
28-SOIC
14-DIP
14-SOIC
28-QFN
18-DIP
18-SOIC
20-SSOP
20-QFN
20-DIP
20-SOIC
20-SSOP
14-QFN
14-DIP
14-SOIC
14-TSSOP
14-SOIC
20-QFN
20-DIP
20-SOIC
20-SSOP
20-QFN
20-QFN
20-DIP
20-SOIC
20-SSOP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP
28-DIP
28-SSOP
28-SSOP
28-QFN
28-SOIC
Digi-Key
Part No.
PIC16F684-I/P-ND◆
PIC16F687-I/P-ND◆
PIC16F716-I/P-ND◆
PIC16F72-I/SP-ND◆
PIC16F72-I/SO-ND◆
PIC16F72-I/SS-ND◆
PIC16F72-I/ML-ND◆
PIC16LF72-I/SP-ND◆
PIC16F722-E/ML-ND◆
PIC16F722-E/SO-ND◆
PIC16F722-E/SP-ND◆
PIC16F722-I/SP-ND◆
PIC16F722-E/SS-ND◆
PIC16LF722-E/ML-ND◆
PIC16LF722-E/SO-ND◆
PIC16LF722-E/SP-ND◆
PIC16LF722-E/SS-ND◆
PIC16F785-I/P-ND◆
PIC16F819-I/P-ND◆
PIC16F871-I/L-ND◆
PIC16F871-I/P-ND◆
PIC16LF871-I/L-ND◆
PIC16LF871-I/PT-ND◆
PIC16HV616-I/P-ND◆
PIC16HV616-I/SL-ND◆
PIC16F685-I/P-ND◆
PIC16F688-I/P-ND◆
PIC16F688T-I/SLTR-ND ‡
PIC16F689-I/ML-ND
PIC16F689-I/P-ND
PIC16F689-I/SO-ND
PIC16F689-I/SS-ND
PIC16F690-E/ML-ND
PIC16F690-I/ML-ND
PIC16F690-I/P-ND
PIC16F690-I/SO-ND
PIC16F690-I/SS-ND
PIC16LF723-E/SO-ND◆
Hi h -40 F 302 F -40 C 150 C
Price Each
1
10
1.96
1.32
1.96
1.32
1.78
1.19
2.04
1.36
2.26
1.70
2.06
1.55
2.26
1.70
1.94
1.45
1.54
1.01
1.40
.92
2.24
1.65
3.00
2.21
3.00
2.21
3.14
2.31
3.00
2.21
3.18
2.33
3.18
2.33
3.18
2.33
2.20
1.73
2.04
1.60
1.88
1.48
1.72
1.35
2.12
1.68
1.96
1.54
1.84
1.45
1.66
1.31
2.20
1.73
1.90
1.48
2.14
1.68
1.84
1.45
2.04
1.60
1.72
1.35
1.96
1.54
1.66
1.31
2.36
1.79
2.42
1.83
2.36
1.79
2.04
1.54
3.84
2.49
3.22
2.10
3.30
2.13
3.52
2.30
3.84
2.49
3.38
2.20
3.46
2.24
3.72
2.41
4.04
2.97
4.04
2.97
4.16
3.07
4.26
3.13
4.26
3.13
4.36
3.21
5.36
4.45
4.78
3.19
5.64
4.68
5.02
3.35
6.76
4.51
4.04
2.97
4.04
2.97
4.16
3.07
4.26
3.13
4.26
3.13
4.36
3.21
2.56
1.89
2.48
1.83
2.10
1.54
2.48
1.83
2.24
1.64
1.46
1.15
1.28
1.00
3.48
2.26
3.04
1.97
3.10
2.02
3.34
2.17
2.38
1.77
2.30
1.81
2.38
1.77
2.06
1.52
2.08
1.39
2.08
1.39
1.88
1.26
2.14
1.43
3224.00/2,600
2.38
1.77
2.30
1.81
2.38
1.77
2.06
1.52
2.74
2.04
2.50
1.87
2.44
1.91
2.50
1.87
2.18
1.62
2.48
1.95
2.28
1.79
2.16
1.70
1.96
1.54
2.40
1.89
2.20
1.73
2.10
1.66
1.90
1.50
2.48
1.95
2.16
1.70
25
1.28
1.28
1.16
1.32
1.55
1.51
1.55
1.33
.98
.90
1.61
2.16
2.16
2.25
2.16
2.27
2.27
2.27
1.59
1.47
1.36
1.24
1.54
1.41
1.33
1.20
1.59
1.36
1.54
1.33
1.47
1.24
1.41
1.20
1.64
1.68
1.64
1.41
2.40
2.03
2.06
2.22
2.40
2.12
2.16
2.33
2.89
2.89
2.99
3.05
3.05
3.13
4.28
3.14
4.51
3.29
4.44
2.89
2.89
2.99
3.05
3.05
3.13
1.73
1.68
1.41
1.68
1.50
1.05
.92
2.18
1.90
1.95
2.10
1.63
1.66
1.63
1.40
1.36
1.36
1.23
1.40
1.63
1.66
1.63
1.40
1.87
1.71
1.75
1.71
1.48
1.78
1.64
1.55
1.41
1.73
1.59
1.52
1.38
1.78
1.55
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
115
115
C
C
Memory Size
Timer/
192
—
25
2/1
192
—
25
2/1
192
—
25
2/1
192
—
25
2/1
192
—
25
2/1
192
—
25
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
36
2/1
192
—
22
2/1
192
—
22
2/1
192
—
22
2/1
192
—
22
2/1
192
—
22
2/1
192
—
22
2/1
192
—
22
2/1
192
—
22
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
192
—
33
2/1
192
—
33
2/1
192
—
33
2/1
192
—
33
2/1
192
—
33
2/1
192
—
33
2/1
192
—
33
2/1
368
—
36
2/1
4K x 14
368
—
36
2/1
368
—
36
2/1
368
—
36
2/1
368
—
36
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
192
128
22
2/1
192
128
22
2/1
192
128
22
2/1
192
128
22
2/1
192
128
22
2/1
192
128
22
2/1
192
128
22
2/1
192
128
22
2/1
192
128
33
2/1
192
128
33
2/1
192
128
33
2/1
192
128
33
2/1
192
128
33
2/1
192
128
33
2/1
192
128
33
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
368
256
16
2/1
256
256
25
2/1
256
256
25
2/1
256
256
25
2/1
256
256
25
2/1
256
256
36
2/1
256
256
36
2/1
256
256
36
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
128
—
25
2/1
368
—
25
1/2
8K x 14
368
—
25
1/2
368
—
25
1/2
368
—
25
1/2
368
—
36
2/1
368
—
36
2/1
368
—
36
2/1
128
—
36
2/1
368
—
36
2/1
128
—
36
2/1
UART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 EUSART
1 EUSART
1 EUSART
1 EUSART
1 EUSART
1 EUSART
1 EUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
®
116
116
185 F -40 C
Analog
I2C™ SPI™ PWM
A/D
Comp.
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
2
11-ch. 10- it
2
1 MI2C
1
2
11-ch. 10- it
2
1 MI2C
1 MI2C
1
2
11-ch. 10- it
2
1
2
11-ch. 10- it
2
1 MI2C
1
2
11-ch. 10- it
2
1 MI2C
1 MI2C
1
2
11-ch. 10- it
2
1
2
11-ch. 10- it
2
1 MI2C
1
2
11-ch. 10- it
2
1 MI2C
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
2
14-ch. 10- it
2
1 MI2C
1 MI2C
1
2
14-ch. 10- it
2
1
2
14-ch. 10- it
2
1 MI2C
1
2
14-ch. 10- it
2
1 MI2C
1
2
14-ch. 10- it
2
1 MI2C
—
—
1
—
2
—
—
1
—
2
—
—
1
—
2
—
—
1
—
2
—
—
1
—
2
—
—
1
—
2
—
—
1
—
2
—
—
1
—
2
1
1
2
5-ch. 10- it
2
1
1
2
5-ch. 10- it
2
1
1
2
5-ch. 10- it
2
1
1
2
5-ch. 10- it
2
1
2
5-ch. 10- it
2
1 MI2C
1
2
5-ch. 10- it
2
1 MI2C
1 MI2C
1
2
5-ch. 10- it
2
1
2
5-ch. 10- it
2
1 MI2C
1
2
8-ch. 10- it
2
1 MI2C
1
2
8-ch. 10- it
2
1 MI2C
1 MI2C
1
2
8-ch. 10- it
2
1
2
8-ch. 10- it
2
1 MI2C
1 MI2C
1
2
8-ch. 10- it
2
1
2
8-ch. 10- it
2
1 MI2C
1
2
8-ch. 10- it
2
1 MI2C
—
1
1
7-ch. 10- it
2
—
1
1
7-ch. 10- it
2
—
1
1
7-ch. 10- it
2
—
1
1
7-ch. 10- it
2
—
1
1
7-ch. 10- it
2
—
1
1
7-ch. 10- it
2
—
1
1
7-ch. 10- it
2
—
1
1
7-ch. 10- it
2
1 MI2C
1
2
11-ch. 10- it
2
1
2
11-ch. 10- it
2
1 MI2C
1
2
11-ch. 10- it
2
1 MI2C
1 MI2C
1
2
11-ch. 10- it
2
1
2
14-ch. 10- it
2
1 MI2C
1
2
14-ch. 10- it
2
1 MI2C
1
2
14-ch. 10- it
2
1 MI2C
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
2
11-ch. 8-bit
—
1
1
2
11-ch. 8-bit
—
1
1
2
11-ch. 8-bit
—
1
1
2
11-ch. 8-bit
—
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
85 C
Int.
Osc.
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
16MHz
Clock
Speed
(MHz)
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
VCC
(V)
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
Operating
Temp.
Ext.
Ext.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ext.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Extended -40 F 257 F -40 C 125 C
Package
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
44-QFN
44-QFN
40-DIP
40-DIP
44-TQFP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
44-PLCC
44-QFN
40-DIP
44-TQFP
44-PLCC
44-QFN
44-TQFP
40-QFN
40-DIP
44-TQFP
40-DIP
44-TQFP
28-QFN
18-DIP
18-SOIC
20-SSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
44-PLCC
44-QFN
40-DIP
44-TQFP
44-PLCC
40-DIP
44-TQFP
28-QFN
18-DIP
18-SOIC
20-SSOP
28-QFN
18-DIP
18-SOIC
20-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
44-QFN
40-DIP
44-TQFP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP
28-DIP
28-SSOP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
44-QFN
44-QFN
40-DIP
40-DIP
40-TQFP
44-TQFP
Digi-Key
Part No.
PIC16LF723-E/SP-ND◆
PIC16LF723-E/SS-ND◆
PIC16F724-E/P-ND◆
PIC16F724-I/P-ND◆
PIC16F724-E/PT-ND◆
PIC16F724-I/PT-ND◆
PIC16LF724-E/P-ND◆
PIC16LF724-E/PT-ND◆
PIC16F73-I/ML-ND◆
PIC16F73-I/SO-ND◆
PIC16F73-I/SP-ND◆
PIC16F73-I/SS-ND◆
PIC16LF737-I/SP-ND
PIC16LF737-I/SS-ND
PIC16F74-I/L-ND
PIC16F74-I/ML-ND
PIC16F74-I/P-ND
PIC16F74-I/PT-ND
PIC16LF74-I/L-ND
PIC16LF74-I/ML-ND
PIC16LF74-I/PT-ND
PIC16F747-I/ML-ND
PIC16F747-I/P-ND
PIC16F747-I/PT-ND
PIC16LF747-I/P-ND
PIC16F87-I/ML-ND◆
PIC16F87-I/P-ND◆
PIC16F87-I/SO-ND◆
PIC16F87-I/SS-ND◆
PIC16LF87-I/P-ND◆
PIC16F873A-I/SP-ND◆
PIC16LF873A-I/SP-ND◆
PIC16F874A-I/L-ND◆
PIC16F874A-I/PT-ND◆
PIC16LF874A-I/L-ND◆
PIC16LF874A-I/PT-ND◆
PIC16F88-I/ML-ND◆
PIC16F88-I/P-ND◆
PIC16F88-I/SO-ND◆
PIC16F88-I/SS-ND◆
PIC16LF88-I/P-ND◆
PIC16F884-I/P-ND◆
PIC16F727-E/P-ND◆
PIC16F727-I/P-ND◆
PIC16F727-E/PT-ND◆
Hi h -40 F 302 F -40 C 150 C
(US2011)
(TZM112.US)
1
2.40
2.12
2.28
1.96
2.20
1.92
3.02
2.76
2.82
2.58
2.70
2.44
3.14
2.94
2.82
2.88
2.68
2.56
4.68
4.68
4.68
4.84
4.92
4.92
4.92
5.06
5.74
5.30
5.20
5.46
6.02
5.82
5.72
5.90
6.38
7.10
5.70
6.84
6.70
7.44
7.20
6.40
5.98
6.08
6.56
6.70
4.20
3.72
3.84
4.10
4.38
3.92
4.00
4.34
6.08
5.72
5.72
5.84
6.38
6.02
6.02
6.32
7.00
7.20
6.24
7.20
7.36
6.56
7.56
4.46
4.00
4.08
4.38
4.68
4.20
4.26
4.60
2.60
2.18
2.42
2.12
2.82
2.56
2.58
2.74
2.52
2.42
2.20
2.66
2.44
2.38
2.16
2.52
2.20
2.46
2.16
3.28
3.02
3.08
2.82
2.96
2.70
Price Each
10
1.89
1.66
1.79
1.54
1.73
1.50
2.37
2.18
2.22
2.02
2.12
1.93
2.06
1.93
1.85
1.89
1.76
1.68
3.45
3.45
3.45
3.55
3.63
3.63
3.63
3.72
3.83
3.54
3.47
3.64
4.01
3.89
3.82
3.93
4.83
5.23
4.19
5.02
5.08
5.47
5.28
4.27
3.99
4.06
4.38
4.47
2.73
2.43
2.49
2.67
2.86
2.56
2.60
2.81
4.48
4.21
4.21
4.30
4.69
4.41
4.41
4.64
5.31
5.28
4.59
5.28
5.57
4.83
5.55
3.27
2.60
2.66
2.86
3.43
2.73
2.78
3.00
2.04
1.74
1.90
1.70
2.20
2.01
2.03
2.16
1.99
1.91
1.73
2.10
1.93
1.87
1.70
1.99
1.73
1.93
1.70
2.58
2.37
2.43
2.22
2.33
2.12
25
1.73
1.52
1.64
1.41
1.59
1.38
2.17
2.00
2.03
1.86
1.94
1.77
2.01
1.89
1.80
1.85
1.72
1.64
3.36
3.36
3.36
3.46
3.54
3.54
3.54
3.63
3.77
3.48
3.41
3.58
3.94
3.82
3.75
3.87
4.75
5.10
4.08
4.89
4.99
5.33
5.14
4.20
3.92
3.99
4.31
4.40
2.63
2.35
2.40
2.58
2.76
2.47
2.51
2.71
4.36
4.10
4.10
4.19
4.57
4.30
4.30
4.52
5.22
5.14
4.47
5.14
5.48
4.71
5.41
3.19
2.51
2.57
2.76
3.34
2.63
2.69
2.89
1.98
1.69
1.85
1.66
2.14
1.96
1.98
1.98
1.82
1.75
1.59
1.93
1.77
1.71
1.55
1.82
1.59
1.77
1.55
2.37
2.17
2.23
2.03
2.14
1.94
(Continued)
Memory Size
Timer/
368
—
36
1/2
368
—
36
1/2
368
—
36
1/2
368
—
22
2/1
368
—
22
2/1
368
—
22
2/1
368
—
22
2/1
368
—
22
2/1
368
—
22
2/1
368
—
22
2/1
368
—
22
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
25
2/1
368
—
33
2/1
368
—
33
2/1
368
—
33
2/1
368
—
33
2/1
368
—
33
2/1
368
—
33
2/1
368
—
33
2/1
368
—
36
2/1
—
36
2/1
8K x 14 368
368
—
36
2/1
368
—
36
2/1
368
—
36
2/1
368
—
36
2/1
368
256
22
2/1
368
256
22
2/1
368
256
22
2/1
368
256
22
2/1
368
256
22
2/1
368
256
22
2/1
368
256
22
2/1
368
256
22
2/1
368
256
33
2/1
368
256
33
2/1
368
256
33
2/1
368
256
33
2/1
368
256
33
2/1
368
256
33
2/1
368
256
33
2/1
368
256
33
2/1
368
256
25
2/1
368
256
25
2/1
368
256
25
2/1
368
256
25
2/1
368
256
36
2/1
368
256
36
2/1
368
256
36
2/1
UART
1 AUSART
1 AUSART
1 AUSART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 USART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 AUSART
1 EUSART
1 EUSART
1 EUSART
1 EUSART
1 EUSART
1 EUSART
1 EUSART
185 F -40 C
Analog
I2C™ SPI™ PWM
A/D
Comp.
1
1
2
14-ch. 8-bit
—
1
1
2
14-ch. 8-bit
—
1
1
2
14-ch. 8-bit
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1
1
2
5-ch. 8- it
—
1 MI2C
1
2
11-ch. 10- it
2
1 MI2C
1
2
11-ch. 10- it
2
1
2
11-ch. 10- it
2
1 MI2C
1
2
11-ch. 10- it
2
1 MI2C
1 MI2C
1
2
11-ch. 10- it
2
1
2
11-ch. 10- it
2
1 MI2C
1 MI2C
1
2
11-ch. 10- it
2
1 MI2C
1
2
11-ch. 10- it
2
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
1
2
8-ch. 8-bit
—
1
2
14-ch. 10- it
2
1 MI2C
1 MI2C
1
2
14-ch. 10- it
2
1
2
14-ch. 10- it
2
1 MI2C
1 MI2C
1
2
14-ch. 10- it
2
1
2
14-ch. 10- it
2
1 MI2C
1 MI2C
1
2
14-ch. 10- it
2
2
1
2
5-ch. 8- it
2
1 MI C
1 MI2C
1
2
5-ch. 8- it
2
1 MI2C
1
2
5-ch. 8- it
2
1
2
5-ch. 8- it
2
1 MI2C
1 MI2C
1
2
5-ch. 8- it
2
1
2
5-ch. 8- it
2
1 MI2C
1 MI2C
1
2
5-ch. 8- it
2
1
2
5-ch. 8- it
2
1 MI2C
1 MI2C
1
2
8-ch. 10- it
2
1
2
8-ch. 10- it
2
1 MI2C
1 MI2C
1
2
8-ch. 10- it
2
1
2
8-ch. 10- it
2
1 MI2C
1 MI2C
1
2
8-ch. 10- it
2
1
2
8-ch. 10- it
2
1 MI2C
1 MI2C
1
2
8-ch. 10- it
2
1 MI2C
1
2
8-ch. 10- it
2
1
2
11-ch. 10- it
2
1 MI2C
1 MI2C
1
2
11-ch. 10- it
2
1
2
11-ch. 10- it
2
1 MI2C
1 MI2C
1
2
11-ch. 10- it
2
1
2
14-ch. 10- it
2
1 MI2C
1 MI2C
1
2
14-ch. 10- it
2
1 MI2C
1
2
14-ch. 10- it
2
85 C
Int.
Osc.
16MHz
16MHz
16MHz
—
—
—
—
—
—
—
—
8MHz
8MHz
8MHz
8MHz
4MHz
4MHz
4MHz
4MHz
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
Clock
Speed
(MHz)
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
VCC
(V)
1.8 5.5
1.8 5.5
1.8 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
4.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
Operating
Temp.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Extended -40 F 257 F -40 C 125 C
Package
44-QFN
40-DIP
44-TQFP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
44-PLCC
44-QFN
40-DIP
44-PLCC
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
44-PLCC
44-QFN
40-DIP
44-TQFP
44-PLCC
44-QFN
40-DIP
44-TQFP
28-QFN
28-SOIC
28-DIP .3
28-SSOP
44-QFN
40-DIP
44-TQFP
Digi-Key
Part No.
PIC16F76-I/ML-ND
PIC16F76-I/SO-ND
PIC16F76-I/SP-ND
PIC16F76-I/SS-ND
PIC16LF76-I/ML-ND
PIC16LF76-I/SO-ND
PIC16LF76-I/SP-ND
PIC16LF76-I/SS-ND
PIC16F767-I/ML-ND
PIC16F767-I/SO-ND
PIC16F767-I/SP-ND
PIC16F767-I/SS-ND
PIC16LF767-I/ML-ND
PIC16LF767-I/SO-ND
PIC16LF767-I/SP-ND
PIC16LF767-I/SS-ND
PIC16F77-I/L-ND
PIC16F77-I/ML-ND
PIC16F77-I/P-ND
PIC16LF77-I/L-ND
PIC16LF77-I/ML-ND
PIC16LF77-I/P-ND
PIC16LF77-I/PT-ND
PIC16F777-I/ML-ND
PIC16F777-I/P-ND
PIC16F777-I/PT-ND
PIC16LF777-I/ML-ND
PIC16F876A-I/SP-ND◆
PIC16LF876A-I/SP-ND◆
PIC16F877A-I/L-ND◆
PIC16F877A-I/PT-ND◆
PIC16LF877A-I/L-ND◆
PIC16LF877A-I/PT-ND◆
PIC16F887-I/P-ND◆
1
3.02
2.82
2.70
5.90
5.90
5.90
6.04
6.18
6.18
6.18
6.34
6.66
6.16
6.04
6.36
7.26
6.70
6.66
6.92
7.30
8.10
6.52
7.68
8.46
6.84
8.22
7.08
6.66
6.76
7.82
7.30
7.44
6.16
6.16
6.16
6.28
6.46
6.46
6.46
6.58
7.52
7.74
6.72
7.74
7.92
8.12
7.08
8.12
2.78
2.38
2.60
2.32
3.04
2.80
2.84
Price Each
10
2.37
2.22
2.12
4.33
4.33
4.33
4.43
4.54
4.54
4.54
4.65
4.44
4.11
4.03
4.24
4.85
4.47
4.43
4.62
5.52
5.95
4.78
5.80
6.23
5.02
6.03
4.73
4.43
4.51
5.21
4.86
4.97
4.53
4.53
4.53
4.62
4.75
4.75
4.75
4.85
5.70
5.70
4.94
5.70
6.00
5.97
5.20
5.97
2.19
1.88
2.05
1.85
2.38
2.20
2.21
25
2.17
2.03
1.94
4.22
4.22
4.22
4.32
4.42
4.42
4.42
4.53
4.37
4.04
3.96
4.17
4.77
4.40
4.35
4.54
5.43
5.80
4.66
5.70
6.07
4.89
5.88
4.65
4.35
4.44
5.12
4.78
4.88
4.41
4.41
4.41
4.50
4.63
4.63
4.63
4.72
5.61
5.55
4.81
5.55
5.90
5.81
5.06
5.81
2.13
1.83
2.00
1.80
2.32
2.14
2.15
1
4.04
3.72
3.58
3.58
4.22
3.90
3.76
3.76
4.16
3.84
3.72
3.72
4.34
4.02
3.90
3.88
4.54
4.22
4.08
4.08
6.40
6.40
6.70
6.70
3.90
3.58
3.84
3.54
4.08
3.76
4.02
3.72
8.40
7.06
8.14
8.84
7.40
8.56
4.28
Price Each
10
2.65
2.44
2.35
2.35
2.76
2.55
2.47
2.47
3.14
2.89
2.79
2.79
3.28
3.03
2.93
2.79
3.41
3.18
3.08
3.08
4.70
4.70
4.93
4.93
2.95
2.70
2.89
2.66
3.08
2.83
3.03
2.79
6.18
5.18
5.99
6.48
5.44
6.29
3.24
25
2.58
2.38
2.30
2.30
2.70
2.49
2.41
2.41
2.88
2.65
2.56
2.56
3.00
2.77
2.69
2.56
3.13
2.92
2.83
2.83
4.58
4.58
4.80
4.80
2.70
2.47
2.65
2.44
2.83
2.60
2.77
2.56
6.02
5.05
5.83
6.31
5.30
6.13
2.97
Hi h -40 F 302 F -40 C 150 C
PIC18F Devices
Memory Size
Timer/
UART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 EUSART
256
128
16
/2
1 EUSART
256
128
16
/2
1 EUSART
128
16
/2
1 EUSART
2K x 16 256
512
256
25
1/3
1 AUSART
512
256
25
1/3
1 AUSART
512
256
25
1/3
1 AUSART
512
256
25
1/3
1 AUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 EUSART
◆ RoHS Compliant
®
‡ Tape and Reel
Analog
A/D
Comp.
I2C™ SPI™ PWM
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
2
1
2 10-ch. 10- it
2
1 MI C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
Int.
Osc.
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz,32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 31 Hz
8MHz, 31 Hz
8MHz, 31 Hz
8MHz, 31 Hz
8MHz
8MHz
8MHz
8MHz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz, 32 Hz
Clock
Speed
(MHz)
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
OperVCC
ating
(V)
Temp. Package
4.2 5.5 Ind.
28-QFN
4.2 5.5 Ind.
18-DIP
4.2 5.5 Ind.
18-SOIC
4.2 5.5 Ind.
20-SSOP
2.5 5.5 Ind.
28-QFN
2.5 5.5 Ind.
18-DIP
2.5 5.5 Ind.
18-SOIC
2.5 5.5 Ind.
20-SSOP
4.2 5.5 Ind.
28-QFN
4.2 5.5 Ind.
18-DIP
4.2 5.5 Ind.
18-SOIC
4.2 5.5 Ind.
20-SSOP
2.0 5.5 Ind.
28-QFN
2.0 5.5 Ind.
18-DIP
2.0 5.5 Ind.
18-SOIC
2.0 5.5 Ind.
20-SSOP
2.0 5.5 Ext.
28-QFN
2.0 5.5 Ext.
18-DIP
2.0 5.5 Ext.
18-SOIC
2.0 5.5 Ext.
20-SSOP
4.2 5.5 Ind.
28-SOIC
4.2 5.5 Ind. 28-DIP .3
2.0 5.5 Ind.
28-SOIC
2.0 5.5 Ind. 28-DIP .3
4.2 5.5 Ind.
28-QFN
4.2 5.5 Ind.
28-SOIC
4.2 5.5 Ind. 28-DIP .3
4.2 5.5 Ind.
28-SSOP
2.0 5.5 Ind.
28-QFN
2.0 5.5 Ind.
28-SOIC
2.0 5.5 Ind. 28-DIP .3
2.0 5.5 Ind.
28-SSOP
4.2 5.5 Ind.
44-QFN
4.2 5.5 Ind.
40-DIP
4.2 5.5 Ind.
44-TQFP
2.0 5.5 Ind.
44-QFN
2.0 5.5 Ind.
40-DIP
2.0 5.5 Ind.
44-TQFP
4.2 5.5 Ind.
44-QFN
Digi-Key
Part No.
PIC18F1220-I/P-ND◆
PIC18LF1230-I/SS-ND
PIC18F1230-E/P-ND◆
PIC18F4220-I/ML-ND
Extended -40 F 257 F -40 C 125 C
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
117
117
C
C
Memory Size
Timer/
UART
512
256
36
1/3
1 EUSART
512
256
36
1/3
1 EUSART
256
36
1/3
1 EUSART
2K x 16 512
512
256
36
1/3
1 EUSART
512
256
36
1/3
1 EUSART
256
256
17
1/3
1 EUSART
256
256
17
1/3
1 EUSART
256
256
17
1/3
1 EUSART
256
256
17
1/3
1 EUSART
512
256
15
1/3
1 EUSART
512
256
15
1/3
1 AUSART , 1 EUSART
512
256
15
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
256
16
1/3
1 EUSART
256
128
13
/2
1 EUSART
256
128
13
/2
1 EUSART
256
128
13
/2
1 EUSART
256
128
13
/2
1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
256
128
16
/2
1 AUSART , 1 EUSART
512
256
25
1/3
1 AUSART
512
256
25
1/3
1 AUSART
512
256
25
1/3
1 AUSART
512
256
25
1/3
1 AUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
4K x 16
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
512
256
25
1/3
1 EUSART
768
256
24
1/3
1 EUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 AUSART
512
256
36
1/3
1 EUSART
512
256
36
1/3
1 EUSART
512
256
36
1/3
1 EUSART
512
256
36
1/3
1 EUSART
512
256
36
1/3
1 EUSART
512
256
36
1/3
1 EUSART
768
—
54
1/3
1 AUSART , 1 EUSART
768
—
54
1/3
1 AUSART , 1 EUSART
768
—
50
1/3
1 AUSART , 1 EUSART
768
—
50
1/3
1 AUSART , 1 EUSART
1024
—
54
1/3
1 AUSART , 1 EUSART
1024
—
50
1/3
1 AUSART , 1 EUSART
768
—
70
1/3
1 AUSART , 1 EUSART
768
—
70
1/3
1 AUSART , 1 EUSART
768
—
66
1/3
1 AUSART , 1 EUSART
768
—
66
1/3
1 AUSART , 1 EUSART
1024
—
70
1/3
1 AUSART , 1 EUSART
1024
—
66
1/3
1 AUSART , 1 EUSART
768
—
25
1/3
1 EUSART
768
—
25
1/3
1 EUSART
768
—
25
1/3
1 EUSART
768
—
25
1/3
1 EUSART
768
—
25
1/3
1 EUSART
768
—
25
1/3
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
8K x 16
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 AUSART , 1 EUSART
768
256
25
1/3
1 AUSART , 1 EUSART
768
256
25
1/3
1 AUSART , 1 EUSART
768
256
25
1/3
1 AUSART , 1 EUSART
768
256
25
1/3
1 AUSART , 1 EUSART
768
256
25
1/3
1 AUSART , 1 EUSART
768
—
34
1/3
1 EUSART
768
—
34
1/3
1 EUSART
768
—
34
1/3
1 EUSART
768
—
34
1/3
1 EUSART
768
—
34
1/3
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
768
256
36
1/3
1 EUSART
◆ RoHS Compliant
®
118
118
‡ Tape and Reel
Analog
A/D
Comp.
I2C™ SPI™ PWM
1
2 13-ch. 10- it
2
1 MI2C
2
1
2 13-ch. 10- it
2
1 MI C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
1 12-ch. 10- it
2
1 MI2C
1 MI2C
1
1 12-ch. 10- it
2
1
1 12-ch. 10- it
2
1 MI2C
1
1 12-ch. 10- it
2
1 MI2C
—
1
2
9-ch. 10- it
2
—
1
2
9-ch. 10- it
2
—
1
2
9-ch. 10- it
2
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
1
7-ch. 10- it
—
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
—
—
6
4-ch. 10- it
3
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
2
1
2 10-ch. 10- it
2
1 MI C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
6
5-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
3 12-ch. 10- it
2
1 MI2C
1 MI2C
1
3 12-ch. 10- it
2
1
2 12-ch. 12-bit
2
1 MI2C
1 MI2C
1
2 12-ch. 12-bit
2
1
2 12-ch. 10- it
2
1 MI2C
1 MI2C
1
2 12-ch. 10- it
2
1
3 12-ch. 10- it
2
1 MI2C
1
3 12-ch. 10- it
2
1 MI2C
1
2 12-ch. 12-bit
2
1 MI2C
1
2 12-ch. 12-bit
2
1 MI2C
1
2 12-ch. 10- it
2
1 MI2C
1 MI2C
1
2 12-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2
10ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2
10-ch. 10 it
2
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2
10-ch. 10 it
2
1 MI2C
2
1
2 10-ch. 10- it
2
1 MI C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 12- it
2
1 MI2C
1 MI2C
1
2 10-ch. 12- it
2
1
2 10-ch. 12- it
2
1 MI2C
1
2 10-ch. 12- it
2
1 MI2C
1 MI2C
1
2 10-ch. 12- it
2
1
2 10-ch. 12- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
Clock
OperInt.
Speed
VCC
ating
Osc.
(MHz)
(V)
Temp. Package
8MHz, 32 Hz
40
4.2 5.5 Ind.
40-DIP
8MHz, 32 Hz
40
4.2 5.5 Ind.
44-TQFP
8MHz, 32 Hz
40
2.0 5.5 Ind.
44-QFN
8MHz, 32 Hz
40
2.0 5.5 Ind.
40-DIP
8MHz, 32 Hz
40
2.0 5.5 Ind.
44-TQFP
16MHz, 32 Hz
64
1.8 5.5 Ind.
20-QFN
16MHz, 32 Hz
64
1.8 5.5 Ind.
20-DIP
16MHz, 32 Hz
64
1.8 5.5 Ind.
20-SOIC
16MHz, 32 Hz
64
1.8 5.5 Ind.
20-SSOP
16MHz, 32 Hz
48
1.8 5.5 Ind.
20-DIP
16MHz, 32 Hz
48
1.8 5.5 Ind.
20-SSOP
16MHz, 32 Hz
48
1.8 5.5 Ind.
20-DIP
8MHz
40
4.2 5.5 Ind.
28-QFN
8MHz
40
4.2 5.5 Ind.
18-DIP
8MHz
40
4.2 5.5 Ind.
18-SOIC
8MHz
40
4.2 5.5 Ind.
20-SSOP
8MHz
40
2.0 5.5 Ind.
28-QFN
8MHz
40
2.0 5.5 Ind.
18-DIP
8MHz
40
2.0 5.5 Ind.
18-SOIC
8MHz
40
2.0 5.5 Ind.
20-SSOP
8MHz, 32 Hz
40
4.2 5.5 Ind.
28-QFN
8MHz, 32 Hz
40
4.2 5.5 Ind.
18-DIP
8MHz, 32 Hz
40
4.2 5.5 Ind.
18-SOIC
8MHz, 32 Hz
40
4.2 5.5 Ind.
20-SSOP
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-QFN
8MHz, 32 Hz
40
2.0 5.5 Ind.
18-DIP
8MHz, 32 Hz
40
2.0 5.5 Ind.
18-SOIC
8MHz, 32 Hz
40
2.0 5.5 Ind.
20-SSOP
8MHz
40
4.2 5.5 Ind.
28-SOIC
8MHz
40
4.2 5.5 Ind. 28-DIP .3
8MHz
40
2.0 5.5 Ind.
28-SOIC
8MHz
40
2.0 5.5 Ind. 28-DIP .3
8MHz, 32 Hz
40
4.2 5.5 Ind.
28-QFN
8MHz, 32 Hz
40
4.2 5.5 Ind.
28-SOIC
8MHz, 32 Hz
40
4.2 5.5 Ind. 28-DIP .3
8MHz, 32 Hz
40
4.2 5.5 Ind.
28-SSOP
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-QFN
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-SOIC
8MHz, 32 Hz
40
2.0 5.5 Ind. 28-DIP .3
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-SSOP
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-QFN
8MHz
40
4.2 5.5 Ind.
44-QFN
8MHz
40
4.2 5.5 Ind.
40-DIP
8MHz
40
4.2 5.5 Ind.
44-TQFP
8MHz
40
2.0 5.5 Ind.
44-QFN
8MHz
40
2.0 5.5 Ind.
40-DIP
8MHz
40
2.0 5.5 Ind.
44-TQFP
8MHz, 32 Hz
40
4.2 5.5 Ind.
44-QFN
8MHz, 32 Hz
40
4.2 5.5 Ind.
40-DIP
8MHz, 32 Hz
40
4.2 5.5 Ind.
44-TQFP
8MHz, 32 Hz
40
2.0 5.5 Ind.
44-QFN
8MHz, 32 Hz
40
2.0 5.5 Ind.
40-DIP
8MHz, 32 Hz
40
2.0 5.5 Ind.
44-TQFP
8MHz
40
4.2 5.5 Ind.
64-TQFP
8MHz
40
2.0 5.5 Ind.
64-TQFP
8MHz, 32 Hz
40
4.2 5.5 Ind.
64-TQFP
8MHz, 32 Hz
40
2.0 5.5 Ind.
64-TQFP
32 Hz
40
4.2 3.6 Ind.
64-TQFP
8MHz, 32 Hz
40
4.2 3.6 Ind.
64-TQFP
8MHz
40
4.2 5.5 Ind.
80-TQFP
8MHz
40
2.0 5.5 Ind.
80-TQFP
8MHz, 32 Hz
40
4.2 5.5 Ind.
80-TQFP
8MHz, 32 Hz
40
2.0 5.5 Ind.
80-TQFP
32 Hz
40
4.2 3.6 Ind.
80-TQFP
32 Hz
40
4.2 3.6 Ind.
80-TQFP
—
40
4.2 5.5 Ind.
28-QFN
—
40
4.2 5.5 Ind.
28-SOIC
—
40
4.2 5.5 Ind. 28-DIP .3
—
40
2.0 5.5 Ind.
28-QFN
—
40
2.0 5.5 Ind.
28-SOIC
—
40
2.0 5.5 Ind. 28-DIP .3
32 Hz
40
4.2 5.5 Ind.
28-QFN
32 Hz
40
4.2 5.5 Ind.
28-SOIC
32 Hz
40
4.2 5.5 Ind. 28-DIP .3
32 Hz
40
4.2 5.5 Ind.
28-SSOP
32 Hz
40
2.0 5.5 Ind.
28-QFN
32 Hz
40
2.0 5.5 Ind.
28-SOIC
32 Hz
40
2.0 5.5 Ind. 28-DIP .3
32 Hz
40
2.0 5.5 Ind.
28-SSOP
8MHz, 32 Hz
40
4.2 5.5 Ind.
28-QFN
8MHz, 32 Hz
40
4.2 5.5 Ind.
28-SOIC
8MHz, 32 Hz
40
4.2 5.5 Ind. 28-DIP .3
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-QFN
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-SOIC
8MHz, 32 Hz
40
2.0 5.5 Ind. 28-DIP .3
8MHz, 32 Hz
40
4.2 5.5 Ind.
28-QFN
8MHz, 32 Hz
40
4.2 5.5 Ind.
28-SOIC
8MHz, 32 Hz
40
4.2 5.5 Ind. 28-DIP .3
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-QFN
8MHz, 32 Hz
40
2.0 5.5 Ind.
28-SOIC
8MHz, 32 Hz
40
2.0 5.5 Ind. 28-DIP .3
8MHz, 32 Hz
40
4.2 5.5 Ind.
44-QFN
8MHz, 32 Hz
40
4.2 5.5 Ind.
40-DIP
8MHz, 32 Hz
40
4.2 5.5 Ind.
44-TQFP
8MHz, 32 Hz
40
2.0 5.5 Ind.
40-DIP
8MHz, 32 Hz
40
2.0 5.5 Ind.
44-TQFP
32 Hz
40
4.2 5.5 Ind.
40-DIP
32 Hz
40
4.2 5.5 Ind.
44-QFN
32 Hz
40
4.2 5.5 Ind.
44-TQFP
32 Hz
40
2.0 5.5 Ind.
44-QFN
32 Hz
40
2.0 5.5 Ind.
40-DIP
32 Hz
40
2.0 5.5 Ind.
44-TQFP
8MHz, 32 Hz
64
1.8 3.6 Ext.
44-QFN
Digi-Key
Part No.
PIC18F13K22-I/ML-ND◆ NEW!
PIC18F13K22-I/P-ND◆ NEW!
PIC18F13K22-I/SO-ND◆ NEW!
PIC18F13K22-I/SS-ND◆ NEW!
PIC18F13K50-I/P-ND◆
PIC18F13K50-I/SS-ND◆
PIC18LF13K50-I/P-ND◆
PIC18F2331-I/MM-ND◆
PIC18F63J11-I/PT-ND◆
PIC18LF8310-I/PT-ND
PIC18F8393-I/PT-ND
PIC18LF8393-I/PT-ND
PIC18F83J11-I/PT-ND
PIC18F83J90-I/PT-ND
PIC18F2410-I/ML-ND
PIC18F2410-I/SO-ND
PIC18F2410-I/SP-ND
PIC18LF2410-I/ML-ND
PIC18LF2410-I/SO-ND
PIC18LF2410-I/SP-ND
PIC18F24J10-I/ML-ND◆
PIC18F24J10-I/SO-ND◆
PIC18F24J10-I/SP-ND◆
PIC18F24J10-I/SS-ND◆
PIC18LF24J10-I/ML-ND◆
PIC18LF24J10-I/SO-ND◆
PIC18LF24J10-I/SP-ND◆
PIC18LF24J10-I/SS-ND◆
PIC18F44J10-I/P-ND◆
PIC18LF44J10-I/P-ND◆
PIC18LF44J10-I/PT-ND◆
PIC18F44K20-E/ML-ND
Extended -40 F 257 F -40 C 125 C
(US2011)
(TZM112.US)
1
4.10
3.96
4.48
4.30
4.16
2.54
2.76
2.58
2.34
2.80
2.42
2.92
4.42
4.10
3.96
3.96
4.62
4.30
4.16
4.16
4.54
4.22
4.10
4.10
4.74
4.42
4.30
4.40
6.92
6.92
7.26
7.26
4.14
3.82
4.08
3.76
4.32
4.00
4.26
3.96
6.02
8.94
7.60
8.66
9.40
7.96
9.12
4.52
4.32
4.20
4.72
4.54
4.40
4.60
4.84
5.38
3.81
3.24
3.52
5.50
5.78
6.28
4.44
3.70
3.98
4.92
4.60
4.86
5.16
4.84
5.10
2.30
2.16
2.40
2.12
2.42
2.26
2.52
2.22
5.32
5.00
5.24
5.56
5.24
5.50
5.84
5.52
5.78
6.12
5.80
6.06
5.32
5.12
5.00
5.36
5.24
2.78
2.68
2.52
2.80
2.90
2.66
3.12
Price Each
10
3.08
2.99
3.37
3.24
3.14
2.00
2.17
2.02
1.83
2.20
1.91
1.92
2.90
2.69
2.60
2.60
3.03
2.82
2.73
2.73
3.43
3.18
3.08
3.08
3.58
3.33
3.24
3.45
5.09
5.09
5.34
5.34
3.12
2.87
3.06
2.83
3.26
3.01
3.20
2.97
3.95
6.58
5.59
6.37
6.90
5.86
6.71
3.41
3.26
3.16
3.57
3.41
3.32
3.02
3.18
4.05
3.67
2.54
2.76
3.61
3.79
4.72
4.28
2.91
3.12
3.23
3.02
3.19
3.39
3.18
3.34
1.81
1.70
1.89
1.66
1.90
1.78
1.97
1.74
3.49
3.28
3.44
3.65
3.44
3.61
4.41
4.16
4.36
4.61
4.38
4.57
3.49
3.36
3.28
3.52
3.44
2.18
2.10
1.99
2.20
2.28
2.08
2.45
25
2.83
2.74
3.09
2.97
2.88
1.83
1.99
1.86
1.68
2.01
1.75
1.87
2.83
2.62
2.54
2.54
2.96
2.75
2.67
2.67
3.14
2.92
2.83
2.83
3.29
3.06
2.97
3.16
4.96
4.96
5.20
5.20
2.86
2.63
2.81
2.60
2.99
2.76
2.93
2.72
3.85
6.41
5.44
6.20
6.72
5.71
6.53
3.13
2.99
2.90
3.27
3.13
3.04
2.95
3.10
3.71
3.60
2.33
2.53
3.53
3.70
4.33
4.20
2.67
2.86
3.16
2.95
3.12
3.30
3.10
3.26
1.66
1.55
1.73
1.52
1.74
1.63
1.81
1.60
3.40
3.20
3.36
3.56
3.36
3.52
4.05
3.82
3.99
4.22
4.01
4.19
3.40
3.28
3.20
3.44
3.36
2.00
1.93
1.82
2.02
2.09
1.91
2.24
(Continued)
Memory Size
Timer/
UART
768
256
36
1/3
1 EUSART
768
256
36
1/3
1 EUSART
768
256
36
1/3
1 EUSART
768
256
36
1/3
1 EUSART
768
256
36
1/3
1 EUSART
768
256
34
1/3
1 EUSART
768
256
34
1/3
1 EUSART
768
256
34
1/3
1 EUSART
768
256
34
1/3
1 EUSART
768
256
34
1/3
1 EUSART
768
256
34
1/3
1 EUSART
768
256
36
1/3
1 AUSART , 1 EUSART
768
256
36
1/3
1 AUSART , 1 EUSART
768
256
36
1/3
1 AUSART , 1 EUSART
8K x 16
768
256
36
1/3
1 AUSART , 1 EUSART
768
256
36
1/3
1 AUSART , 1 EUSART
768
256
36
1/3
1 AUSART , 1 EUSART
768
—
54
1/3
1 AUSART , 1 EUSART
768
—
54
1/3
1 AUSART , 1 EUSART
768
—
50
1/3
1 AUSART , 1 EUSART
1024
—
54
1/3
1 AUSART , 1 EUSART
1024
—
50
1/3
1 AUSART , 1 EUSART
768
—
70
2/3
1 AUSART , 1 EUSART
768
—
70
2/3
1 AUSART , 1 EUSART
768
—
66
1/3
1 AUSART , 1 EUSART
768
—
66
1/3
1 AUSART , 1 EUSART
1024
—
70
1/3
1 AUSART , 1 EUSART
1024
—
66
1/3
1 AUSART , 1 EUSART
2048
256
24
1/3
1 AUSART , 1 EUSART
2048
256
24
1/3
1 AUSART , 1 EUSART
2048
256
24
1/3
1 AUSART , 1 EUSART
2048
256
24
1/3
1 AUSART , 1 EUSART
256
35
1/3
1 AUSART , 1 EUSART
12K x 16 2048
2048
256
35
1/3
1 AUSART , 1 EUSART
2048
256
35
1/3
1 AUSART , 1 EUSART
2048
256
35
1/3
1 AUSART , 1 EUSART
2048
256
35
1/3
1 AUSART , 1 EUSART
1536
—
25
1/3
1 EUSART
1536
—
25
1/3
1 EUSART
1536
—
25
1/3
1 EUSART
1536
—
25
1/3
1 EUSART
1536
—
25
1/3
1 EUSART
1536
—
25
1/3
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1024
—
21
1/2
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 AUSART , 1 EUSART
1536
256
25
1/3
1 AUSART , 1 EUSART
1536
256
25
1/3
1 AUSART , 1 EUSART
1536
256
25
1/3
1 AUSART , 1 EUSART
1536
256
25
1/3
1 AUSART , 1 EUSART
1536
256
25
1/3
1 AUSART , 1 EUSART
2048
256
24
1/3
1 EUSART
1536
—
34
1/3
1 EUSART
1536
—
34
1/3
1 EUSART
1536
—
34
1/3
1 EUSART
1536
—
34
1/3
1 EUSART
—
34
1/3
1 EUSART
16K x 16 1536
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1024
—
32
1/2
1 EUSART
1536
256
34
1/3
1 EUSART
1536
256
34
1/3
1 EUSART
1536
256
34
1/3
1 EUSART
1536
256
34
1/3
1 EUSART
1536
256
34
1/3
1 EUSART
1536
256
34
1/3
1 EUSART
1536
256
36
1/3
1 AUSART , 1 EUSART
1536
256
36
1/3
1 AUSART , 1 EUSART
1536
256
36
1/3
1 AUSART , 1 EUSART
1536
256
36
1/3
1 AUSART , 1 EUSART
1536
256
36
1/3
1 AUSART , 1 EUSART
1536
256
36
1/3
1 AUSART , 1 EUSART
2048
—
50
2/3
2 EUSART
2048
—
54
1/3
1 AUSART , 1 EUSART
3904
—
49
2/3
2 EUSART
2048
—
50
1/3
1 AUSART , 1 EUSART
2048
1024
52
2/3
2 AUSART
2048
1024
52
2/3
2 AUSART
2048
—
66
2/3
2 EUSART
2048
—
70
1/3
1 AUSART , 1 EUSART
3904
—
65
2/3
2 AUSART , 2 EUSART
2048
—
66
1/3
1 AUSART , 1 EUSART
2048
1024
68
2/3
2 AUSART
◆ RoHS Compliant
®
‡ Tape and Reel
Analog
A/D
Comp.
I2C™ SPI™ PWM
1
1 13-ch. 10- it
2
1 MI2C
1
1 13-ch. 10- it
2
1 MI2C
2
1 MI C
1
1 13-ch. 10- it
2
1
1 13-ch. 10- it
2
1 MI2C
1
1 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
2
1
2 13-ch. 10- it
2
1 MI C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
2
1
2 13-ch. 10- it
2
1 MI C
1 MI2C
1
1 13-ch. 12-bit
2
1
1 13-ch. 12-bit
2
1 MI2C
1
1 13-ch. 12-bit
2
1 MI2C
1 MI2C
1
1 13-ch. 12-bit
2
2
1
1 13-ch. 12-bit
2
1 MI C
1
1 13-ch. 12-bit
2
1 MI2C
1
3 12-ch. 10- it
2
1 MI2C
1 MI2C
1
3 12-ch. 10- it
2
1
2 12-ch. 12-bit
2
1 MI2C
2
1 MI C
1
2 12-ch. 10- it
2
1
2 12-ch. 10- it
2
1 MI2C
1
3 12-ch. 10- it
2
1 MI2C
1
3 12-ch. 10- it
2
1 MI2C
1
2 12-ch. 12-bit
2
1 MI2C
1 MI2C
1
2 12-ch. 12-bit
2
1
2 12-ch. 10- it
2
1 MI2C
1
2 12-ch. 10- it
2
1 MI2C
2
1
— 10-ch. 12- it
2
1 MI C
1 MI2C
1
— 10-ch. 12- it
2
1
— 10-ch. 12- it
2
1 MI2C
2
1
— 10-ch. 12- it
2
1 MI C
1 MI2C
1
1 13-ch. 12-bit
2
1 MI2C
1
1 13-ch. 12-bit
2
1
1 13-ch. 12-bit
2
1 MI2C
1 MI2C
1
1 13-ch. 12-bit
2
2
1
1 13-ch. 12-bit
2
1 MI C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
2
1 MI C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
2
1
2 10-ch. 10- it
2
1 MI C
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
2
1
2 10-ch. 10- it
2
1 MI C
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
2
1
2 10-ch. 10- it
2
1 MI C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1
2 10-ch. 12- it
2
1 MI2C
1
2 10-ch. 12- it
2
1 MI2C
2
1
2 10-ch. 12- it
2
1 MI C
1 MI2C
1
2 10-ch. 12- it
2
1
2 10-ch. 12- it
2
1 MI2C
2
1
2 10-ch. 12- it
2
1 MI C
1
2 10-ch. 12- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
2
1 MI C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
2
1
2 13-ch. 10- it
2
1 MI C
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
2
1
2 13-ch. 10- it
2
1 MI C
1 MI2C
1
1 13-ch. 12-bit
2
1
1 13-ch. 12-bit
2
1 MI2C
1
1 13-ch. 12-bit
2
1 MI2C
1 MI2C
1
1 13-ch. 12-bit
2
1
1 13-ch. 12-bit
2
1 MI2C
1
1 13-ch. 12-bit
2
1 MI2C
1 MI2C
1
5 11-ch. 10- it
2
2
1
2 12-ch. 10- it
2
1 MI C
2
5
8-ch. 10- it
2
2 MI2C
1 MI2C
1
2 12-ch. 10- it
2
1 MI2C
1
5 12-ch. 10- it
2
1
5 12-ch. 10- it
2
1 MI2C
1 MI2C
1
5 15-ch. 10- it
2
1
2 12-ch. 10- it
2
1 MI2C
2
5 12-ch. 10- it
2
2 MI2C
1 MI2C
1
2 12-ch. 10- it
2
1 MI2C
1
5 16-ch. 10- it
2
Int.
Osc.
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz
8MHz
8MHz, 32
8MHz, 32
8MHz, 32
8MHz
8MHz
8MHz, 32
8MHz, 32
32 Hz
32 Hz
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
—
—
—
—
—
—
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
—
—
—
—
—
—
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
—
—
—
—
—
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
—
—
—
—
—
—
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
32 Hz
8MHz
8MHz
8MHz
—
—
32 Hz
8MHz
8MHz, 32
8MHz
—
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Clock
Speed
(MHz)
64
64
64
64
64
40
40
40
40
40
40
40
40
40
40
40
40
40
40
32
40
40
40
40
32
32
40
40
48
48
48
48
48
48
48
48
48
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
48
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
48
40
40
40
40
40
48
40
40
OperVCC
ating
(V)
Temp.
1.8 3.6 Ind.
1.8 3.6 Ext.
1.8 3.6 Ind.
1.8 3.6 Ext.
1.8 3.6 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.7 3.6 Ind.
2.7 3.6 Ind.
2.7 3.6 Ind.
2.7 3.6 Ind.
2.25 3.6 Ind.
2.25 3.6 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
Package
44-QFN
40-DIP
40-DIP
40-TQFP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
28-SOIC
28-DIP .3
28-SOIC
28-DIP .3
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-DIP .3
28-SSOP
28-DIP .3
28-SOIC
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-DIP .3
28-SOIC
44-QFN
40-DIP
44-TQFP
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
Digi-Key
Part No.
PIC18F44K20-I/ML-ND
PIC18F44K20-E/P-ND
PIC18F44K20-I/P-ND
PIC18F44K20-E/PT-ND
PIC18F44K20-I/PT-ND◆
PIC18F25J10-I/SO-ND◆
PIC18F25J10-I/SP-ND◆
PIC18F25J10-I/SS-ND◆
PIC18LF25J10-I/SP-ND◆
PIC18LF25J10-I/SO-ND◆
PIC18F45J10-I/P-ND◆
PIC18LF45J10-I/P-ND◆
PIC18LF45J10-I/PT-ND◆
Extended -40 F 257 F -40 C 125 C
1
2.84
3.22
2.94
2.98
2.70
5.70
5.50
5.38
5.96
5.78
5.64
6.24
6.04
5.92
6.52
6.34
6.20
5.24
5.52
6.02
3.36
3.60
6.14
6.46
6.92
7.26
3.82
4.08
6.56
6.80
6.88
7.14
7.26
7.06
6.94
7.60
7.42
5.74
5.42
5.68
6.02
5.70
5.96
2.44
2.28
2.52
2.24
2.64
2.40
6.14
5.82
6.06
6.42
6.10
6.36
6.64
6.32
6.58
6.96
6.64
6.90
7.52
6.14
5.94
5.82
6.22
6.10
2.80
2.90
2.66
2.94
3.02
2.78
6.52
6.32
6.20
6.82
6.64
6.50
7.02
6.84
6.70
7.36
7.18
7.04
3.20
3.54
4.08
3.80
9.38
9.82
3.60
4.00
4.54
4.28
9.84
Price Each
10
2.24
2.52
2.31
2.33
2.12
3.74
3.61
3.53
3.91
3.79
3.70
4.70
4.55
4.45
4.91
4.78
4.68
3.44
3.62
4.53
2.64
2.83
4.03
4.23
5.20
5.09
3.01
3.20
4.93
5.13
5.18
5.38
5.47
5.32
5.22
5.72
5.59
3.77
3.56
3.73
3.95
3.74
3.91
1.91
1.79
1.99
1.75
2.07
1.88
4.02
3.81
3.98
4.21
4.00
4.17
5.01
4.76
4.95
5.24
4.99
5.18
5.67
4.02
3.90
3.81
4.09
4.00
2.20
2.27
2.08
2.30
2.38
2.19
4.28
4.15
4.07
4.48
4.35
4.27
5.30
5.15
5.05
5.55
5.40
5.30
2.51
2.78
3.20
2.99
6.89
7.22
2.83
3.14
3.57
3.35
7.24
25
2.05
2.31
2.12
2.14
1.94
3.65
3.53
3.44
3.82
3.70
3.62
4.31
4.17
4.08
4.51
4.38
4.29
3.36
3.53
4.15
2.42
2.60
3.94
4.13
4.77
4.65
2.76
2.93
4.52
4.70
4.75
4.93
5.02
4.88
4.79
5.25
5.12
3.68
3.48
3.64
3.86
3.65
3.81
1.75
1.64
1.82
1.61
1.90
1.73
3.93
3.72
3.89
4.11
3.91
4.07
4.59
4.36
4.54
4.81
4.58
4.75
5.19
3.93
3.80
3.72
3.99
3.91
2.01
2.08
1.91
2.11
2.18
2.00
4.17
4.05
3.97
4.37
4.25
4.17
4.86
4.72
4.63
5.09
4.95
4.86
2.30
2.54
2.93
2.74
6.71
7.03
2.60
2.88
3.27
3.07
7.05
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
119
119
C
C
Memory Size
Timer/
UART
2048
1024
68
2/3
2 AUSART
16K x 16
2048
1024
68
2/3
2 AUSART , 2 EUSART
3968
—
25
1/3
1 EUSART
3968
—
25
1/3
1 EUSART
3968
—
25
1/3
1 EUSART
3968
—
25
1/3
1 EUSART
3968
1024
25
1/3
1 EUSART
3968
1024
25
1/3
1 EUSART
3968
1024
25
1/3
1 EUSART
3968
1024
25
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
24K x 16
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
2048
—
50
2/3
2 EUSART
3936
1024
54
2/3
2 EUSART
3936
1024
54
2/3
2 EUSART
3936
1024
54
2/3
2 EUSART
2048
—
66
2/3
2 EUSART
3936
1024
70
2/3
2 EUSART
3936
1024
70
2/3
2 EUSART
3968
—
25
1/3
1 EUSART
3968
—
25
1/3
1 EUSART
32K x 16
3936
1024
70
2/3
2 AUSART , 2 EUSART
3936
1024
36
1/3
1 EUSART
3936
—
50
2/3
2 EUSART
3904
—
50
2/3
2 EUSART
3904
—
49
2/3
2 AUSART , 2 EUSART
3938
1024
54
2/3
2 EUSART
3938
1024
54
2/3
2 EUSART
3936
1024
54
2/3
2 EUSART
3936
1024
54
2/3
2 EUSART
—
66
2/3
2 EUSART
48K x 16 3936
3904
—
66
2/3
2 EUSART
3904
—
66
2/3
2 AUSART , 2 EUSART
3938
1024
70
2/3
2 EUSART
3936
1024
70
2/3
2 AUSART , 2 EUSART
3938
1024
70
2/3
2 EUSART
3936
1024
70
2/3
2 EUSART
3936
1024
70
2/3
2 EUSART
3968
—
25
1/3
1 EUSART
3968
1024
25
1/3
1 EUSART
3968
1024
25
1/3
1 EUSART
3968
1024
25
1/3
1 EUSART
3968
1024
25
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
—
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3968
1024
36
1/3
1 EUSART
3936
1024
54
2/3
2 EUSART
3936
1024
54
2/3
2 EUSART
2048
—
50
2/3
2 EUSART
3904
—
50
2/3
2 EUSART
3904
—
49
2/3
2 AUSART , 2 EUSART
3900
—
51
1/3
2 AUSART , 2 EUSART
3900
—
51
1/3
1 EUSART, 1 AUSART
1024
54
2/3
2 EUSART
64K x 16 3938
3938
1024
54
2/3
2 EUSART
3936
—
50
2/3
2 EUSART
3904
—
50
2/3
2 EUSART
3904
—
49
2/3
2 AUSART , 2 EUSART
3900
—
51
1/3
2 AUSART , 2 EUSART
3936
1024
54
2/3
2 AUSART , 2 EUSART
3936
1024
54
2/3
2 AUSART , 2 EUSART
3936
1024
70
2/3
2 EUSART
3936
1024
70
2/3
2 EUSART
2048
—
66
2/3
2 EUSART
3904
—
66
2/3
2 EUSART
3904
—
65
2/3
2 AUSART , 2 EUSART
3900
—
67
1/3
2 AUSART , 2 EUSART
3900
—
67
1/3
1 EUSART, 1 AUSART
3938
1024
70
2/3
2 EUSART
3938
1024
70
2/3
2 EUSART
3936
1024
70
2/3
2 AUSART , 2 EUSART
3936
1024
70
2/3
2 AUSART , 2 EUSART
3936
—
66
2/3
2 EUSART
3904
—
66
2/3
2 EUSART
3904
—
65
2/3
2 AUSART , 2 EUSART
3900
—
67
1/3
2 AUSART , 2 EUSART
3808
—
70
2/3
2 EUSART
3808
—
70
2/3
2 EUSART
3900
—
51
1/3
1 EUSART, 1 AUSART
128K x 16
3900
—
67
1/3
1 EUSART, 1 AUSART
◆ RoHS Compliant
®
120
120
‡ Tape and Reel
Analog
A/D
Comp.
I2C™ SPI™ PWM
1
5 16-ch. 10- it
2
1 MI2C
2
1
5 16-ch. 10- it
2
1 MI C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
2
1 MI C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
2
1 MI C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
2
1 MI C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 11-ch. 10- it
2
1 MI2C
1
5 12-ch. 10- it
2
2
1 MI C
1
5 12-ch. 10- it
2
2 MI2C
2
5 12-ch. 10- it
2
1 MI2C
1
5 15-ch. 10- it
2
1 MI2C
1
5 16-ch. 10- it
2
1 MI2C
1
5 16-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
2
5 16-ch. 10- it
2
1 MI2C
1
2 14-ch. 10- it
2
1
5 11-ch. 10- it
2
1 MI2C
2 MI2C
1
5
8-ch. 10- it
2
2 MI2C
2
5
8-ch. 10- it
2
1 MI2C
1
5 12-ch. 10- it
2
1 MI2C
1
5 12-ch. 10- it
2
2 MI2C
1
5 12-ch. 12-bit
2
2 MI2C
1
5 12-ch. 12-bit
2
1 MI2C
1
5 15-ch. 10- it
2
2
2 MI C
1
5 12-ch. 10- it
2
2 MI2C
2
5 12-ch. 10- it
2
1 MI2C
1
5 16-ch. 10- it
2
1 MI2C
1
5 16-ch. 10- it
2
1 MI2C
1
5 16-ch. 10- it
2
2
2 MI C
1
5 16-ch. 12- it
2
2 MI2C
1
5 16-ch. 12- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
2
1 MI C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
2
1 MI C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 13-ch. 10- it
2
1 MI2C
1
5 12-ch. 10- it
2
1 MI2C
1
5 12-ch. 10- it
2
1 MI2C
1
5 11-ch. 10- it
2
2 MI2C
1
5
8-ch. 10- it
2
2 MI2C
2
5
8-ch. 10- it
2
1 MI2C
1
2 12-ch. 10- it
2
1 MI2C
1
2 12-ch. 12-bit
2
1 MI2C
1
5 12-ch. 10- it
2
1 MI2C
1
5 12-ch. 10- it
2
1 MI2C
1
5 11-ch. 10- it
2
2
2 MI C
1
5
8-ch. 10- it
2
2 MI2C
2
5
8-ch. 10- it
2
1 MI2C
1
2 12-ch. 10- it
2
2 MI2C
2
5 12-ch. 12-bit
2
2 MI2C
2
5 12-ch. 12-bit
2
1 MI2C
1
5 16-ch. 10- it
2
1 MI2C
1
5 16-ch. 10- it
2
2
1 MI C
1
5 15-ch. 10- it
2
2 MI2C
1
5 12-ch. 10- it
2
2 MI2C
2
5 12-ch. 10- it
2
1 MI2C
1
2 12-ch. 10- it
2
1 MI2C
1
2 12-ch. 12-bit
2
2
1 MI C
1
5 16-ch. 10- it
2
1 MI2C
1
5 16-ch. 10- it
2
2 MI2C
2
5 16-ch. 12- it
2
2 MI2C
2
5 16-ch. 12- it
2
1 MI2C
1
5 15-ch. 10- it
2
2 MI2C
1
5 12-ch. 10- it
2
2 MI2C
2
5 12-ch. 10- it
2
2
1 MI C
1
2 12-ch. 10- it
2
2 MI2C
1
5 16-ch. 10- it
2
2 MI2C
1
5 16-ch. 10- it
2
1 MI2C
1
2 12-ch. 12-bit
2
1 MI2C
1
2 12-ch. 12-bit
2
Int.
Osc.
—
—
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
32 Hz
8MHz, 32
8MHz, 32
8 MHz, 32
32 Hz
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
16MHz, 8
32 Hz
8MHz
8MHz, 32
8MHz
8MHz
8MHz, 32
8MHz, 32
32 Hz
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz, 32
8MHz, 32
32 Hz
8MHz
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
32 Hz
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
32 Hz
8MHz, 32
8MHz, 32
8MHz, 32
32 Hz
32 Hz
8MHz, 32
8MHz, 32
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Clock
Speed
(MHz)
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
48
48
48
48
40
40
40
48
48
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
48
48
48
48
40
40
40
48
48
48
40
40
40
40
40
48
48
48
48
40
40
40
40
40
48
48
48
42
42
48
48
OperVCC
ating
(V)
Temp.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.7 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
1.8 3.6 Ext.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
4.2 5.5 Ind.
2.0 5.5 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.35 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
2.0 3.6 Ind.
Package
80-TQFP
80-TQFP
28-SOIC
28-DIP .3
28-SOIC
28-DIP .3
28-SOIC
28-DIP .3
28-SOIC
28-DIP .3
44-QFN
40-DIP
44-TQFP
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
80-TQFP
80-TQFP
80-TQFP
28-SOIC
28-DIP .3
80-TQFP
44-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
28-DIP .3
28-SOIC
28-DIP .3
28-SOIC
28-DIP .3
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
100-TQFP
100-TQFP
64-TQFP
80-TQFP
Digi-Key
Part No.
PIC18F8520T-I/PTTR-ND ‡
PIC18LF6527T-I/PTTR-ND◆‡ NEW!
PIC18F46K20-E/PT-ND
PIC18F4610-I/ML-ND
PIC18F66J90-I/PT-ND
PIC18F66J93-I/PT-ND NEW!
PIC18F67J90-I/PT-ND
PIC18F86J90-I/PT-ND
PIC18F87J90-I/PT-ND
PIC18F96J60-I/PT-ND
PIC18F96J60-I/PF-ND
Extended -40 F 257 F -40 C 125 C
(US2011)
(TZM112.US)
Price Each
1
10
25
10.34
7.61
7.41
8412.01/1,200
6.22
4.08
3.99
6.48
4.25
4.15
6.54
4.29
4.18
6.78
4.45
4.35
6.60
4.33
4.23
6.86
4.50
4.40
6.94
4.55
4.44
7.20
4.72
4.61
6.92
4.54
4.44
6.74
4.42
4.31
6.60
4.33
4.23
7.06
4.64
4.52
6.94
4.55
4.44
7.30
4.80
4.68
7.12
4.67
4.56
6.98
4.59
4.48
7.66
5.03
4.91
7.46
4.90
4.78
7.34
4.82
4.70
3.44
2.70
2.47
8.44
6.36
5.83
8.88
6.69
6.13
6695.99/1,200
3.86
3.03
2.77
9.22
6.94
6.36
9.68
7.29
6.68
7.04
4.62
4.51
7.30
4.79
4.67
7632.01/1,200
3.52
2.76
2.53
3.86
3.03
2.77
4.08
3.37
2.93
4.76
3.74
3.43
11.00
7.22
7.05
11.56
7.59
7.40
13.62
10.25
9.40
12.98
9.77
8.96
4.28
3.35
3.07
4.74
3.72
3.41
5.22
4.11
3.76
11.78
7.73
7.54
8880.00/1,200
12.36
8.11
7.92
14.48
10.91
10.00
13.80
10.39
9.52
7.64
5.02
4.90
7.42
4.87
4.76
7.68
5.04
4.92
7.80
5.12
4.99
8.06
5.28
5.16
7.74
5.08
4.96
7.56
4.96
4.84
7.42
4.87
4.76
8.12
5.33
5.20
7.92
5.20
5.08
7.80
5.12
4.99
8.12
5.33
5.21
7.94
5.21
5.08
7.80
5.12
5.00
8.52
5.59
5.46
8.32
5.46
5.33
8.20
5.38
5.25
9.34
7.03
6.45
9.82
7.38
6.77
3.68
2.89
2.65
4.08
3.20
2.93
4.54
3.57
3.27
4.34
3.41
3.13
4.60
3.60
3.30
12.54
8.23
8.04
13.18
8.64
8.44
4.06
3.18
2.92
4.50
3.53
3.23
4.96
3.89
3.57
4.76
3.74
3.43
14.62
11.00
10.09
15.34
11.56
10.60
10.12
7.61
6.98
10.62
8.00
7.33
4.08
3.20
2.93
4.54
3.57
3.27
5.00
3.93
3.60
4.78
3.76
3.45
5.06
3.97
3.64
13.32
8.74
8.53
13.98
9.17
8.95
15.44
11.62
10.65
16.20
12.20
11.18
4.46
3.51
3.22
4.96
3.89
3.57
5.42
4.26
3.90
5.22
4.11
3.76
6.18
4.86
4.45
6.80
5.34
4.89
5.00
3.93
3.60
5.48
4.30
3.94
Application Specific Flash Microcontrollers
Ethernet PIC18F Devices
Memory Size
Program RAM EEPROM
Words
Bytes
Bytes
3808
—
32K x 16
3808
—
3808
—
3808
—
48K x 16
3808
—
3808
—
3808
—
3808
—
64K x 16
3808
—
3808
—
I/O
Pins
39
55
39
55
70
70
39
55
70
70
Timer/
Counters
8/16-bit
2/3
2/3
2/3
2/3
2/3
2/3
2/3
2/3
2/3
2/3
1
2
1
2
2
2
1
2
2
2
UART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
Note: Operating Temperature Range:  Industrial -40 F
I2C™
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
185 F -40 C
SPI™
1
1
1
1
1
1
1
1
1
1
Analog
Comp.
2
2
2
2
2
2
2
2
2
2
Ethernet PWM
A/D
10 ase T
5
11-ch 10- it
10 ase T
5
15-ch. 10- it
10 ase T
5
11-ch. 10- it
10 ase T
5
15-ch. 10- it
10 ase T
5
16-ch. 10- it
10 ase T
5
16-ch. 10- it
10 ase T
5
11-ch. 10- it
10 ase T
5
15-ch 10- it
10 ase T
5
16-ch. 10- it
10 ase T
5
16-ch. 10- it
Int.
Osc.
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
32 Hz
Clock
Speed
(MHz)
42
42
42
42
42
42
42
42
42
42
VCC
Operating
Digi-Key
(V)
Temp.
Package Part No.
2.35 3.6
Ind.
64-TQFP PIC18F66J60-I/PT-ND
2.35 3.6
Ind.
2.35 3.6
Ind.
2.35 3.6
Ind.
2.0 3.6
Ind.
2.0 3.6
Ind.
100-TQFP PIC18F96J65-I/PF-ND
2.35 3.6
Ind.
2.35 3.6
Ind.
2.0 3.6
Ind.
100-TQFP PIC18F97J60-I/PF-ND
2.0 3.6
Ind.
1
5.38
5.82
5.60
6.04
6.40
7.02
5.80
6.24
7.22
6.60
Price Each
10
4.22
4.57
4.39
4.74
5.03
5.51
4.55
4.90
5.67
5.18
25
3.87
4.19
4.03
4.35
4.61
5.05
4.17
4.49
5.19
4.75
85 C
C
Motor Control PIC12F Devices
Memory Size
Program
RAM
EEPROM
Words
Bytes
Bytes
128
256
128
256
2K x 14
128
256
128
256
128
256
I/O
Pins
6
6
6
6
6
Timer/
Counters
8/16-bit
2/1
2/1
2/1
2/1
2/1
UART
—
—
—
—
—
I2C™
—
—
—
—
—
SPI™
—
—
—
—
—
PWM
1
1
1
1
1
SPI™
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
PWM
8
8
6
6
6
8
8
8
8
8
8
8
8
6
6
8
8
8
8
8
8
A/D
4-ch. 104-ch. 104-ch. 104-ch. 104-ch. 10-
it
it
it
it
it
Analog
Comp.
1
1
1
1
1
Clock
Speed
(MHz)
20
20
20
20
20
Int.
Osc.
8MHz
8MHz
8MHz
8MHz
8MHz
VCC
(V)
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
2.0 5.5
Operating
Digi-Key
Temp.
Package Part No.
Ind.
8-DFN PIC12F683-I/MD-ND
Ind.
8-DFN PIC12F683-I/MF-ND
Ind.
8-DIP PIC12F683-I/P-ND
Ind.
8-SOIC PIC12F683-I/SN-ND
Ind.
8-SOIC PIC12F683T-I/SNTR-ND‡
1
2.26
1.86
1.78
1.66
Price Each
10
1.87
1.22
1.18
1.09
3563.99/3,300
25
1.82
1.19
1.15
1.07
‡ Tape and Reel
PIC18F Devices
Memory Size
Program RAM EEPROM
Words
Bytes
Bytes
768
256
768
256
768
256
768
256
768
256
4K x 16
768
256
768
256
768
256
768
256
768
256
768
256
768
256
768
256
768
256
768
256
768
256
8K x 16
768
256
768
256
768
256
768
256
768
256
I/O
Pins
22
22
24
24
24
34
34
34
34
34
34
22
22
24
24
34
34
34
34
34
34
Timer/
Counters
8/16-bit
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1/3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
UART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
◆ RoHS Compliant
Note: Operating Temperature Range:   Industrial -40 F
I2C™
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
185 F -40 C
A/D
5-ch. 105-ch. 105-ch. 105-ch. 105-ch. 109-ch. 109-ch. 109-ch. 109-ch. 109-ch. 109-ch. 105-ch. 105-ch. 105-ch. 105-ch. 109-ch. 109-ch. 109-ch. 109-ch. 109-ch. 109-ch. 10-
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
Analog
Comp.
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
Int.
Osc.
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
Clock
Speed
(MHz)
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
VCC
(V)
4.2 5.5
4.2 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.2 5.5
4.2 5.5
4.2 5.5
2.0 5.5
2.0 5.5
2.0 5.5
4.2 5.5
4.2 5.5
2.0 5.5
2.0 5.5
4.2 5.5
4.2 5.5
4.2 5.5
2.0 5.5
2.0 5.5
2.0 5.5
Operating
Temp.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Package
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-DIP .3
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
28-SOIC
28-DIP .3
28-SOIC
28-DIP .3
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
Digi-Key
Part No.
PIC18F2331-I/SO-ND
PIC18F2331-I/SP-ND
PIC18LF2331-I/MM-ND
PIC18LF2331-I/SO-ND
PIC18LF2331-I/SP-ND
PIC18F4331-I/ML-ND
PIC18F4331-I/P-ND
PIC18F4331-I/PT-ND
PIC18LF4331-I/ML-ND
PIC18LF4331-I/P-ND
PIC18LF4331-I/PT-ND
PIC18F2431-I/SO-ND
PIC18F2431-I/SP-ND
PIC18LF2431-I/SO-ND
PIC18LF2431-I/SP-ND
PIC18F4431-I/ML-ND
PIC18F4431-I/P-ND
PIC18F4431-I/PT-ND
PIC18LF4431-I/ML-ND
PIC18LF4431-I/P-ND
PIC18LF4431-I/PT-ND
1
5.64
5.88
6.30
5.92
6.16
6.64
6.38
6.32
6.96
6.70
6.64
5.88
6.14
6.18
6.44
6.92
6.66
6.60
7.26
7.00
6.94
Price Each
10
3.70
3.86
4.13
3.88
4.05
4.36
4.19
4.15
4.57
4.40
4.36
3.86
4.03
4.06
4.23
4.54
4.38
4.33
4.76
4.59
4.55
25
3.61
3.77
4.03
3.79
3.95
4.26
4.09
4.05
4.46
4.29
4.25
3.77
3.94
3.96
4.12
4.44
4.27
4.23
4.65
4.48
4.44
85 C
CAN (Controller Area Network) PIC18F Devices
Memory Size
Timer/
UART
I2C™ SPI™
768
256
25
1/3
1 EUSART
1 MI2C
1
1
768
256
25
1/3
1 EUSART
1 MI2C
1
768
256
25
1/3
1 EUSART
1 MI2C
1
768
256
25
1/3
1 EUSART
1 MI2C
1
768
256
25
1/3
1 EUSART
1 MI2C
1
768
256
25
1/3
1 EUSART
1 MI2C
8K x 16
1
768
256
36
1/3
1 EUSART
1 MI2C
1
768
256
36
1/3
1 EUSART
1 MI2C
2
1
768
256
36
1/3
1 EUSART
1 MI C
1
768
256
25
1/3
1 EUSART
1 MI2C
1
768
256
25
1/3
1 EUSART
1 MI2C
1
768
256
25
1/3
1 EUSART
1 MI2C
1536
256
25
1/3
1 EUSART
1 MI2C
1
2
1
1536
256
25
1/3
1 EUSART
1 MI C
1
1536
256
25
1/3
1 EUSART
1 MI2C
1
1536
256
25
1/3
1 EUSART
1 MI2C
1
1536
256
25
1/3
1 EUSART
1 MI2C
16K x 16 1536
1
256
25
1/3
1 EUSART
1 MI2C
1
1536
256
36
1/3
1 EUSART
1 MI2C
1
1536
256
36
1/3
1 EUSART
1 MI2C
2
1
1536
256
36
1/3
1 EUSART
1 MI C
1
1536
256
36
1/3
1 EUSART
1 MI2C
1
1536
256
36
1/3
1 EUSART
1 MI2C
3328
1024
25
1/3
1 EUSART
1 MI2C
1
1
3328
1024
25
1/3
1 EUSART
1 MI2C
1
3328
1024
25
1/3
1 EUSART
1 MI2C
1
3328
1024
25
1/3
1 EUSART
1 MI2C
2
1
3328
1024
36
1/3
1 EUSART
1 MI C
24K x 16 3328
1
1024
36
1/3
1 EUSART
1 MI2C
1
3328
1024
36
1/3
1 EUSART
1 MI2C
1
3328
1024
36
1/3
1 EUSART
1 MI2C
1
3328
1024
36
1/3
1 EUSART
1 MI2C
2
1
3328
1024
53
2/3
1 AUSART
1 MI C
1
3328
1024
52
2/3
1 AUSART
1 MI2C
Note: Operating Temperature Range:   Industrial -40 F 185 F -40 C 85 C
®
CAN
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
PWM
1
1
1
1
1
1
2
2
2
2
2
2
1
1
1
1
1
1
2
2
2
2
2
1
1
1
1
5
5
5
5
5
5
5
A/D
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
12-ch. 10- it
12-ch. 10- it
Analog
Comp.
—
—
—
—
—
—
2
2
2
2
2
2
—
—
—
—
—
—
2
2
2
2
2
—
—
—
—
2
2
2
2
2
2
2
Int.
Osc.
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz, 32
8MHz, 32
8MHz, 32
—
—
—
8MHz, 32
8MHz, 32
8MHz, 32
8MHz
8MHz
8MHz
8MHz, 32
8MHz, 32
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
—
—
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Clock
Speed
(MHz)
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
VCC
Operating
(V)
Temp.
Package
4.2 5.5
Ind.
28-QFN
4.2 5.5
Ind.
28-SOIC
4.2 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-QFN
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
4.2 5.5
Ind.
28-QFN
4.2 5.5
Ind.
28-SOIC
4.2 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-QFN
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
44-TQFP
4.2 5.5
Ind.
28-SOIC
4.2 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
44-TQFP
4.2 5.5
Ind.
64-TQFP
2.0 5.5
Ind.
68-PLCC
Digi-Key
Part No.
PIC18F2480-I/ML-ND
PIC18F2480-I/SO-ND
PIC18F2480-I/SP-ND
PIC18LF2480-I/ML-ND
PIC18LF2480-I/SO-ND
PIC18LF2480-I/SP-ND
PIC18F4480-I/ML-ND
PIC18F4480-I/P-ND
PIC18F4480-I/PT-ND
PIC18LF4480-I/ML-ND
PIC18LF4480-I/P-ND
PIC18LF4480-I/PT-ND
PIC18F2580-I/ML-ND
PIC18F2580-I/SO-ND
PIC18F2580-I/SP-ND
PIC18LF2580-I/ML-ND
PIC18LF2580-I/SO-ND
PIC18LF2580-I/SP-ND
PIC18F4580-I/ML-ND
PIC18F4580-I/P-ND
PIC18F4580-I/PT-ND
PIC18LF4580-I/ML-ND
PIC18LF4580-I/PT-ND
PIC18F2585-I/SO-ND
PIC18F2585-I/SP-ND
PIC18LF2585-I/SO-ND
PIC18LF2585-I/SP-ND
PIC18F4585-I/ML-ND
PIC18F4585-I/P-ND
PIC18F4585-I/PT-ND
PIC18LF4585-I/ML-ND
PIC18LF4585-I/PT-ND
PIC18F6585-I/PT-ND
PIC18LF6585-I/L-ND
1
7.12
6.80
7.06
7.12
6.80
7.06
7.52
7.32
7.20
7.88
7.68
7.56
7.94
7.62
7.88
8.34
8.02
8.26
8.34
8.14
8.02
8.74
8.42
8.72
8.98
9.16
9.42
9.44
9.24
9.12
9.88
9.56
11.30
12.22
Price Each
10
25
4.68
4.57
4.47
4.36
4.64
4.53
4.90
4.57
4.69
4.36
4.86
4.53
4.93
4.81
4.80
4.69
4.72
4.61
5.17
5.04
5.04
4.92
4.96
4.84
5.22
5.09
5.01
4.89
5.17
5.05
5.47
5.34
5.26
5.13
5.42
5.30
5.47
5.34
5.34
5.22
5.26
5.13
5.73
5.59
5.52
5.39
5.73
5.59
5.90
5.76
6.02
5.87
6.18
6.04
6.19
6.04
6.06
5.92
5.98
5.84
6.49
6.34
6.28
6.13
8.31
8.09
11.30 10.57
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
121
121
CAN (Controller Area Network) PIC18F Devices (Cont.)
C
Memory Size
Timer/
3328
1024
52
2/3
1024
68
2/3
24K x 16 3328
3328
1024
68
2/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
36
1/3
3328
1024
36
1/3
3328
1024
36
1/3
1024
36
1/3
32K x 16 3328
3328
1024
36
1/3
3328
1024
36
1/3
3328
1024
52
2/3
3328
1024
52
2/3
3328
1024
52
2/3
3328
1024
68
2/3
3328
1024
68
2/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
40K x 16
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
25
1/3
3328
1024
36
1/3
48K x 16
3328
1024
36
1/3
3328
1024
36
1/3
3328
1024
36
1/3
3328
1024
36
1/3
3328
1024
36
1/3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
I2C™
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
1 MI2C
UART
AUSART
AUSART
AUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
AUSART
AUSART
AUSART
AUSART
AUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
EUSART
185 F -40 C
SPI™
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
CAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
ECAN
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
CAN 2.0B
PWM
5
5
5
1
1
1
1
5
5
5
5
5
5
5
5
5
5
5
1
1
1
1
2
2
2
2
2
2
1
1
1
1
2
2
2
2
2
2
A/D
12-ch. 10- it
16-ch. 10- it
16-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
16-ch. 10- it
16-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
11-ch. 10- it
Analog
Comp.
2
2
2
—
—
—
—
2
2
2
2
2
2
2
2
2
2
2
—
—
—
—
2
2
2
2
2
2
—
—
—
—
2
2
2
2
2
2
Int.
Osc.
—
—
—
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
—
—
—
—
—
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Clock
Speed
(MHz)
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
VCC
Operating
(V)
Temp.
Package
2.0 5.5
Ind.
64-TQFP
4.2 5.5
Ind.
80-TQFP
2.0 5.5
Ind.
80-TQFP
4.2 5.5
Ind.
28-SOIC
4.2 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
4.2 5.5
Ind.
64-TQFP
2.0 5.5
Ind.
68-PLCC
2.0 5.5
Ind.
64-TQFP
4.2 5.5
Ind.
80-TQFP
2.0 5.5
Ind.
80-TQFP
4.2 5.5
Ind.
28-SOIC
4.2 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
4.2 5.5
Ind.
28-SOIC
4.2 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
Digi-Key
Part No.
PIC18LF6585-I/PT-ND
PIC18F8585-I/PT-ND
PIC18LF8585-I/PT-ND
PIC18F2680-I/SO-ND
PIC18F2680-I/SP-ND
PIC18LF2680-I/SO-ND
PIC18LF2680-I/SP-ND
PIC18F4680-I/ML-ND
PIC18F4680-I/P-ND
PIC18F4680-I/PT-ND
PIC18LF4680-I/ML-ND
PIC18LF4680-I/P-ND
PIC18LF4680-I/PT-ND
PIC18F6680-I/PT-ND
PIC18LF6680-I/L-ND
PIC18LF6680-I/PT-ND
PIC18F8680-I/PT-ND
PIC18LF8680-I/PT-ND
PIC18F2682-I/SO-ND
PIC18F2682-I/SP-ND
PIC18LF2682-I/SO-ND
PIC18LF2682-I/SP-ND
PIC18F4682-I/ML-ND
PIC18F4682-I/P-ND
PIC18F4682-I/PT-ND
PIC18LF4682-I/ML-ND
PIC18LF4682-I/P-ND
PIC18LF4682-I/PT-ND
PIC18F2685-I/SO-ND
PIC18F2685-I/SP-ND
PIC18LF2685-I/SO-ND
PIC18LF2685-I/SP-ND
PIC18F4685-I/ML-ND
PIC18F4685-I/P-ND
PIC18F4685-I/PT-ND
PIC18LF4685-I/ML-ND
PIC18LF4685-I/P-ND
PIC18LF4685-I/PT-ND
Clock
Speed
(MHz)
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
VCC
Operating
(V)
Temp.
Package
2.0 5.5
Ind.
28-QFN
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-QFN
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
4.2 5.5
Ind.
28-SOIC
4.2 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
4.2 5.5
Ind.
28-SOIC
4.2 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-DIP .3
2.0 5.5
Ind.
28-SOIC
2.0 5.5
Ind.
28-DIP .3
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
4.2 5.5
Ind.
44-QFN
4.2 5.5
Ind.
40-DIP
4.2 5.5
Ind.
44-TQFP
2.0 5.5
Ind.
44-QFN
2.0 5.5
Ind.
40-DIP
2.0 5.5
Ind.
44-TQFP
Digi-Key
Part No.
PIC18F2450-I/ML-ND
PIC18F2450-I/SO-ND
PIC18F2450-I/SP-ND
PIC18LF2450-I/ML-ND
PIC18LF2450-I/SO-ND
PIC18LF2450-I/SP-ND
PIC18F4450-I/ML-ND
PIC18F4450-I/P-ND
PIC18F4450-I/PT-ND
PIC18LF4450-I/ML-ND
PIC18LF4450-I/P-ND
PIC18LF4450-I/PT-ND
PIC18F2455-I/SO-ND
PIC18F2455-I/SP-ND
PIC18LF2455-I/SO-ND
PIC18LF2455-I/SP-ND
PIC18F4455-I/ML-ND
PIC18F4455-I/P-ND
PIC18F4455-I/PT-ND
PIC18LF4455-I/ML-ND
PIC18LF4455-I/P-ND
PIC18LF4455-I/PT-ND
PIC18F2550-I/SO-ND
PIC18F2550-I/SP-ND
PIC18LF2550-I/SO-ND
PIC18LF2550-I/SP-ND
PIC18F2553-I/SP-ND
PIC18LF2553-I/SO-ND
PIC18LF2553-I/SP-ND
PIC18F4550-I/ML-ND
PIC18F4550-I/P-ND
PIC18F4550-I/PT-ND
PIC18LF4550-I/ML-ND
PIC18LF4550-I/P-ND
PIC18LF4550-I/PT-ND
PIC18F4553-I/ML-ND
PIC18F4553-I/P-ND
PIC18F4553-I/PT-ND
PIC18LF4553-I/ML-ND
PIC18LF4553-I/P-ND
PIC18LF4553-I/PT-ND
1
11.88
11.86
12.44
9.24
9.50
9.70
9.96
9.94
9.76
9.62
10.42
10.24
10.10
12.12
12.86
12.74
12.64
13.28
10.06
10.32
10.56
10.82
10.76
10.58
10.44
11.28
11.10
10.96
10.72
10.98
11.26
11.52
11.44
11.24
11.12
11.98
11.80
11.66
Price Each
10
8.73
8.71
9.15
6.06
6.23
6.37
6.54
6.53
6.40
6.32
6.84
6.72
6.63
8.91
9.45
9.36
9.29
9.76
7.57
7.77
7.96
8.15
8.11
7.96
7.86
8.50
8.35
8.25
8.08
8.27
8.48
8.67
8.62
8.46
8.36
9.02
8.88
8.79
25
8.50
8.48
8.91
5.92
6.08
6.22
6.38
6.37
6.25
6.17
6.68
6.56
6.47
8.68
9.20
9.11
9.05
9.50
6.94
7.12
7.30
7.47
7.44
7.30
7.21
7.79
7.65
7.56
7.40
7.58
7.77
7.95
7.90
7.76
7.67
8.27
8.14
8.06
85 C
USB (Universal Serial Bus)
PIC18F Devices
Memory Size
Timer/
UART
768
—
23
1/2
1 EUSART
768
—
23
1/2
1 EUSART
768
—
23
1/2
1 EUSART
768
—
23
1/2
1 EUSART
768
—
23
1/2
1 EUSART
768
—
23
1/2
1 EUSART
8K x 16
768
—
34
1/2
1 AUSART
768
—
34
1/2
1 AUSART
768
—
34
1/2
1 AUSART
768
—
34
1/2
1 AUSART
768
—
34
1/2
1 AUSART
768
—
34
1/2
1 AUSART
2048
256
25
1/3
1 EUSART
2048
256
25
1/3
1 EUSART
2048
256
25
1/3
1 EUSART
2048
256
25
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
12K x 16
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
24
1/3
1 EUSART
2048
256
24
1/3
1 EUSART
2048
256
24
1/3
1 EUSART
2048
256
24
1/3
1 EUSART
2048
256
24
1/3
1 EUSART
2048
256
24
1/3
1 EUSART
2048
256
24
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
16K x 16 2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
2048
256
35
1/3
1 EUSART
®
122
122
I2C™ SPI™
USB
PWM
A/D
—
— V2.0 FS 12M it/S.
1
10-ch. 10- it
—
— V2.0 FS 12M it/S.
1
10-ch. 10- it
—
— V2.0 FS 12M it/S.
1
10-ch. 10- it
—
— V2.0 FS 12M it/S.
1
10-ch. 10- it
—
— V2.0 FS 12M it/S.
1
10-ch. 10- it
—
— V2.0 FS 12M it/S.
1
10-ch. 10- it
—
— V2.0 FS 12M it/S.
1
13-ch. 10- it
—
— V2.0 FS 12M it/S.
1
13-ch. 10- it
—
— V2.0 FS 12M it/S.
1
13-ch. 10- it
—
— V2.0 FS 12M it/S.
1
13-ch. 10- it
—
— V2.0 FS 12M it/S.
1
13-ch. 10- it
—
— V2.0 FS 12M it/S.
1
13-ch. 10- it
1
V2.0 FS 12M it/S.
2
10-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
10-ch. 10- it
1 MI2C
2
1
V2.0 FS 12M it/S.
2
10-ch. 10- it
1 MI C
2
1
V2.0 FS 12M it/S.
2
10-ch. 10- it
1 MI C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
2
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
10-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
10-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
10-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
10-ch. 10- it
1 MI2C
2
1
V2.0 FS 12M it/S.
2
10-ch. 12- it
1 MI C
1
V2.0 FS 12M it/S.
2
10-ch. 12- it
1 MI2C
1
V2.0 FS 12M it/S.
2
10-ch. 12- it
1 MI2C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
2
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI C
2
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
13-ch. 10- it
1 MI2C
1
V2.0 FS 12M it/S.
2
10-ch. 12- it
1 MI2C
1
V2.0 FS 12M it/S.
2
13-ch. 12-bit
1 MI2C
2
1
V2.0 FS 12M it/S.
2
10-ch. 12- it
1 MI C
2
1
V2.0 FS 12M it/S.
2
10-ch. 12- it
1 MI C
1
V2.0 FS 12M it/S.
2
13-ch. 12-bit
1 MI2C
1
V2.0 FS 12M it/S.
2
10-ch. 12- it
1 MI2C
185 F -40 C
Analog
Comp.
—
—
—
—
—
—
—
—
—
—
—
—
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Int.
Osc.
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz, 32
8MHz, 32
8MHz, 32
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
8MHz, 32
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
85 C
(US2011)
(TZM112.US)
1
4.40
4.08
4.32
4.60
4.28
4.54
4.70
4.50
4.38
4.92
4.72
4.60
6.04
6.30
6.34
6.60
6.74
6.56
6.42
7.06
6.88
6.74
6.30
6.56
6.62
6.86
7.78
7.90
8.16
7.00
6.80
6.68
7.34
7.14
7.02
8.24
8.04
7.92
8.62
8.44
8.30
Price Each
10
3.32
3.06
3.26
3.45
3.22
3.41
3.55
3.39
3.30
3.70
3.57
3.47
3.96
4.13
4.16
4.33
4.43
4.30
4.22
4.64
4.51
4.43
4.13
4.30
4.34
4.51
5.86
5.96
6.15
4.59
4.47
4.38
4.81
4.69
4.60
6.21
6.05
5.96
6.50
6.34
6.24
25
3.04
2.81
2.99
3.16
2.95
3.13
3.25
3.11
3.02
3.39
3.27
3.18
3.87
4.03
4.06
4.23
4.32
4.20
4.12
4.53
4.40
4.32
4.03
4.20
4.24
4.40
5.37
5.46
5.64
4.49
4.36
4.28
4.70
4.58
4.49
5.69
5.55
5.46
5.95
5.81
5.72
(Continued)
(Cont.)
LCD (Liquid Crystal Display)
PIC16F Devices
Memory Size
Timer/
Program
RAM EEPROM I/O Counters
UART
Words
Bytes Bytes Pins 8/16-bit
256
256
24
2/1
1 AUSART
256
256
24
2/1
1 AUSART
256
256
24
2/1
1 AUSART
256
256
24
2/1
1 AUSART
4K x 14
256
256
35
2/1
1 AUSART
256
256
35
2/1
1 AUSART
256
256
35
2/1
1 AUSART
352
256
24
2/1
1 AUSART
352
256
24
2/1
1 AUSART
352
256
24
2/1
1 AUSART
352
256
24
2/1
1 AUSART
8K x 14
352
256
35
2/1
1 AUSART
352
256
35
2/1
1 AUSART
352
256
35
2/1
1 AUSART
336
256
53
2/1
1 AUSART
LCD
Analog
I2C™ SPI™ Segments PWM
A/D
Comp.
1
60
— 5-ch. 10- it
2
2 MI2C
2
2 MI C
1
60
— 5-ch. 10- it
2
1
60
— 5-ch. 10- it
2
2 MI2C
2 MI2C
1
60
— 5-ch. 10- it
2
1
96
— 8-ch. 10- it
2
2 MI2C
1
96
— 8-ch. 10- it
2
2 MI2C
1
96
— 8-ch. 10- it
2
2 MI2C
1
1
60
— 5-ch. 10- it
2
1
1
60
— 5-ch. 10- it
2
1
1
60
— 5-ch. 10- it
2
1
1
60
— 5-ch. 10- it
2
1
1
96
— 8-ch. 10- it
2
1
1
96
— 8-ch. 10- it
2
1
1
96
— 8-ch. 10- it
2
1
1
168
— 8-ch. 10- it
2
Internal
Oscillator
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
Clock
Speed
(MHz)
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
VCC
Operating
Digi-Key
(V)
Temp.
Package Part No.
4.0 5.5
Ind.
28-QFN PIC16F913-I/ML-ND
4.0 5.5
Ind.
28-SOIC PIC16F913-I/SO-ND
4.0 5.5
Ind.
28-DIP .3 PIC16F913-I/SP-ND
4.0 5.5
Ind.
28-SSOP PIC16F913-I/SS-ND
4.0 5.5
Ind.
4.0 5.5
Ind.
40-DIP
PIC16F914-I/P-ND
4.0 5.5
Ind.
44-TQFP PIC16F914-I/PT-ND
4.0 5.5
Ind.
4.0 5.5
Ind.
28-SOIC PIC16F916-I/SO-ND
4.0 5.5
Ind.
28-SDIP .3 PIC16F916-I/SP-ND
4.0 5.5
Ind.
28-SSOP PIC16F916-I/SS-ND
4.0 5.5
Ind.
4.0 5.5
Ind.
40-DIP
PIC16F917-I/P-ND
4.0 5.5
Ind.
2.0 5.5
Ind.
1
3.52
3.20
3.46
3.14
4.04
3.82
3.72
3.90
3.58
3.84
3.54
4.28
4.10
3.96
4.22
Price Each
10
2.66
2.41
2.60
2.37
3.05
2.89
2.79
2.95
2.70
2.89
2.66
3.24
3.08
2.99
3.18
25
2.44
2.21
2.39
2.17
2.79
2.65
2.56
2.70
2.47
2.65
2.44
2.97
2.83
2.74
2.92
PIC18F Devices
Memory Size
Timer/
UART
768
—
50
1/3
1 AUSART , 1 EUSART
768
—
50
1/3
1 AUSART , 1 EUSART
4K x 16
768
—
66
1/3
1 AUSART , 1 EUSART
768
—
66
1/3
1 AUSART , 1 EUSART
768
—
50
1/3
1 AUSART , 1 EUSART
768
—
50
1/3
1 AUSART , 1 EUSART
8K x 16
768
—
66
2/3
1 AUSART , 1 EUSART
768
—
66
2/3
1 AUSART , 1 EUSART
185 F -40 C
LCD
Analog
I2C™ SPI™ Segments PWM
A/D
Comp.
1
128
2
12-ch. 10- it
2
1 MI2C
1
128
2
12-ch. 10- it
2
1 MI2C
1 MI2C
1
192
2
12-ch. 10- it
2
1
192
2
12-ch. 10- it
2
1 MI2C
2
1
128
2
12-ch. 10- it
2
1 MI C
1
128
2
12-ch. 10- it
2
1 MI2C
1
192
2
12-ch. 10- it
2
1 MI2C
1
192
2
12-ch. 10- it
2
1 MI2C
Int.
Osc.
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
Clock
Speed
(MHz)
40
40
40
40
40
40
40
40
Price Each
1
10
4.86 3.19
5.10 3.35
5.76 3.78
6.04 3.97
5.50 3.61
5.78 3.79
6.40 4.20
6.72 4.41
VCC
Operating
Digi-Key
(V)
Temp.
Package Part No.
4.2 5.5
Ind.
2.0 5.5
Ind.
64-TQFP PIC18LF6390-I/PT-ND
4.2 5.5
Ind.
2.0 5.5
Ind.
4.2 5.5
Ind.
2.0 5.5
Ind.
4.2 5.5
Ind.
2.0 5.5
Ind.
25
3.12
3.27
3.69
3.87
3.53
3.70
4.10
4.31
85 C
16-bit PIC Microcontrollers
PIC24FJ Devices
Memory Size
Timer/
Program
Pins 16/32-bit UART I2C™ SPI™ PWM
Words
Bytes
Bytes
4K
—
21
5/
2
2
2
5
4K
—
21
5/
2
2
2
5
4K
—
21
5/
2
2
2
5
4K
—
21
5/
2
2
2
5
4K
—
21
5/
2
2
2
5
4K
—
21
5/
2
2
2
5
16K x 16
4K
—
21
5/
2
2
2
5
4K
—
21
5/
2
2
2
5
4K
—
35
5/
2
2
2
5
4K
—
35
5/
2
2
2
5
4K
—
35
5/
2
2
2
5
4K
—
35
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
32K x 16
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
48K x 8
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
64K x 16
8K
—
21
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
54
5/
2
2
2
5
8K
—
70
5/
2
2
2
5
8K
—
86
5/
2
2
2
5
®
185 F -40 C
85 C
A/D
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
13-ch. 10- it
13-ch. 10- it
13-ch. 10- it
13-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
13-ch. 10- it
13-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
13-ch. 10- it
13-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
13-ch. 10- it
13-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
10-ch. 10- it
13-ch. 10- it
13-ch. 10- it
13-ch. 10- it
13-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
Capture
Compare
2
2
2
2
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
2
2
2
Internal
Oscillator
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
Clock
Speed
(MHz)
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
VCC
Operating
(V)
Temp.
Package
2.0 3.6
Ext.
28-QFN
2.0 3.6
Ext.
28-SOIC
2.0 3.6
Ext.
28-SDIP
2.0 3.6
Ext.
28-SSOP
2.0 3.6
Ind.
28-QFN
2.0 3.6
Ind.
28-SOIC
2.0 3.6
Ind.
28-DIP .3
2.0 3.6
Ind.
28-SSOP
2.0 3.6
Ext.
44-QFN
2.0 3.6
Ext.
44-TQFP
2.0 3.6
Ind.
44-QFN
2.0 3.6
Ind.
44-TQFP
2.0 3.6
Ind.
28-QFN
2.0 3.6
Ind.
28-SOIC
2.0 3.6
Ind.
28-DIP .3
2.0 3.6
Ind.
44-QFN
2.0 3.6
Ind.
44-TQFP
2.0 3.6
Ext.
28-QFN
2.0 3.6
Ext.
28-SOIC
2.0 3.6
Ext.
28-SDIP
2.0 3.6
Ext.
28-SSOP
2.0 3.6
Ind.
28-QFN
2.0 3.6
Ind.
28-SOIC
2.0 3.6
Ind.
28-DIP .3
2.0 3.6
Ind.
28-SSOP
2.0 3.6
Ext.
44-QFN
2.0 3.6
Ext.
44-TQFP
2.0 3.6
Ind.
44-QFN
2.0 3.6
Ind.
44-TQFP
2.0 3.6
Ext.
28-QFN
2.0 3.6
Ext.
28-SOIC
2.0 3.6
Ext.
28-SDIP
2.0 3.6
Ext.
28-SSOP
2.0 3.6
Ind.
28-QFN
2.0 3.6
Ind.
28-SOIC
2.0 3.6
Ind.
28-DIP .3
2.0 3.6
Ind.
28-SSOP
2.0 3.6
Ext.
44-QFN
2.0 3.6
Ext.
44-TQFP
2.0 3.6
Ext.
28-QFN
2.0 3.6
Ext.
28-SOIC
2.0 3.6
Ext.
28-SDIP
2.0 3.6
Ext.
28-SSOP
2.0 3.6
Ind.
28-QFN
2.0 3.6
Ind.
28-SOIC
2.0 3.6
Ind.
28-DIP .3
2.0 3.6
Ind.
28-SSOP
2.0 3.6
Ext.
44-QFN
2.0 3.6
Ext.
44-TQFP
2.0 3.6
Ind.
44-QFN
2.0 3.6
Ind.
44-TQFP
2.7 3.6
Ind.
64-TQFP
2.7 3.6
Ind.
80-TQFP
2.7 3.6
Ind.
100-TQFP
Digi-Key
Part No.
PIC24FJ16GA002-E/ML-ND
PIC24FJ16GA002-E/SO-ND
PIC24FJ16GA002-E/SP-ND
PIC24FJ16GA002-E/SS-ND
PIC24FJ16GA002-I/ML-ND
PIC24FJ16GA002-I/SO-ND
PIC24FJ16GA002-I/SP-ND
PIC24FJ16GA002-I/SS-ND
PIC24FJ16GA004-E/PT-ND
PIC24FJ16GA004-I/PT-ND
PIC24FJ32GB002-I/ML-ND NEW!
PIC24FJ32GB002-I/SO-ND NEW!
PIC24FJ32GB002-I/SP-ND NEW!
PIC24FJ32GB004-I/PT-ND NEW!
PIC24FJ64GA010-I/PF-ND
Extended -40 F 257 F -40 C 125 C
1
3.60
3.40
3.64
3.36
3.28
3.08
3.32
3.04
3.92
3.72
3.58
3.38
4.46
4.28
4.52
4.86
4.64
4.22
4.02
4.26
3.96
3.84
3.64
3.90
3.60
4.62
4.40
4.24
4.02
4.60
4.40
4.66
4.36
4.22
4.02
4.26
3.96
5.04
4.82
5.02
4.82
5.06
4.78
4.58
4.38
4.62
4.34
5.12
4.96
4.66
4.52
4.94
5.38
6.36
Price Each
10
2.83
2.68
2.87
2.64
2.58
2.43
2.62
2.39
3.11
2.94
2.83
2.67
3.51
3.35
3.55
3.82
3.64
3.31
3.16
3.35
3.12
3.03
2.87
3.06
2.83
3.64
3.47
3.33
3.16
3.62
3.47
3.66
3.43
3.31
3.16
3.35
3.12
3.97
3.80
3.95
3.80
3.99
3.76
3.60
3.45
3.64
3.41
4.02
3.90
3.66
3.55
3.87
4.22
4.99
25
2.60
2.46
2.63
2.42
2.37
2.23
2.40
2.19
2.82
2.67
2.57
2.43
3.22
3.07
3.25
3.50
3.34
3.04
2.90
3.07
2.86
2.77
2.63
2.81
2.60
3.34
3.18
3.06
2.90
3.32
3.18
3.36
3.14
3.04
2.90
3.07
2.86
3.64
3.48
3.62
3.48
3.66
3.45
3.30
3.16
3.34
3.13
3.68
3.58
3.36
3.25
3.55
3.87
4.58
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
123
123
C
PIC24FJ Devices (Cont.)
C
Memory Size
Timer/
Program
Pins 16/32-bit UART I2C™ SPI™ PWM
Words
Bytes
Bytes
8K
—
86
5/
2
2
2
5
8K
—
21
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
8K
—
35
5/
2
2
2
5
64K x 16
16K
—
52
5/
4
3
3
9
16K
—
64
5/
4
3
3
9
16K
—
80
5/
4
3
3
9
16K
—
100
5/
4
3
3
9
8K
—
54
5/
2
2
2
5
96K x 16
8K
—
70
5/
2
2
2
5
8K
—
54
5/
2
2
2
5
8K
—
70
5/
2
2
2
5
8K
—
86
5/
2
2
2
5
16K
—
53
5/
4
3
3
9
16K
—
64
5/
4
3
3
9
16K
—
80
5/
4
3
3
9
16K
—
100
5/
4
3
3
9
128K x 16
16K
—
100
5/
4
3
3
9
16K
—
52
5/
4
3
3
9
16K
—
64
5/
4
3
3
9
16K
—
80
5/
4
3
3
9
16K
—
100
5/
4
3
3
9
16K
—
100
5/
4
3
3
9
16K
—
53
5/
4
3
3
9
16K
—
64
5/
4
3
3
9
16K
—
80
5/
4
3
3
9
192K x 16
16K
—
100
5/
4
3
3
9
16K
—
100
5/
4
3
3
9
16K
—
52
5/
4
3
3
9
16K
—
64
5/
4
3
3
9
16K
—
53
5/
4
3
3
9
16K
—
64
5/
4
3
3
9
16K
—
80
5/
4
3
3
9
16K
—
100
5/
4
3
3
9
16K
—
100
5/
4
3
3
9
256K x 16
16K
—
52
5/
4
3
3
9
16K
—
52
5/
4
3
3
9
16K
—
68
5/
4
3
3
9
16K
—
84
5/
4
3
3
9
16K
—
84
5/
4
3
3
9
185 F -40 C
85 C
A/D
16-ch. 10- it
9-ch. 10- it
13-ch. 10- it
13-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
Capture
Compare
2
3
3
3
3
3
3
3
2
2
2
2
2
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Internal
Oscillator
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MH , 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
Clock
Speed
(MHz)
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
VCC
Operating
(V)
Temp.
Package
2.7 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
28-DIP .3
2.0 3.6
Ind.
44-QFN
2.0 3.6
Ind.
44-TQFP
2.0 3.6
Ind.
64-QFN
2.0 3.6
Ind.
64-TQFP
2.0 3.6
Ind.
80-TQFP
2.0 3.6
Ind.
100-TQFP
2.7 3.6
Ind.
64-TQFP
2.7 3.6
Ind.
80-TQFP
2.7 3.6
Ind.
64-TQFP
2.7 3.6
Ind.
80-TQFP
2.7 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
64-QFN
2.0 3.6
Ind.
64-TQFP
2.0 3.6
Ind.
80-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
64-QFN
2.0 3.6
Ind.
64-TQFP
2.0 3.6
Ind.
80-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
64-QFN
2.0 3.6
Ind.
64-TQFP
2.0 3.6
Ind.
80-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
64-QFN
2.0 3.6
Ind.
64-TQFP
2.0 3.6
Ind.
64-QFN
2.0 3.6
Ind.
64-TQFP
2.0 3.6
Ind.
80-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
64-QFN
2.0 3.6
Ind.
64-TQFP
2.0 3.6
Ind.
80-TQFP
2.0 3.6
Ind.
100-TQFP
2.0 3.6
Ind.
100-TQFP
Digi-Key
Part No.
PIC24FJ64GB002-I/SP-ND NEW!
PIC24FJ64GB004-I/PT-ND NEW!
PIC24FJ64GB106-I/MR-ND
PIC24FJ64GB106-I/PT-ND
PIC24FJ128GA106-I/MR-ND
PIC24FJ128GB110-I/PF-ND
PIC24FJ256GB110-I/PF-ND
1
5.74
5.26
5.60
5.38
6.40
6.26
6.72
7.10
5.16
5.60
5.36
5.82
6.78
6.38
6.22
6.68
8.28
7.06
6.82
6.68
7.14
8.12
7.52
6.76
6.58
7.06
8.64
7.42
7.20
7.04
7.12
6.96
7.42
9.00
7.78
7.56
7.42
7.88
8.86
8.24
Price Each
10
4.51
3.78
4.03
3.87
5.03
4.91
5.28
5.57
4.05
4.39
4.20
4.57
5.32
5.01
4.90
5.26
6.51
5.55
5.36
5.24
5.61
6.38
5.90
5.30
5.18
5.55
6.80
5.84
5.65
5.53
5.59
5.47
5.84
7.09
6.13
5.94
5.82
6.19
6.96
6.48
25
4.13
3.78
4.03
3.87
4.61
4.51
4.84
5.11
3.71
4.03
3.85
4.19
4.88
4.59
4.49
4.82
5.97
5.09
4.91
4.81
5.14
5.85
5.41
4.86
4.75
5.09
6.24
5.35
5.18
5.07
5.12
5.02
5.35
6.50
5.62
5.44
5.34
5.67
6.38
5.94
Extended -40 F 257 F -40 C 125 C
PIC24HJ Devices, 40 MIPs
Memory Size
Timer/
Clock
Capture
Internal
Speed
VCC
Operating
A/D
Compare
Oscillator
(MHz)
(V)
Temp.
1K
—
21
3/1
1
1
1
4
6-ch. 12- it, 6-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
1K
—
21
3/1
1
1
1
4
6-ch. 12- it, 6-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
1K
—
21
3/1
1
1
1
2
6-ch. 12- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
12K x 16
1K
—
21
3/1
1
1
1
4
10-ch. 12- it, 10-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
1K
—
21
3/1
1
1
1
4
10-ch. 12- it, 10-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
1K
—
21
3/1
1
1
1
4
10-ch. 12- it, 10-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
35
3/1
1
1
1
2
13-ch. 12- it, 13-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
16K x 16
2K
—
35
3/1
1
1
1
2
13-ch. 12- it, 13-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
10-ch. 12- it, 10-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
10-ch. 12- it, 10-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
10-ch. 12- it, 10-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
10-ch. 12- it, 10-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
2K
—
21
3/1
1
1
1
2
10-ch. 12- it, 10-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
2K
—
35
3/1
1
1
1
2
13-ch. 12- it, 13-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
35
3/1
1
1
1
2
13-ch. 12- it, 13-ch. 10- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
32
3.0 3.6
Ext.
32K x 16
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
32
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
10-ch. 10- it, 10-ch. 12- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it, 10-ch. 12- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
10-ch. 10- it, 10-ch. 12- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
10-ch. 10- it, 10-ch. 12- it
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8K
—
53
9/
2
1
2
8
18-ch. 10- it, 18-ch. 12- it
8
7.37MHz, 512 Hz
40
3.0 3.6
Ind.
8K
—
85
9/
2
2
2
8
32-ch. 10- it, 32-ch. 12- it
8
7.37MHz, 512 Hz
40
3.0 3.6
Ind.
8K
—
85
9/
2
2
2
8
32-ch. 10- it, 32-ch. 12- it
8
7.37MHz, 512 Hz
40
3.0 3.6
Ind.
8K
—
53
9/
2
2
2
8
18-ch. 10- it, 18-ch. 12- it
8
7.37MHz, 32 Hz
40
3.0 3.6
Ind.
64K x 8
8K
—
53
9/
2
2
2
8
18-ch. 10- it, 18-ch. 12- it
8
7.37MHz, 32 Hz
40
3.0 3.6
Ind.
8K
—
85
9/
2
2
2
8
32-ch. 10- it, 32-ch. 12- it
8
7.37MHz, 512 Hz
40
3.0 3.6
Ind.
8K
—
85
9/
2
2
2
8
32-ch. 10- it, 32-ch. 12- it
8
7.37MHz, 512 Hz
40
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
32
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
32
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
64K x 16
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
32
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
32
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
10-ch. 12- it
2
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
Note: Operating Temperature Range:   Industrial -40 F 185 F -40 C 85 C Extended -40 F 257 F -40 C 125 C Hi h Varies See Manu acturer s data sheet
®
124
124
Digi-Key
Package Part No.
18-DIP
PIC24HJ12GP201-I/P-ND
18-SOIC PIC24HJ12GP201-I/SO-ND
28-SSOP PIC24HJ12GP202-I/SS-ND
28-QFN PIC24HJ12GP202-I/ML-ND
28-DIP .3 PIC24HJ12GP202-I/SP-ND
44-TQFP PIC24HJ16GP304-I/PT-ND
28-QFN PIC24HJ32GP202-I/MM-ND
28-SDIP .3 PIC24HJ32GP202-I/SP-ND
28-QFN PIC24HJ32GP202-E/MM-ND
28-SOIC PIC24HJ32GP202-E/SO-ND
28-DIP
PIC24HJ32GP302-E/SP-ND
28-DIP
PIC24HJ32GP302-I/SP-ND
44-QFN PIC24HJ32GP304-E/ML-ND
44-TQFP PIC24HJ32GP304-E/PT-ND
64-TFQFP PIC24HJ64GP206A-I/PT-ND NEW!
100-TQFP PIC24HJ64GP210A-I/PF-ND NEW!
100-TQFP PIC24HJ64GP210A-I/PT-ND NEW!
64-QFN PIC24HJ64GP506A-I/MR-ND NEW!
100-TQFP PIC24HJ64GP510A-I/PF-ND NEW!
28-DIP
28-DIP
28-DIP
28-DIP
or exact speci ications
(US2011)
(TZM112.US)
Price Each
1
10
25
3.78 2.97 2.72
3.64 2.87 2.63
3.92 3.08 2.83
4.16 3.28 3.00
3.96 3.12 2.86
4.22 3.31 3.04
4.44 3.51 3.18
4.22 3.34 3.04
4.38 3.47 3.15
4.20 3.32 3.02
4.44 3.51 3.18
4.80 3.80 3.45
4.62 3.65 3.32
4.52 3.56 3.23
4.38 3.45 3.14
5.50 4.34 3.98
5.02 3.95 3.62
5.32 4.18 3.83
4.82 3.80 3.48
5.56 4.37 4.01
5.06 3.99 3.66
5.64 4.47 4.06
5.14 4.07 3.70
5.44 4.31 3.91
4.94 3.91 3.55
5.94 4.66 4.28
7.42 5.82 5.34
6.80 5.34 4.89
6.46 5.07 4.65
6.30 4.95 4.54
7.74 6.07 5.57
7.12 5.59 5.12
6.20 4.88 4.47
5.66 4.45 4.08
6.00 4.72 4.33
5.46 4.30 3.94
6.24 4.91 4.51
5.70 4.49 4.12
6.50 5.10 4.67
5.92 4.64 4.26
6.34 4.98 4.57
5.76 4.53 4.15
6.60 5.20 4.77
6.02 4.74 4.35
6.42 5.05 4.63
5.82 4.59 4.20
6.66 5.24 4.81
6.08 4.78 4.38
7.12 5.61 5.14
6.48 5.11 4.68
6.90 5.43 4.98
6.26 4.93 4.52
(Continued)
PIC24HJ Devices, 40MIPs (Cont.)
Memory Size
Timer/
Clock
Capture
Internal
Speed
A/D
Compare
Oscillator
(MHz)
8K
—
53
9/4
2
1
2
8
18-ch. 12- it, 18-ch. 10 it
8
7.37MHz, 512 Hz
64
8K
—
85
9/4
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
8K
—
85
9/4
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
64K x 16
8K
—
53
9/4
2
2
2
8
18-ch. 12- it, 18-ch. 10- it
8
7.37MHz, 512 Hz
64
8K
—
85
/9
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
8K
—
85
/9
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
8k
—
53
9/
2
2
2
8
18-ch. 12- it, 18-ch. 10- it
8
7.37MHz, 512 Hz
40
8k
—
53
9/
2
2
2
8
18-ch. 12- it, 18-ch. 10- it
8
7.37MHz, 512 Hz
40
8k
—
85
9/
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
40
8k
—
85
9/
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
40
16
—
53
9/
2
2
2
8
18-ch. 12- it, 18-ch. 10- it
8
7.37MHz, 512 Hz
40
16
—
53
9/
2
2
2
8
18-ch. 12- it, 18-ch. 10- it
8
7.37MHz, 512 Hz
40
128K x 8
16
—
85
9/
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
40
16
—
85
9/
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
40
8k
—
53
9/
2
2
2
8
18-ch. 12- it, 18-ch. 10- it
8
7.37MHz, 32 Hz
40
8k
—
53
9/
2
2
2
8
18-ch. 12- it, 18-ch. 10- it
8
7.37MHz, 32 Hz
40
8k
—
85
9/
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
40
8k
—
85
9/
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
40
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
8K
—
53
9/4
2
2
2
8
18-ch. 12- it, 18-ch. 10 it
8
7.37MHz, 512 Hz
64
8K
—
85
9/4
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
8K
—
85
9/4
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
128K x 16 8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
64
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
64
8K
—
53
/9
2
2
2
8
18-ch. 12- it, 18-ch. 10- it
8
7.37MHz, 512 Hz
64
8K
—
85
/9
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
8K
—
85
/9
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
16K
—
53
9/4
2
2
2
8
18-ch. 12- it, 18-ch. 10 it
8
7.37MHz, 512 Hz
64
16K
—
85
9/4
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
16K
—
85
9/4
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
40
8K
—
21
5/2
2
1
2
4
10-ch. 12- it
4
7.37MHz, 512 Hz
40
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
40
8K
—
35
5/2
2
1
2
4
13-ch. 12-bit
4
7.37MHz, 512 Hz
40
8K
—
53
9/4
2
2
2
8
18-ch. 12-bit
8
7.37MHz, 512 Hz
40
8K
—
53
9/4
2
2
2
8
18-ch. 12-bit
8
7.37MHz, 512 Hz
40
8K
—
85
9/4
2
2
2
8
32-ch. 12-bit
8
7.37MHz, 512 Hz
40
8K
—
85
9/4
2
2
2
8
32-ch. 12-bit
8
7.37MHz, 512 Hz
40
16K
—
53
9/4
2
2
2
8
18-ch. 12- it, 18-ch. 10 it
8
7.37MHz, 512 Hz
64
16K
—
53
9/4
2
2
2
8
18-ch. 12-bit
8
7.37MHz, 512 Hz
40
16K
—
53
9/4
2
2
2
8
18-ch. 12-bit
8
7.37MHz, 512 Hz
40
16K
—
85
9/4
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
256K x 16 16K
—
85
9/4
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
16K
—
85
/9
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
16K
—
85
/9
2
2
2
8
32-ch. 12- it, 32-ch. 10- it
8
7.37MHz, 512 Hz
64
16K
—
85
9/4
2
2
2
8
32-ch. 12-bit
8
7.37MHz, 512 Hz
40
16K
—
85
9/4
2
2
2
8
32-ch. 12-bit
8
7.37MHz, 512 Hz
40
185 F -40 C
85 C
Extended -40 F 257 F -40 C 125 C
VCC
(V)
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
Operating
Temp.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ind.
Ext.
Ind.
Ext.
Ext.
Ind.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Hi h
Hi h
Hi h
Hi h
Hi h
Hi h
Hi h
Hi h
Ind.
Hi h
Hi h
Ind.
Ind.
Ind.
Ind.
Hi h
Hi h
Package
64-TQFP
100-TQFP
100-TQFP
64-TQFP
100-TQFP
100-TQFP
64-QFN
64-TQFP
100-TQFP
100-TQFP
64-QFN
64-TQFP
100-TQFP
100-TQFP
64-QFN
64-TQFP
100-TQFP
100-TQFP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP
28-DIP
44-QFN
44-QFN
44-TQFP
44-TQFP
64-TQFP
100-TQFP
100-TQFP
28-QFN
28-QFN-S
28-DIP
28-SOIC
28-SOIC
28-DIP
44-QFN
44-QFN
44-TQFP
44-TQFP
64-TQFP
100-TQFP
100-TQFP
64-TQFP
100-TQFP
100-TQFP
28-QFN
28-SOIC
44-QFN
44-TQFP
64-QFN
64-TQFP
100-TQFP
100-TQFP
64-TQFP
64-QFN
64-TQFP
100-TQFP
100-TQFP
100-TQFP
100-TQFP
100-TQFP
100-TQFP
Digi-Key
Part No.
PIC24HJ64GP206-I/PT-ND
PIC24HJ64GP210-I/PF-ND
PIC24HJ128GP206A-I/MR-ND NEW!
PIC24HJ128GP206A-I/PT-ND NEW!
PIC24HJ128GP210A-I/PF-ND NEW!
PIC24HJ128GP202-E/MM-ND
PIC24HJ128GP202-I/MM-ND
PIC24HJ128GP202-E/SO-ND
PIC24HJ128GP202-I/SO-ND
PIC24HJ128GP204-E/ML-ND
PIC24HJ128GP204-I/ML-ND
PIC24HJ128GP204-E/PT-ND
PIC24HJ128GP502-E/MM-ND
PIC24HJ128GP502-I/MM-ND
PIC24HJ128GP502-E/SO-ND
PIC24HJ128GP502-I/SO-ND
PIC24HJ128GP504-E/ML-ND
PIC24HJ128GP504-I/ML-ND
PIC24HJ128GP504-E/PT-ND
PIC24HJ128GP502-H/MM-ND NEW!
PIC24HJ128GP502-H/SO-ND NEW!
PIC24HJ128GP504-H/ML-ND NEW!
PIC24HJ128GP504-H/PT-ND NEW!
PIC24HJ128GP506A-H/MR-ND NEW!
PIC24HJ128GP506A-H/PT-ND NEW!
PIC24HJ128GP510A-H/PF-ND NEW!
PIC24HJ256GP206A-H/MR-ND NEW!
PIC24HJ256GP610A-H/PF-ND NEW!
Price Each
1
10
5.94 4.66
7.42 5.82
6.80 5.34
6.30 4.95
7.74 6.07
7.12 5.59
6.50 5.11
6.36 4.99
7.88 6.19
7.26 5.70
6.80 5.34
6.66 5.22
8.08 6.34
7.46 5.86
6.90 5.42
6.76 5.30
8.18 6.42
7.56 5.94
6.84 5.38
6.22 4.90
6.64 5.22
6.02 4.74
6.88 5.42
6.26 4.93
7.06 5.54
6.44 5.05
6.92 5.43
6.28 4.93
6.36 4.99
7.88 6.19
7.26 5.70
7.22 5.69
6.58 5.18
6.64 5.22
7.02 5.53
6.38 5.03
7.28 5.72
7.68 6.05
7.00 5.51
7.46 5.88
6.78 5.34
6.76 5.30
8.18 6.42
7.56 5.94
6.66 5.22
8.08 6.34
7.46 5.86
8.60 6.76
8.46 6.64
9.12 7.16
8.98 7.05
9.06 7.11
8.92 7.00
10.60 8.32
9.98 7.84
7.10 5.57
9.52 7.47
9.36 7.35
8.74 6.86
8.12 6.38
9.52 7.48
8.92 7.00
12.38 9.72
11.76 9.23
25
4.28
5.34
4.89
4.54
5.57
5.12
4.68
4.58
5.67
5.23
4.89
4.79
5.81
5.37
4.96
4.86
5.88
5.44
4.93
4.49
4.79
4.35
4.96
4.52
5.08
4.63
4.98
4.52
4.58
5.67
5.23
5.21
4.75
4.79
5.07
4.61
5.25
5.55
5.05
5.39
4.89
4.86
5.88
5.44
4.79
5.81
5.37
6.19
6.09
6.57
6.46
6.52
6.41
7.62
7.18
5.11
6.85
6.74
6.29
5.85
6.85
6.41
8.91
8.47
Hi h Varies See Manu acturer s data sheet or exact speci ications
PIC32MX Devices
Memory Size
Timer/
Capture
Bytes
Bytes
Bytes Pins 16/32-bit UART I2C™ SPI™ PWM
A/D
Compare
8K
—
53
5
2
2
2
5
16-ch. 10- it
2
8K
—
53
5/1
2
2
2
5
16-ch. 10- it
5
32K
8K
—
51
5
2
2
1
5
16-ch. 10- it
2
8K
—
51
5
2
2
2
5
16-ch. 10- it
5
16K
—
53
5
2
2
2
5
16-ch. 10- it
5
16
—
53
5/1
2
2
2
5
16-ch. 10- it
5
64K
16K
—
53
5
2
2
2
5
16-ch. 10- it
2
16K
—
53
5
2
2
2
5
16-ch. 10- it
5
16K
—
53
5
2
2
2
5
16-ch. 10- it
2
16K
—
53
5
2
2
2
5
16-ch. 10- it
5
16K
—
85
5
2
2
2
5
16-ch. 10- it
5
16K
—
85
5
2
2
2
5
16-ch. 10- it
5
32K
—
53
5
2
2
2
5
16-ch. 10- it
5
32K
—
53
5
2
2
2
5
16-ch. 10- it
5
128K
32K
—
51
5
2
2
1
5
16-ch. 10- it
2
32K
—
51
5
2
2
1
5
16-ch. 10- it
5
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
32K
—
53
5
2
2
2
5
16-ch. 10- it
5
32K
—
51
5
2
2
1
5
16-ch. 10- it
5
32K
—
53
5
2
2
2
5
16-ch. 10- it
2
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
256K
32K
—
53
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5
2
2
1
5
16-ch. 10- it
5
®
185 F -40 C
Internal
Oscillator
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
Clock
Speed
(MHz)
40
40
40
40
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
VCC
(V)
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
Operating
Temp.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Package
64-QFN
64-TQFP
64-QFN
64-TQFP
64-TQFP
64-QFN
64-QFN
64-TQFP
64-QFN
64-TQFP
100-TQFP
121-XBGA
64-TQFP
64-QFN
64-QFN
64-TQFP
100-TQFP
121-XBGA
121-XBGA
100-TQFP
64-QFN
64-QFN
121-XBGA
64-TQFP
100-TQFP
64-TQFP
Digi-Key
Part No.
PIC32MX320F032H-40I/MR-ND
PIC32MX320F032H-40I/PT-ND
PIC32MX320F064H-40I/PT-ND NEW!
PIC32MX320F064H-40I/MR-ND NEW!
PIC32MX320F128L-80I/PT-ND
PIC32MX320F128L-80I/BG-ND NEW!
85 C
1
5.58
5.42
6.04
5.90
5.90
6.04
6.30
6.16
6.72
6.58
7.78
8.28
6.94
7.10
7.56
7.42
7.78
8.28
8.74
8.24
8.18
7.70
8.88
7.56
8.40
8.02
Price Each
10
4.38
4.26
4.74
4.63
4.63
4.74
4.95
4.84
5.28
5.17
6.11
6.50
5.45
5.57
5.94
5.82
6.11
6.50
6.86
6.48
6.42
6.05
6.98
5.94
6.59
6.30
25
4.01
3.90
4.35
4.24
4.24
4.35
4.54
4.43
4.84
4.73
5.60
5.95
5.00
5.11
5.44
5.34
5.60
5.95
6.29
5.94
5.88
5.55
6.40
5.44
6.04
5.78
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
125
125
C
PIC32MX Devices
C
(Cont.)
Memory Size
Timer/
Capture
Bytes
Bytes
Bytes Pins 16/32-bit UART I2C™ SPI™ PWM
A/D
Compare
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
256K
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
32K
—
51
5
2
2
2
5
16-ch. 10- it
2
32K
—
51
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5/1
2
2
2
5
16-ch. 10- it
5
32K
—
51
5
2
2
1
5
16-ch. 10- it
2
32K
—
51
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
32K
—
85
5
2
2
2
5
16-ch. 10- it
5
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
512K
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
53
5
6
4
3
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
64K
—
85
5
6
5
4
5
16-ch. 10- it
2
128K
—
53
5
6
4
3
5
16-ch. 10- it
2
128K
—
53
5
6
4
3
5
16-ch. 10- it
2
128K
—
85
5
6
5
4
5
16-ch. 10- it
2
128K
—
85
5
6
5
4
5
16-ch. 10- it
2
128K
—
85
5
6
5
4
5
16-ch. 10- it
2
128K
—
53
5
6
4
3
5
16-ch. 10- it
2
128K
—
53
5
6
4
3
5
16-ch. 10- it
2
128K
—
85
5
6
5
4
5
16-ch. 10- it
2
128K
—
85
5
6
5
4
5
16-ch. 10- it
2
128K
—
85
5
6
5
4
5
16-ch. 10- it
2
185 F -40 C
Internal
Oscillator
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
Clock
Speed
(MHz)
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
80
VCC
(V)
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3,6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
2.3 3.6
Operating
Temp.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Package
100-TQFP
121-XBGA
64-QFN
60-TQFP
121-XBGA
100-TQFP
100-TQFP
64-QFN
64-TQFP
121-XGBA
100-TQFP
100-TQFP
64-QFN
64-TQFP
121-XBGA
100-TQFP
100-TQFP
64-QFN
64-TQFP
121-XBGA
100-TQFP
64-QFN
64-TQFP
100-TQFP
121-XBGA
64-QFN
64-TQFP
121-XBGA
100-TQFP
100-TQFP
64-QFN
64-TQFP
121-XBGA
100-TQFP
100-TQFP
64-QFN
64-TQFP
121-XBGA
100-TQFP
100-TQFP
64-QFN
64-TQFP
121-XBGA
100-TQFP
100-TQFP
64-QFN
64-TQFP
121-XBGA
100-TQFP
100-TQFP
Digi-Key
Part No.
PIC32MX575F256L-80I/PF-ND NEW!
PIC32MX575F256L-80I/PT-ND NEW!
1
8.86
9.36
8.84
8.68
10.02
10.14
9.52
9.26
9.10
10.44
10.56
9.94
9.64
9.50
10.82
10.94
10.34
8.52
8.38
9.70
9.20
8.98
8.84
9.68
10.16
9.64
9.50
10.82
10.94
10.34
10.06
9.92
11.24
11.36
10.76
10.46
10.30
11.64
11.76
11.14
10.90
10.76
12.08
12.20
11.58
11.30
11.14
12.46
12.60
11.98
Price Each
10
6.96
7.34
6.94
6.82
7.86
7.96
7.48
7.27
7.15
8.19
8.29
7.81
7.57
7.46
8.50
8.60
8.11
6.69
6.57
7.61
7.23
7.05
6.94
7.59
7.98
7.57
7.46
8.50
8.60
8.11
7.90
7.79
8.83
8.92
8.44
8.21
8.09
9.14
9.23
8.75
8.56
8.44
9.48
9.58
9.10
8.87
8.75
9.79
9.89
9.41
25
6.38
6.73
6.36
6.25
7.21
7.30
6.85
6.66
6.55
7.51
7.60
7.16
6.94
6.84
7.79
7.88
7.44
6.13
6.02
6.98
6.63
6.47
6.36
6.96
7.31
6.94
6.84
7.79
7.88
7.44
7.24
7.14
8.09
8.18
7.74
7.53
7.42
8.37
8.46
8.02
7.84
7.74
8.69
8.78
8.34
8.13
8.02
8.97
9.06
8.62
85 C
16-bit dsPIC DSCs
®
dsPIC30F DSCs, 30 MIPs
Memory Size
Program RAM EEPROM
Words Bytes Bytes
256
—
256
—
256
—
256
—
256
—
256
—
12K
1024
24K
1024
512
1024
512
1024
512
1024
512
1024
512
1024
1024
—
1024
—
1024
—
1024
—
4K x 24
1024
—
1024
—
1024
—
1024
—
1024
—
1024
—
1024
—
512
—
512
—
512
—
512
—
512
—
512
—
512
—
512
—
512
—
512
—
1024 1024
1024 1024
8K x 24 1024 1024
1024 1024
1024 1024
Timer/
Output
Motor
I/O Counters
Comp/Std. Control
Pins 16-bit UART I2C™ SPI™
PWM
PWM
21
2
1
1
1
1
4
21
2
1
1
1
1
4
21
2
1
1
1
1
4
21
2
1
1
1
1
4
21
2
1
1
1
1
4
21
2
1
1
1
1
4
20
3
1
1
1
2
6
20
5
1
1
1
2
6
20
3
1
1
1
6
6
20
3
1
1
1
6
6
20
3
1
1
1
6
6
20
3
1
1
1
6
6
20
3
1
1
1
6
6
12
3
1
1
1
2
—
12
3
1
1
1
2
—
12
3
1
1
1
2
—
12
3
1
1
1
2
—
12
3
1
1
1
2
—
12
3
1
1
1
2
—
20
3
1
1
1
2
—
20
3
1
1
1
2
—
20
3
1
1
1
2
—
20
3
1
1
1
2
—
20
3
1
1
1
2
—
21
3
1
1
1
2
8
21
3
1
1
1
2
8
21
3
1
1
1
2
8
21
3
1
1
1
2
8
21
3
1
1
1
2
8
21
3
1
1
1
2
8
35
3
1
1
1
2
8
35
3
1
1
1
2
8
35
3
1
1
1
2
8
35
3
1
1
1
2
8
20
5
1
1
1
2
6
20
5
1
1
1
2
6
20
5
1
1
1
2
6
20
5
1
1
1
2
6
20
5
1
1
1
2
6
◆ RoHS Compliant † Cut Tape
§ Tape and Reel
®
126
126
185 F -40 C
85 C
A/D
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
8-ch. 12-bit
8-ch. 12-bit
8-ch. 12-bit
8-ch. 12-bit
8-ch. 12-bit
8-ch. 12-bit
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
Analog
Comp.
2
2
2
2
2
2
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
4
4
4
4
4
4
4
4
4
4
—
—
—
—
—
Int.
Osc.
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
7.37MHz, 512 Hz
7.37MHz, 512 Hz
—
—
—
—
—
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
14.55MHz, 9.7MHz, 512
8MHz
8MHz
8MHz
8MHz
8MHz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Hz
Clock
Speed
(MHz)
20
20
20
30
30
30
20
30
20
20
20
30
30
20
20
20
30
30
30
20
20
30
30
30
20
20
30
30
30
30
20
20
30
30
20
20
20
30
30
VCC
(V)
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
3.0 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
Operating
Temp.
Ext.
Ext.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ext.
Ind.
Ind.
Ind.
Ind.
Ext.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Package
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-QFN
28-QFN
28-SOIC
28-DIP .3
28-SOIC
28-DIP .3
28-QFN
18-DIP
18-SOIC
28-QFN
18-DIP
18-SOIC
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-DIP .3
28-QFN
28-SOIC
28-QFN
28-SOIC
28-SOIC
28-DIP .3
44-QFN
44-TQFP
44-QFN
44-TQFP
44-QFN
28-SOIC
28-DIP .3
44-QFN
28-SOIC
Digi-Key
Part No.
DSPIC30F1010-20E/MM-ND◆
DSPIC30F1010-20E/SO-ND◆
DSPIC30F1010-20E/SP-ND◆
DSPIC30F1010-30I/MM-ND◆
DSPIC30F1010-30I/SO-ND◆
DSPIC30F1010-30I/SP-ND◆
DSPIC30F201020IS-ND◆
DSPIC30F201020ISP-ND◆
DSPIC30F201030ISO-ND◆
DSPIC30F201120IML-ND◆
DSPIC30F2011-20IP-ND◆
DSPIC30F2020-20E/MM-ND◆
DSPIC30F2020-20E/SO-ND◆
DSPIC30F2020-30I/SO-ND◆
DSPIC30F2020T-30I/SOCT-ND †
DSPIC30F2020-30I/SP-ND◆
DSPIC30F2023-20E/ML-ND◆
DSPIC30F2023-20E/PT-ND◆
DSPIC30F2023-30I/ML-ND◆
DSPIC30F2023-30I/PT-ND◆
Extended -40 F 257 F -40 C 125 C
(US2011)
(TZM112.US)
1
5.64
5.46
5.70
5.16
4.96
5.20
4.46
4.66
4.46
4.28
4.50
6.88
4.72
4.34
4.04
3.92
4.34
4.04
3.92
4.08
4.32
4.28
4.08
4.32
7.20
7.02
6.56
6.38
7.25
6.60
7.98
7.78
7.28
7.06
6.18
5.32
5.54
6.18
5.32
Price Each
10
4.44
4.30
4.48
4.05
3.91
4.09
3.51
3.67
3.51
3.36
3.54
4.82
3.71
3.41
3.18
3.09
3.41
3.18
3.09
3.22
3.40
3.36
3.22
3.40
5.66
5.52
5.16
5.01
5.06
5.20
6.28
6.11
5.72
5.56
4.86
4.18
4.36
4.86
4.18
0.00
25
4.03
3.90
4.07
3.68
3.55
3.71
3.18
3.33
3.18
3.05
3.22
4.41
3.37
3.09
2.89
2.81
3.09
2.89
2.81
2.92
3.09
3.05
2.92
3.09
5.14
5.01
4.69
4.55
4.60
4.72
5.70
5.55
5.20
5.05
4.41
3.80
3.96
4.41
3.80
(Continued)
16-bit dsPIC DSCs
dsPIC30F DSCs, 30 MIPs (Cont.)
Memory Size
Program RAM EEPROM
Words Bytes Bytes
1024 1024
1024 1024
1024 1024
1024 1024
1024 1024
1024 1024
1024 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
8K X 24 2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
16K x 24 2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
2048 1024
4096 1024
4096 1024
4096 1024
22K x 24
4096 1024
2048 1024
2048 1024
6144 2048
6144 2048
6144 2048
6144 2048
44K x 24
6144 2048
6144 2048
6144 2048
6144 2048
8192 4096
8192 4096
8192 4096
8192 4096
8192 4096
8192 4096
48K x 24 8192 4096
8192 4096
8192 4096
8192 4096
8192 4096
8192 4096
8192 4096
144K x 8 8192
—
Timer/
Output
Motor
I/O Counters
Comp/Std. Control
Pins 16-bit UART I2C™ SPI™
PWM
PWM
20
5
1
1
1
2
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
12
3
1
1
1
2
—
12
3
1
1
1
2
—
12
3
1
1
1
2
—
12
3
1
1
1
2
—
12
3
1
1
1
2
—
12
3
1
1
1
2
—
20
3
2
1
1
2
—
20
3
2
1
1
2
—
20
3
2
1
1
2
—
20
3
2
1
1
2
—
20
3
2
1
1
2
—
20
3
2
1
1
2
—
30
3
2
1
1
2
—
30
3
2
1
1
2
—
30
3
2
1
1
2
—
30
3
2
1
1
2
—
30
3
2
1
1
2
—
30
3
2
1
1
2
—
30
5
2
1
1
4
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
30
5
2
1
1
4
6
20
5
1
1
1
2
6
20
5
1
1
1
2
6
20
5
1
1
1
2
6
20
5
1
1
1
2
6
20
5
1
1
1
2
6
30
5
2
1
1
4
—
30
5
2
1
1
4
—
30
5
2
1
1
4
—
30
5
2
1
1
4
—
30
5
2
1
1
4
—
30
5
2
1
1
4
—
52
5
2
1
2
8
—
52
5
2
1
2
8
—
68
5
2
1
2
8
—
68
5
2
1
2
8
—
52
5
1
1
2
4
8
68
5
1
1
2
4
8
52
5
2
1
2
8
—
52
5
2
1
2
8
—
52
5
2
1
2
8
—
52
5
2
1
2
8
—
68
5
2
1
2
8
—
68
5
2
1
2
8
—
68
5
2
1
2
8
—
68
5
2
1
2
8
—
68
5
2
1
2
8
8
68
5
2
1
2
8
8
68
5
2
1
2
8
8
68
5
2
1
2
8
8
52
5
2
1
2
8
—
52
5
2
1
2
8
—
52
5
2
1
2
8
—
52
5
2
1
2
8
—
68
5
2
1
2
8
—
68
5
2
1
2
8
—
68
5
2
1
2
8
—
68
5
2
1
2
8
—
52
5
2
1
2
6
8
68
5
2
1
2
8
8
◆ RoHS Compliant † Cut Tape
§ Tape and Reel
185 F -40 C
85 C
A/D
6-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
8-ch. 12-bit
8-ch. 12-bit
8-ch. 12-bit
8-ch. 12-bit
8-ch. 12-bit
8-ch. 12-bit
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 10- it
16-ch. 10- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 12- it
16-ch. 10- it
16-ch. 10- it
®
Analog
Comp.
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
Int.
Osc.
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
7.37MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
8MHz
—
—
—
—
8MHz
8MHz
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
7.37 MHz, 512 Hz
Clock
Speed
(MHz)
30
20
20
20
30
30
30
20
20
20
30
30
30
20
20
20
30
30
30
20
20
20
30
30
30
20
20
20
30
30
30
20
20
30
30
30
20
20
20
30
30
30
20
30
20
30
30
30
20
30
30
30
20
30
30
30
30
20
30
30
20
30
30
30
20
30
30
30
30
30
VCC
(V)
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
2.5 5.5
Operating
Temp.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Package
28-DIP .3
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
18-DIP
18-SOIC
44-QFN
18-DIP
18-SOIC
44-QFN
28-SOIC
28-DIP .3
44-QFN
28-SOIC
28-DIP .3
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
28-SOIC
28-DIP .3
44-QFN
28-SOIC
28-DIP .3
44-QFN
40-DIP
44-TQFP
44-QFN
40-DIP
44-TQFP
64-TQFP
64-TQFP
80-TQFP
80-TQFP
64-TQFP
80-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
64-TQFP
64-TQFP
64-TQFP
64-TQFP
80-TQFP
80-TQFP
80-TQFP
80-TQFP
64-TQFP
80-TQFP
Digi-Key
Part No.
DSPIC30F301120IPT-ND◆
DSPIC30F301430/P-ND◆
DSPIC30F401120/ML-ND◆
DSPIC30F401220ISO-ND
DSPIC30F401220ISP-ND
DSPIC30F601120IPF-ND◆
DSPIC30F6011A30IP-ND◆
DSPIC30F6011A-30I/PF-ND◆
DSPIC30F601320IPF-ND
DSPIC30F601330IPF-ND
DSPIC30F6010A-20E/PT-ND◆ NEW!
1
5.54
6.06
6.02
5.84
6.06
6.02
5.84
5.70
4.82
4.72
5.70
4.82
4.72
5.74
4.88
5.10
5.74
4.88
5.10
5.92
5.88
5.70
5.92
5.88
5.70
7.28
7.24
7.06
7.28
7.24
7.06
6.54
6.76
7.40
6.54
6.76
7.10
7.06
6.88
7.10
7.06
6.88
8.74
9.18
9.64
10.08
8.94
9.84
20.06
24.06
12.12
13.28
20.42
24.52
12.56
13.72
14.12
22.46
26.04
12.96
20.98
24.30
12.24
13.40
22.00
25.48
12.76
13.90
12.64
14.26
Price Each
10
4.36
4.76
4.73
4.60
4.76
4.73
4.60
4.48
3.80
3.71
4.48
3.80
3.71
4.51
3.83
4.01
4.51
3.83
4.01
4.65
4.62
4.49
4.65
4.62
4.49
5.72
5.70
5.56
5.72
5.70
5.56
5.14
5.32
5.82
5.14
5.32
5.58
5.55
5.41
5.58
5.55
5.41
6.87
7.21
7.58
7.92
7.03
7.74
15.71
16.50
9.54
10.45
16.06
16.87
9.88
10.80
11.10
16.40
17.22
10.19
15.88
16.67
9.63
10.54
16.40
17.22
10.03
10.94
9.94
11.21
25
3.96
4.32
4.30
4.17
4.32
4.30
4.17
4.07
3.45
3.37
4.07
3.45
3.37
4.10
3.48
3.65
4.10
3.48
3.65
4.22
4.20
4.08
4.22
4.20
4.08
5.20
5.17
5.05
5.20
5.17
5.05
4.67
4.83
5.29
4.67
4.83
5.07
5.04
4.92
5.07
5.04
4.92
6.24
6.55
6.88
7.19
6.39
7.03
15.33
16.10
8.66
9.48
15.68
16.47
8.98
9.80
10.08
16.01
16.81
9.26
15.50
16.27
8.75
9.57
16.01
16.81
9.11
9.93
9.03
10.18
0.00
Extended -40 F 257 F -40 C 125 C
dsPIC33F Devices, 40 MIPs
Memory Size
Output
Timer/
Comp/ Motor
Std. Control
Bytes Bytes Bytes Pins 16/32-bit UART I2C™ SPI™ PWM PWM
256
—
13
2/
1
1
1
1
4
256
—
21
2/
1
1
1
1
4
256
—
21
2/
1
1
1
1
4
6K
256
—
21
2/
1
1
1
1
4
1K
—
21
2/
1
1
1
1
4
1K
—
21
2/
1
1
1
1
4
1K
—
21
2/
1
1
1
1
4
1K
—
13
3/1
1
1
1
2
—
1K
—
13
3/1
1
1
1
2
—
1K
—
15
3/1
1
1
1
2
8
1K
—
15
3/1
1
1
1
2
8
1K
—
15
3/1
1
1
1
2
8
1K
—
21
3/1
1
1
1
2
—
12K
1K
—
21
3/1
1
1
1
2
—
1K
—
21
3/1
1
1
1
2
—
1K
—
21
3/1
1
1
1
2
8
1K
—
21
3/1
1
1
1
2
8
1K
—
21
3/
1
1
1
2
8
1K
—
21
3/1
1
1
1
2
8
®
185 F -40 C
85 C
A/D
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 12- it, 6-ch. 106-ch. 12- it, 6-ch. 104-ch. 12- it, 4-ch. 104-ch. 12- it, 4-ch. 104-ch. 12- it, 4-ch. 106-ch. 12- it, 6-ch. 106-ch. 12- it, 6-ch. 106-ch. 12- it, 6-ch. 106-ch. 12- it, 6-ch. 106-ch. 12- it, 6-ch. 106-ch. 12- it, 6-ch. 106-ch. 12- it, 6-ch. 10-
it
it
it
it
it
it
it
it
it
it
it
it
Clock
Int.
Speed
VCC
Operating
Digi-Key
Osc.
(MHz)
(V)
Temp.
Package Part No.
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
18-SOIC DSPIC33FJ06GS101-I/SO-ND
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
28-QFN DSPIC33FJ06GS102-I/MM-ND
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
28-DIP DSPIC33FJ06GS102-I/SP-ND
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
18-DIP DSPIC33FJ12GP201-I/P-ND
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
18-SOIC DSPIC33FJ12GP201-I/SO-ND
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
20-DIP DSPIC33FJ12MC201-I/P-ND
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
20-SOIC DSPIC33FJ12MC201-I/SO-ND
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
20-SSOP DSPIC33FJ12MC201-I/SS-ND
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
28-QFN DSPIC33FJ12GP202-I/ML-ND
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
28-DIP .3 DSPIC33FJ12GP202-I/SP-ND
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-SSOP DSPIC33FJ12MC202-I/SS-ND
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
28-DIP .3 DSPIC33FJ12MC202-I/SP-ND
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
28-QFN DSPIC33FJ12MC202-I/ML-ND
Extended -40 F 257 F -40 C 125 C
1
3.42
4.04
3.84
4.08
4.36
4.16
4.40
3.78
3.64
4.26
4.02
3.64
4.12
3.98
4.22
4.10
4.06
4.34
4.24
Price Each
10
2.71
3.18
3.03
3.22
3.43
3.28
3.47
2.97
2.87
3.35
3.16
2.87
3.24
3.12
3.32
3.22
3.18
3.41
3.33
25
2.46
2.92
2.77
2.95
3.14
3.00
3.18
2.72
2.63
3.07
2.90
2.63
2.97
2.86
3.04
2.95
2.92
3.13
3.06
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
127
127
C
16-bit dsPIC DSCs
(Cont.)
Memory Size
C
Output
Timer/
Comp/ Motor
Clock
Std. Control
Int.
Speed
VCC
Operating
Digi-Key
A/D
Osc.
(MHz)
(V)
Temp.
Package Part No.
2K
—
35
3/1
1
1
1
2
—
13-ch. 12- it, 13-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
35
3/1
1
1
1
2
—
13-ch. 12- it, 13-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
44-TQFP DSPIC33FJ16GP304-I/PT-ND
2K
—
35
3/1
1
1
1
2
8
9-ch. 12- it, 9-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
35
3/1
1
1
1
2
8
9-ch. 12- it, 9-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
44-TQFP DSPIC33FJ16MC304-E/PT-ND
2K
—
35
3/1
1
1
1
2
8
9-ch. 12- it, 9-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
44-TQFP DSPIC33FJ16MC304-I/PT-ND
2K
—
21
3/1
1
1
1
2
6
8-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
6
8-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
6
8-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
16K
2K
—
35
3/1
1
1
1
2
6
8-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
44-QFN DSPIC33FJ16GS404-I/ML-ND
2K
—
35
3/1
1
1
1
2
6
8-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
44-TQFP DSPIC33FJ16GS404-I/PT-ND
2K
—
35
3/1
1
1
1
2
8
9-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Hi h
44-QFN DSPIC33FJ16MC304-H/ML-ND NEW!
2K
—
35
3/1
1
1
1
2
8
9-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Hi h
44-TQFP DSPIC33FJ16MC304-H/PT-ND NEW!
2K
—
21
3/1
1
1
1
2
8
8-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
8
8-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
8
8-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
2K
—
35
3/1
1
1
1
2
8
12-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
44-QFN DSPIC33FJ16GS504-I/ML-ND
2K
—
35
3/1
1
1
1
2
8
12-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
44-TQFP DSPIC33FJ16GS504-I/PT-ND
2K
—
21
3/1
1
1
1
2
—
10-ch. 12- it, 10-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-QFN DSPIC33FJ32GP202-E/MM-ND
Ind.
28-QFN DSPIC33FJ32GP202-I/MM-ND
2K
—
21
3/1
1
1
1
2
—
10-ch. 12- it, 10-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
2K
—
21
3/1
1
1
1
2
—
10-ch. 12- it, 10-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-SOIC DSPIC33FJ32GP202-E/SO-ND
2K
—
21
3/1
1
1
1
2
—
10-ch. 12- it, 10-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
—
10-ch. 12- it, 10-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-DIP .3 DSPIC33FJ32GP202-E/SP-ND
2K
—
21
3/1
1
1
1
2
—
10-ch. 12- it, 10-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-DIP .3 DSPIC33FJ32GP202-I/SP-ND
2K
—
21
3/1
1
1
1
2
8
6-ch. 12- it, 6-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-QFN DSPIC33FJ32MC202-E/MM-ND
2K
—
21
3/1
1
1
1
2
8
6-ch. 12- it, 6-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-QFN DSPIC33FJ32MC202-I/MM-ND
2K
—
21
3/1
1
1
1
2
8
6-ch. 12- it, 6-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-SOIC DSPIC33FJ32MC202-E/SO-ND
2K
—
21
3/1
1
1
1
2
8
6-ch. 12- it, 6-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
21
3/1
1
1
1
2
8
6-ch. 12- it, 6-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-DIP .3 DSPIC33FJ32MC202-E/SP-ND
2K
—
21
3/1
1
1
1
2
8
6-ch. 12- it, 6-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-DIP .3 DSPIC33FJ32MC202-I/SP-ND
2K
—
21
3/1
1
1
1
2
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
28-QFN DSPIC33FJ32MC202-H/MM-ND NEW!
2K
—
21
3/1
1
1
1
2
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
28-SOIC DSPIC33FJ32MC202-H/SO-ND NEW!
2K
—
35
3/1
1
1
1
2
—
13-ch. 12- it, 13-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
35
3/1
1
1
1
2
—
13-ch. 12- it, 13-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
44-TQFP DSPIC33FJ32GP204-E/PT-ND
2K
—
35
3/1
1
1
1
2
—
13-ch. 12- it, 13-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
35
3/1
1
1
1
2
8
9-ch. 12- it, 9-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
44-QFN DSPIC33FJ32MC204-E/ML-ND
2K
—
35
3/1
1
1
1
2
8
9-ch. 12- it, 9-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
2K
—
35
3/1
1
1
1
2
8
9-ch. 12- it, 9-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ext.
2K
—
35
3/1
1
1
1
2
8
9-ch. 12- it, 9-ch. 10- it 7.37MHz, 512 Hz
64
3.0 3.6
Ind.
32K
2K
—
35
3/1
1
1
1
2
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
44-QFN DSPIC33FJ32MC204-H/ML-ND NEW!
64
3.0 3.6
Hi h
2K
—
35
3/1
1
1
1
2
8
9-ch. 10- it
7.37MHz, 512 Hz
4K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-SPDIP DSPIC33FJ32GP302-E/SP-ND
4K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-SPDIP DSPIC33FJ32GP302-I/SP-ND
4K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.5
Ind.
4K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
21
3/1
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-SPDIP DSPIC33FJ32MC302-E/SP-ND
4K
—
21
3/1
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-SPDIP DSPIC33FJ32MC302-I/SP-ND
4K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
44-QFN DSPIC33FJ32GP304-E/ML-ND
4K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
4K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
4K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
8K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
8K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-SPDIP DSPIC33FJ64GP202-E/SP-ND
8K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-SPDIP DSPIC33FJ64GP202-I/SP-ND
8K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
8K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8K
—
21
5/2
2
1
2
8
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
8K
—
21
5/2
2
1
2
8
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-DIP DSPIC33FJ64MC202-E/SP-ND
64K
8K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-DIP DSPIC33FJ64MC202-I/SP-ND
8K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
8K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
44-QFN DSPIC33FJ64GP204-E/ML-ND
8K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
8K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
8K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
®
128
128
185 F -40 C
85 C
Extended -40 F 257 F -40 C 125 C
(US2011)
(TZM112.US)
1
4.66
4.52
4.78
5.10
4.64
4.60
4.40
4.66
5.06
4.84
6.28
6.12
5.50
5.32
5.56
6.20
5.98
5.26
4.80
4.94
4.50
5.18
4.74
5.18
4.72
5.08
4.62
5.32
4.86
6.24
6.10
4.82
5.14
4.66
5.46
4.98
5.32
4.84
6.54
6.38
5.46
4.98
5.32
4.84
5.56
5.08
5.68
5.18
5.54
5.04
5.78
5.28
5.96
5.42
5.80
5.28
6.16
5.62
6.02
5.48
6.16
5.62
6.26
5.72
6.02
5.48
6.50
5.92
6.60
6.02
6.34
5.76
6.50
5.92
6.34
5.76
6.68
6.08
Price Each
10
3.66
3.55
3.76
4.01
3.64
3.62
3.47
3.66
3.99
3.82
4.92
4.81
4.34
4.18
4.37
4.88
4.70
4.14
3.78
3.88
3.53
4.07
3.72
4.09
3.72
3.99
3.62
4.18
3.82
4.90
4.78
3.78
4.03
3.66
4.29
3.91
4.18
3.80
5.13
5.01
4.29
3.91
4.18
3.80
4.37
3.99
4.46
4.07
4.35
3.95
4.54
4.14
4.67
4.26
4.56
4.14
4.84
4.41
4.73
4.30
4.84
4.41
4.92
4.49
4.73
4.30
5.10
4.64
5.17
4.72
4.98
4.53
5.10
4.64
4.98
4.53
5.25
4.78
25
3.36
3.25
3.45
3.67
3.34
3.32
3.18
3.36
3.66
3.50
4.51
4.41
3.98
3.83
4.01
4.47
4.31
3.80
3.46
3.56
3.23
3.73
3.41
3.75
3.41
3.65
3.32
3.83
3.50
4.49
4.38
3.46
3.69
3.36
3.93
3.59
3.83
3.48
4.70
4.59
3.93
3.59
3.83
3.48
4.01
3.66
4.09
3.73
3.98
3.62
4.16
3.80
4.28
3.90
4.18
3.80
4.44
4.05
4.33
3.94
4.44
4.05
4.51
4.12
4.33
3.94
4.67
4.26
4.74
4.33
4.57
4.15
4.67
4.26
4.57
4.15
4.81
4.38
(Continued)
16-bit dsPIC DSCs
(Cont.)
Memory Size
Output
Timer/
Comp/ Motor
Std. Control
64K
128K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
16K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
8K
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
35
35
53
53
53
53
53
53
53
53
69
69
85
85
53
53
85
85
21
21
21
21
35
35
53
53
53
85
85
85
53
53
53
69
69
85
85
85
85
21
21
21
21
21
21
21
21
21
21
21
21
35
35
35
35
35
35
35
35
21
21
21
21
21
21
21
21
21
21
21
21
35
35
35
44
35
35
5/2
5/2
9/4
9/4
9/4
9/
9/4
9/4
9/4
9/4
9/
9/4
9/4
9/4
9/4
9/4
9/4
9/4
5/2
5/2
5/2
5/2
5/2
5/2
9/4
9/4
9/4
9/4
9/4
9/4
9/
9/4
9/4
9/
9/4
9/
9/4
9/4
9/
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
5/2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
®
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
4
4
4
4
4
4
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
185 F -40 C
8
8
—
—
—
—
8
8
8
8
—
8
8
8
8
8
8
8
—
—
8
8
8
8
—
—
—
—
—
—
—
—
—
—
—
—
—
—
8
—
—
—
—
—
—
8
8
8
8
8
8
—
—
—
—
8
8
8
8
—
—
—
—
—
—
—
8
8
8
8
8
8
8
—
—
8
8
85 C
A/D
9-ch. 10- it
9-ch. 10- it
18-ch. 12- it, 18-ch. 1018-ch. 12-bit
18-ch. 12-bit
18-ch. 12- it, 18-ch. 1016-ch. 10- it
16-ch. 10- it
16-ch. 10- it
16-ch. 10- it
18-ch. 12- it, 18-ch. 1016-ch. 10- it
24-ch. 10- it
24-ch. 10- it
16-ch. 10- it
16-ch. 10- it
24-ch. 10- it
24-ch. 10- it
10-ch. 12- it
10-ch. 12- it
6-ch. 10- it
6-ch. 10- it
9-ch. 10- it
9-ch. 10- it
18-ch. 12-bit
18-ch. 12-bit
18-ch. 12- it, 18-ch. 1032-ch. 12- it, 32-ch. 1032-ch. 12-bit
32-ch. 12-bit
18-ch. 12- it, 18-ch. 1018-ch. 12-bit
18-ch. 12-bit
24-ch. 12- it, 24-ch. 1024-ch. 12-bit
24-ch. 12- it, 24-ch. 1032-ch. 12-bit
32-ch. 12-bit
24-ch. 12- it, 24-ch. 1010-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
6-ch. 10- it
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
9-ch. 10- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
10-ch. 12- it
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
13-ch. 12-bit
9-ch. 10- it
9-ch. 10- it
it
it
it
it
it
it
it
it
it
Int.
Osc.
Clock
Speed
(MHz)
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 32 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 32 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 32 Hz
7.37MHz, 512 Hz
7.37MHz, 32 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 32 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 32 Hz
7.37MHz, 32 Hz
7.37MHz, 32 Hz
7.37MHz, 32 Hz
7.37MHz, 32 Hz
7.37MHz, 32 Hz
7.37MHz, 32 Hz
7.37MHz, 32 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
7.37MHz, 512 Hz
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
Extended -40 F 257 F -40 C 125 C
VCC
(V)
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
Operating
Temp.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Hi h
Hi h
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Hi h
Hi h
Hi h
Hi h
Hi h
Hi h
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Digi-Key
Package Part No.
44-TQFP
44-TQFP
64-TQFP
64-QFN
64-TQFP
64-TQFP
64-QFN
64-TQFP
64-QFN
64-TQFP
80-TQFP
80-TQFP
100-TQFP
100-TQFP
64-QFN
64-TQFP
100-TQFP
100-TQFP
28-QFN
28-SOIC
28-QFN-S
28-SOIC
44-QFN
44-TQFP
64-TQFP
64-QFN
64-TQFP
100-TQFP
100-TQFP
100-TQFP
64-TQFP
64-QFN
64-TQFP
80-TQFP
80-TQFP
100-TQFP
100-TQFP
100-TQFP
100-TQFP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP
28-DIP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP
28-DIP
44-QFN
44-QFN
44-TQFP
44-TQFP
44-QFN
44-QFN
44-TQFP
44-TQFP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP
28-DIP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP
28-DIP
44-QFN
44-QFN
44-TQFP
44-TQFP
44-QFN
44-QFN
DSPIC33FJ64MC204-E/PT-ND
DSPIC33FJ64MC204-I/PT-ND
DSPIC33FJ64GP206-I/PT-ND
DSPIC33FJ64GP206A-I/MR-ND NEW!
DSPIC33FJ64GP206A-I/PT-ND NEW!
DSPIC33FJ64MC506A-I/MR-ND NEW!
DSPIC33FJ64MC506A-I/PT-ND NEW!
DSPIC33FJ64MC506A-H/MR-ND NEW!
DSPIC33FJ64MC506A-H/PT-ND NEW!
DSPIC33FJ64MC510A-I/PF-ND NEW!
DSPIC33FJ64GP802-H/MM-ND NEW!
DSPIC33FJ64GP802-H/SO-ND NEW!
DSPIC33FJ64MC802-H/MM-ND NEW!
DSPIC33FJ64MC802-H/SO-ND NEW!
DSPIC33FJ64MC804-H/ML-ND NEW!
DSPIC33FJ64MC804-H/PT-ND NEW!
DSPIC33FJ64GP310-I/PF-ND
DSPIC33FJ64GP310A-I/PF-ND NEW!
DSPIC33FJ64GP710-I/PF-ND
DSPIC33FJ64GP710A-I/PF-ND NEW!
DSPIC33FJ64MC710-I/PF-ND
DSPIC33FJ64GP802-E/MM-ND
DSPIC33FJ64GP802-I/MM-ND
DSPIC33FJ64GP802-E/SO-ND
DSPIC33FJ64GP802-I/SO-ND
DSPIC33FJ64GP802-E/SP-ND
DSPIC33FJ64GP802-I/SP-ND
DSPIC33FJ64MC802-E/MM-ND
DSPIC33FJ64MC802-I/MM-ND
DSPIC33FJ64MC802-E/SO-ND
DSPIC33FJ64MC802-I/SO-ND
DSPIC33FJ64MC802-E/SP-ND
DSPIC33FJ64MC802-I/SP-ND
DSPIC33FJ64GP804-E/ML-ND
DSPIC33FJ64GP804-I/ML-ND
DSPIC33FJ64GP804-E/PT-ND
DSPIC33FJ64MC804-E/ML-ND
DSPIC33FJ64MC804-I/ML-ND
DSPIC33FJ64MC804-E/PT-ND
DSPIC33FJ128GP204-E/PT-ND
1
6.54
5.94
5.94
6.08
5.94
6.72
6.88
6.72
9.02
8.88
7.26
7.26
8.20
8.20
7.54
7.38
9.22
8.62
8.06
7.90
8.24
8.10
9.16
9.00
6.18
6.34
6.18
7.60
7.60
7.00
7.26
7.42
7.26
7.78
7.78
8.68
8.68
8.08
9.22
6.74
6.14
6.58
5.98
6.84
6.24
6.90
6.28
6.76
6.14
7.00
6.38
7.20
6.56
7.04
6.40
7.66
6.98
7.50
6.82
6.78
6.18
6.64
6.04
6.88
6.28
7.04
6.40
6.88
6.26
7.14
6.50
7.06
6.44
6.92
6.28
7.24
6.60
Price Each
10
25
5.13
4.66
4.66
4.78
4.66
5.28
5.40
5.28
7.09
6.97
5.70
5.70
6.44
6.44
5.92
5.80
7.25
6.76
6.32
6.21
6.48
6.36
7.19
7.07
4.86
4.97
4.86
5.97
5.97
5.49
5.70
5.82
5.70
6.11
6.11
6.82
6.82
6.34
7.25
5.29
4.82
5.17
4.70
5.37
4.90
5.42
4.93
5.30
4.82
5.49
5.01
5.65
5.15
5.53
5.03
6.01
5.47
5.89
5.36
5.33
4.86
5.22
4.74
5.41
4.93
5.52
5.03
5.41
4.91
5.60
5.11
5.54
5.05
5.43
4.93
5.69
5.18
4.70
4.28
4.28
4.38
4.28
4.84
4.95
4.84
6.50
6.39
5.23
5.23
5.90
5.90
5.42
5.32
6.64
6.20
5.80
5.69
5.94
5.83
6.59
6.48
4.45
4.56
4.45
5.48
5.48
5.04
5.23
5.34
5.23
5.60
5.60
6.25
6.25
5.81
6.64
4.85
4.42
4.74
4.31
4.92
4.49
4.96
4.52
4.86
4.42
5.04
4.59
5.18
4.72
5.07
4.61
5.51
5.02
5.40
4.91
4.89
4.45
4.78
4.35
4.96
4.52
5.06
4.61
4.96
4.51
5.13
4.68
5.08
4.63
4.98
4.52
5.22
4.75
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
129
129
C
16-bit dsPIC DSCs
Memory Size
Output
Timer/
Comp/ Motor
Std. Control
C
128K
256K
A/D
Int.
Osc.
Clock
Speed
(MHz)
VCC
(V)
Operating
Temp.
Digi-Key
Package Part No.
1
Price Each
10
25
8K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
7.10
5.58
5.11
8K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
6.46
5.07
4.65
8K
—
53
9/4
2
1
2
8
—
18-ch. 12- it, 18-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
8K
—
53
9/4
2
1
2
8
—
18-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
64-QFN
8K
—
53
9/4
2
1
2
8
—
18-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
64-TQFP DSPIC33FJ128GP206A-I/PT-ND NEW!
8K
—
53
9/4
2
2
2
8
8
16-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
64-QFN
6.36
4.99
4.58
6.50
5.11
4.68
6.36
4.99
4.58
9.64
7.57
6.94
8K
—
53
9/4
2
2
2
8
8
16-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
64-TQFP DSPIC33FJ128MC506A-H/PT-ND NEW!
9.50
7.45
6.83
8K
—
53
9/4
2
2
2
8
8
16-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
64-QFN
7.34
5.76
5.28
8K
—
53
9/4
2
2
2
8
8
16-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
64-TQFP DSPIC33FJ128MC506A-I/PT-ND NEW!
7.20
5.65
5.18
8K
—
53
9/4
2
2
2
8
8
16-ch. 12- it, 16-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
7.20
5.65
5.18
8K
—
85
9/4
2
2
2
8
8
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
100-TQFP DSPIC33FJ128MC510A-I/PF-ND NEW!
8.66
6.80
6.24
8K
—
85
9/4
2
2
2
8
8
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8.06
6.32
5.79
16K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
28-QFN-S DSPIC33FJ128MC802-H/MM-ND NEW!
16K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
28-SOIC
DSPIC33FJ128MC802-H/SO-ND NEW!
9.00
7.06
6.47
8.84
6.95
6.37
16K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
44-QFN
DSPIC33FJ128MC804-H/ML-ND NEW!
9.94
7.80
7.15
16K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
9.78
7.68
7.04
16K
—
53
9/4
2
1
2
8
—
18-ch. 12- it, 18-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
16K
—
53
9/4
2
2
2
8
—
18-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
64-QFN
16K
—
53
9/4
2
2
2
8
—
18-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
6.66
5.22
4.79
16K
—
85
9/4
2
2
2
8
—
32-ch. 12- it, 32-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
100-TQFP DSPIC33FJ128GP310-I/PF-ND
8.08
6.34
5.81
6.66
5.22
4.79
6.80
5.34
4.89
16K
—
85
9/4
2
2
2
8
—
32-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
100-TQFP DSPIC33FJ128GP310A-I/PF-ND NEW!
8.08
6.34
5.81
16K
—
85
9/4
2
2
2
8
—
32-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
7.46
5.86
5.37
16K
—
53
9/
2
2
2
8
—
18-ch. 12- it, 18-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
16K
—
53
9/4
2
2
2
8
—
18-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
64-QFN
7.70
6.05
5.55
7.86
6.17
5.65
16K
—
53
9/4
2
2
2
8
—
18-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
7.70
6.05
5.55
16K
—
53
9/4
2
2
2
8
8
16-ch. 12- it, 16-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
7.88
6.19
5.67
16K
—
53
9/4
2
2
2
8
8
16-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.3
Ind.
64-QFN
16K
—
53
9/4
2
2
2
8
8
16-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.3
Ind.
8.02
6.30
5.78
7.88
6.19
5.67
16K
—
69
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
8.22
6.46
5.92
16K
—
69
9/4
2
2
2
8
—
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8.22
6.46
5.92
16K
—
69
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
8.76
6.88
6.31
16K
—
69
9/4
2
2
2
8
8
18-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8.76
6.88
6.31
16K
—
85
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
9.14
7.17
6.57
16K
—
85
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
8.52
6.69
6.13
16K
—
85
9/4
2
2
2
8
—
32-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
100-TQFP DSPIC33FJ128GP710A-I/PF-ND NEW!
9.14
7.17
6.57
16K
—
85
9/4
2
2
2
8
—
32-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
8.52
6.69
6.13
16K
—
85
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
100-TQFP DSPIC33FJ128MC710-I/PF-ND
9.70
7.61
6.98
16K
—
85
9/4
2
2
2
8
8
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
100-TQFP DSPIC33FJ128MC710A-I/PF-ND NEW!
9.70
7.61
6.98
16K
—
85
9/4
2
2
2
8
8
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
16K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-QFN
9.08
7.13
6.54
7.32
5.75
5.28
16K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-QFN
6.68
5.24
4.81
16K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-SOIC
7.18
5.64
5.17
16K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-SOIC
6.52
5.13
4.70
16K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-DIP
7.42
5.83
5.35
16K
—
21
5/2
2
1
2
4
—
10-ch. 12- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-DIP
6.78
5.32
4.88
16K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-QFN
7.52
5.90
5.41
16K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-QFN
6.84
5.38
4.93
16K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-SOIC
7.38
5.79
5.31
16K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-SOIC
6.70
5.26
4.82
16K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
28-DIP
7.62
5.98
5.48
16K
—
21
5/2
2
1
2
4
8
6-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
28-DIP
6.94
5.45
5.00
16K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
44-QFN
7.78
6.12
5.61
16K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
44-QFN
7.10
5.57
5.11
16K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
7.64
6.00
5.50
16K
—
35
5/2
2
1
2
4
—
13-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
6.94
5.45
5.00
16K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
44-QFN
8.30
6.52
5.98
16K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
44-QFN
7.56
5.94
5.44
16K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ext.
8.16
6.40
5.87
5.34
16K
—
35
5/2
2
1
2
4
8
9-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.6
Ind.
16K
—
53
9/4
2
2
2
8
8
16-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.3
Hi h
64-QFN
16K
—
53
9/4
2
2
2
8
8
16-ch. 10- it
7.37MHz, 512 Hz
64
3.0 3.3
Hi h
7.42
5.82
10.54
8.28
7.59
10.40
8.17
7.49
16K
—
85
9/4
2
2
2
8
8
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
100-TQFP DSPIC33FJ128MC710A-H/PF-ND NEW!
12.60
9.89
9.07
16K
—
85
9/4
2
2
2
8
8
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
11.98
9.41
8.63
16K
—
53
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
16K
—
53
9/4
2
2
2
8
—
18-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
64-QFN
DSPIC33FJ256GP506A-H/MR-ND NEW!
7.36
5.78
5.30
9.86
7.75
7.10
16K
—
53
9/4
2
2
2
8
—
18-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
64-TQFP DSPIC33FJ256GP506A-H/PT-ND NEW!
9.72
7.63
7.00
16K
—
85
9/
2
2
2
8
—
32-ch. 12- it, 32-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
8.78
6.90
6.32
16K
—
85
9/
2
2
2
8
—
32-ch. 12- it, 32-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
8.18
6.42
5.88
16K
—
85
9/
2
2
2
8
—
32-ch. 12- it, 32-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
9.32
7.32
6.71
16K
—
85
9/
2
2
2
8
—
32-ch. 12- it, 32-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
8.72
6.84
6.27
16K
—
85
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
9.94
7.81
7.16
16K
—
85
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
9.32
7.32
6.71
30K
—
85
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
10.56
8.29
7.60
30K
—
85
9/
2
2
2
8
—
24-ch. 12- it, 24-ch. 10- it
7.37MHz, 32 Hz
64
3.0 3.6
Ind.
9.94
7.81
7.16
30K
—
85
9/4
2
2
2
8
8
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
100-TQFP DSPIC33FJ256MC710A-H/PF-ND NEW!
13.74
10.79
9.89
30K
—
85
9/4
2
2
2
8
24-ch. 12-bit
7.37MHz, 512 Hz
64
3.0 3.6
Hi h
13.12
10.30
9.44
®
130
130
(Cont.)
185 F -40 C
8
85 C
Extended -40 F 257 F -40 C 125 C
(US2011)
(TZM112.US)
Extreme Low Power Microcontrollers
Memory Size
Timer/
UART
128
—
25
2/1
1 AUSART , 1 EUSART
256
256
16
2/1
1 AUSART , 1 EUSART
256
256
16
2/1
1 AUSART , 1 EUSART
2K
256
256
16
2/1
1 AUSART , 1 EUSART
256
256
16
2/1
1 AUSART , 1 EUSART
256
256
16
2/1
1 AUSART , 1 EUSART
192
—
25
2/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
384
256
16
4/1
1 AUSART , 1 EUSART
256
256
25
4/1
1 AUSART , 1 EUSART
256
256
25
4/1
1 AUSART , 1 EUSART
256
256
25
4/1
1 AUSART , 1 EUSART
256
256
25
4/1
1 AUSART , 1 EUSART
256
256
36
4/1
1 AUSART , 1 EUSART
4K
256
256
36
4/1
1 AUSART , 1 EUSART
256
256
36
4/1
1 AUSART , 1 EUSART
256
256
36
4/1
1 AUSART , 1 EUSART
256
256
36
4/1
1 AUSART , 1 EUSART
256
256
36
4/1
1 AUSART , 1 EUSART
256
256
17
1/3
1 AUSART , 1 EUSART
256
256
17
1/3
1 AUSART , 1 EUSART
256
256
17
1/3
1 AUSART , 1 EUSART
256
256
17
1/3
1 AUSART , 1 EUSART
512
256
25
1/3
1 AUSART , 1 EUSART
512
—
12
/3
1 UART
512
—
12
/3
1 UART
512
—
18
/3
1 UART
512
—
18
/3
1 UART
512
—
18
/3
1 UART
512
—
18
/3
1 UART
368
—
36
3/1
1 AUSART , 1 EUSART
368
—
36
3/1
1 AUSART , 1 EUSART
368
—
36
3/1
1 AUSART , 1 EUSART
368
—
25
2/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
25
4/1
1 AUSART , 1 EUSART
512
256
36
4/1
1 AUSART , 1 EUSART
512
256
36
4/1
1 AUSART , 1 EUSART
512
256
36
4/1
1 AUSART , 1 EUSART
512
256
36
4/1
1 AUSART , 1 EUSART
512
256
36
4/1
1 AUSART , 1 EUSART
512
256
36
4/1
1 AUSART , 1 EUSART
512
256
53
4/1
2 AUSART , 2 EUSART
512
256
53
4/1
2 AUSART , 2 EUSART
1024
256
53
4/1
2 AUSART , 2 EUSART
1024
256
53
4/1
2 AUSART , 2 EUSART
512
256
15
1/3
1 AUSART , 1 EUSART
8K
512
256
15
1/3
1 AUSART , 1 EUSART
512
256
15
1/3
1 AUSART , 1 EUSART
512
256
15
1/3
1 AUSART , 1 EUSART
512
256
15
1/3
1 AUSART , 1 EUSART
512
256
25
1/3
1 AUSART , 1 EUSART
512
256
25
1/3
1 AUSART , 1 EUSART
512
256
25
1/3
1 AUSART , 1 EUSART
512
256
25
1/3
1 AUSART , 1 EUSART
512
256
36
1/3
1 AUSART , 1 EUSART
512
256
36
1/3
1 AUSART , 1 EUSART
512
256
36
1/3
1 AUSART , 1 EUSART
512
256
26
1/3
1 AUSART , 1 EUSART
512
256
17
1/3
1 AUSART , 1 EUSART
512
256
17
1/3
1 AUSART , 1 EUSART
512
256
17
1/3
1 AUSART , 1 EUSART
512
256
17
1/3
1 AUSART , 1 EUSART
512
256
17
1/3
1 AUSART , 1 EUSART
512
256
17
1/3
1 AUSART , 1 EUSART
512
256
17
1/3
1 AUSART , 1 EUSART
512
256
17
1/3
1 AUSART , 1 EUSART
1536
512
18
/3
2 UART
1536
512
18
/3
2 UART
1536
512
18
/3
2 UART
† Cut Tape
‡ Tape and Reel
✔NEW!
®
185 F -40 C
Analog
I2C™ SPI™ PWM
A/D
Comp.
1
1
2
11-ch. 8 bit
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
2
11-ch. 8 bit
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
2
2
2 12-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 10-ch. 10- it
2
1
1
1
7-ch. 10- it
2
1
1
1
7-ch. 10- it
2
1
1
1
9-ch. 10- it
2
1
1
1
9-ch. 10- it
2
1
1
1
9-ch. 10- it
2
1
1
1
9-ch. 10- it
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
14-ch. 8-bit
2
1
1
2
11-ch. 8-bit
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 11-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
1
1
3 14-ch. 10- it
2
2
2
3 17-ch. 10- it
3
2
2
3 17-ch. 10- it
3
2
2
3 17-ch. 10- it
3
2
2
3 17-ch. 10- it
3
1
5
9-ch. 10- it
2
1 MI2C
1
1
5
9-ch. 10- it
2
2
1 MI C
1
5
9-ch. 10- it
2
1 MI2C
1
5
9-ch. 10- it
2
1
1
5
9-ch. 10- it
2
1
1
2 10-ch. 10- it
2
1
1
2 10-ch. 10- it
2
1
1
2 10-ch. 10- it
2
1
1
2 10-ch. 10- it
2
1
1
2 13-ch. 10- it
2
1
1
2 13-ch. 10- it
2
1
1
1 13-ch. 10- it
2
1
1
1 10-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1 12-ch. 10- it
2
1
1
1
9-ch. 10- it
2
1
1
1
9-ch. 10- it
2
1
1
1
9-ch. 10- it
2
85 C     Extended -40 F
257 F -40 C 125 C
Int.
Osc.
16MHz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
16MHz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
32MHz, 32 Hz
16MHz, 32 Hz
16MHz, 31 Hz
16MHz, 32 Hz
16MHz, 32 Hz
16MHz, 32 Hz
16MHz, 32 Hz
16MHz, 32 Hz
16MHz, 32 Hz
16MHz, 32 Hz
16MHz, 32 Hz
16MHz, 32 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
16MHz, 31 Hz
8MHz, 32 Hz
8MHz, 32 Hz
8MHz, 32 Hz
Clock
Speed
(MHz)
20
32
32
32
32
32
20
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
64
64
64
64
64
32
32
32
32
32
32
20
20
20
20
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
48
48
48
48
48
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
32
32
32
VCC
(V)
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 3.6
1.8 3.6
1.8 5.5
1.8 3.6
1.8 5.5
1.8 3.6
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
®
Oper ating
Digi-Key
Temp. Package Part No.
Ind.
28-UQFN PIC16F722-I/MV-ND✔
Ind.
28-QFN PIC16F1826-I/ML-ND✔
Ind.
Ind.
18-DIP PIC16F1826-I/P-ND✔
Ind.
18-SOIC PIC16F1826-I/SO-ND✔
Ind.
20-SSOP PIC16F1826-I/SS-ND✔
Ind.
Ind.
Ind.
Ind.
18-DIP PIC16F1827-I/P-ND✔
Ind.
Ind.
Ind.
28-QFN PIC16LF1827-I/ML-ND✔
Ind.
28-UQFN PIC16LF1827-I/MV-ND✔
Ind.
18-DIP PIC16LF1827-I/P-ND✔
Ind.
18-SOIC PIC16LF1827-I/SO-ND✔
Ind.
20-SSOP PIC16LF1827-I/SS-ND✔
Ind.
Ind.
Ind.
28-SDIP PIC16LF1933-I/SP-ND✔
Ind.
Ind.
Ind.
40-PDIP PIC16F1934-I/P-ND✔
Ind.
44-TQFP PIC16F1934-I/PT-ND✔
Ind.
Ind.
40-PDIP PIC16LF1934-I/P-ND✔
Ind.
44-TQFP PIC16LF1934-I/PT-ND✔
Ind.
20-QFN PIC18LF13K22-I/ML-ND✔
Ind.
20-PDIP PIC18LF13K22-I/P-ND✔
Ind.
20-SOIC PIC18LF13K22-I/SO-ND✔
Ind.
20-SSOP PIC18LF13K22-I/SS-ND✔
Ind.
28-UQFN PIC18F23K20-I/MV-ND✔
Ind.
14-PDIP PIC24F04KA200-I/P-ND✔
Ind. 14-TSSOP PIC24F04KA200-I/ST-ND✔
Ind.
20-QFN PIC24F04KA201-I/MQ-ND✔
Ind.
20-PDIP PIC24F04KA201-I/P-ND✔
Ind.
20-SOIC PIC24F04KA201-I/SO-ND✔
Ind.
20-SSOP PIC24F04KA201-I/SS-ND✔
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
28-SPDIP PIC16F1936-I/SP-ND✔
Ind.
Ind.
Ind.
Ind.
Ind.
28-SPDIP PIC16LF1936-I/SP-ND✔
Ind.
Ind.
Ind.
40-PDIP PIC16F1937-I/P-ND✔
Ind.
44-TQFP PIC16F1937-I/PT-ND✔
Ind.
Ind.
Ind.
Ind.
64-QFN PIC16F1946-I/MR-ND✔
Ind.
64-QFN PIC16LF1946-I/MR-ND✔
Ind.
64-QFN PIC16F1947-I/MR-ND✔
Ind.
64-QFN PIC16LF1947-I/MR-ND✔
Ext.
20-SOIC PIC18F13K50-I/SO-ND✔
Ind.
20-QFN PIC18F13K50-I/MQ-ND✔
Ind.
20-SOIC PIC18LF13K50-I/SO-ND
Ind.
20-SSOP PIC18LF13K50-I/SS-ND
Ind.
20-QFN PIC18LF13K50-I/MQ-ND✔
Ind.
28-QFN PIC18F23K20-I/ML-ND
Ind.
28-SOIC PIC18F23K20-I/SO-ND
Ind.
28-DIP PIC18F23K20-I/SP-ND
Ind.
28-SSOP PIC18F23K20-I/SS-ND
Ind.
40-DIP PIC18F43K20-I/P-ND
Ind.
44-TQFP PIC18F43K20-I/PT-ND
Ind.
44-QFN PIC18F43K20-I/ML-ND✔
Ind.
28-UQFN PIC18F23K20T-I/MVTR-ND‡ ✔
Ind.
20-QFN PIC18F14K22-I/ML-ND✔
Ind.
20-PDIP PIC18F14K22-I/P-ND✔
Ind.
20-SOIC PIC18F14K22-I/SO-ND✔
Ind.
20-SSOP PIC18F14K22-I/SS-ND✔
Ind.
20-QFN PIC18LF14K22-I/ML-ND✔
Ind.
20-PDIP PIC18LF14K22-I/P-ND✔
Ind.
20-SOIC PIC18LF14K22-I/SO-ND✔
Ind.
20-SSOP PIC18LF14K22-I/SS-ND✔
Ind.
20-DIP PIC24F08KA101-I/P-ND
Ind.
20-SOIC PIC24F08KA101-I/SO-ND
Ind.
20-SSOP PIC24F08KA101-I/SS-ND
Price Each
1
10
25
2.04
1.60 1.47
1.94
1.52 1.40
1.80
1.52 1.39
1.82
1.43 1.31
1.70
1.33 1.22
1.70
1.33 1.22
2.26
1.79 1.64
2.06
1.62 1.48
1.92
1.62 1.48
1.94
1.52 1.40
1.82
1.43 1.31
1.82
1.43 1.31
2.06
1.62 1.48
1.92
1.62 1.48
1.94
1.52 1.40
1.82
1.43 1.31
1.82
1.43 1.31
2.36
1.85 1.70
2.20
1.73 1.59
2.46
1.93 1.77
2.16
1.70 1.55
2.72
2.14 1.96
2.82
2.22 2.03
2.58
2.02 1.86
2.72
2.14 1.96
2.82
2.22 2.03
2.58
2.02 1.86
2.54
2.00 1.83
2.76
2.17 1.99
2.58
2.02 1.86
2.34
1.83 1.68
2.36
1.85 1.70
2.20
1.72 1.58
2.02
1.58 1.45
2.34
1.83 1.68
2.62
2.05 1.88
2.34
1.84 1.69
2.18
1.72 1.57
3.10
2.43 2.23
3.20
2.51 2.30
2.94
2.31 2.12
2.52
1.99 1.82
2.48
1.95 1.78
2.34
1.83 1.68
2.58
2.02 1.86
2.28
1.79 1.64
2.46
1.95 1.78
2.48
1.95 1.78
2.34
1.83 1.68
2.58
2.02 1.86
2.28
1.79 1.64
2.84
2.24 2.05
2.94
2.31 2.12
2.70
2.12 1.94
2.84
2.24 2.05
2.94
2.31 2.12
2.70
2.12 1.94
3.20
2.52 2.31
3.20
2.52 2.31
3.32
2.62 2.40
3.32
2.62 2.40
2.74
2.16 1.98
2.58
1.86 1.77
2.86
1.87 1.83
2.54
1.66 1.62
2.58
1.86 1.77
2.36
1.85 1.70
2.20
1.73 1.59
2.46
1.93 1.77
2.16
1.70 1.55
2.82
2.22 2.03
2.58
2.02 1.86
2.72
2.14 1.96
5214.02/3,300
2.80
2.19 2.01
3.00
2.36 2.16
2.82
2.22 2.03
2.58
2.02 1.86
2.80
2.19 2.01
3.00
2.36 2.16
2.82
2.22 2.03
2.58
2.02 1.86
2.94
2.32 2.10
2.78
2.18 1.98
2.54
2.00 1.82
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
131
131
C
Extreme Low Power Microcontrollers (Cont.)
C
Memory Size
Timer/
UART
1536
512
18
/3
2 UART
1536
512
24
/3
2 UART
1536
512
24
/3
2 UART
8K
1536
512
24
/3
2 UART
1536
512
24
/3
2 UART
768
256
15
1/3
1 EUSART
768
256
15
1/3
1 EUSART
768
256
15
1/3
1 EUSART
768
256
15
1/3
1 AUSART , 1 EUSART
768
256
15
1/3
1 EUSART
768
256
15
1/3
1 AUSART , 1 EUSART
768
256
15
1/3
1 AUSART , 1 EUSART
768
256
15
1/3
1 AUSART , 1 EUSART
768
—
25
2/3
2 AUSART , 2 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
768
256
25
1/3
1 EUSART
1536
256
25
3/4
2 AUSART , 2 EUSART
1536
256
25
3/4
2 AUSART , 2 EUSART
1536
256
25
3/4
2 AUSART , 2 EUSART
1536
256
25
3/4
2 AUSART , 2 EUSART
1536
256
25
3/4
2 AUSART , 2 EUSART
1536
256
25
3/4
2 AUSART , 2 EUSART
1536
256
25
3/4
2 AUSART , 2 EUSART
1536
256
25
3/4
2 AUSART , 2 EUSART
1536
256
36
3/4
2 AUSART , 2 EUSART
1536
256
36
3/4
2 AUSART , 2 EUSART
1536
256
36
3/4
2 AUSART , 2 EUSART
1536
256
36
3/4
2 AUSART , 2 EUSART
1536
256
36
3/4
2 AUSART , 2 EUSART
1536
256
36
3/4
2 AUSART , 2 EUSART
1536
512
18
/3
2 UART
16K
1536
512
18
/3
2 UART
1536
512
18
/3
2 UART
1536
512
18
/3
2 UART
1536
512
24
/3
2 UART
1536
512
24
/3
2 UART
1536
512
24
/3
2 UART
1536
512
24
/3
2 UART
2048
—
35
/3
1 UART
2048
—
35
/3
1 UART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
32K
1536
256
25
1/3
1 EUSART
1536
256
25
1/3
1 EUSART
1536
256
36
1/3
1 EUSART
1536
256
36
1/3
1 EUSART
1536
256
36
1/3
1 EUSART
1536
256
36
1/3
1 EUSART
1536
256
36
1/3
1 EUSART
† Cut Tape
‡ Tape and Reel
✔NEW!
®
132
132
185 F -40 C
Analog
Int.
I2C™ SPI™ PWM
A/D
Comp.
Osc.
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
2
1 MI C
1
5
9-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
5
9-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
5
9-ch. 10- it
2
16MHz, 32 Hz
1
1
5
9-ch. 10- it
2
16MHz, 31 Hz
1 MI2C
1
5
9-ch. 10- it
2
16MHz, 31 Hz
1 MI2C
1
5
9-ch. 10- it
2
16MHz, 31 Hz
2
1 MI C
1
5
9-ch. 10- it
2
16MHz, 32 Hz
1
1
5
9-ch. 10- it
2
16MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
2 10-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
2 10-ch. 10- it
2
8MHz, 32 Hz
2
1 MI C
1
2 10-ch. 10- it
2
8MHz, 32 Hz
2
1 MI C
1
2 10-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
2 10-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
2 10-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
2 10-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
2 10-ch. 10- it
2
8MHz, 32 Hz
2
2
2 17-ch. 10- it
2
16MHz, 32 Hz
2
2
2 17-ch. 10- it
2
16MHz, 32 Hz
2
2
2 17-ch. 10- it
2
16MHz, 32 Hz
2
2
2 17-ch. 10- it
2
16MHz, 32 Hz
2
2
2 17-ch. 10- it
2
16MHz, 32 Hz
2
2
2 17-ch. 10- it
2
16MHz, 32 Hz
2
2
2 17-ch. 10- it
2
16MHz, 32 Hz
2
2
2 17-ch. 10- it
2
16MHz, 32 Hz
2
2
2 28-ch. 10- it
2
16MHz, 32 Hz
2
2
2 28-ch. 10- it
2
16MHz, 32 Hz
2
2
2 28-ch. 10- it
2
16MHz, 32 Hz
2
2
2 28-ch. 10- it
2
16MHz, 32 Hz
2
2
2 28-ch. 10- it
2
16MHz, 32 Hz
2
2
2 28-ch. 10- it
2
16MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
1
9-ch. 10- it
2
8MHz, 32 Hz
1
1
2 13-ch. 12-bit
2
7.37MHz, 512 Hz
1
1
2 13-ch. 12-bit
2
7.37MHz, 512 Hz
2
2 MI C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2
2 MI C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2
2 MI C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2
2 MI C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2
2 MI C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 10-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 13-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 13-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 13-ch. 10- it
2
8MHz, 32 Hz
2
2 MI C
2
2 13-ch. 10- it
2
8MHz, 32 Hz
2
2 MI C
2
2 13-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 13-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 13-ch. 10- it
2
8MHz, 32 Hz
2 MI2C
2
2 13-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
2
1 MI C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
2
1 MI C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
2
1 MI C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
1 10-ch. 10- it
2
16MHz, 32 Hz
1 MI2C
1
2 13-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
2 13-ch. 10- it
2
8MHz, 32 Hz
1 MI2C
1
2 13-ch. 10- it
2
8MHz, 32 Hz
2
1 MI C
1
2 13-ch. 10- it
2
8MHz, 32 Hz
2
1 MI C
1
2 13-ch. 10- it
2
8MHz, 32 Hz
85 C
Extended -40 F
257 F -40 C 125 C
Clock
Speed
(MHz)
32
32
32
32
32
48
48
48
48
48
48
48
48
48
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
32
32
32
32
32
32
32
32
40
40
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
®
VCC
(V)
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 5.5
1.8 5.5
1.8 3.6
2.0 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 5.5
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 5.5
1.8 5.5
1.8 5.5
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
3.0 3.6
3.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
Oper ating
Temp.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Hi h
Hi h
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Package
20-QFN
28-QFN
28-SOIC
28-DIP
28-SSOP
20-DIP
20-SOIC
20-SSOP
20-QFN
20-DIP
20-SOIC
20-SSOP
20-QFN
28-DIP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-SDIP
28-SDIP
28-SSOP
28-SSOP
28-QFN
28-SOIC
28-SDIP
28-SSOP
28-QFN
28-SOIC
28-SDIP
28-SSOP
44-QFN
40-PDIP
44-TQFP
44-QFN
40-PDIP
44-TQFP
20-DIP
20-SOIC
20-SSOP
20-QFN
28-QFN
28-SOIC
28-DIP
28-SSOP
44-QFN
44-TQFP
28-QFN
28-SOIC
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
44-QFN
44-TQFP
44-QFN
44-TQFP
44-QFN
44-TQFP
44-QFN
44-TQFP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-SDIP
28-SDIP
28-SSOP
28-SSOP
28-SSOP
28-SSOP
44-QFN
44-QFN
40-DIP
40-DIP
44-TQFP
(US2011)
(TZM112.US)
Digi-Key
Part No.
PIC24F08KA101-I/MQ-ND✔
PIC24F08KA102-I/ML-ND
PIC24F08KA102-I/SO-ND
PIC24F08KA102-I/SP-ND
PIC24F08KA102-I/SS-ND
PIC18F14K50-I/P-ND
PIC18F14K50-I/SO-ND
PIC18F14K50-I/SS-ND
PIC18F14K50-I/MQ-ND✔
PIC18LF14K50-I/P-ND
PIC18LF14K50-I/SO-ND
PIC18LF14K50-I/SS-ND
PIC18LF14K50-I/MQ-ND✔
PIC18F24J11-I/SP-ND
PIC18F24K20-E/ML-ND
PIC18F24K20-I/ML-ND
PIC18F24K20-E/SO-ND
PIC18F24K20-I/SO-ND
PIC18F24K20-E/SP-ND
PIC18F24K20-I/SP-ND
PIC18F24K20-E/SS-ND
PIC18F24K20-I/SS-ND
PIC18F25K22-I/ML-ND✔
PIC18F25K22-I/SO-ND✔
PIC18F25K22-I/SP-ND✔
PIC18F25K22-I/SS-ND✔
PIC18LF25K22-I/ML-ND✔
PIC18LF25K22-I/SO-ND✔
PIC18LF25K22-I/SP-ND✔
PIC18LF25K22-I/SS-ND✔
PIC18F45K22-I/ML-ND✔
PIC18F45K22-I/P-ND✔
PIC18F45K22-I/PT-ND✔
PIC18LF45K22-I/ML-ND✔
PIC18LF45K22-I/P-ND✔
PIC18LF45K22-I/PT-ND✔
PIC24F16KA101-I/P-ND
PIC24F16KA101-I/MQ-ND✔
PIC24F16KA102-I/ML-ND
PIC24F16KA102-I/SP-ND
PIC24HJ16GP304-H/ML-ND✔
PIC24HJ16GP304-H/PT-ND✔
PIC18F24J11-I/ML-ND
PIC18F24J11-I/SO-ND
PIC18F24J11-I/SS-ND
PIC18LF24J11-I/ML-ND
PIC18LF24J11-I/SO-ND
PIC18LF24J11-I/SP-ND
PIC18LF24J11-I/SS-ND
PIC18F24J50-I/ML-ND
PIC18F24J50-I/SO-ND
PIC18F24J50-I/SP-ND
PIC18F24J50-I/SS-ND
PIC18F44J11-I/ML-ND
PIC18F44J11-I/PT-ND
PIC18LF44J11-I/PT-ND
PIC18F44J50-I/ML-ND
PIC18F44J50-I/PT-ND
PIC18F25K20-E/ML-ND
PIC18F25K20-I/ML-ND
PIC18F25K20-E/SO-ND
PIC18F25K20-I/SO-ND
PIC18F25K20-E/SP-ND
PIC18F25K20-I/SP-ND
PIC18F25K20-E/SS-ND
PIC18F25K20-I/SS-ND
PIC18F25K20T-I/SSCT-ND†
PIC18F25K20T-I/SSTR-ND‡
PIC18F45K20-E/ML-ND
PIC18F45K20-I/ML-ND
PIC18F45K20-E/P-ND
PIC18F45K20-I/P-ND
PIC18F45K20-E/PT-ND
Price Each
1
10
25
2.74
2.16 1.96
2.88
2.27 2.06
2.70
2.13 1.93
2.94
2.31 2.10
2.66
2.09 1.90
3.04
2.39 2.19
2.98
2.35 2.16
2.66
2.10 1.93
2.82
2.04 1.94
3.18
2.08 2.03
3.12
2.04 1.99
2.80
1.83 1.79
2.82
2.04 1.94
3.18
2.51 2.30
2.72
2.13 1.95
2.48
1.95 1.78
2.56
2.01 1.85
2.34
1.83 1.68
2.82
2.21 2.02
2.58
2.02 1.86
2.52
1.98 1.81
2.28
1.79 1.64
3.04
2.39 2.19
2.90
2.27 2.08
3.14
2.47 2.26
2.84
2.24 2.05
3.04
2.39 2.19
2.90
2.27 2.08
3.14
2.47 2.26
2.84
2.24 2.05
3.46
2.72 2.49
3.56
2.79 2.56
3.32
2.60 2.39
3.46
2.72 2.49
3.56
2.79 2.56
3.32
2.60 2.39
3.06
2.41 2.19
2.88
2.27 2.06
2.66
2.09 1.90
2.86
2.25 2.04
3.00
2.36 2.15
2.82
2.22 2.01
3.04
2.40 2.18
2.78
2.18 1.98
5.74
4.52 4.11
5.62
4.41 4.01
3.14
2.47 2.26
2.94
2.31 2.12
2.88
2.27 2.08
3.14
2.47 2.26
2.94
2.31 2.12
3.18
2.51 2.30
2.88
2.27 2.08
3.50
2.76 2.53
3.30
2.60 2.39
3.54
2.79 2.56
3.26
2.56 2.35
3.50
2.76 2.53
3.30
2.60 2.39
3.54
2.79 2.56
3.26
2.56 2.35
3.62
2.85 2.61
3.40
2.68 2.46
3.62
2.85 2.61
3.40
2.68 2.46
4.00
3.14 2.88
3.78
2.97 2.72
4.00
3.14 2.88
3.78
2.97 2.72
2.84
2.24 2.05
2.60
2.04 1.87
2.70
2.12 1.94
2.46
1.93 1.77
2.94
2.31 2.12
2.70
2.12 1.94
2.66
2.08 1.91
2.40
1.89 1.73
2.77
1.94 1.78
3380.99/2,100
3.26
2.55 2.34
2.98
2.33 2.14
3.36
2.63 2.41
3.06
2.41 2.21
3.10
2.44 2.23
(Continued)
Extreme Low Power Microcontrollers (Cont.)
Memory Size
Timer/
UART
1536
256
36
1/3
1 EUSART
2048
—
21
/3
1 UART
2048
—
21
/3
1 UART
2048
—
21
/3
1 UART
2048
—
21
/3
1 UART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
32K
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
25
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
8192
—
21
/5
2 UART
8192
—
21
/5
2 UART
8192
—
21
/5
2 UART
8192
—
35
/5
2 UART
8192
—
35
/5
2 UART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
21
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
22
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
3800
—
34
2/3
2 AUSART , 2 EUSART
64K
3936
1024
25
1/3
1 EUSART
3936
1024
25
1/3
1 EUSART
3936
1024
25
1/3
1 EUSART
3936
1024
25
1/3
1 EUSART
3936
1024
25
1/3
1 EUSART
3936
1024
25
1/3
1 EUSART
3936
1024
25
1/3
1 EUSART
3936
1024
25
1/3
1 EUSART
3936
1024
36
1/3
1 EUSART
3936
1024
36
1/3
1 EUSART
3936
1024
36
1/3
1 EUSART
3936
1024
36
1/3
1 EUSART
3936
1024
36
1/3
1 EUSART
4096
—
21
/5
2 UART
4096
—
21
/5
2 UART
8192
—
35
5/
2 UART
8192
—
35
5/
2 UART
8192
—
21
/5
2 UART
8192
—
21
/5
2 UART
8192
—
21
/5
2 UART
8192
—
21
/5
2 UART
8192
—
21
/5
2 UART
8192
—
53
/9
2 UART
† Cut Tape
‡ Tape and Reel
✔NEW!
®
185 F -40 C
Analog
I2C™ SPI™ PWM
A/D
Comp.
1 MI2C
1
2 13-ch. 10- it
2
1
1
2 10-ch. 12- it
—
1
1
2 10-ch. 12- it
—
1
1
2 10-ch. 12- it
—
1
1
2 10-ch. 12- it
—
2
2 10-ch. 10- it
2
2 MI2C
2
2
2 10-ch. 10- it
2
2 MI C
2
2
2 10-ch. 10- it
2
2 MI C
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2
2
10-ch 10- it
2
2 MI C
2
2 MI C
2
2 10-ch. 10- it
2
2
2
2 10-ch. 10- it
2
2 MI C
2
2 10-ch. 10- it
2
2 MI2C
2 MI2C
2
2 10-ch. 10- it
2
2
2 10-ch. 10- it
2
2 MI2C
1
1 10-ch. 10- it
2
1 MI2C
2
2 13-ch. 10- it
2
2 MI2C
2
2 13-ch. 10- it
2
2 MI2C
2
2
2 13-ch. 10- it
2
2 MI C
2
2
2 13-ch. 10- it
2
2 MI C
2
2
2 13-ch. 10- it
2
2 MI C
2
2 13-ch. 10- it
2
2 MI2C
2
2 13-ch. 10- it
2
2 MI2C
2
2 13-ch. 10- it
2
2 MI2C
2
2
5 10-ch. 10- it
3
2
2
5 10-ch. 10- it
3
2
2
5 10-ch. 10- it
3
2
2
5 13-ch. 10- it
3
2
2
5 13-ch. 10- it
3
2
2
2 10-ch. 10- it
2
2 MI C
2 MI2C
2
2 10-ch. 10- it
2
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2 MI2C
2
2 10-ch. 10- it
2
2
2 10-ch. 10- it
2
2 MI2C
2
2
2 10-ch. 10- it
2
2 MI C
2
2 MI C
2
2 10-ch. 10- it
2
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2 MI2C
2
2 10-ch. 10- it
2
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2 10-ch. 10- it
2
2 MI2C
2
2
2 13-ch. 10- it
2
2
2
2 13-ch. 10- it
2
2
2
2 13-ch. 10- it
2
1
2 13-ch. 10- it
2
2 MI2C
2 MI2C
2
2 13-ch. 10- it
2
2
2 13-ch. 10- it
2
2 MI2C
2
2 13-ch. 10- it
2
2 MI2C
2 MI2C
2
2 13-ch. 10- it
2
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
2
1
2 10-ch. 10- it
2
1 MI C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1
2 10-ch. 10- it
2
1 MI2C
1 MI2C
1
2 10-ch. 10- it
2
1
2 13-ch. 10- it
2
1 MI2C
1
2 13-ch. 10- it
2
1 MI2C
1 MI2C
1
2 13-ch. 10- it
2
2
1
2 13-ch. 10- it
2
1 MI C
2
1
2 13-ch. 10- it
2
1 MI C
1
2
4 10-ch. 12- it
2
1
2
4 10-ch. 12- it
2
2
2
5 13-ch. 10- it
5
2
2
5 13-ch. 10- it
5
2
2
5
9-ch. 10- it
3
2
2
5
9-ch. 10- it
3
2
2
5 10-ch. 10- it
3
2
2
5 10-ch. 10- it
3
2
2
5 10-ch. 10- it
3
2
2
8 18-ch. 12-bit
—
85 C
Extended -40 F
257 F -40 C 125 C
Clock
Int.
Speed
Osc.
(MHz)
8MHz, 32 Hz
64
7.37MHz, 512 Hz
40
7.37MHz, 512 Hz
40
7.37MHz, 512 Hz
40
7.37MHz, 512 Hz
40
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
16MHz, 32 Hz
64
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
8MHz, 32 Hz
48
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
16MHz, 32 Hz
40
7.37MHz, 512 Hz
40
7.37MHz, 512 Hz
40
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
32
8MHz, 32 Hz
32
7.37MHz, 512 Hz
40
®
VCC
(V)
1.8 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
1.8 3.6
3.0 3.6
3.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
2.0 3.6
3.0 3.6
Oper ating
Temp.
Ind.
Hi h
Hi h
Hi h
Hi h
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ext.
Ind.
Ind.
Hi h
Hi h
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Ind.
Package
44-TQFP
28-QFN
28-SOIC
44-QFN
44-TQFP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
44-QFN
44-TQFP
44-QFN
44-TQFP
44-QFN
44-TQFP
44-QFN
44-TQFP
28-QFN
28-SOIC
28-DIP
44-QFN
44-TQFP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
28-QFN
28-SOIC
28-DIP
28-SSOP
44-QFN
44-QFN
44-TQFP
44-TQFP
44-QFN
44-TQFP
44-QFN
44-TQFP
28-QFN
28-QFN
28-SOIC
28-SOIC
28-DIP
28-DIP
28-SSOP
28-SSOP
44-QFN
44-QFN
40-DIP
40-DIP
44-TQFP
28-QFN
28-SOIC
44-QFN
44-TQFP
28-QFN
28-SOIC
28-QFN
28-SOIC
28-DIP
64-QFN
Digi-Key
Part No.
PIC18F45K20-I/PT-ND
PIC24HJ32GP202-H/MM-ND✔
PIC24HJ32GP202-H/SO-ND✔
PIC24HJ32GP204-H/ML-ND✔
PIC24HJ32GP204-H/PT-ND✔
PIC18F25J50-I/ML-ND
PIC18F25J50-I/SO-ND
PIC18F25J50-I/SP-ND
PIC18F25J50-I/SS-ND
PIC18F25J11-I/ML-ND
PIC18F25J11-I/SO-ND
PIC18F25J11-I/SP-ND
PIC18F25J11-I/SS-ND
PIC18F45J11-I/ML-ND
PIC18F45J11-I/PT-ND
PIC18F45J50-I/ML-ND
PIC18F45J50-I/PT-ND
PIC24FJ32GA102-I/ML-ND✔
PIC24FJ32GA102-I/SO-ND✔
PIC24FJ32GA102-I/SP-ND✔
PIC24FJ32GA104-I/PT-ND✔
PIC18F26J11-I/ML-ND
PIC18F26J11-I/SO-ND
PIC18F26J11-I/SP-ND
PIC18F26J11-I/SS-ND
PIC18F26J50-I/ML-ND
PIC18F26J50-I/SO-ND
PIC18F26J50-I/SP-ND
PIC18F26J50-I/SS-ND
PIC18F46J11-I/ML-ND
PIC18F46J50-I/ML-ND
PIC18F46J50-I/PT-ND
PIC18F46J11-I/PT-ND
PIC18F26K20-E/ML-ND
PIC18F26K20-I/ML-ND
PIC18F26K20-E/SO-ND
PIC18F26K20-I/SO-ND
PIC18F26K20-E/SP-ND
PIC18F26K20-I/SP-ND
PIC18F26K20-E/SS-ND
PIC18F26K20-I/SS-ND
PIC18F46K20-E/ML-ND
PIC18F46K20-I/ML-ND
PIC18F46K20-E/P-ND
PIC18F46K20-I/P-ND
PIC18F46K20-I/PT-ND
PIC24HJ64GP502-H/MM-ND✔
PIC24HJ64GP502-H/SO-ND✔
PIC24FJ64GB002-I/ML-ND✔
PIC24FJ64GB002-I/SO-ND✔
PIC24FJ64GA102-I/SO-ND✔
PIC24FJ64GA102-I/SP-ND✔
PIC24HJ64GP206A-I/MR-ND✔
1
2.82
5.72
5.58
5.94
5.80
3.74
3.54
3.80
3.50
3.74
3.54
3.80
3.50
3.38
3.18
3.42
3.14
3.38
3.18
3.42
3.14
3.86
3.64
3.86
3.64
4.24
4.02
4.24
4.02
4.10
3.90
4.14
4.50
4.28
3.86
3.68
3.92
3.62
4.24
4.04
4.28
4.00
3.86
3.68
3.92
3.62
4.24
4.04
4.28
4.00
4.36
4.72
4.50
4.14
4.36
4.14
4.72
4.50
3.38
3.10
3.24
2.94
3.48
3.20
3.20
2.90
3.66
3.34
3.76
3.44
3.20
7.86
7.72
5.22
5.00
5.20
5.00
4.84
4.64
4.88
6.08
Price Each
10
25
2.22 2.03
4.50 4.08
4.39 3.99
4.67 4.24
4.56 4.14
2.95 2.70
2.79 2.56
2.99 2.74
2.76 2.53
2.95 2.70
2.79 2.56
2.99 2.74
2.76 2.53
2.66 2.44
2.51 2.30
2.70 2.47
2.47 2.26
2.66 2.44
2.51 2.30
2.70 2.47
2.47 2.26
3.05 2.79
2.87 2.63
3.05 2.79
2.87 2.63
3.33 3.06
3.16 2.90
3.33 3.06
3.16 2.90
3.22 2.95
3.06 2.81
3.26 2.99
3.53 3.23
3.35 3.07
3.05 2.79
2.89 2.65
3.08 2.83
2.85 2.61
3.33 3.06
3.18 2.92
3.37 3.09
3.14 2.88
3.05 2.79
2.89 2.65
3.08 2.83
2.85 2.61
3.33 3.06
3.18 2.92
3.37 3.09
3.14 2.88
3.43 3.14
3.72 3.41
3.55 3.25
3.26 2.99
3.43 3.14
3.26 2.99
3.72 3.41
3.55 3.25
2.66 2.44
2.43 2.23
2.54 2.33
2.31 2.12
2.74 2.51
2.51 2.30
2.51 2.30
2.27 2.08
2.87 2.63
2.62 2.40
2.95 2.70
2.70 2.47
2.51 2.30
6.17 5.66
6.05 5.55
4.11 3.76
3.93 3.60
4.09 3.75
3.93 3.60
3.80 3.48
3.64 3.34
3.84 3.52
4.78 4.38
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
133
133
C
Programmers, In-Circuit Debuggers, and In-Circuit Emulators
Digi-Key
Part No.
DV164035-ND
DV164120-ND
DV164121-ND
DV164131-ND
DV164132-ND◆✔
DV003001-ND
DV007004-ND
PG164120-ND
PG164130-ND◆✔
ICE2000-ND
Accessories
PIC10F Cap Touch Demo Board
AC103003-ND
PIC10F Ho y Kit
AC163021-ND
SOT23-6 Adapter
AC163020-ND
ICSP Ca le or MPLAB PM3
AC002021-ND
Power Supply
AC162039-ND
Power Supply with Cable
AC162048-ND
SOT23-6 to 8-DIP Adapter
AC163020-2-ND
PICDEM
2.46GHz Dau hter Card
AC163027-4-ND
Jumper Wire Kit Multi Color 5
AC163029-ND
RJ-11 to ICSP Adapter
AC164110-ND
PM3 ICSP to RJ-11 Adapter
AC164111-ND
ENA Networ Analyzer
DM183023-ND
PIC16F/PIC24F Evaluation Kit
DM183026-ND
PICDEM Inductive Touch
DM183027-ND◆✔
Development Kit
Price
Each
189.99
49.99
49.99
69.99
69.99
199.99
895.00
34.99
44.95
1000.00
Description
ICD3 In-Circuit De u er
PIC it 2 Starter Kit
PIC it 2 De u Express
PIC it 3 De u Express
F1 Evaluation Kit
PICSTART PLUS
PM3
PIC it 2 MCU Pro rammer
PIC it 3 In-Circuit De u er
ICE 2000 POD
C
KEELOQ 3 Development Kit
Demo Board LCD GPIO
PIC16F1937 Plu -in Module
PIC18F25J1028L
PIC18LF25J1028L
PIC18F45J10 44L
PIC18LF45J10 44L
PIC18F87J10
PICDEM HPC Blan
PIC18F85J11 PIM or HPC
PICDEM LCD 2 PIM Pac
PIC18F87J50 Full Speed USB
PIC18F85J90 PIM
PIC18F46J11 PIM
PIC18F46J50 Full Speed USB PIM
PIC18F87J90 PIM
PIC18F45K20 Module Plu -in 44-pin TQFP
PIC24F 100P to 100P TQFP
Plug-in Module
PIC24H 100P
PIC24 44P PIM
PIC24 100P PIM - OTG
General Purpose PIM or 24F256GA
PIC24HJ128GP504 100 PIN PIM
PIC24HJ Graphics Plu -in Module
PIC24F16KA102 PIM
dsPIC30F 80L
dsPIC30F 80L
dsPICDEM 80-PIN
134
134
69.99
DM303007-ND
GPIODM-KPLCD-ND
MA160012-ND◆✔
MA180011-ND
MA180012-ND
MA180013-ND
MA180014-ND
MA180015-ND
MA180016-ND
MA180018-ND
MA180019-ND
MA180021-ND
MA180022-ND
MA180023-ND
MA180024-ND
MA180025-ND
MA180026-ND◆✔
159.99
55.00
25.00
25.00
25.00
25.00
25.00
25.00
18.00
25.00
40.00
40.00
25.00
25.00
45.00
25.00
25.00
MA240011-ND◆✔
25.00
MA240012-ND
MA240013-ND
MA240014-ND
MA240015-ND
MA240016-ND
MA240016-2-ND◆✔
MA240017-ND
MA300014-ND
MA300015-ND
MA300016-ND
25.00
25.00
25.00
25.00
25.00
25.00
25.00
25.00
25.00
25.00
Processor Modules
Digi-Key
Part No.
PCM12XA0-ND
PCM12XC0-ND◆
PCM16XA0-ND
PCM16XB1-ND
PCM16XC0-ND
PCM16XD0-ND
PCM16XF0-ND
PCM16XG0-ND
PCM16XH1-ND◆
PCM16XH2-ND◆
PCM16XJ0-ND
PCM16XK1-ND◆
PCM16XL0-ND
PCM16XN0-ND
PCM16XP1-ND◆
PCM16XQ1-ND
PCM16XR0-ND
PCM16XR1-ND
PCM16XT0-ND
PCM16XV0-ND
PCM16XW0-ND
PCM16YB0-ND
PCM16YC0-ND
PCM16YD0-ND
PCM16YE0-ND
PCM16YF0-ND
PCM16YG0-ND
PCM16YH0-ND
PCM16YJ0-ND
PCM16YK0-ND
PCM16YM0-ND
PCM16YN0-ND
PCM16YP0-ND
PCM16YQ0-ND
PCM16YR0-ND◆
PCM18XD1-ND
PCM18XJ1-ND
PCM18XK1-ND
PCM18XN1-ND◆
PCM18XP1-ND◆
PCM18XQ0-ND
PCM18XQ1-ND◆
11.00
12.00
45.00
21.00
24.00
29.99
60.00
39.99
8.99
9.99
18.00
129.99
84.95
Price
Each
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
445.00
Digi-Key
Price
Description
Part No.
Each
PIC32 100P PIM
MA320001-ND
25.00
PIC32 100P PIM - OTG
MA320002-ND
25.00
dsPIC33F GP 100P
MA330011-ND
25.00
dsPIC33F GP 84P
MA330012-ND
25.00
dsPIC33F MC 100P
MA330013-ND
25.00
dsPIC33 MC 100P
MA330014-ND
25.00
dsPIC33 GP 100P
MA330015-ND
25.00
dsPIC33 GP 100P
MA330016-ND
25.00
dsPIC33 MC 100P
MA330017-ND
25.00
PIM DSPIC33F GP 44P 100P QFN
MA330018-ND
25.00
PIM DSPIC33F MC 44P 100P QFN
MA330019-ND
25.00
dsPIC33F Graphics Plu -in Module
MA330019-2-ND◆✔
25.00
dsPIC33F Module Plu -In 44-QFN
MA330020-ND
25.00
PIC32 Module Plu -In CAN USB
MA320003-ND◆✔
25.00
PIC24FJ64GB004 Module Plu -In
MA240019-ND◆✔
25.00
Module Plu -In
MA240020-ND◆✔
25.00
Evaluation Board 8-SOIC
SOIC8EV-ND
10.00
Ca le Ta -Connect In-Circuit Le
TC2030-MCP-ND◆✔
33.70
Barte Explorer 16 Prototypin
TPDPTB1-ND◆✔
146.25
Extension Board, Model PTB1
MPLAB® ICD2 Accessories — RoHS Compliant
Universal Programming Module
AC162049-ND
39.99
28/40-Pin MPLAB ICD2 Header
AC162051-ND
19.99
AC162079-ND
50.00
AC162083-ND
35.00
AC162087-ND
50.00
MPLAB ICD2 VPP Volta e Limiter
AC164112-ND
9.99
MPLAB PM3 Programming Adapter
AC164114-ND✔
29.99
ICD2 Header Interfaces
ICD2 Header or PIC12F629/675
AC162050-ND
25.00
ICD2 Header or PIC16F630/676
AC162052-ND
25.00
ICD2 Header or PIC16F627A/628A/648A AC162053-ND
35.00
ICD2 Header or PIC16F716
AC162054-ND
35.00
AC162055-ND
25.00
AC162056-ND
25.00
ICD2 Header or PIC12F635, PIC16F636 AC162057-ND
25.00
AC162058-ND
25.00
ICD2 Header or PIC10F,
AC162059-ND
25.00
PIC12F508/9, PIC16F505
ICD2 Header or PIC16F785/HV785
AC162060-ND
35.00
ICD2 Header or PIC16F631/
AC162061-ND
35.00
677/685/687/689/690
ICD2 Header or PIC18Fx5J1x
AC162062-ND
50.00
MPLAB ICD2, 64/80/100
AC162064-ND
35.00
AC162066-ND
35.00
ICD2 Header PIC18F45J10
AC162067-ND
35.00
ICD2 Bread oard Ca le
AC162069-ND
14.99
ICD2 Header or PIC10F, PIC12F508/9
AC162070-ND
25.00
ICD2 Header or PIC18F45J10
AC162074-ND
25.00
ICD2 14/28P Header Inter ace
AC162078-ND
50.00
MPLAB ICD2 28P Header 24FJ64GA004 AC162088-ND
50.00
MPLAB ICD2 8/14L Header PIC16F526
AC162096-ND
25.00
Processor Extension PAK or
AC244022-ND
70.00
24FJ128GA010-ICE
MPLAB® ICE 2000 Accessories
ICE 2000 Power Supply
ACICE0103-ND
50.00
ICE 2000 Lo ic Pro es
ACICE0104-ND
60.00
Digi-Key
Part No.
PCM18XR1-ND◆
PCM18XT0-ND
PMF18WJ1-ND◆
PCM18XQ2-ND◆
◆ RoHS Compliant
Price
Each
445.00
445.00
595.00
445.00
Device Adapters
Digi-Key
Part No.
DVA1001-ND◆
DVA1003-ND◆
DVA1006-ND◆
DVA12XP081-ND
DVA16PQ441-ND
DVA16PQ640-ND
DVA16XL441-ND
DVA16XL680-ND
DVA16XP140-ND
DVA16XP141-ND
DVA16XP180-ND
DVA16XP182-ND
DVA16XP183-ND
DVA16XP185-ND
DVA16XP200-ND
DVA16XP201-ND
DVA16XP202-ND
DVA16XP280-ND
DVA16XP282-ND◆
DVA17PQ441-ND
DVA17PQ801-ND
DVA17XL441-ND
DVA17XL841-ND
DVA17XP401-ND
DVA18PQ440-ND◆
DVA18PQ640-ND
DVA18PQ800-ND
DVA18PQ802-ND
DVA18XL680-ND
DVA18XL840-ND
DVA18XP180-ND◆
DVA18XP280-ND
DVA18XP400-ND◆
◆ RoHS Compliant
Price
Each
125.00
125.00
125.00
125.00
225.00
225.00
165.00
225.00
125.00
125.00
125.00
165.00
165.00
165.00
165.00
165.00
165.00
125.00
165.00
225.00
225.00
165.00
165.00
125.00
225.00
225.00
225.00
225.00
225.00
225.00
165.00
165.00
165.00
Digi-Key
Description
Part No.
ICE 2000 Parallel Ca le
ACICE0105-ND
ICE 2000 Tripod
ACICE0106-ND
ICE 2000 Flex Ca le
ACICE0107-ND
ICE 2000 USB Parallel Adapter
ACICE0108-ND
MPLAB® ICE 4000 Accessories
Adapter Plu , 20P, 300 mil.
ACICE0203-ND
ACICE0204-ND
ACICE0205-ND
ACICE0206-ND
PICSTART® Accessories — RoHS Compliant
28-QFN Adapter
AC164031-ND
8-DFN Adapter
AC164032-ND
28-QFN Adapter
AC164033-ND
PICSTART Firmware Module
UK003010-ND
PICkit™ Accessories
PIC it 1 Firmware Up rade Kit
UK164101-ND
r PIC TX Module 433.92 MHz
AC164101-ND
r PIC TX Module 315 MHz
AC164102-ND
r RXD RCVR Module 315 MHz
AC164104-ND
PICtail Dau hter Board
AC164120-ND
AC164121-ND
AC164122-ND
Ethernet PICtail Dau hter Board
AC164123-ND
AC164124-ND
Speech Play Bac PICtail
AC164125-ND
PICtail Plus Prototype Dau hter Board AC164126-ND
PICtail Plus Dau hter Board with 3.2
AC164127-3-ND
Display Kit
PICtail Graphic Display
AC164127-4-ND
Truly 3.2 240x320 Board
PICtail Plus SSD1926 Board
AC164127-5-ND
Motor Control Inter ace PICtail
AC164128-ND
Plus Daughter Board
PICtail Plus USB Dau hter Board
AC164131-ND
Board Dau hter DSPIC Pictail Plus
AC164133-ND
PICtail /PICtail Plus Dau hter Board
AC164134-1-ND◆✔
PICtail Plus Dau hter Board
AC164135-ND
Serial EEPROM PIM PICtail Pac
AC243003-ND
PIC it Serial I2C Demo Board
PKSERIAL-I2C1-ND
PIC it Serial SPI Demo Board
PKSERIAL-SPI1-ND
REAL ICE™ Accessories — RoHS Compliant
MPLAB REAL ICE ICSP Driver Board
AC244001-ND
REAL ICE Per ormance Pa
AC244002-ND
MPLAB REAL ICE Loop ac Test Board AC244003-ND
MPLAB REAL ICE Isolator
AC244005-ND✔
MPLAB REAL ICE AC Isolation Kit
AC244005-2-ND✔
REAL ICE Pro e Kit
DV244005-ND
REAL ICE Trace Kit
AC244006-ND
REAL ICE Processor Extension Pa
AC244023-ND
REAL ICE Processor Extension Pak
AC244024-ND✔
or PIC18LFxK50
REAL ICE Processor Extension Pak
AC244028-ND✔
or PIC24F16KA102 and PIC24F04KA201
◆ RoHS Compliant ✔NEW!
Transition Sockets
Digi-Key
Part No.
XLT06SOT-ND◆
XLT08DFN2-ND
XLT08SN-1-ND
XLT08SO-1-ND
XLT14SO-1-ND
XLT14SS-1-ND
XLT16QFN1-ND
XLT18SO-1-ND
XLT20QFN-1-ND◆
XLT20SO1-1-ND◆
XLT20SS-1-ND
XLT20SS1-1-ND◆
XLT28QFN3-ND
XLT28QFN4-ND
XLT28SO-1-ND
XLT28SS2-1-ND◆
XLT44L2-ND
XLT44PT3-ND◆
XLT44QFN2-ND
XLT44QFN3-ND
XLT44QFN4-ND
XLT44QFN5-ND
XLT64PT3-ND
XLT64PT5-ND◆
XLT80PT3-ND◆
Price
Each
18.00
75.00
75.00
75.00
125.00
125.00
40.00
125.00
175.00
125.00
125.00
125.00
175.00
40.00
125.00
125.00
175.00
225.00
175.00
125.00
125.00
125.00
125.00
225.00
250.00
◆ RoHS Compliant
Socket Modules
Digi-Key
Part No.
AC002012-ND
AC002013-ND◆
AC163022-ND
AC164014-ND
AC164022-ND
AC164023-ND
AC164028-ND
AC164029-ND
AC164030-ND
AC164035-ND◆
Price
Each
33.00
50.00
60.00
159.99
159.99
159.99
159.99
159.99
159.99
159.99
(US2011)
(TZM112.US)
Digi-Key
Part No.
AC164036-ND
AC164038-ND
AC164301-ND◆
AC164302-ND◆
AC164303-ND◆
AC164305-ND◆
AC164306-ND◆
AC164307-ND◆
AC164308-ND
AC164309-ND◆
AC164310-ND
AC164311-ND
AC164312-ND◆
AC164313-ND
AC164317-ND
AC164321-ND◆
AC164322-ND◆
AC164323-ND
AC164324-ND◆
AC164325-ND
AC164326-ND◆
AC164327-ND◆
AC164328-ND
AC164329-ND◆
AC164331-ND◆
AC164332-ND
AC164333-ND◆
AC164338-ND◆
AC164339-ND◆
AC164335-ND
AC164336-ND
AC164337-ND
AC164340-ND◆
AC164341-ND◆
AC164350-ND◆
AC30F001-ND
AC30F002-ND
AC30F003-ND
AC30F004-ND
AC30F005-ND
AC164334-ND◆ NEW!
AC164342-ND◆ NEW!
AC164343-ND◆ NEW!
AC164348-ND◆ NEW!
AC164349-ND◆ NEW!
◆ RoHS Compliant
Price
Each
159.99
159.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
189.99
289.99
189.99
189.99
189.99
289.99
189.99
189.99
189.99
129.99
159.99
159.99
159.99
189.99
189.99
189.99
209.99
189.99
189.99
189.99
Price
Each
40.00
30.00
55.00
99.99
20.00
30.00
30.00
40.00
159.99
159.99
159.99
29.99
5.00
30.00
30.00
25.00
25.00
39.99
37.99
39.99
25.00
45.00
20.00
154.99
99.99
69.99
125.00
60.00
89.99
24.99
49.99
35.00
25.00
35.00
70.00
159.98
9.99
299.99
429.99
499.98
79.99
50.00
50.00
50.00
Demo Kits
Description
PICDEM CAN-LIN 2
PICDEM 4
PICDEM CAN-LIN 3
PICDEM 2 Plus
PICDEM 2 Demo Board
PICDEM FS USB Demo Board
Low-Power Solutions Demo Board
PICDEM
2.4GHz
PICDEM Mechatronics Demo Kit
PICDEM LCD 2 Demo Board
PICDEM La Development Kit
PICDEM LCD Dau hter Board
Expl 18F87J11 Plu -In Module
PIC it 2, Starter Kit
PIC it 2, 44-Pin Demo Board
PIC it 2, 64/80-Pin Demo Board
PICDEM System Mana ement
PICDEM Touch Sense 1 Kit
USB Development Kit
PICDEM MC LV Dev. Board
PIC18FXX22 64/80-Pin
TQFP Demo Board
Explorer 16 Development Board
Explorer 16 Development Board
dsPICDEM™ Development Board
dsPICDEM 2 Development Board
dsPICDEM™ MCSM Dev. Board
dsPICDEM 80P Starter
dsPICDEM MC1
dsPICDEM 1.1 Plus GP
Demo Board
16-Bit, 28-Pin Demo Board
PIC32MX Starter Kit
dsPICDEM SMPS
BUCK Demo Board
PIC it 1
Digi-Key
Part No.
DM163011-ND
DM163014-ND
DM163015-ND
DM163022-ND
DM163024-ND
DM163025-ND
DM163026-ND
DM163027-5-ND
DM163029-ND
DM163030-ND
DM163035-ND
MA160011-ND
MA180020-ND
DM164120-1-ND
DM164120-2-ND
DM164120-3-ND
DM164120-4-ND
DM164120-5-ND
DM164123-ND
DM164125-ND
DM164127-ND
DM183021-ND
Price
Each
199.99
129.99
199.99
99.99
165.00
59.99
129.99
269.99
149.99
125.00
124.99
29.99
25.00
23.99
23.99
24.99
23.99
35.00
110.00
139.99
39.99
99.99
DM183022-ND
DM240001-ND
DM240002-ND
DM330022-ND◆✔
DM300018-ND
DV330021-ND◆✔
DM300019-ND
DM300020-ND
59.99
129.99
129.99
129.99
99.99
150.00
79.99
300.00
DM300024-ND
DM300027-ND
DM320001-ND
299.99
79.99
49.99
DM300023-ND
DV164101-ND
149.99
36.00
Breakout and
Evaluation Boards
Description
r PIC Kit 1
PIC it 2, 20-Pin Demo Kit
XLP 16- it Ener y Harvestin
Development Kit
PIC18 Development Kit
PICtail Humidity
Sensor Demo Board
PICtail Plus Module
PIC32 Demo Board
Graphics Display Powertip Board
PICtail Plus Dau hter Card
PICtail Plus Card 2.4GHz
eroG PICtail Plus Dau hter Board
MRF49XA PICtail
Plus Daughter Board
MRF49XA PICtail
Plus Daugher Board
PIC32 Expansion Board
MPLAB® Starter Kit or
PIC18F MCU
PIC32 USB Starter Kit II
PIC32 Ethernet Starter Kit
dsPIC Starter Kit
PIC18F4XK20 Starter Kit
SRL MEM Starter Kit
UNI/O Bus Parasitic Power
Demo Board
24V 3-Phase Brushless DC
Motor with Encoder
PIC32 Starter Board to Explorer
16 PIM Adapter
Ref. Design, Automotive Lighting
PICDEM Touch Sense 2 Dev. Kit
PICDEM 18 Explorer
Demo Board
Internet Radio Demo Board
MPLAB Starter Kit or PIC24F
MPLAB Starter Kit or PIC24H
dsPICDEM MCLV Dev. Board
Evaluation Board Voltage Regulator
ICD3 Eval. Kit with PICDEM 2 Plus
ICD3 Eval. Kit with Explorer 16
LIN Serial Analyzer
PIC16LF1937 PIC it™ Eval Board
Digi-Key
Part No.
DV164102-ND
DV164126-ND
Price
Each
135.00
59.98
DV164133-ND◆✔
195.00
DV164136-ND◆✔
165.00
PIC16F690DM-PCTLHS-ND
MRF24J40MA-I/RM-ND
DM320003-ND
AC164127-6-ND◆✔
AC164127-ND
AC164129-ND
AC164130-ND
AC164132-ND◆✔
AC164134-ND
AC164136-2-ND◆✔
50.00
9.95
55.00
115.00
135.00
80.00
45.00
49.99
18.95
59.99
AC164137-1-ND◆✔
39.99
AC164137-2-ND◆✔
39.99
DM320002-ND
72.00
DM180021-ND ✔
59.98
DM320003-2-ND◆✔
DM320004-ND◆✔
DM330011-ND
DM164124-ND
DV243003-ND
55.00
72.00
59.98
99.80
79.98
AC243004-ND◆✔
20.00
AC300022-ND
160.00
AC320002-ND
APGRD004-ND
30.00
30.00
DM164128-ND
99.99
DM183032-ND
DM183033-ND
DM240011-ND
DM240021-ND
DM330021-ND
SOT223-5EV-VREG-ND
DV164036-ND◆✔
DV164037-ND◆✔
APGDT001-ND◆✔
DM164130-1-ND◆✔
99.99
99.99
59.98
59.98
150.00
35.00
229.99
299.99
64.95
39.99
Price
Each
59.99
650.00
80.00
SC70EV-ND◆✔
9.99
TC2030-MCP-NL-ND◆✔
TDKE 915-ND◆✔
33.70
270.00
TO263-5EV-VREG-ND◆✔
30.00
TSB8BITDB-ND◆✔
16.88
TSSOP20EV-ND◆✔
9.99
Software
Description
C18 C Compiler
C30 C Compiler
MPLAB C Compiler or dsPIC DSCs
MPLAB C Compiler or PIC24 MCUs
C32 C Compiler
XTEA Battery Authentication
ENA Networ Analyzer So tware
Visual FilterLab®
Digital Filter Design Lite
Soft Modem
Speech Recognition Library
Noise Suppression Library
Symmetric Key Encryption Li rary
Asymmetric Key Encryption Li rary
Acoustic Echo Cancellation Library
Speech Encodin /Decodin Li rary
Line Echo Cancellation Library
HI-TECH PICC STD Compiler
PICC Enterprise
PICC-18 PRO
HI-TECH PICC-18 STD Compiler
DSPIC/PIPC24
HI-TECH C PRO or PIC10/12/16 MCU
Family ANSI C Compiler v9.60PL5
HI-TECH C PRO or the PIC32
MCU Family
HI-TECH C Compiler or PIC32 MCUs
HIDma er FS
TCPmaker PRO
PICtail Plus 2.4GHz RF Card
Digi-Key
Part No.
SW006011-ND
SW006012-ND
SW006013-ND
SW006014-ND
SW006015-ND
SW163051-ND
SW183052-ND
SW300001-ND
SW300001-LT-ND
SW300003-EVAL-ND
SW300010-EVAL-ND
SW300040-EVAL-ND
SW300050-EVAL-ND
SW300055-EVAL-ND
SW300060-EVAL-ND
SW300070-EVAL-ND
SW300080-EVAL-ND
SW500005-ND
SW500006-ND
SW500007-ND
SW500008-ND
SW500009-ND
Price
Each
495.00
895.00
495.00
495.00
895.00
5.00
5.00
249.99
29.99
5.00
5.00
5.00
5.00
5.00
5.00
5.00
5.00
495.00
3795.00
1195.00
495.00
895.00
SW500010-ND
1195.00
SW500011-ND
SW500012-ND◆✔
SW500050-ND ✔
SW500052-ND ✔
AC164134-2-ND ✔
1495.00
895.00
674.95
427.45
29.99
Digi-Key
Part No.
876-1000-ND
876-1001-ND
876-1002-ND
876-1003-ND
876-1004-ND
906-1000-ND NEW!
Description
PIC32 Brea out Board
DSPIC33 Brea out Board
ADXL335 Evaluation Board
LM3406 LED Driver Evaluation Board
PIC24 Brea out Board
DVI/VGA L137 Adapter Board
Digi-Key
Part No.
DM240311-ND◆✔
DM330023-ND◆✔
MCP3909EV-MCU16-ND◆✔
Description
PIC24F16KA102 XLP Dev. Board
DSPICDEM MCHV Dev. Board
MCP3909 ADC Evaluation Board
SC70-6 and SOT-23-6/8 to DIP-8
Evaluation Board
MPLAB ICD 2 Bread oard Ca le
EZLink™ Development Kit
TO-220-5/TO263-5 Volta e
Regulator Evaluation Board
SchmartModule 8-bit Dev. Board
20-pin TSSOP and SSOP
Evaluation Board
Price
Each
30.00
40.00
20.00
25.00
40.00
40.00
Mfg.
Part No.
DKSB1000C
DKSB1001B
DKSB1002A
DKSB1003A
DKSB1011A
DKSB1007A
Microcontrollers with Firmware
Description
TEAclipper/PIC Pro rammer, Hi h-Volta e
TEAclipper/PIC Pro rammer, Low-Volta e
TEAlea -USB IC Encryption Key, 28-DIL
TEAlea -USB IC Encryption Key, 20-SSOP
TEAlea -USB IC Encryption Key
USB-232 IC USB Asynchronous Serial UART, 28-DIL
USB-232 IC Asynchronous Serial UART, 20-SSOP
USB-SPI IC USB Synchronous Serial SPI, 28-DIL
USB-SPI IC USB Synchronous Serial SPI, 20-SSOP
USB-I2C IC USB Synchronous Serial I2C, 28-DIL
USB-I2C IC USB Synchronous Serial I2C, 20-SSOP
Digi-Key
Part No.
658-1027-5-ND
658-1028-5-ND
658-1029-5-ND
658-1030-5-ND
658-1031-5-ND
658-1032-5-ND
658-1033-5-ND
658-1034-5-ND
658-1035-5-ND
658-1036-5-ND
658-1037-5-ND
Price
Each
34.02
25.11
9.76
7.68
33.75
8.16
6.24
10.24
6.24
10.24
6.24
FlexiPanel
Part No.
TEACLIPPER-PIC-HV-PT
TEACLIPPER-PIC-LV-PT
TEALEAF-USB-DIL
TEALEAF-USB-SS
TEALEAF-USB
USB-232-DIL
USB-232-SS
USB-SPI-DIL
USB-SPI-SS
USB-I2C-DIL
USB-I2C-SS
Description
expandIO-USB IC USB I/O Expander, 28-DIL
expandIO-USB IC USB I/O Expander, 44-TQFP
expandIO-USB IC USB I/O Expander, 20-SSOP
USB-DAQ IC System Data Lo er, 28-DIL
USB-DAQ IC System Data Lo er, 20-SSOP
USB-FileSys IC System USB FAT File, 28-DIL
USB-FileSys IC System USB FAT File, 20-SSOP
USB Evaluation Board
AccessTouch Touch Sensitive Keyed Access IC
Controller, 20-SSOP
AccessTouch Evaluation Board
C-Compilers and Debuggers
C-Compiler for PICmicro® MCUs: C-Compiler or 12Bit, 14Bit and PIC18 PICmicro MCUs. This Inte rated C Development Environment ives developers the capa ility to
produce e icient code rom an easily maintaina le hi h level lan ua e. With ull standard C compati ility, a ull eatured Windows IDE with uilt-in unctions and example
pro rams, you will e a le to develop em edded solutions or the ull line o PICmicro MCUs. ICD-S40: This ICD unit communicates to the PC and the de u in
so tware over an RS232 connection and operates at a 40MHz cloc re uency resultin in uic de u times RS232 serial ca le included . The ICD-S40 is powered
rom the tar et oard. The tar et oard needs to supply 5 volts to the ICD. The ICD-U64 connects to your PC via a USB port and can power your tar et oard. The ICD is
powered rom The USB Bus Power a oard at 5.0V y closin the umper near the ICD ac inside the unit The unit must e opened
Description
C-Compiler PCWH
C-Compiler or 12 it PIC s PCB
C-Compiler or 14 it PIC s PCM
C-Compiler or PIC18 PCH
C-Compiler or 12-14 it PIC s PCW
In-Circuit De u er ICD-S40 Serial
Digi-Key
Part No.
429-1000-ND
429-1001-ND
429-1002-ND
429-1003-ND
429-1004-ND
429-1005-ND
Price
Each
500.00
50.00
150.00
200.00
350.00
75.00
Description
In-Circuit De u er ICD-U64 USB
C-Compiler or MCU DSPIC
C-Compiler or MCU DSPIC with IDE
C-Compiler PCWHD
PIC Hi-Speed Mach X Pro rammer
Digi-Key
Part No.
429-1012-ND
429-1007-ND
429-1008-ND
429-1009-ND
429-1013-ND NEW!
Price
Each
75.00
250.00
350.00
600.00
199.00
CCS Wireless-Ember ZigBee™ Edition Development Kit Includes: Two sensor oards with PIC16LF886 processor chips and EM260 modules One base
station oard with PIC18LF4620 processor chip and EM260 module Carrying Case Exercise Booklet and Ember Documentation In-Circuit De u er/
Programmer DC Adapters 9VDC
Serial PC to Prototyping Board Cable Modular Ca le ICD to Prototypin Board
USB or serial PC to ICD ca le
Two 9V atteries
429-1011-ND
Wireless-Ember Zigbee Kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $724.00
Digi-Key
Part No.
658-1038-5-ND
658-1039-5-ND
658-1040-5-ND
658-1041-5-ND
658-1042-5-ND
658-1043-5-ND
658-1044-5-ND
658-1045-5-ND
Price
Each
11.12
10.72
6.24
14.24
10.24
14.24
10.24
27.00
658-1046-5-ND
658-1047-5-ND
11.68
125.00
Feature Comparison
Command Line Compiler
Built-in Functions
Example Programs
Device Drivers
MPLAB Inter ace
Windows IDE
C Aware Editor
New Pro ect Wizard
Debugger
Device Selector/Editor
Call Tree and Memory Map
Statistics
Special Viewers
Serial Port Utility
12bit Support
14bit Support
PIC18 Support
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
FlexiPanel
Part No.
EXPANDIO-USB-FS-DIL-28
EXPANDIO-USB-PT-FS
EXPANDIO-USB-SS
USB-DAQ-DIL
USB-DAQ-SS
USB-FILES S-DIL
USB-FILES S-SS
USB-EVAL
ACCESS-TOUCH-SS
ACCESS-TOUCH-EVAL
PCB
√
√
√
√
√
PCM
√
√
√
√
√
PCH
√
√
√
√
√
√
√
√
√
√
PCW
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
(US2011)
(TZM112.US)
PCWH
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
135
135
C
PicBasic Pro Compiler
PicBasic Pro Compiler . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $249.95
LAB-X1 Experimenter Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $199.95
the latest
updates
our
from
Download
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Lattice
Price
Each
Advanced 14 Bit Family
CVM04F-ND
141.60
Module with Data Breakpoints
PIC16C5X Family Module
CVM5XF-ND
106.20
Member Module
PIC16C55X/62X/CE62X
CVM001M-ND
141.60
PIC12C508/509
CVM50XM-ND
53.10
PIC16C50X/CE51X/16C505
CVM5XXM-ND
70.80
PIC12C671/672
CVM67XM-ND†
70.80
PIC16C5X
CVM5XM-ND
35.40
PIC16C554/556/558
CVM55XM-ND
70.80
PIC16C61
CVM61M-ND
70.80
PIC16C62X
CVM62XM-ND
70.80
PIC16C62X/61/71/84
CVM6/8M-ND
141.60
PIC16C641/642/661/662
CVM66XM-ND
141.60
PIC16C715
CVM715M-ND
70.80
PIC16C70,71,710,711
CVM711M-ND
70.80
PIC16C62-65/72-74
CVM7XM-ND
141.60
PIC16C66/67/76/77
CVM77M-ND
141.60
PIC16C773,774
CVM77XM-ND
141.60
PIC16F627/628
CVMF628M-ND
141.60
PIC16F873,874,876,877
CVM87XAM-ND
141.60
PIC16F73/F74/F76/F77
CVMF77M-ND
141.60
PIC16F870/F871
CVM871M-ND
141.60
Trace Buffer and Timing Module
Mathias Timing Module
CVMT1-ND
92.04
Mathias Trace Buffer
CVMT2-ND
191.16
and Timing Module
Kit Module
Firmware/Lo ic Field
CVM1-FWL-ND‡
38.94
Up rade Kit
Adapter
PIC16C712C716
ADP716-ND§
24.78
TechTools
Part No.
CVM04F
CVM5XF
CVM001M
CVM50XM
CVM5XXM
CVM67XM
CVM5XM
CVM55XM
CVM61M
CVM62XM
CVM6/8M
CVM66XM
CVM715M
CVM711M
CVM7XM
CVM77M
CVM77XM
CVMF628M
CVM87XM
CVMF77M
CVM871M
CVMT1
CVMT2
CVM1-FWL
ADP716
† Re uires the CVM03F Family Module § Re uires Mem er Module CVM77M
‡ For use with TDE 4.0 so tware eatures o Stac Viewin , Varia le Trace
Size, aster Step-out unction and aster Re ister Window Updates. Contains
firmware V2.2 and UC13 Ver C.
Features
Real-Time Emulation
Device Emulated
Runs Under MPLAB
Source Level Debug
C Source Level De u
Real Time Trace
Time Stamp
Freeze Mode
Break Points
Stack Breaks
WDT Breaks
Stack View
Custom Watch
Assembler Support
Communications
ICEPIC
ICEPIC2
32 Hz 20MHz 32 Hz 33MHz
12C, 16C
12C, 16C, 17C
es
es
es
es
es
es
No
es
es
es
es
es
Unlimited
Unlimited
es
es
es
es
es
es
es
es
MPASM
MPASM
RS-232 C
RS-232 C
ICEPIC3
1 Hz 50MHz
PIC12, 16, 18
es
es
es
es†
es†
es
Unlimited
es
es
es
es
MPASM
USB
† Usin optional Modular Trace Board I3-TRACER1-ND
ICEPIC, ICEPIC2, and the ICEPIC3 emulators are ully modular, ull speed, real
time, in-circuit emulator systems, or use with Microchip PIC processors, usin
interchan ea le personality dau hter oards which connect directly to the users
target board and are sold separately.
The ICEPIC3 Emulator is compact, porta le, li htwei ht and o ers exceptional
per ormance and value. It uses a uic hot connection to the host computer via
USB Port, with the system firmware being upgraded at any time from the internet
ivin total up rade a ility. The ICEPIC3 has additional real-time analysis when
using the plug-in trace board which is sold separately.
All ICEPIC emulators operate within Microchip s MPLAB 32 it IDE ivin the user
easy control to per orm e icient ast emulation. ICEPIC emulators are supplied as
complete systems with power supply, cables, manual and a copy of Microchip’s
MPASM assembler.
Digi-Key
Part No.
ICSP Adaptor
In-Circuit Serial Pro rammin Adaptor
ISPICR1-ND
ICEPIC Emulators
ICEPIC Emulator System
ICEPIC-ND
ICEPIC2 Emulator System
ICEPIC2-ND
ICEPIC3 Emulator System
ICEPIC3-US-ND
ICEPIC Daughter Boards
12C671, 16C672
DB12C67X-ND
16C554, 16C556, 16C558
DB55X-ND
16C620, 16C621, 16C622
DB62X-ND
16C641/642/661/662
DB66X-ND
16C61, 16C71, 16C710, 16C711
DB711-ND
Description
Price
Each
73.06
432.00
654.00
1050.00
312.00
312.00
312.00
372.00
312.00
set
Tar
ge
t Re
ge
t Re set
Tar
LO
W
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Ac
Ac
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tive
10
01
EP
EP
[28
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1
[32
pin
NC
Pin
1
Pin
RO
M]
RO
M]
01
Digi-Key
Part No.
Family Module
tive
ispLSI 1016-80LJ
D541801
hias is one"
Mat
"The family
ICEPIC, ICEPIC2 and
ICEPIC3 PIC Emulators
System requirements: IBM PC or compati le, VGA monitor, serial port, 3.5
disk drive, and Windows™ 3.1, Win95, Win98 or NT
Description
www.techWeb Site:
-tools.com
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D541801
ClearView
† Use with 28 and 40-Pin 14 it dip parts.
EconoROM III is desi ned or uic , in-circuit irmware test cycles. Eliminate
the urn/insert/test/remove/erase cycle. The ER3 will speed up your irmware
development by eliminating the need to remove-erase-program and re-install
EPROMs each time you test a code change. These devices plug into the
EPROM socket on your target board and emulate the EPROM throughout the
development process.
Features:
Inte rated Low-Volta e Support Tar et Volta e Sense and Measurement
External Power Option Jumper-less Address Con i uration Up to 8M it
Emulation in a sin le unit Fast Downloads up to 2.5 M it per second
Replaces standard EPROM device durin development Connects to any
Parallel Port Auto/Manual Tar et Reset on download Read- ac , Veri y
and Sel -test unctions Daisy-chain ca le included LPT ca le 8 wire
Modular Ca le and DB25 adapter included Tar et ca les standard IDC to
DIP Ri on Ca le included Includes 2 versions o so tware 16 it DOS
version and 32 it Win9X/NT/2000 version Quic Loader with Full-screen
editor included Batcha le loader and utilities included Accepts Intel HEX,
Te tronix HEX, Motorolla S records and inary iles Free so tware updates
via WEB downloads
Capacity
Cables
Supplied
256K it/ 32K x 8
512K it/ 64K x 8
1M it/ 128K x 8
4M it/ 512K x 8
8M it/ 1M x 8
28-Pin Dip
28-Pin Dip
28 and 32-Pin Dip
28 and 32-Pin Dip
28 and 32-Pin Dip
Digi-Key
Speed Part No.
45ns
45ns
45ns
45ns
45ns
Price
Each
ER3-256-ND
ER3-512-ND
ER3-1M-ND
ER3-4M-ND
ER3-8M-ND
179.00
239.00
299.00
399.00
499.00
DigiView™ Logic Analyzer
Features: 18 Channels
100MHz 10ns
Automatic Real time Hardware
Eliminates Resolution vs. Depth tradeoffs
Compression Tri-Mode
Advanced Universal Match Circuits 8 Selecta le Match Types 9 Flexible
Cascada le Se uencers 4x4 Se uencer Counters 16 1M each 0.5V
2.8V Adjustable Threshold Maximum continuous voltage ±20V all channels
Graphical
Ground current protection round lead to - volta e ±12V
Tri er Layout s
New So tware version 6.0.4
USB Powered USB 2.0
with USB 1.1 compatibility All ca les, clips 20 ty and so tware included
DV3400-ND
Lo ic Analyzer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $1499.00
DV3100-ND
NEW! Lo ic Analyzer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $499.00
CBL-DV3-ND Cable Replacement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $35.00
CLIP3-10-ND Clip Replacement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $35.00
Digi-Key
Description
Part No.
16C715
DB715-ND
16C62/63/64/65/72/73/74
DB74A-ND
16C66, 16C67, 16C76, 16C77
DB77-ND
16C772, 16C773, 16C774
DB77X-ND
16C84, 16F83, 16F84
DB84A-ND
17C42/43/44, 17C752/756
DB756-ND
ICEPIC2 Only
16F73, 16F74, 16F76, 16F77
DBF77-ND
16F870/71
DBF871-ND
ICEPIC3 Daughter Boards
12F675, 12F629
I3DB12F675-ND
12F683
I3-DB12F683-ND
16F684A
I3-DB16F84A-ND
16F716
I3-DB16F716-ND
16F871, 16F870
I3-DB16F871-ND
18C452/442/252/242
I3DB18C452-ND
18F2220/2320/4220/4320
I3DB18F4320-ND
18F452/442/252/242
I3DB18F452-ND
18F1320, 18F1220
I3-DB18F1320-ND
18F4431/4331/2431/2331
I3-DB18F4431-ND
18F4550/2455/2550/4445
I3-DB18F4550-ND
18F4620/4525/2620/2525
I3DB18F4620-ND
18F4680/2680/2585/4685
I3-DB18F4680-ND
16F872A/873A/874A/876A/877A
I3DB877A-ND
16F627A, 16F628A, 16F648A
I3DBF648-ND
16F676, 16F630
I3DBF676-ND
16F72, 16F73, 16F74, 16F76, 16F77
I3DBF77-ND
16F737, 16F767, 16F747, 16F777
I3DBF777-ND
16F818, 16F819
I3DBF819-ND
16F87, 16F88
I3DBF88-ND
Trace Boards
ICEPIC3 Trace Board
I3-TRACER1-ND
(TZM112.US)
*
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VE
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Digi-Key
Price TechTools
Part No.
Each Part No.
Programmer
PICmicro MCU
QW1-ND
199.00 QW1
Adapters
40-Pin IFX
MP- IF40-ND†
49.00 MP- IF40
18/28-Pin IF
MP- IF18/28-ND
69.00 MP- IF18/28
14-Pin IF
MP- IF14-ND
59.00 MP- IF14
44-Pin PLCC
MP-PLCC44-ND
129.00 MP-PLCC44
28-Pin SOIC
MP-SOIC28-ND
129.00 MP-SOIC28
18-Pin SOIC
MP-SOIC18-ND
79.00 MP-SOIC18
8/14-Pin SOIC
MP-SOIC8/14-ND
89.00 MP-SOIC814
PIC14000
MP-14000-ND
59.00 MP-14000
28-Pin SSOP
MP-SSOP28-ND
99.00 MP-SSOP28
18-Pin SSOPX
MP-SSOP18-ND
79.00 MP-SSOP18
4 Gang Adapters for QuickWriter
40-Pin IF
QW-4 IF40/28-ND†
199.00 QW-4 IF40/28
44-Pin PLCC
QW-4PLCC44-ND
199.00 QW-4PLCC44
28-SOIC
QW-4SOIC28-ND
249.00 QW-4SOIC28
18-Pin IF
QW-4 IF18-ND
199.00 QW-4 IF18
18-Pin SOIC
QW-4SOIC18-ND
249.00 QW-4SOIC18
8/14-Pin Narrow SOIC QW-4SO8/14N-ND
249.00 QW-4SO8/14N
8/14-Pin Wide SOIC
QW-4SO8/14W-ND
249.00 QW-4SO8/14W
Description
(US2011)
m
P
Quic Writer comes with power supply, serial ca le and in circuit pro rammin
ca le. Adapter re uired when not usin ICSP ca le. One pro rammer or all o
your PIC® MCU development needs In-circuit Serial Pro rammin
4 Gan
Serial device pro rammin
Sin le device pro rammin serial and parallel
Quic Writer is a low cost pro rammer with these advanced eatures
Over-sized drivers and power supply to properly support multiple device
pro rammin and in-circuit pro rammin
Measures pro rammin volta es
and current to veri y proper tar et connections or device insertions Flash
irmware updates Data ta le driven New devices are supported with ree
data ta le downloads rom the TechTools we site www.tech-tools.com
Pro rams ALL 12- it, 14- it and 18- it series Microchip PIC processors.
This includes all 12C, 14000, 16C, 16F, 18C and 18F amilies Includes the
TechTools Development Environment TDE™ , a ull eatured, Windows hosted
IDE. TDE supports development with all popular PIC MCU compilers and
assem lers. TDE includes a multi- ile editor, inte rated MAKE and one-clic
cross referencing of compiler errors. TDE also interfaces to the TechTools
ClearView™ Mathias not included or ull eatured, real-time, in-circuit
emulation and source level de u in . Includes TechTools PIC MCU
assem ler, CVASM16™ which supports ALL 12- it and 14- it PIC MCU
processors. CVASM16 assem les Parallax source iles SPASM ormat and
accepts Microchip mnemonics. Compati le with existin TechTools and
Parallax pro rammin adapters Accepts HEX iles enerated y all popular
PIC MCU compilers and assem lers Supports auto-incrementin serialization
Runs under Win95 throu h XP as well as NT throu h XP Pro Includes serial
cable, in-circuit programming cable and power supply
136
136
Q
MI
PI CR
96 C1 OC
09 6C
SB 74 HIP
T AME
40
Shown with 4 Gan Adapter not
included . Pro rammin adapters
must be purchased separately.
C
o
28P
4P
-3
C
F
C
QuickWriter™
Programmer
ER3 EconoROM III
Economical
EPROM
Emulator
&
ClearViewTM Mathias
CVM1 supports emulation for
16C5X and 16CXX devices
using Microsoft Windows™ for
a complete integrated design
environment. Family modules
select 5X or XX device amily, while
Mem er modules select speci ic
device. Optional timing module shows
execution time and number of processor
cycles. Optional 16K trace u er module
additionally provides execution history and
8 external trace inputs. Provides full emulation of
pro ram and re ister memory and I/O activity with unlimited
hardware breakpoints. Built-in PLL oscillator generates any frequencies from
32KHz to 33MHz.
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444-1001-ND
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PIC Emulators
The LAB-X1A is an independent hardware plat orm, similar to the Microchip PICDEM . It can run pro rams written in any
lan ua e, includin C, Assem ly, and PicBasic. Includes 40 Pin i Soc et, LCD display, memory, Rs232 port, Pots or
ADCs and many extras
W Eco
in
9
PicBasic Pro converts your BASIC pro rams into iles that can e pro rammed directly into a PICmicro® MCU. Full support
or 14- it and 16- it MCUs. Limited support or 12- it MCUs. The PicBasic Pro Compiler eatures BASIC commands,
direct and li rary routine access to pins on PORTA, C, D, E, as well as PORTB, arrays, real IF..THEN..ELSE and interrupt
processin in BASIC. Includes Code Desi ner Lite, a Windows inte rated development environment IDE that is compati le
with our PicBasic Pro Compiler. Comes with Software, Manual with instruction set and explanations and directions. Works
on any version o Dos or Windows with CodeDesi ner Lite. Windows95, 98, 2000, XP and ME compati le.
Price
Each
312.00
372.00
372.00
312.00
312.00
312.00
372.00
276.00
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
638.75
1312.50
ARM® Cortex™ -M3 Microcontrollers
ADC
Flash SRAM
(KB)
(KB)
8
16
32
64
64
96
128
256
GPIOs†
Timers‡
Sample
Per
Second
No. of
10-Bit
Channels
UARTs SSI
I2C
Analog
Comparators
2
2
2
2
2
4
4
4
4
4
4
4
4
4
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
2
0
12
12
12
8
8
5
5
3
7
3
3
7
8
8
8
0
0
5
5
5
6
4
7
3
3
0
1
0
0
1
9
8
8
8
0
5
5
1
1
7
0
1
0
0
0
0
7
18
18
33
33
33
36
36
28
28
36
32
32
30
28
36
36
36
36
36
28
28
28
34
32
34
32
32
34
30
30
30
30
28
36
36
36
36
28
28
32
32
34
34
30
30
30
30
30
28
2
2
2
2
4
3
3
3
5
3
3
3
3
3
3
3
5
3
3
3
3
5
3
3
3
3
3
3
3
3
5
3
3
3
3
5
3
3
3
3
5
3
3
3
3
3
3
5
3
—
—
250K
250K
250K
—
—
500K
500K
—
250K
250K
250K
500K
—
—
—
—
—
500K
500K
500K
500K
500K
500K
500K
500K
500K
500K
500K
500K
500K
1M
—
—
—
—
500K
500K
500K
500K
250K
500K
1M
1M
1M
1M
1M
1M
—
—
3
3
3
—
—
8
8
—
4
4
6
8
—
—
—
—
—
8
8
8
2
4
2
4
4
2
6
6
6
6
8
—
—
—
—
8
8
4
4
2
2
6
6
6
6
6
8
1
1
1
1
1
2
2
2
2
2
2
2
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
—
—
1
1
1
1
—
—
1
—
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
—
—
1
1
1
1
1
1
1
1
1
1
1
—
—
—
—
—
1
2
1
2
2
2
3
3
1
1
3
1
1
1
—
3
3
3
3
3
1
1
1
—
—
1
1
1
3
1
1
1
1
—
3
3
3
3
1
1
1
1
1
3
1
1
1
1
1
—
16
16
16
16
16
16
16
16
16
16
16
16
16
16
32
32
32
32
64
64
64
64
32
32
32
32
32
32
32
32
32
32
32
32
32
32
64
64
64
64
32
32
64
64
64
64
64
64
64
64
64
20
20
9
9
9
9
7
7
4
4
4
4
29
29
21
21
14
14
15
15
9
9
23
23
0
17
17
11
11
0
0
0
12
12
7
7
21
21
21
1
17
17
23
23
17
17
27
27
21
21
21
41
41
44
44
46
46
52
52
46
46
43
43
57
57
46
46
52
52
58
58
43
43
60
60
33
52
52
52
52
33
33
33
56
56
43
43
56
56
56
33
56
56
60
60
52
52
56
56
52
52
52
3
3
4
4
4
6
4
4
4
4
4
4
4
4
3
3
3
3
4
4
4
4
4
4
6
4
4
3
3
6
6
6
4
4
4
4
3
3
5
—
3
3
4
4
4
4
3
3
4
4
6
—
—
250K
250K
1M
1M
—
—
500K
500K
500K
500K
250K
250K
500K
500K
500K
500K
250K
250K
500K
500K
—
—
500K
500K
500K
—
—
500K
500K
500K
500K
500K
1M
1M
500K
500K
500K
1M
—
—
—
—
500K
500K
1M
1M
1M
1M
1M
—
—
2
2
8
8
—
—
2
2
4
4
3
3
2
2
4
4
2
2
8
8
—
—
8
8
8
—
—
6
6
4
4
4
4
4
4
4
4
6
—
—
—
—
8
8
4
4
8
8
8
3
2
3
3
3
3
3
3
3
3
3
3
3
2
3
2
2
2
3
3
3
3
3
3
3
3
2
3
2
3
3
3
3
3
3
3
3
3
3
3
3
2
3
3
2
2
3
2
3
3
3
2
1
2
2
2
2
2
2
2
2
2
2
2
1
2
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
2
2
2
2
2
1
2
2
2
2
2
1
2
2
2
2
1
2
1
2
2
1
2
2
1
2
1
2
—
2
1
1
1
2
2
2
2
2
2
2
2
2
2
1
2
2
2
2
2
2
1
2
1
1
2
2
1
2
2
2
2
2
1
2
2
2
2
2
1
1
3
3
3
3
3
3
1
1
3
3
1
1
1
1
3
3
—
—
2
2
—
2
2
3
3
1
—
—
2
2
1
1
1
1
1
—
3
3
2
2
2
2
1
1
—
—
—
Speed
PWM§
(Clock
PWM
CCP
Frequency
Pins
Pins
QEI
Package
in MHz)
Low Pin Count Real-Time MCUs
—
—
—
48-VQFN
20
—
—
—
48-VQFN
20
6
2
—
48-VQFN
20
2
2
—
48-LQFP
20
2
2
—
48-LQFP
20
6
6
—
48-VQFN
25
—
6
—
48-LQFP
25
6
—
—
48-VQFN
25
—
6
—
48-LQFP
25
6
—
—
48-VQFN
25
6
6
—
48-VQFN
25
6
6
—
48-VQFN
25
6
6
—
48-VQFN
25
6
—
—
48-VQFN
25
6
—
1
48-VQFN
50
—
6
—
48-LQFP
50
—
6
—
48-LQFP
50
6
6
1
48-VQFN
50
6
6
1
48-LQFP
50
6
6
1
48-VQFN
50
—
6
—
48-LQFP
50
—
6
—
48-LQFP
50
6
6
1
48-VQFN
50
6
6
1
48-VQFN
50
6
6
1
48-VQFN
50
6
6
1
48-VQFN
50
6
6
1
48-LQFP
50
6
6
1
48-VQFN
50
6
6
1
48-VQFN
50
6
4
1
48-VQFN
50
6
4
1
48-LQFP
50
6
4
1
48-LQFP
50
6
2
1
48-VQFN
50
6
—
1
48-VQFN
50
—
6
—
48-LQFP
50
—
6
—
48-LQFP
50
6
6
1
48-VQFN
50
6
—
1
48-VQFN
50
—
6
—
48-LQFP
50
6
6
1
48-VQFN
50
6
6
—
48-LQFP
50
6
6
1
48-VQFN
50
6
6
1
48-VQFN
50
6
6
1
48-VQFN
50
6
6
—
48-LQFP
50
8
4
1
48-VQFN
50
6
4
1
48-LQFP
50
6
4
1
48-LQFP
50
6
6
—
48-VQFN
50
High Pin Count Real-Time MCUs
8
2
2
108-BGA
25
—
2
—
100-LQFP
25
8
8
2
108-BGA
50
2
8
2
100-LQFP
50
8
6
2
108-BGA
50
—
6
—
100-LQFP
50
6
6
1
100-LQFP
50
8
6
2
108-BGA
50
8
6
2
108-BGA
50
6
6
—
100-LQPF
50
8
8
2
108-BGA
50
6
8
—
100-LQFP
50
8
8
2
108-BGA
50
—
8
—
100-LQFP
50
8
4
2
108-BGA
50
2
4
—
100-LQFP
50
6
6
1
108-BGA
50
6
6
1
100-LQFP
50
8
8
2
108-BGA
25
—
8
1
100-LQFP
25
—
8
1
100-LQFP
50
8
8
2
108-BGA
50
8
8
2
108-BGA
50
—
8
—
100-LQFP
50
8
6
2
64-LQFP
50
8
8
2
108-BGA
50
—
8
—
100-LQFP
50
8
4
2
108-BGA
25
6
4
1
100-LQFP
25
8
4
2
64-LQFP
50
8
4
2
64-LQFP
50
8
4
2
64-LQFP
50
8
8
2
108-BGA
50
6
8
—
100-LQFP
50
8
6
2
108-BGA
50
6
6
1
100-LQFP
50
8
6
2
108-BGA
50
4
6
—
100-LQFP
50
4
6
—
100-LQFP
50
8
2
2
64-LQFP
50
8
6
2
108-BGA
50
6
6
1
100-LQFP
50
—
8
—
108-BGA
50
—
8
—
100-LQFP
50
—
8
—
108-BGA
50
—
8
—
100-LQFP
50
8
4
2
108-BGA
50
6
4
—
100-LQFP
50
—
8
—
108-BGA
50
—
8
—
100-LQFP
50
—
8
—
100-LQFP
50
Digi-Key
Part No.
1
296-25513-ND NEW!
296-25514-ND NEW!
296-25516-ND NEW!
726-1002-ND
296-24904-ND NEW!
296-25515-5-ND NEW!
726-1088-ND
296-25517-ND NEW!
296-24905-ND NEW!
296-25518-5-ND NEW!
296-25519-5-ND NEW!
296-25520-5-ND NEW!
296-25521-5-ND NEW!
296-25522-5-ND NEW!
296-25523-5-ND NEW!
726-1090-ND
296-24909-ND NEW!
296-25524-5-ND NEW!
726-1008-ND
296-25525-5-ND NEW!
726-1091-ND
296-24910-ND NEW!
296-25526-5-ND NEW!
296-25527-5-ND NEW!
296-25528-5-ND NEW!
296-25529-5-ND NEW!
726-1012-ND NEW!
296-25530-5-ND NEW!
296-25531-5-ND NEW!
296-25551-ND NEW!
296-24911-ND NEW!
726-1015-ND
296-25552-ND NEW!
296-25532-5-ND NEW!
726-1092-ND
296-24917-ND NEW!
296-25533-5-ND NEW!
296-25534-5-ND NEW!
726-1093-ND
296-25535-5-ND NEW!
296-24918-ND NEW!
296-25536-5-ND NEW!
296-25537-5-ND NEW!
296-25538-5-ND NEW!
726-1021-ND
296-25539-5-ND NEW!
726-1022-ND
296-24919-ND NEW!
296-25540-5-ND NEW!
5.74
5.74
6.16
6.16
6.16
5.18
5.18
5.18
5.18
6.16
6.16
6.16
6.16
5.18
5.60
5.60
5.60
6.58
6.58
5.60
5.60
5.60
6.58
6.58
6.58
6.58
6.58
6.58
6.58
6.58
6.58
6.64
5.60
6.44
6.44
6.44
6.88
6.44
6.44
6.88
6.88
6.88
6.88
6.88
6.88
6.88
6.88
6.88
6.44
6.88
6.88
7.88
7.88
7.13
7.13
7.88
7.88
7.88
7.88
7.88
7.88
8.13
8.13
9.50
9.50
9.50
9.50
8.75
8.75
8.75
8.75
8.38
8.38
7.38
8.38
8.38
9.63
9.63
7.63
7.63
7.88
9.63
9.63
9.63
9.63
10.25
10.25
10.25
10.00
11.38
11.38
11.00
11.00
11.00
11.00
11.50
11.50
11.00
11.00
11.00
296-25665-ND
726-1094-ND
296-25666-ND
726-1095-ND
296-25667-ND
296-24900-ND
726-1097-ND
296-25668-ND
296-25669-ND
726-1098-ND
296-25670-ND
726-1099-ND
296-25671-ND
726-1100-ND
296-25672-ND
726-1101-ND
726-1134-ND
726-1102-ND
296-25673-ND
726-1103-ND
726-1104-ND
296-25674-ND
296-25675-ND
726-1135-ND
296-25363-ND
296-25676-ND
726-1136-ND
296-25677-ND
726-1105-ND
296-25364-ND
296-25658-ND
296-25365-ND
296-25678-ND
726-1106-ND
296-25679-ND
726-1107-ND
296-25680-ND
726-1108-ND
296-24901-ND
296-25366-ND
296-25681-ND
726-1109-ND
726-1137-ND
726-1138-ND
726-1139-ND
726-1140-ND
296-25682-ND
726-1110-ND
726-1141-ND
726-1111-ND
296-24902-ND
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
† Minimum is num er o pins dedicated to GPIO additional pins are availa le i certain peripherals are not used See data sheet or details
‡ One timer available as RTC
motion control hardware usin the PWM pins or throu h the motion control eatures o the eneral-purpose timers usin CCP pins See data sheet or details
Price Each
25
100
Texas Instruments
Part No.
4.62
4.62
4.95
4.95
4.95
4.17
4.17
4.17
4.17
4.95
4.95
4.95
4.95
4.17
4.50
4.50
4.50
5.29
5.29
4.50
4.50
4.50
5.29
5.29
5.29
5.29
5.29
5.29
5.29
5.29
5.29
5.34
4.50
5.18
5.18
5.18
5.64
5.18
5.18
5.64
5.64
5.64
5.64
5.64
5.64
5.64
5.64
5.64
5.18
4.21
4.21
4.51
4.51
4.51
3.80
3.80
3.80
3.80
4.51
4.51
4.51
4.51
3.80
4.10
4.10
4.10
4.82
4.82
4.10
4.10
4.10
4.82
4.82
4.82
4.82
4.82
4.82
4.82
4.82
4.82
4.86
4.10
4.72
4.72
4.72
5.09
4.72
4.72
5.09
5.09
5.09
5.09
5.09
5.09
5.09
5.09
5.09
4.72
LM3S101-IG 20-C2
LM3S102-IG 20-C2
LM3S301-IG 20-C2
LM3S301-IQN20
LM3S301-IQN20-C2
LM3S300-IG 25-C2
LM3S300-IQN25-C2
LM3S308-IG 25-C2
LM3S308-IQN25-C2
LM3S310-IG 25-C2
LM3S315-IG 25-C2
LM3S316-IG 25-C2
LM3S317-IG 25-C2
LM3S328-IG 25-C2
LM3S600-IG 50-C2
LM3S600-IQN50
LM3S600-IQN50-C2
LM3S601-IG 50-C2
LM3S601-IQN50-C2
LM3S608-IG 50-C2
LM3S608-IQN50
LM3S608-IQN50-C2
LM3S610-IG 50-C2
LM3S611-IG 50-C2
LM3S612-IG 50-C2
LM3S613-IG 50-C2
LM3S613-IQN50-C2
LM3S615-IG 50-C2
LM3S617-IG 50-C2
LM3S618-IG 50-C2
LM3S618-IQN50-C2
LM3S618-IQN50
LM3S628-IG 50-C2
LM3S800-IG 50-C2
LM3S800-IQN50
LM3S800-IQN50-C2
LM3S801-IG 50-C2
LM3S808-IG 50-C2
LM3S808-IQN50-C2
LM3S811-IG 50-C2
LM3S811-IQN50-C2
LM3S812-IG 50-C2
LM3S815-IG 50-C2
LM3S817-IG 50-C2
LM3S817-IQN50-C2
LM3S818-IG 50-C2
LM3S818-IQN50
LM3S818-IQN50-C2
LM3S828-IG 50-C2
5.64
5.64
6.46
6.46
5.85
5.85
6.46
6.46
6.46
6.46
6.46
6.46
6.67
6.67
7.79
7.79
7.79
7.79
7.18
7.18
7.18
7.18
6.87
6.87
6.05
6.87
6.87
7.90
7.90
6.26
6.26
6.46
7.90
7.90
7.90
7.90
8.41
8.41
8.41
8.20
9.33
9.33
9.02
9.02
9.02
9.02
9.43
9.43
9.02
9.02
9.02
5.09
5.09
5.83
5.83
5.28
5.28
5.83
5.83
5.83
5.83
5.83
5.83
6.02
6.02
7.03
7.03
7.03
7.03
6.48
6.48
6.48
6.48
6.20
6.20
5.46
6.20
6.20
7.13
7.13
5.65
5.65
5.83
7.13
7.13
7.13
7.13
7.59
7.59
7.59
7.40
8.42
8.42
8.14
8.14
8.14
8.14
8.51
8.51
8.14
8.14
8.14
LM3S1110-IB 25-A2
LM3S1110-IQC25-A2
LM3S1133-IB 50-A2
LM3S1133-IQC50-A2
LM3S1138-IB 50-A2
LM3S1138-IQC50-A2
LM3S1150-IQC50-A2
LM3S1150-IB 50-A2
LM3S1162-IB 50-A2
LM3S1162-IQC50-A2
LM3S1165-IB 50-A2
LM3S1165-IQC50-A2
LM3S1332-IB 50-A2
LM3S1332-IQC50-A2
LM3S1435-IB 50-A2
LM3S1435-IQC50-A2
LM3S1439-IB 50-A2
LM3S1439-IQC50-A2
LM3S1512-IB 25-A2
LM3S1512-IQC25-A2
LM3S1538-IQC50-A2
LM3S1538-IB 50-A2
LM3S1601-IB 50-A2
LM3S1601-IQC50-A2
LM3S1607-IQR50-A0
LM3S1608-IB 50-A2
LM3S1608-IQC50-A2
LM3S1620-IB 25-A2
LM3S1620-IQC25-A2
LM3S1625-IQR50-A0
LM3S1626-IQR50-A0
LM3S1627-IQR50-A0
LM3S1635-IB 50-A2
LM3S1635-IQC50-A2
LM3S1637-IB 50-A2
LM3S1637-IQC50-A2
LM3S1751-IB 50-A2
LM3S1751-IQC50
LM3S1751-IQC50-A2
LM3S1776-IQR50-A0
LM3S1850-IB 50-A2
LM3S1850-IQC50-A2
LM3S1911-IB 50-A2
LM3S1911-IQC50-A2
LM3S1918-IB 50-A2
LM3S1918-IQC50-A2
LM3S1937-IB 50-A2
LM3S1937-IQC50-A2
LM3S1958-IB 50-A2
LM3S1958-IQC50-A2
LM3S1958-IQC50-A2
§ PWM motion control functionality can be achieved through dedicated
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
137
137
C
ARM® Cortex™ -M3 Microcontrollers (Cont.)
ADC
Flash SRAM
(KB)
(KB)
64
64
256
64
64
GPIOs†
7 60
7 60
5 52
5 52
Timers‡
4
4
4
4
Sample
Per
Second
—
—
1M
1M
No. of
10-Bit
Channels
—
—
8
8
UARTs SSI
3
2
3
2
3
2
3
2
I2C
2
2
2
2
16
16
16
32
32
32
32
64
64
32
32
32
32
32
32
32
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
8
10
10
23
12
14
14
6
6
5
10
10
5
5
15
11
23
5
5
10
10
10
5
5
5
7
7
1
1
1
6
0
0
0
35
30
30
46
34
43
43
41
41
46
46
46
38
38
41
41
46
41
41
46
46
46
38
38
38
38
38
46
46
46
43
42
42
42
3
3
3
3
3
3
5
4
4
4
4
4
4
4
3
4
3
4
4
4
4
6
4
4
6
4
4
4
4
6
3
4
4
6
—
—
—
—
250K
250K
250K
500K
500K
—
—
—
500K
500K
500K
1M
—
500K
500K
—
—
—
500K
500K
500K
1M
1M
—
—
—
500K
1M
1M
1M
—
—
—
—
2
3
3
4
4
—
—
—
8
8
3
4
—
4
4
—
—
—
8
8
8
8
8
—
—
—
3
4
4
4
3
3
1
3
3
2
2
3
2
3
3
3
3
2
3
2
1
3
2
3
3
3
2
2
2
3
3
3
3
3
3
3
3
3
2
2
1
2
2
1
1
2
1
2
2
2
2
2
2
1
1
2
1
2
2
2
2
2
2
1
1
2
2
2
2
1
1
1
2
2
—
2
2
1
1
2
1
2
2
2
2
2
2
1
—
2
1
2
2
2
2
2
2
1
2
2
1
1
2
2
2
2
3
1
1
2
2
2
2
2
2
3
2
2
2
2
1
3
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
2
2
2
16
16
32
32
32
32
64
64
16
32
32
32
32
32
32
32
32
32
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
11
26
0
37
20
5
11
10
1
21
21
15
15
12
15
16
3
1
37
37
0
27
21
21
15
15
18
12
12
10
10
3
3
3
40
56
33
60
49
34
48
48
33
60
60
52
52
52
46
53
33
33
60
60
33
61
60
60
52
52
57
52
52
60
60
56
56
56
3
3
3
3
3
3
4
4
—
4
4
4
4
4
4
4
—
4
3
3
3
—
4
4
4
4
3
4
4
4
4
4
4
6
—
250K
1M
250K
250K
250K
250K
250K
1M
—
—
500K
500K
—
500K
500K
500K
500K
—
—
1M
500K
—
—
500K
500K
500K
1M
1M
—
—
1M
1M
1M
—
4
6
3
3
3
3
3
6
—
—
8
8
—
4
4
4
8
—
—
6
8
—
—
8
8
3
8
8
—
—
4
4
4
3
3
1
3
3
3
3
2
3
3
3
3
2
1
3
3
3
1
1
1
1
3
3
3
2
2
3
3
3
3
3
3
3
3
2
2
1
2
2
2
2
1
2
2
2
2
2
1
2
2
2
1
1
1
1
2
2
2
2
2
1
2
2
2
2
2
2
2
2
2
1
2
2
2
2
1
2
2
2
2
2
1
2
2
2
—
—
—
1
2
2
2
2
2
1
1
1
2
1
2
2
2
3
3
—
2
2
2
3
3
2
2
2
2
2
3
3
1
3
—
2
2
—
—
2
2
2
2
3
3
3
3
3
3
3
3
128
32
64
64
64
64
64
0
20
1
27
0
0
33
56
33
61
33
33
5
3
—
—
5
5
500K
500K
500K
500K
500K
500K
6
4
6
8
6
4
3
2
3
3
3
3
2
1
2
2
2
2
2
1
2
2
2
2
1
1
—
—
1
—
128
32
32
32
64
64
64
64
64
64
64
0
1
1
14
3
3
0
12
0
0
33
33
33
61
61
61
61
61
61
61
6
3
5
—
4
6
6
6
4
6
500K
500K
500K
500K
1M
1M
1M
500K
1M
1M
4
6
6
8
8
8
8
8
8
8
3
2
2
3
2
2
3
3
2
2
2
1
—
2
2
—
2
2
2
—
2
2
2
2
2
2
2
2
2
2
2
—
—
2
2
2
2
2
2
2
64
64
64
64
32
32
64
64
64
8
8
7
7
10
10
11
11
5
35
35
36
36
31
31
32
32
35
4
4
4
4
4
4
4
4
4
—
—
1M
1M
—
—
—
—
500K
—
—
8
8
—
—
—
—
4
3
1
3
2
2
3
3
2
3
2
2
2
1
1
2
2
1
2
2
1
2
1
1
2
2
1
2
—
—
3
3
—
—
—
—
—
64
96
C
128
256
64
96
128
256
96
128
Speed
PWM§
(Clock
PWM
CCP
Frequency
Pins
Pins
QEI
Package
in MHz)
8
8
2
108-BGA
50
6
8
2
100-LQFP
50
6
4
2
100-LQFP
50
6
4
2
108-BGA
50
Ethernet Connected MCUs
6
4
2
108-BGA
25
6
4
2
108-BGA
25
—
4
—
100-LQFP
25
6
4
2
108-BGA
25
6
4
2
108-BGA
25
2
4
—
108-BGA
50
1
4
—
100-LQFP
50
6
6
2
108-BGA
50
6
6
—
100-LQFP
50
6
6
2
108-BGA
25
—
6
—
108-BGA
50
—
6
—
100-LQFP
50
8
6
2
108-BGA
50
—
6
—
100-LQFP
50
6
6
2
108-BGA
50
—
6
—
108-BGA
50
—
4
—
108-BGA
50
6
4
2
108-BGA
50
6
4
1
100-LQFP
50
—
6
—
108-BGA
50
—
6
—
100-LQFP
50
—
6
—
100-LQFP
50
—
6
—
108-BGA
50
—
6
—
100-LQFP
50
—
6
—
100-LQFP
50
—
6
—
108-BGA
50
6
6
—
100-LQFP
50
6
6
2
108-BGA
50
6
6
1
100-LQFP
50
6
6
1
100-LQFP
50
6
4
2
108-BGA
50
6
4
2
108-BGA
50
6
4
2
100-LQFP
50
6
4
2
100-LQFP
50
CAN Connected MCUs
8
4
2
108-BGA
25
8
6
2
108-BGA
25
8
1
—
64-LQPF
50
8
4
2
108-BGA
25
8
4
2
108-BGA
25
8
4
2
108-BGA
50
8
6
2
108-BGA
50
6
6
—
100-LQFP
50
8
—
2
64-LQFP
50
8
8
2
108-BGA
50
—
8
—
100-LQFP
50
8
8
2
108-BGA
50
—
8
—
100-LQFP
50
4
6
1
108-BGA
25
8
6
2
108-BGA
50
8
6
2
108-BGA
50
8
2
2
64-LQFP
50
4
2
1
64-LQPF
50
—
4
—
108-BGA
50
—
4
—
100-LQFP
50
8
1
—
64-LQPF
50
8
2
2
100-LQFP
50
—
8
—
108-BGA
50
—
8
—
100-LQFP
50
—
8
—
108-BGA
50
—
8
—
100-LQFP
50
4
4
1
108-BGA
50
—
8
—
108-BGA
50
—
8
—
100-LQFP
50
8
6
2
108-BGA
50
6
6
1
100-LQFP
50
6
6
2
108-BGA
50
6
6
2
100-LQFP
50
6
6
2
100-LQFP
50
USB + CAN Internetworking MCUs
8
6
2
64-LQFP
50
6
6
1
108-BGA
50
8
5
2
64-LQFP
50
8
3
2
100-LQFP
50
8
6
2
64-LQFP
50
8
5
2
64-LQFP
50
USB Connected MCUs
8
8
1
64-LQFP
50
—
5
—
64-LQPF
50
—
5
—
64-LQFP
50
8
8
1
100-LQFP
50
8
8
1
100-LQPF
50
8
8
1
100-LQFP
50
8
7
1
100-LQFP
50
8
8
2
100-LQFP
50
8
5
1
100-LQPF
50
8
5
1
100-LQFP
50
Ethernet + CAN Internetworking MCUs
6
2
2
108-BGA
50
—
2
—
100-LQFP
50
6
4
2
108-BGA
50
—
4
—
100-LQFP
50
—
2
—
100-LQFP
50
6
2
2
108-BGA
50
6
2
2
108-BGA
50
—
2
—
100-LQFP
50
6
4
2
108-BGA
50
Analog
Comparators
3
3
3
3
Digi-Key
Part No.
296-25683-ND NEW!
726-1112-ND
726-1113-ND
726-1142-ND
296-25696-ND
296-25695-ND
726-1070-ND
296-25697-ND
296-25698-ND
726-1155-ND
296-24912-ND
296-25699-ND
726-1114-ND
296-25700-ND
726-1156-ND
726-1157-ND
296-25701-ND
726-1158-ND
296-25702-ND
726-1159-ND
726-1160-ND
296-25703-ND
726-1115-ND
726-1161-ND
726-1162-ND
296-24913-ND
726-1163-ND
726-1164-ND
296-24914-ND
726-1165-ND
296-26107-ND
296-25704-ND
726-1116-ND
296-24915-ND
296-25705-ND
726-1166-ND
726-1081-ND
296-24916-ND
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
296-25684-ND
296-25685-ND
726-1178-ND
296-25686-ND
296-25687-ND
296-25688-ND
296-25689-ND
726-1060-ND
296-25367-ND
296-25690-ND
726-1143-ND
296-25691-ND
726-1144-ND
726-1145-ND
296-25692-ND
296-25693-ND
296-25368-ND
726-1179-ND
726-1146-ND
726-1064-ND
726-1180-ND
296-25372-ND
726-1148-ND
726-1149-ND
726-1150-ND
726-1151-ND
726-1152-ND
726-1153-ND
726-1067-ND
296-25694-ND
726-1068-ND
726-1154-ND
726-1069-ND
296-24903-ND
NEW!
NEW!
296-25660-ND
726-1147-ND
296-25370-ND
296-25371-ND
296-25662-ND
296-25656-ND
NEW!
296-25655-ND
726-1182-ND
296-24907-ND
296-25369-ND
726-1181-ND
296-24906-ND
296-25659-ND
296-25661-ND
726-1183-ND
296-24908-ND
296-25706-ND
726-1117-ND
296-25707-ND
726-1118-ND
726-1119-ND
296-25708-ND
296-25709-ND
726-1120-ND
296-25710-ND
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
138
138
(TZM112.US)
Price Each
25
9.43
9.43
9.43
9.43
100
8.51
8.51
8.51
8.51
Texas Instruments
Part No.
LM3S1960-IB 50-A2
LM3S1960-IQC50-A2
LM3S1968-IQC50-A2
LM3S1968-IB 50-A2
11.75
11.50
11.50
11.75
12.13
11.55
11.55
11.88
11.88
12.21
11.66
11.66
12.21
12.21
12.21
12.43
12.65
12.65
12.65
12.76
12.76
12.76
12.98
12.98
12.76
13.86
13.86
13.86
13.86
13.86
13.86
15.29
15.29
15.29
9.64
9.43
9.43
9.64
9.95
9.72
9.72
9.99
9.99
10.27
9.81
9.81
10.27
10.27
10.27
10.46
10.64
10.64
10.64
10.73
10.73
10.73
10.92
10.92
10.73
11.66
11.66
11.66
11.66
11.66
11.66
12.86
12.86
12.86
8.70
8.51
8.51
8.70
8.98
8.93
8.93
9.18
9.18
9.44
9.01
9.01
9.44
9.44
9.44
9.61
9.78
9.78
9.78
9.86
9.86
9.86
10.03
10.03
9.86
10.71
10.71
10.71
10.71
10.71
10.71
11.82
11.82
11.82
LM3S6110-IB 25-A2
LM3S6100-IB 25-A2
LM3S6100-IQC25-A2
LM3S6420-IB 25-A2
LM3S6422-IB 25-A2
LM3S6432-IB 50-A2
LM3S6432-IQC50-A2
LM3S6537-IB 50-A2
LM3S6537-IQC50-A2
LM3S6610-IB 25-A2
LM3S6611-IB 50-A2
LM3S6611-IQC50-A2
LM3S6618-IB 50-A2
LM3S6618-IQC50-A2
LM3S6633-IB 50-A2
LM3S6637-IB 50-A2
LM3S6730-IB 50-A2
LM3S6753-IB 50-A2
LM3S6753-IQC50-A2
LM3S6911-IB 50-A2
LM3S6911-IQC50
LM3S6911-IQC50-A2
LM3S6918-IB 50-A2
LM3S6918-IQC50
LM3S6918-IQC50-A2
LM3S6938-IB 50-A2
LM3S6938-IQC50-A2
LM3S6950-IB 50-A2
LM3S6950-IQC50
LM3S6950-IQC50-A2
LM3S6952-IB 50-A2
LM3S6965-IB 50-A2
LM3S6965-IQC50
LM3S6965-IQC50-A2
8.25
8.25
8.25
9.13
9.63
9.63
10.25
10.25
8.63
9.50
9.50
9.50
9.50
9.63
9.63
9.63
8.63
8.88
10.25
10.25
12.98
11.33
11.63
11.63
11.63
11.63
11.63
11.63
11.63
11.63
11.63
11.63
11.63
11.63
6.77
6.77
6.77
7.49
7.90
7.90
8.41
8.41
7.08
7.79
7.79
7.79
7.79
7.90
7.90
7.90
7.08
7.28
8.41
8.41
10.92
9.53
9.54
9.54
9.54
9.54
9.54
9.54
9.54
9.54
9.54
9.54
9.54
9.54
6.11
6.11
6.11
6.76
7.13
7.13
7.59
7.59
6.39
7.03
7.03
7.03
7.03
7.13
7.13
7.13
6.39
6.57
7.59
7.59
10.03
8.76
8.61
8.61
8.61
8.61
8.61
8.61
8.61
8.61
8.61
8.61
8.61
8.61
LM3S2110-IB 25-A2
LM3S2139-IB 25-A2
LM3S2678-IQR50-A0
LM3S2410-IB 25-A2
LM3S2412-IB 25-A2
LM3S2432-IB 50-A2
LM3S2533-IB 50-A2
LM3S2533-IQC50-A2
LM3S2616-IQR50-A0
LM3S2601-IB 50-A2
LM3S2601-IQC50-A2
LM3S2608-IB 50-A2
LM3S2608-IQC50-A2
LM3S2620-IB 25-A2
LM3S2637-IB 50-A2
LM3S2651-IB 50-A2
LM3S2671-IQR50-A0
LM3S2678-IQR50-A0
LM3S2730-IB 50-A2
LM3S2730-IQC50-A2
LM3S2776-IQR50-A0
LM3S5747-IQC50-A0
LM3S2911-IB 50-A2
LM3S2911-IQC50-A2
LM3S2918-IB 50-A2
LM3S2918-IQC50-A2
LM3S2939-IB 50-A2
LM3S2948-IB 50-A2
LM3S2948-IQC50-A2
LM3S2950-IB 50-A2
LM3S2950-IQC50-A2
LM3S2965-IB 50-A2
LM3S2965-IQC50
LM3S2965-IQC50-A2
11.63
10.50
12.38
11.33
12.38
12.38
9.54
8.61
10.15
9.53
10.15
10.15
8.61
7.77
9.16
8.76
9.16
9.16
LM3S5652-IQR50-A0
LM3S2739-IB 50-A2
LM3S5732-IQR50-A0
LM3S5737-IQC50-A0
LM3S5752-IQR50-A0
LM3S5762-IQR50-A0
11.25
11.38
11.38
11.11
11.11
11.11
11.11
11.33
11.33
11.33
9.23
9.33
9.33
9.35
9.35
9.35
9.35
9.53
9.53
9.53
8.33
8.42
8.42
8.59
8.59
8.59
8.59
8.76
8.76
8.76
LM3S3651-IQR50-A0
LM3S5632-IQR50
LM3S5632-IQR50-A0
LM3S3739-IQC50-A0
LM3S3748-IQC50
LM3S3748-IQC50-A0
LM3S3749-IQC50-A0
LM3S5739-IQC50-A0
LM3S5749-IQC50
LM3S5749-IQC50-A0
14.08
14.08
13.64
13.64
12.54
12.54
13.09
13.09
13.09
11.84
11.84
11.47
11.47
10.55
10.55
11.01
11.01
11.01
10.88
10.88
10.54
10.54
9.69
9.69
10.12
10.12
10.12
LM3S8530-IB 50-A2
LM3S8530-IQC50-A2
LM3S8538-IB 50-A2
LM3S8538-IQC50-A2
LM3S8630-IQC50-A2
LM3S8630-IB 50-A2
LM3S8730-IB 50-A2
LM3S8730-IQC50-A2
LM3S8733-IB 50-A2
(Continued)
(US2011)
1
11.50
11.50
11.50
11.50
ARM® Cortex™ -M3 Microcontrollers (Cont.)
ADC
Flash SRAM
(KB)
(KB)
64
128
64
64
64
64
64
64
64
64
64
64
256
64
64
64
64
64
64
64
64
256
64
96
96
96
96
GPIOs†
5 35
4 38
4 38
13 34
13 34
6 36
6 36
3 38
3 38
3 38
5 42
5 42
5 42
17 46
17 46
17 46
4 38
4 38
4 38
0
0
0
0
0
60
60
65
65
65
Timers‡
4
4
4
4
4
4
4
4
4
6
4
4
6
4
4
6
4
4
4
Sample
Per
Second
500K
500K
500K
—
—
1M
1M
1M
1M
1M
500K
500K
500K
—
—
—
1M
1M
1M
No. of
10-Bit
Channels
4
8
8
—
—
4
4
8
8
8
4
4
4
—
—
—
8
8
8
4
4
4
4
4
1M
1M
1M
1M
1M
2
16
2
16
16
UARTs SSI
2
1
3
2
3
2
3
2
1
1
3
2
2
1
3
2
3
1
3
1
2
1
2
1
2
1
2
2
2
2
2
2
1
1
1
1
1
1
3
3
3
3
3
2
2
2
2
2
Speed
PWM§
Analog
(Clock
Compar- PWM
CCP
Frequency Digi-Key
I2C
ators
Pins
Pins
QEI
Package
in MHz) Part No.
1
3
—
4
—
100-LQFP
50
726-1121-ND
1
1
—
6
—
100-LQFP
50
726-1122-ND
2
1
6
6
2
108-BGA
50
296-25711-ND
2
—
6
2
2
108-BGA
50
296-25712-ND
1
—
—
2
—
100-LQFP
50
726-1123-ND
2
3
6
4
2
108-BGA
50
296-25713-ND
1
3
—
4
—
100-LQFP
50
726-1124-ND
2
3
6
6
2
108-BGA
50
296-25714-ND
2
3
—
6
—
100-LQFP
50
726-1125-ND
2
3
—
6
—
100-LQFP
50
296-24920-ND
1
1
6
2
2
108-BGA
50
726-1167-ND
1
1
6
2
2
100-LQFP
50
726-1126-ND
1
1
6
2
2
100-LQFP
50
296-24921-ND
1
—
—
2
—
108-BGA
50
726-1168-ND
1
—
—
2
—
100-LQFP
50
726-1127-ND
1
—
—
2
—
100-LQFP
50
296-24922-ND
—
1
6
6
1
108-BGA
50
726-1169-ND
—
1
6
6
1
100-LQFP
50
726-1170-ND
1
100-LQFP
50
296-24923-ND
—
1
6
6
NEW! USB + Ethernet + CAN Internetworking MCUs NEW!
2
2
6
8
2
100-LQFP
80
296-25345-ND
2
3
—
8
—
100-LQFP
80
296-25346-ND
2
3
8
8
2
100-LQFP
80
296-25347-ND
2
3
8
8
2
100-LQFP
80
296-25349-ND
2
3
8
8
2
100-LQFP
100
296-25348-ND
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
NEW!
1
13.09
12.98
12.98
14.30
14.30
14.08
14.08
14.08
15.95
14.08
14.19
14.19
14.19
15.07
15.07
15.07
14.08
14.08
14.08
Price Each
25
11.01
10.92
10.92
12.03
12.03
11.84
11.84
11.84
13.42
11.84
11.94
11.94
11.94
12.68
12.68
12.68
11.84
11.84
11.84
100
10.12
10.03
10.03
11.05
11.05
10.88
10.88
10.88
12.33
10.88
10.97
10.97
10.97
11.65
11.65
11.65
10.88
10.88
10.88
Texas Instruments
Part No.
LM3S8733-IQC50-A2
LM3S8738-IQC50-A2
LM3S8738-IB 50-A2
LM3S8930-IB 50-A2
LM3S8930-IQC50-A2
LM3S8933-IB 50-A2
LM3S8933-IQC50-A2
LM3S8938-IB 50-A2
LM3S8938-IQC50
LM3S8938-IQC50-A2
LM3S8962-IB 50-A2
LM3S8962-IQC50
LM3S8962-IQC50-A2
LM3S8970-IB 50-A2
LM3S8970-IQC50
LM3S8970-IQC50-A2
LM3S8971-IB 50-A2
LM3S8971-IQC50
LM3S8971-IQC50-A2
16.94
16.94
17.49
17.49
19.58
14.25
14.25
14.71
14.71
16.47
13.09
13.09
13.52
13.52
15.13
LM3S9997-IQC80-C1
LM3S9B90-IQC80-C1
LM3S9B92-IQC80-C1
LM3S9B95-IQC80-C1
LM3S9B95-IQC100-C0
Stellaris® Evaluation and Design Kits
Digi-Key
Part No.
726-1044-ND
726-1043-ND
726-1042-ND
726-1129-ND
296-25783-ND NEW!
726-1082-ND
726-1084-ND
726-1083-ND
726-1130-ND
726-1053-ND
726-1051-ND
726-1049-ND
726-1131-ND
296-25780-ND NEW!
726-1184-ND
726-1185-ND
726-1186-ND
726-1187-ND
296-25781-ND NEW!
726-1054-ND
726-1052-ND
726-1050-ND
726-1132-ND
296-25782-ND NEW!
726-1085-ND
726-1087-ND
726-1086-ND
726-1133-ND
296-25784-ND NEW!
726-1196-ND
726-1197-ND
726-1198-ND
726-1199-ND
296-25785-ND NEW!
726-1200-ND
726-1201-ND
726-1202-ND
726-1203-ND
296-25786-ND NEW!
726-1194-ND
296-27564-ND NEW!
296-25451-ND NEW!
296-25779-ND NEW!
726-1176-ND
726-1177-ND
726-1047-ND
726-1128-ND
726-1048-ND
726-1191-ND
726-1192-ND
726-1195-ND
Description
LM3S811 Evaluation Kit; Keil™ RealView®
LM3S811 Evaluation Kit; IAR Systems
LM3S811 Evaluation Kit; CodeSourcery G++ GNU
LM3S811 Evaluation Kit; Code Red Technologies
LM3S811 Evaluation Kit with Code Composer Studio
LM3S1968 Evaluation Kit; Keil RealView
LM3S1968 Evaluation Kit; IAR Systems
LM3S1968 Evaluation Kit; CodeSourcery G++ GNU
LM3S1968 Evaluation Kit; Code Red Technologies
LM3S2965 CAN Evaluation Kit; Keil RealView
LM3S2965 CAN Evaluation Kit; IAR Systems
LM3S2965 CAN Evaluation Kit; CodeSourcery G++ GNU
LM3S2965 CAN Evaluation Kit; Code Red Technologies
LM3S3748 USB Host/Device Evaluation Kit; Keil RealView
LM3S3748 USB Host/Device Evaluation Kit; IAR Systems
LM3S3748 USB Host/Device Evaluation Kit; CodeSourcery G++ GNU
LM3S3748 USB Host/Device Evaluation Kit; Code Red Technologies
LM3S6965 Ethernet Evaluation Kit; Keil RealView
LM3S6965 Ethernet Evaluation Kit; IAR Systems
LM3S6965 Ethernet Evaluation Kit; CodeSourcery G++ GNU
LM3S6965 Ethernet Evaluation Kit; Code Red Technologies
LM3S8962 Ethernet+CAN Evaluation Kit; Keil RealView
LM3S8962 Ethernet+CAN Evaluation Kit; IAR Systems
LM3S8962 Ethernet+CAN Evaluation Kit; CodeSourcery G++ GNU
LM3S8962 Ethernet+CAN Evaluation Kit; Code Red Technologies
LM3S9B90 Evaluation Kit; Keil RealView
LM3S9B90 Evaluation Kit; IAR Systems
LM3S9B90 Evaluation Kit; CodeSourcery G++ GNU
LM3S9B90 Evaluation Kit; Code Red Technologies
LM3S9B90 Evaluation Kit with Code Composer Studio
LM3S9B92 Evaluation Kit; Keil RealView
LM3S9B92 Evaluation Kit; IAR Systems
LM3S9B92 Evaluation Kit; CodeSourcery G++ GNU
LM3S9B92 Evaluation Kit; Code Red Technologies
LM3S9B92 Evaluation Kit with Code Composer Studio
DK-LM3S9B96 Development Kit; Keil, IAR, Code Sourcery, and Code Red
FPGA Expansion Board for DK-LM3S9B96
Memory Expansion Board for DK-LM3S9B96
Intelligent Display Reference Design Kit
Serial-to-Ethernet Reference Design Kit
AC Induction Motor Reference Design Kit
Brushless DC Motor Control Reference Design Kit
Stepper Motor Reference Design Kit
Intelligent  isplay Module with  .5   andscape  isplay
Stellaris Brushed DC Motor Control Module with CAN
Stellaris Intelligent Display Module Single-Board Computer
Price
Each
49.10
49.10
49.10
49.10
49.10
59.15
59.15
59.15
59.15
79.20
79.20
79.20
79.20
79.20
109.25
109.25
109.25
109.25
109.25
69.15
69.15
69.15
69.15
69.15
89.20
89.20
89.20
89.20
89.20
99.20
99.20
99.20
99.20
99.20
99.20
99.20
99.20
99.20
99.20
425.85
176.12
52.22
59.15
219.45
139.30
379.80
219.45
199.40
219.45
219.00
299.60
Texas Instruments
Part No.
EKK-LM3S811
EKI-LM3S811
EKC-LM3S811
EKT-LM3S811
EKS-LM3S811
EKK-LM3S1968
EKI-LM3S1968
EKC-LM3S1968
EKT-LM3S1968
EKK-LM3S2965
EKI-LM3S2965
EKC-LM3S2965
EKT-LM3S2965
EKS-LM3S2965
EKK-LM3S3748
EKI-LM3S3748
EKC-LM3S3748
EKT-LM3S3748
EKS-LM3S3748
EKK-LM3S6965
EKI-LM3S6965
EKC-LM3S6965
EKT-LM3S6965
EKS-LM3S6965
EKK-LM3S8962
EKI-LM3S8962
EKC-LM3S8962
EKT-LM3S8962
EKS-LM3S8962
EKK-LM3S9B90
EKI-LM3S9B90
EKC-LM3S9B90
EKT-LM3S9B90
EKS-LM3S9B90
EKK-LM3S9B92
EKI-LM3S9B92
EKC-LM3S9B92
EKT-LM3S9B92
EKS-LM3S9B92
DK-LM3S9B96
DK-LM3S9B96-FPGA
DK-LM3S9B96-FS8
EKS-LM3S1968
RDK-IDM
RDK-S2E
RDK-ACIM
RDK-BLDC
RDK-STEPPER
RDK-IDM-L35
RDK-BDC
RDK-IDM-SBC
Production Ready Modules
Description
Intelli ent Display Module
Serial-to-Ethernet Module
Stellaris ACIM Control Board
Brushless DC Motor Control Board
Stellaris Stepper Motor Control Board
Intelli ent Display Module with 3.5 Landscape Display
Digi-Key
Part No.
726-1174-ND
726-1175-ND
726-1171-ND
726-1172-ND
726-1173-ND
726-1190-ND
Price
Each
199.40
49.10
239.50
149.30
169.35
185.40
Texas Instruments
Part No.
MDL-IDM
MDL-S2E
MDL-ACIM
MDL-BLDC
MDL-STEPPER
MDL-IDM-L35
Description
Digi-Key
Part No.
Stellaris 12V Brushed DC Motor Control Board
Ethernet-Ena led Intelli ent Display Module
10-Pin to 20-Pin JTAG Adapter Module
Stellaris Brushed DC Motor Control Module with CAN
Stellaris Brushed DC Motor Control Re erence Desi n Kit
726-1189-ND
726-1188-ND
726-1193-ND
296-25445-ND NEW!
296-25446-ND NEW!
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
Price
Each
109.00
185.40
20.00
109.00
219.45
Texas Instruments
Part No.
MDL-BDC
MDL-IDM28
MDL-ADA2
MDL-BDC24
RDK-BDC24
(US2011)
(TZM112.US)
139
139
C
ZNEO™ Z16F Series
The NEO 16F Series o Flash microcontrollers represents
ilo s evolution into 16- it processin . The NEO 16F
CPU instruction set has een optimized or near sin le-cycle
instructions yieldin up to 20 MIPS at 20MHz. Com ined
with 128KB o zero wait state internal Flash, power ul math
unctions, 32- it ALU supportin 8, 16 and 32- it operations,
em edded 32 x 32 multiply/ 64 x 32 divide operations, 16- it
us widths and external 16- it us or the 16F2811 s ,
the NEO 16F delivers a power ul, yet cost e ective microcontroller solution. A rich array of peripherals and analog
features make this microcontroller suitable for a large number
of applications from security panels to motor control.
Features: WDT POR VBO 12-Channel, 10- it ADC
Analo Comparator Operational Ampli ier
C
Memory Size RAM
I/O
(Bytes)
(Bytes) Pins
4
76
32K
4
76
4
76
64K
4
76
4
46
4
46
4
46
128K
4
60
4
76
4
76
Operating
Voltage
2.7 3.6V
2.7 3.6V
2.7 3.6V
2.7 3.6V
2.7 3.6V
2.7 3.6V
2.7 3.6V
2.7 3.6V
2.7 3.6V
2.7 3.6V
Speed Timers
(MHz) (16-bit)
20
3
20
3
20
3
20
3
20
3
20
3
20
3
20
3
20
3
20
3
Digi-Key
Package Part No.
80-QFP
269-4569-ND
100-LQFP 269-4568-ND
80-QFP
269-4571-ND
100-LQFP 269-4570-ND
64-LQFP 269-4535-ND
68-PLCC 269-4536-ND
68-PLCC 269-4691-5-ND
80-QFP
269-4534-ND
80-QFP
269-4567-ND
100-LQFP 269-4533-ND
Crimzon™ Z8 OTP Microcontrollers
ilo s Crimzon amily o microcontrollers is ideal or use in applications
requiring infrared transmission capability. Based on the famous Z8 core, this
amily o microcontrollers provides up to 1KB random access memory RAM ,
OTP
RAM
I/O
Digi-Key
(Bytes) (Bytes) Lines Package Part No.
237
16
20-DIP 269-3854-ND
237
16
20-SOIC 269-3857-ND
237
16 20-SSOP 269-3851-ND
237
24
28-DIP 269-3855-ND
4K
237
24
28-SOIC 269-3858-ND
237
24 28-SSOP 269-3852-ND
237
32
40-DIP 269-3856-ND
237
32 48-SSOP 269-3853-ND
237
16
20-DIP 269-3422-ND
237
16
20-SOIC 269-3423-ND
237
16 20-SSOP 269-3424-ND
237
24
28-DIP 269-3425-ND
8K
237
24
28-SOIC 269-3426-ND
237
24 28-SSOP 269-3427-ND
237
32
40-DIP 269-3428-ND
237
32 48-SSOP 269-3429-ND
237
16
20-DIP 269-3406-ND
237
16
20-SOIC 269-3407-ND
237
16 20-SSOP 269-3408-ND
237
24
28-DIP 269-3409-ND
16K
237
24
28-SOIC 269-3410-ND
237
24 28-SSOP 269-3411-ND
237
32
40-DIP 269-3412-ND
237
32 48-SSOP 269-3413-ND
237
16
20-DIP 269-3414-ND
237
16
20-SOIC 269-3415-ND
32K
237
16 20-SSOP 269-3416-ND
237
24
28-DIP 269-3417-ND
1
3.96
3.76
3.66
4.29
3.75
3.75
4.65
3.78
4.20
3.90
3.90
4.56
4.02
4.02
4.92
4.02
4.74
4.17
4.44
4.80
4.26
4.26
5.16
4.29
4.98
4.44
4.44
5.07
Price Each
25
2.97
2.84
2.75
3.22
2.82
2.82
3.49
2.84
3.15
2.93
2.93
3.42
3.02
3.02
3.69
3.02
3.56
3.13
3.33
3.60
3.20
3.20
3.87
3.22
3.74
3.33
3.33
3.81
100
2.20
2.03
2.03
2.39
2.09
2.09
2.59
2.10
2.34
2.17
2.17
2.53
2.23
2.23
2.73
2.24
2.63
2.31
2.46
2.67
2.37
2.37
2.87
2.39
2.77
2.46
2.46
2.81
up to 128KB o one-time pro ramma le OTP memory or 64K read-only ROM
memory, and a built-in learning amplifier all of which contribute to significant bill
of material cost reductions.
Zilog
Part No.
LP32300P2004G
LP32300S2004G
LP32300H2004G
LP32300P2804G
LP32300S2804G
LP32300H2804G
LP32300P4004G
LP32300H4804G
LP32300P2008C
LP32300S2008C
LP32300H2008C
LP32300P2808C
LP32300S2808C
LP32300H2808C
LP32300P4008C
LP32300H4808C
LP32300P2016C
LP32300S2016C
LP32300H2016C
LP32300P2816C
LP32300S2816C
LP32300H2816C
LP32300P4016C
LP32300H4816C
LP32300P2032C
LP32300S2032C
LP32300H2032C
LP32300P2832C
Development
Tools
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
1
7.80
7.95
8.43
8.58
8.49
8.52
8.97
9.12
8.64
9.24
Price Each
25
5.85
5.97
6.33
6.44
6.37
6.39
6.73
6.84
6.48
6.93
100
4.33
4.41
4.69
4.76
4.71
4.73
4.99
5.06
4.80
5.14
Zilog
Part No.
16F3211FI20SG
16F3211AL20SG
16F6411FI20SG
16F6411AL20SG
16F2810AG20SG
16F2810VH20SG
16F2810VH20EG
16F2811FI20SG
16F2810FI20SG
16F2811AL20SG
Features: WDT LV Detect POR 2 Comparators
Timers 8/16- it 1/1 Operatin Volta e 2.0V 3.6V
0°C 70°C
OTP
RAM
I/O
Digi-Key
(Bytes) (Bytes) Lines Package Part No.
237
24
28-SOIC 269-3418-ND
237
24 28-SSOP 269-3419-ND
237
24 28-SSOP 269-4507-ND
237
32
40-DIP 269-3420-ND
1K
16
20-DIP 269-3839-ND
32K
1K
16
20-SOIC 269-3845-ND
1K
16 20-SSOP 269-3833-ND
1K
24
28-DIP 269-3842-ND
1K
24
28-SOIC 269-3848-ND
1K
24 28-SSOP 269-3836-ND
1K
16
20-DIP 269-3840-ND
1K
16
20-SOIC 269-3846-ND
1K
16 20-SSOP 269-3834-ND
64K
1K
24
28-DIP 269-3843-ND
1K
24
28-SOIC 269-3849-ND
1K
16
20-DIP 269-3841-ND
1K
16
20-SOIC 269-3847-ND
1K
24
28-DIP 269-3844-ND
96K
1K
24
28-SOIC 269-3850-ND
1K
24
28-SOIC 269-4667-ND
1K
24 28-SSOP 269-3838-ND
1K
16
20-DIP 269-3825-ND
1K
16
20-SOIC 269-3827-ND
1K
16 20-SSOP 269-3823-ND
128K
1K
24
28-DIP 269-3826-ND
1K
24
28-SOIC 269-3828-ND
1K
24 28-SSOP 269-3824-ND
1
4.53
4.53
4.66
5.46
5.96
5.33
5.33
6.04
5.43
5.43
6.57
5.88
5.88
6.65
5.99
7.23
6.47
7.34
6.60
7.47
6.60
7.98
7.13
7.13
8.08
7.26
7.26
Price Each
25
3.40
3.40
3.52
4.10
4.50
4.02
4.02
4.56
4.10
4.10
4.96
4.44
4.44
5.02
4.52
5.46
4.88
5.54
4.98
5.61
4.98
6.02
5.38
5.38
6.10
5.48
5.48
100
2.51
2.51
2.51
3.04
3.21
2.87
2.87
3.26
2.93
2.93
3.54
3.16
3.16
3.59
3.23
3.90
3.49
3.96
3.56
3.56
3.56
4.30
3.84
3.84
4.36
3.91
3.91
Development
Tools
269-4537-ND
269-4537-ND
269-4537-ND
269-4537-ND
269-4537-ND
269-4537-ND
269-4537-ND
269-4537-ND
269-4537-ND
269-4537-ND
HVD Speed 8MHz
Temperature Ran e
Zilog
Part No.
LP32300S2832C
LP32300H2832C
LP32300H2832G
LP32300P4032C
LP12840P2032G
LP12840S2032G
LP12840H2032G
LP12840P2832G
LP12840S2832G
LP12840H2832G
LP12840P2064G
LP12840S2064G
LP12840H2064G
LP12840P2864G
LP12840S2864G
LP12840P2096G
LP12840S2096G
LP12840P2896G
LP12840S2896G
LP12840H2896G
LP12840H2896G
LP12840P2028G
LP12840S2028G
LP12840H2028G
LP12840P2828G
LP12840S2828G
LP12840H2828G
Development
Tools
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
269-3398-ND
◆ RoHS Compliant
Crimzon® Infrared Microcontrollers
ZLF645 Series Flash MCUs
Flash
(Bytes)
64K
RAM
(Bytes)
1K
I/O
Lines
24
Package
28-SOIC
Digi-Key
Part No.
269-4707-5-ND
1
3.18
Tube Price Each
25
2.40
Zilog
Part No.
LF645E0S2864G
100
1.70
Development
Tools
269-4685-ND
Z8 Encore!® Flash Microcontrollers
Zilog redefines 8-bit with the new Z8 Encore! family of flash microcontrollers. Featuring flash memory and the
high-performance register-to-register architecture. Z8 Encore! MCU accelerates design development while
reducing total system cost. The same CPU core and peripheral interfaces ensure code compatibility across
Memory Size
Program
(Bytes)
1K
RAM
I/O
(Bytes) Pins
ADC
VCC
(V)
Clock
Speed
(MHz)
Timer/
Counters
(16-bit)
Operating
Temp.
Package
Digi-Key
Part No.
1
Price Each
25
100
Zilog
Part No.
Development
Tools
256
6
UART
—
2.7
3.6
5
2
Extended
8-DIP
269-3745-ND
2.40
1.80
1.34
8F0113PB005EG
269-3389-ND
256
6
UART
—
2.7
3.6
5
2
Commercial
8-DIP
269-3746-ND
2.19
1.65
1.21
8F0113PB005SG
269-3389-ND
256
6
UART
—
2.7
3.6
5
2
Extended
8-QFN
269-3747-ND
2.40
1.80
1.34
8F0113QB005EG
269-3389-ND
256
6
UART
—
2.7
3.6
5
2
Commercial
8-QFN
269-3748-ND
2.19
1.65
1.21
8F0113QB005SG
269-3389-ND
256
6
UART
—
2.7
3.6
5
2
Extended
8-SOIC
269-3749-ND
2.40
1.80
1.34
8F0113SB005EG
269-3389-ND
256
6
UART
—
2.7
3.6
5
2
Commercial
8-SOIC
269-3750-ND
2.19
1.65
1.21
8F0113SB005SG
269-3389-ND
256
16
1 UART, IrDA
—
2.7
3.6
5
2
Extended
20-SSOP
269-3430-ND
2.70
2.03
1.50
8F0113HH005EC
269-3389-ND
256
16
1 UART, IrDA
—
2.7
3.6
5
2
Commercial
20-SSOP
269-3431-ND
2.46
1.85
1.36
8F0113HH005SC
269-3389-ND
256
16
1 UART, IrDA
—
2.7
3.6
5
2
Extended
20-DIP
269-3434-ND
2.82
2.12
1.57
8F0113PH005EC
269-3389-ND
256
16
1 UART, IrDA
—
2.7
3.6
5
2
Commercial
20-DIP
269-3435-ND
2.58
1.94
1.43
8F0113PH005SC
269-3389-ND
256
16
1 UART, IrDA
—
2.7
3.6
5
2
Extended
20-SOIC
269-3438-ND
2.70
2.03
1.50
8F0113SH005EC
269-3389-ND
256
16
1 UART, IrDA
—
2.7
3.6
5
2
Commercial
20-SOIC
269-3439-ND
2.46
1.85
1.36
8F0113SH005SC
269-3389-ND
256
24
1 UART, IrDA
—
2.7
3.6
5
2
Extended
28-SSOP
269-3432-ND
2.70
2.03
1.50
8F0113HJ005EC
269-3389-ND
256
24
1 UART, IrDA
—
2.7
3.6
5
2
Commercial
28-SSOP
269-3433-ND
2.46
1.85
1.36
8F0113HJ005SC
269-3389-ND
256
24
1 UART, IrDA
—
2.7
3.6
5
2
Commercial
28-DIP
269-3437-ND
2.70
2.03
1.50
8F0113PJ005SC
269-3389-ND
256
24
1 UART, IrDA
—
2.7
3.6
5
2
Extended
28-SOIC
269-3440-ND
2.70
2.03
1.50
8F0113SJ005EC
269-3389-ND
◆ RoHS Compliant
140
140
Serial
Communication
the entire family. Incorporate the Z8 Encore! into new designs or upgrade from the existing Z8 architecture.
Features     rogram Memory Type   lash and On-Chip    Special  eatures   OR,
O and 
T    COMM In  ter faces: I2C, UART and OCD
† Tube
Note:  emperature Ran e: • Commercial: - C ~ 
C    Extended  -4 C ~ 1 5 C 
(US2011)
(TZM112.US)
(Continued)
Z8 Encore!® Flash Microcontrollers (Cont.)
Memory Size
Program
(Bytes)
1K
2K
4K
RAM
I/O
(Bytes) Pins
256
24
256
6
256
6
256
6
256
6
256
6
256
6
256
16
256
16
256
16
256
16
256
16
256
16
256
22
256
22
256
22
256
22
256
22
256
22
512
6
512
6
512
6
512
6
512
6
512
6
512
16
512
16
512
16
512
16
512
16
512
16
512
24
512
24
512
24
512
24
512
24
512
24
512
6
512
6
512
6
512
6
512
6
512
16
512
16
512
16
512
16
512
22
512
22
512
22
512
22
512
22
512
22
1K
11
1K
11
1K
11
1K
11
1K
11
1K
19
1K
19
1K
19
1K
6
1K
6
1K
6
1K
6
1K
6
1K
6
1K
16
1K
16
1K
16
1K
16
1K
16
1K
16
1K
24
1K
24
1K
24
1K
24
1K
11
1K
11
1K
11
1K
19
1K
19
1K
19
1K
6
1K
6
1K
6
1K
6
1K
6
1K
6
1K
16
1K
16
1K
16
1K
16
1K
16
1K
16
1K
16
1K
22
1K
22
◆ RoHS Compliant
Serial
Communication
1 UART, IrDA
UART
UART
UART
UART
UART
UART
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
UART
UART
UART
UART
UART
UART
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
UART
UART
UART
UART
UART
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
† Tube
UART, I2C,
IrDA
UART, I2C,
SPI, IrDA
UART, I2C,
SPI, IrDA
UART
UART
UART
UART
UART
UART
1 UART IrDA
1 UART IrDA
1 UART IrDA
1 UART IrDA
1 UART IrDA
1 UART IrDA
1 UART IrDA
1 UART IrDA
1 UART IrDA
1 UART IrDA
UART, I2C,
IrDA
UART, I2C,
SPI, IrDA
UART
UART
UART
UART
UART
UART
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
ADC
—
4-ch. 104-ch. 104-ch. 104-ch. 104-ch. 104-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 108-ch. 108-ch. 108-ch. 108-ch. 10—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
4-ch. 104-ch. 104-ch. 104-ch. 104-ch. 107-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 108-ch. 108-ch. 108-ch. 108-ch. 10—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
2-ch. 102-ch. 102-ch. 105-ch. 105-ch. 105-ch. 104-ch. 104-ch. 104-ch. 104-ch. 104-ch. 104-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 10-
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
VCC
(V)
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
Clock
Speed
(MHz)
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
20
20
20
20
20
20
20
20
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
20
20
20
20
20
20
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
Timer/
Counters
(16-bit)
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Operating
Temp.
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Commercial
Extended
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Extended
Commercial
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Commercial
Commercial
Extended
Commercial
Commercial
Extended
Commercial
Package
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-DIP
28-SOIC
28-SOIC
20-DIP
20-DIP
20-SSOP
20-SSOP
20-SSOP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-SOIC
28-SOIC
20-DIP
20-SSOP
20-SSOP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-SSOP
20-DIP
20-SOIC
20-SOIC
20-SOIC
28-SSOP
28-SSOP
Digi-Key
Part No.
269-3441-ND
269-3753-ND
269-3754-ND
269-3755-ND
269-3756-ND
269-3757-ND
269-3758-ND
269-3442-ND
269-3443-ND
269-3446-ND
269-3447-ND
269-3450-ND
269-3451-ND
269-3444-ND
269-3445-ND
269-3448-ND
269-3449-ND
269-3452-ND
269-3453-ND
269-3761-ND
269-3762-ND
269-3763-ND
269-3764-ND
269-3765-ND
269-3766-ND
269-4044-ND
269-4045-ND
269-3458-ND
269-3459-ND
269-3462-ND
269-3463-ND
269-3456-ND
269-3457-ND
269-3460-ND
269-3461-ND
269-3464-ND
269-3465-ND
269-3769-ND
269-3770-ND
269-3771-ND
269-3772-ND
269-3774-ND
269-3470-ND
269-3471-ND
269-3474-ND
269-3475-ND
269-3468-ND
269-3469-ND
269-3472-ND
269-3473-ND
269-3476-ND
269-3477-ND
269-3208-ND
269-3209-ND
269-3206-ND
269-3207-ND
269-4101-ND
269-3210-ND
269-3212-ND
269-3213-ND
269-3777-ND
269-3778-ND
269-3779-ND
269-3780-ND
269-3781-ND
269-3782-ND
269-4108-ND
269-4109-ND
269-3482-ND
269-3483-ND
269-3486-ND
269-3487-ND
269-3480-ND
269-3481-ND
269-3488-ND
269-3489-ND
269-3216-ND
269-3214-ND
269-3215-ND
269-3219-ND
269-3220-ND
269-4143-ND
269-3785-ND
269-3731-ND
269-3786-ND
269-3787-ND
269-3788-ND
269-3732-ND
269-4144-ND
269-3491-ND
269-4145-ND
269-3495-ND
269-3498-ND
269-3499-ND
269-4153-ND
269-3492-ND
269-3493-ND
1
2.46
2.55
2.31
2.55
2.31
2.55
2.31
2.82
2.58
3.00
2.70
2.82
2.58
2.82
2.58
3.12
2.82
2.82
2.58
2.55
2.31
2.55
2.31
2.55
2.31
2.82
2.58
3.00
2.70
2.82
2.58
2.82
2.58
3.75
3.57
2.82
2.58
2.70
2.46
2.70
2.46
2.46
3.12
2.82
3.00
2.70
3.00
2.70
3.27
2.94
3.00
2.70
3.39
3.09
3.39
3.09
3.09
4.11
3.60
3.27
2.70
2.46
2.70
2.46
2.70
2.46
3.00
2.70
3.12
2.82
3.00
2.70
3.00
2.70
3.00
2.70
3.84
3.84
3.48
3.90
3.96
3.60
2.82
2.58
2.82
2.58
2.82
2.58
3.12
2.82
2.82
2.94
3.12
2.82
2.82
3.12
2.82
Price Each
25
1.85
1.92
1.74
1.92
1.74
1.92
1.74
2.12
1.94
2.25
2.03
2.12
1.94
2.12
1.94
2.34
2.12
2.12
1.94
1.92
1.74
1.92
1.74
1.92
1.74
2.12
1.94
2.25
2.03
2.12
1.94
2.12
1.94
2.82
2.68
2.12
1.94
2.03
1.85
2.03
1.85
1.85
2.34
2.12
2.25
2.03
2.25
2.03
2.46
2.21
2.25
2.03
2.55
2.32
2.55
2.32
2.32
3.09
2.70
2.46
2.03
1.85
2.03
1.85
2.03
1.85
2.25
2.03
2.34
2.12
2.25
2.03
2.25
2.03
2.25
2.03
2.88
2.88
2.61
2.93
2.97
2.70
2.12
1.94
2.12
1.94
2.12
1.94
2.34
2.12
2.12
2.21
2.34
2.12
2.12
2.34
2.12
C    Extended  -4 C ~ 1 5 C 
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
100
1.36
1.41
1.29
1.41
1.29
1.41
1.29
1.57
1.43
1.66
1.50
1.57
1.43
1.57
1.43
1.73
1.57
1.57
1.43
1.41
1.29
1.41
1.29
1.41
1.29
1.57
1.43
1.66
1.50
1.57
1.43
1.57
1.43
1.78
1.70
1.57
1.43
1.50
1.36
1.50
1.36
1.36
1.73
1.57
1.66
1.50
1.66
1.50
1.81
1.64
1.66
1.50
1.89
1.71
1.89
1.71
1.71
2.29
2.00
1.81
1.50
1.36
1.50
1.36
1.50
1.36
1.66
1.50
1.73
1.57
1.66
1.50
1.66
1.50
1.66
1.50
2.13
2.13
1.93
2.16
2.20
2.00
1.57
1.43
1.57
1.43
1.57
1.43
1.73
1.57
1.57
1.64
1.73
1.57
1.57
1.73
1.57
Zilog
Part No.
8F0113SJ005SC
8F0123PB005EG
8F0123PB005SG
8F0123QB005EG
8F0123QB005SG
8F0123SB005EG
8F0123SB005SG
8F0123HH005EC
8F0123HH005SC
8F0123PH005EC
8F0123PH005SC
8F0123SH005EC
8F0123SH005SC
8F0123HJ005EC
8F0123HJ005SC
8F0123PJ005EC
8F0123PJ005SC
8F0123SJ005EC
8F0123SJ005SC
8F0213PB005EG
8F0213PB005SG
8F0213QB005EG
8F0213QB005SG
8F0213SB005EG
8F0213SB005SG
8F0213HH005EG
8F0213HH005SG
8F0213PH005EC
8F0213PH005SC
8F0213SH005EC
8F0213SH005SC
8F0213HJ005EC
8F0213HJ005SC
8F0213PJ005EC
8F0213PJ005SC
8F0213SJ005EC
8F0213SJ005SC
8F0223PB005EG
8F0223PB005SG
8F0223QB005EG
8F0223QB005SG
8F0223SB005SG
8F0223PH005EC
8F0223PH005SC
8F0223SH005EC
8F0223SH005SC
8F0223HJ005EC
8F0223HJ005SC
8F0223PJ005EC
8F0223PJ005SC
8F0223SJ005EC
8F0223SJ005SC
8F0411PH020EC
8F0411PH020SC
8F0411HH020EC
8F0411HH020SC
8F0411HH020SG
8F0412PJ020EC
8F0412SJ020EC
8F0412SJ020SC
8F0413PB005EG
8F0413PB005SG
8F0413QB005EG
8F0413QB005SG
8F0413SB005EG
8F0413SB005SG
8F0413HH005EG
8F0413HH005SG
8F0413PH005EC
8F0413PH005SC
8F0413SH005EC
8F0413SH005SC
8F0413HJ005EC
8F0413HJ005SC
8F0413SJ005EC
8F0413SJ005SC
8F0421PH020EC
8F0421HH020EC
8F0421HH020SC
8F0422PJ020SC
8F0422SJ020EC
8F0422SJ020SG
8F0423PB005EG
8F0423PB005SG
8F0423QB005EG
8F0423QB005SG
8F0423SB005EG
8F0423SB005SG
8F0423HH005EG
8F0423HH005SC
8F0423HH005SG
8F0423PH005SC
8F0423SH005EC
8F0423SH005SC
8F0423SH005SG
8F0423HJ005EC
8F0423HJ005SC
Development
Tools
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
(Continued)
(US2011)
(TZM112.US)
141
141
C
Z8 Encore!® Flash Microcontrollers (Cont.)
Memory Size
Program
(Bytes)
4K
C
8K
12K
16K
24K
32K
48K
64K
RAM
I/O
(Bytes) Pins
1K
22
1K
22
1K
22
1K
22
1K
22
1K
22
1K
11
1K
11
1K
11
1K
19
1K
19
1K
6
1K
6
1K
6
1K
6
1K
16
1K
16
1K
16
1K
16
1K
24
1K
24
1K
24
1K
24
1K
11
1K
11
1K
11
1K
11
1K
19
1K
19
1K
19
1K
6
1K
6
1K
6
1K
6
1K
6
1K
6
1K
16
1K
16
1K
16
1K
16
1K
22
1K
22
1K
22
1K
22
256
17
256
17
256
25
2K
17
2K
31
2K
31
2K
31
2K
31
2K
31
2K
46
2K
46
2K
46
2K
46
2K
46
512
17
2K
31
2K
31
2K
31
2K
17
2K
46
2K
2K
2K
2K
2K
2K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
4K
31
31
31
46
46
46
46
31
31
46
31
46
31
31
31
31
31
46
46
46
46
60
60
◆ RoHS Compliant
142
142
Serial
Communication
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
1 UART, IrDA
UART, I2C
UART, I2C
UART, I2C
UART, I2C,
SPI, IrDA
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
† Tube
UART, I2C,
IrDA
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART, I2C
2 UARTS, I2C,
SPI, IrDA
2 UARTS, I2C,
SPI, IrDA
2 UARTS, I2C,
SPI
2 UARTS, I2C,
SPI, IrDA
2 UARTS,
SPI
I2C,
2 UARTS, I2C,
SPI, IrDA
2 UARTS, I2C,
SPI, IrDA
2 UARTS, I2C,
SPI, IrDA
ADC
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
2-ch. 10- it
2-ch. 10- it
2-ch. 10- it
2-ch. 10- it
5-ch. 10- it
5-ch. 10- it
5-ch. 10- it
4-ch. 10- it
4-ch. 10- it
4-ch. 10- it
4-ch. 10- it
4-ch. 10- it
4-ch. 10- it
7-ch. 10- it
7-ch. 10- it
7-ch. 10- it
7-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
—
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
VCC
(V)
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
1.8 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
3.0 3.6
2.7 3.6
3.0 3.6
3.0 3.6
3.0 3.6
Clock
Speed
(MHz)
5
5
5
5
5
5
20
20
20
20
20
5
5
5
5
5
5
5
5
5
5
5
5
20
20
20
20
20
20
20
5
5
5
5
5
5
5
5
5
5
5
5
5
5
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
Timer/
Counters
(16-bit)
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
4
4
4
4
4
2
3
3
3
Operating
Temp.
Commercial
Extended
Extended
Commercial
Extended
Commercial
Extended
Commercial
Commercial
Extended
Commercial
Extended
Commercial
Extended
Extended
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Extended
Extended
Extended
Commercial
Commercial
Extended
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Commercial
Extended
Extended
Commercial
Extended
Extended
Extended
Extended
Extended
Extended
Commercial
Commerical
Commercial
Extended
Extended
Commercial
Commercial
Commercial
Extended
Extended
Commercial
Commercial
Package
28-SSOP
28-DIP
28-DIP
28-DIP
28-SOIC
28-SOIC
20-DIP
20-DIP
20-SSOP
28-DIP
28-SOIC
8-DIP
8-DIP
8-QFN
8-SOIC
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-SOIC
20-DIP
20-SSOP
20-SSOP
20-SSOP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-DIP
28-DIP
28-DIP
28-SOIC
28-SOIC
28-SOIC
28-SOIC
44-PLCC
44-LQFP
44-LQFP
40-DIP
44-PLCC
64-LQFP
64-LQFP
64-LQFP
64-LQFP
64-LQFP
32-LQFP
44-LQFP
44-LQFP
44-PLCC
Digi-Key
Part No.
269-4147-ND
269-3496-ND
269-4150-ND
269-3497-ND
269-3500-ND
269-3501-ND
269-3224-ND
269-3225-ND
269-4173-ND
269-3226-ND
269-4179-ND
269-3791-ND
269-3792-ND
269-3793-ND
269-3795-ND
269-3717-ND
269-3718-ND
269-3721-ND
269-3722-ND
269-3715-ND
269-3716-ND
269-3719-ND
269-3723-ND
269-3232-ND
269-3230-ND
269-3231-ND
269-4204-ND
269-4207-ND
269-4209-ND
269-4210-ND
269-3803-ND
269-3733-ND
269-3804-ND
269-3805-ND
269-3806-ND
269-3734-ND
269-3727-ND
269-3689-ND
269-3729-ND
269-3691-ND
269-4214-ND
269-3728-ND
269-4217-ND
269-3690-ND
269-4558-5-ND
269-4705-5-ND
269-4706-5-ND
269-4709-5-ND
269-3195-ND
269-4234-ND
269-4235-ND◆
269-4237-ND
269-4239-ND
269-3259-ND
269-4240-ND
269-3260-ND
269-4241-ND
269-3640-ND
269-3831-ND
269-4244-ND
269-4245-ND
269-4249-ND
†
†
†
†
1
2.82
3.39
3.39
3.09
3.12
2.82
3.54
3.21
3.21
4.14
3.48
3.00
2.70
3.00
3.00
3.39
3.09
3.27
2.94
3.27
2.94
3.66
3.27
3.96
3.96
3.60
3.60
4.44
4.11
3.72
3.12
2.82
3.12
2.82
3.12
2.82
3.54
3.21
3.39
3.09
3.09
3.84
3.84
3.48
2.40
2.37
2.40
4.44
12.69
5.97
5.37
5.64
5.37
6.24
6.24
5.64
5.64
6.87
6.81
6.24
5.64
5.64
Price Each
25
2.12
2.55
2.55
2.32
2.34
2.12
2.66
2.41
2.41
3.11
2.61
2.25
2.03
2.25
2.25
2.55
2.32
2.46
2.21
2.46
2.21
2.75
2.46
2.97
2.97
2.70
2.70
3.33
3.09
2.79
2.34
2.12
2.34
2.12
2.34
2.12
2.66
2.41
2.55
2.32
2.32
2.88
2.88
2.61
1.80
1.78
1.80
3.33
9.52
4.48
4.03
4.23
4.03
4.68
4.68
4.23
4.23
5.16
5.11
4.68
4.23
4.23
(TZM112.US)
Zilog
Part No.
8F0423HJ005SG
8F0423PJ005EC
8F0423PJ005EG
8F0423PJ005SC
8F0423SJ005EC
8F0423SJ005SC
8F0811PH020EC
8F0811PH020SC
8F0811HH020SG
8F0812PJ020EC
8F0812SJ020SG
8F0813PB005EG
8F0813PB005SG
8F0813QB005EG
8F0813SB005EG
8F0813PH005EC
8F0813PH005SC
8F0813SH005EC
8F0813SH005SC
8F0813HJ005EC
8F0813HJ005SC
8F0813PJ005EC
8F0813SJ005EC
8F0821PH020EC
8F0821HH020EC
8F0821HH020SC
8F0821HH020SG
8F0822PJ020EG
8F0822SJ020EG
8F0822SJ020SG
8F0823PB005EG
8F0823PB005SG
8F0823QB005EG
8F0823QB005SG
8F0823SB005EG
8F0823SB005SG
8F0823PH005EC
8F0823PH005SC
8F0823SH005EC
8F0823SH005SC
8F0823HJ005SG
8F0823PJ005EC
8F0823PJ005EG
8F0823PJ005SC
8F083ASJ020EG
8F0830SJ020EG
8F1233SJ020EG
8F1680SJ020EG
8F1601VN020EC
8F1621AN020EG
8F1621AN020SG
8F1621PM020SG
8F1621VN020SG
8F1622AR020EC
8F1622AR020EG
8F1622AR020SC
8F1622AR020SG
8F1622AR020SC2104
8FMC16100AKEG
8F2421AN020EG
8F2421AN020SG
8F2421VN020SG
Development
Tools
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-3389-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4630-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4664-ND
269-4540-ND
—
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
8-ch. 10- it
1.8
3.6
20
2
Extended
28-SOIC
269-4708-5-ND †
4.68
3.51
2.60
8F2480SJ020EG
12-ch. 10- it
3.0
3.6
20
4
Commercial
64-LQFP
269-3140-ND
14.64
10.98
8.14
8F3202AR020SC
—
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
12-ch 10- it
12-ch 10- it
12-ch 10- it
12-ch. 10- it
8-ch. 10- it
8-ch. 10- it
12-ch. 10- it
8-ch. 10- it
12-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
8-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
12-ch. 10- it
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
3
3
3
4
4
4
4
3
3
4
3
4
3
3
3
3
3
4
4
4
4
4
4
Extended
Commercial
Commercial
Extended
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Extended
Extended
Extended
Commercial
Commercial
Extended
Commercial
Extended
Extended
Commercial
Commercial
Extended
Commercial
44-LQFP
44-LQFP
40-DIP
64-LQFP
64-LQFP
64-LQFP
64-LQFP
44-LQFP
40-DIP
64-LQFP
44-LQFP
64-LQFP
44-LQFP
44-LQFP
40-DIP
44-PLCC
44-PLCC
64-LQFP
64-LQFP
64-LQFP
68-PLCC
80-QFP
80-QFP
269-4254-ND
269-4255-ND
269-4257-ND
269-3279-ND
269-3280-ND
269-4261-ND
269-3145-ND
269-4265-ND
269-4267-ND
269-3290-ND
269-3181-ND
269-3203-ND
269-4276-ND
269-4277-ND
269-4279-ND
269-4280-ND
269-4281-ND
269-3301-ND
269-4282-ND
269-4283-ND
269-4285-ND
269-4286-ND
269-4287-ND
6.48
5.88
6.15
6.72
6.15
6.15
16.44
6.72
6.96
6.96
19.44
20.01
7.95
7.23
7.50
7.95
7.23
12.36
8.22
7.50
7.50
8.22
7.50
4.86
4.41
4.62
5.04
4.62
4.62
12.33
5.04
5.22
5.22
14.58
15.01
5.97
5.43
5.63
5.97
5.43
9.27
6.17
5.63
5.63
6.17
5.63
3.60
3.27
3.41
3.74
3.41
3.41
9.13
3.73
3.87
3.87
10.80
11.12
4.41
4.01
4.16
4.41
4.01
6.18
4.57
4.16
4.16
4.57
4.16
8F3221AN020EG
8F3221AN020SG
8F3221PM020SG
8F3222AR020EC
8F3222AR020SC
8F3222AR020SG
8F4802AR020SC
8F4821AN020SG
8F4821PM020SG
8F4822AR020SC
8F6401AN020EC
8F6402AR020EC
8F6421AN020EG
8F6421AN020SG
8F6421PM020SG
8F6421VN020EG
8F6421VN020SG
8F6422AR020EC
8F6422AR020EG
8F6422AR020SG
8F6422VS020SG
8F6423FT020EG
8F6423FT020SG
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
—
269-4540-ND
269-4540-ND
269-4540-ND
—
—
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
269-4540-ND
C    Extended  -4 C ~ 1 5 C 
(US2011)
100
1.57
1.89
1.89
1.71
1.73
1.57
1.97
1.79
1.79
2.30
1.93
1.66
1.50
1.66
1.66
1.89
1.71
1.81
1.64
1.81
1.64
2.04
1.81
2.20
2.20
2.00
2.00
2.46
2.29
2.07
1.73
1.57
1.73
1.57
1.73
1.57
1.97
1.79
1.89
1.71
1.71
2.13
2.13
1.93
1.33
1.31
1.33
2.46
7.05
3.31
2.99
3.13
2.99
3.46
3.46
3.13
3.13
3.44
3.79
3.46
3.13
3.13
269-4540-ND
Z8 Encore! XP ® Flash Microcontrollers 4K Series
The 8 Encore
MCU amily o products are the irst in a line o ilo microcontroller products ased upon the 8- it
e 8 CPU. The 8 Encore XP 4K Series products expand upon ilo s extensive line o 8- it microcontrollers. The Flash
in-circuit programming capability allows for faster development time and program changes in the field. The new eZ8 CPU
is upward compati le with existin 8 instructions. The rich peripheral set o the 8 Encore amily ma es it suita le or
Memory Size
Program
(Bytes)
1K
2K
4K
RAM
I/O
(Bytes) Pins
256
6
256
6
256
6
256
6
256
6
256
6
256
6
256
17
256
17
256
17
256
17
256
17
256
17
256
25
256
25
256
25
256
25
256
25
256
25
256
6
256
6
256
6
256
6
256
6
256
6
256
17
256
17
256
17
256
17
256
17
256
17
256
17
256
23
256
23
256
23
256
23
256
23
256
23
512
6
512
6
512
6
512
6
512
6
512
6
512
17
512
17
512
17
512
17
512
25
512
25
512
25
512
25
512
25
512
25
512
25
512
25
512
25
512
6
512
6
512
6
512
6
512
6
512
6
512
17
512
17
512
17
512
17
512
17
512
17
512
17
512
23
512
23
512
23
512
23
512
23
512
23
1K
6
1K
6
◆ RoHS Compliant
NVDS
(Bytes)
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
128
128
Serial
Communication
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
ADC
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
7-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 108-ch. 108-ch. 108-ch. 108-ch. 10—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
7-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 108-ch. 108-ch. 108-ch. 108-ch. 10—
—
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
ote:  emperature Ran e: • Commercial: - C ~ 
VCC
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
2.7 3.6
Clock
Speed
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
Timer/
Counters
(16-bit)
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
a variety of applications including motor control, security systems, home appliances, personal electronic devices and
sensors. Features: Pro ram Memory Type Flash On-Chip Special Features POR, VBO, Temperature Sensor, Analo
Comparator, Current Sense Ampli ier, up to 18 vectored interrupts WDT COMM Inter aces UART, OCD Operatin
Temperature Extended -40 C 105 C, Commercial 0 C 70 C
Operating
Temp.
Extended
Commercial
Extended
Commercial
Extended
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Package
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-DIP
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-DIP
20-DIP
20-SOIC
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
8-QFN
8-QFN
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-DIP
20-DIP
20-SOIC
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-DIP
28-SOIC
28-SOIC
8-DIP
8-DIP
Digi-Key
Part No.
269-3642-ND
269-3643-ND
269-3751-ND
269-3752-ND
269-3646-ND
269-4010-ND
269-3647-ND
269-3308-ND
269-3309-ND
269-3312-ND
269-3313-ND
269-3316-ND
269-3317-ND
269-3310-ND
269-3311-ND
269-3314-ND
269-3315-ND
269-3318-ND
269-3319-ND
269-3648-ND
269-3649-ND
269-3759-ND
269-3760-ND
269-3652-ND
269-3653-ND
269-3320-ND
269-3321-ND
269-3324-ND
269-3325-ND
269-4035-ND
269-3328-ND
269-3329-ND
269-3322-ND
269-3323-ND
269-3326-ND
269-3327-ND
269-3330-ND
269-3331-ND
269-3654-ND
269-3655-ND
269-3767-ND
269-3768-ND
269-3658-ND
269-3659-ND
269-3332-ND
269-3333-ND
269-3336-ND
269-3337-ND
269-3340-ND
269-3341-ND
269-4069-ND
269-3334-ND
269-3335-ND
269-3338-ND
269-3339-ND
269-3342-ND
269-3343-ND
269-4088-ND
269-4089-ND
269-3775-ND
269-3776-ND
269-3664-ND
269-3665-ND
269-3344-ND
269-3345-ND
269-3348-ND
269-3349-ND
269-3352-ND
269-4096-ND
269-3353-ND
269-3346-ND
269-3347-ND
269-3350-ND
269-3351-ND
269-3354-ND
269-3355-ND
269-3666-ND
269-3667-ND
1
2.64
2.40
2.64
2.40
2.64
2.64
2.40
3.00
2.70
3.00
2.70
3.00
2.70
3.00
2.70
3.27
2.94
3.00
2.70
2.82
2.58
2.82
2.58
2.82
2.58
3.12
2.82
3.12
2.82
2.82
3.12
2.82
3.12
2.82
3.39
3.09
3.12
2.82
2.76
2.52
2.76
2.52
2.76
2.52
3.12
2.82
3.12
2.82
3.12
2.82
2.82
3.12
2.82
3.39
3.09
3.12
2.82
3.00
2.70
3.00
2.70
3.00
2.70
3.27
2.94
3.27
2.94
3.27
3.27
2.94
3.27
2.94
3.54
3.21
3.27
2.94
2.91
2.64
Price Each
25
1.98
1.80
1.98
1.80
1.98
1.98
1.80
2.25
2.03
2.25
2.03
2.25
2.03
2.25
2.03
2.46
2.21
2.25
2.03
2.12
1.94
2.12
1.94
2.12
1.94
2.34
2.12
2.34
2.12
2.12
2.34
2.12
2.34
2.12
2.55
2.32
2.34
2.12
2.07
1.89
2.07
1.89
2.07
1.89
2.34
2.12
2.34
2.12
2.34
2.12
2.12
2.34
2.12
2.55
2.32
2.34
2.12
2.25
2.03
2.25
2.03
2.25
2.03
2.46
2.21
2.46
2.21
2.46
2.46
2.21
2.46
2.21
2.66
2.41
2.46
2.21
2.19
1.98
C    Extended  -4 C ~ 1 5 C 
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
100
1.46
1.33
1.46
1.33
1.46
1.46
1.33
1.66
1.50
1.66
1.50
1.66
1.50
1.66
1.50
1.81
1.64
1.66
1.50
1.57
1.43
1.57
1.43
1.57
1.43
1.73
1.57
1.73
1.57
1.57
1.73
1.57
1.73
1.57
1.89
1.71
1.73
1.57
1.54
1.40
1.54
1.40
1.54
1.40
1.73
1.57
1.73
1.57
1.73
1.57
1.57
1.73
1.57
1.89
1.71
1.73
1.57
1.66
1.50
1.66
1.50
1.66
1.50
1.81
1.64
1.81
1.64
1.81
1.81
1.64
1.81
1.64
1.97
1.79
1.81
1.64
1.61
1.47
Zilog
Part No.
8F011APB020EC
8F011APB020SC
8F011AQB020EG
8F011AQB020SG
8F011ASB020EC
8F011ASB020EG
8F011ASB020SC
8F011AHH020EC
8F011AHH020SC
8F011APH020EC
8F011APH020SC
8F011ASH020EC
8F011ASH020SC
8F011AHJ020EC
8F011AHJ020SC
8F011APJ020EC
8F011APJ020SC
8F011ASJ020EC
8F011ASJ020SC
8F012APB020EC
8F012APB020SC
8F012AQB020EG
8F012AQB020SG
8F012ASB020EC
8F012ASB020SC
8F012AHH020EC
8F012AHH020SC
8F012APH020EC
8F012APH020SC
8F012APH020SG
8F012ASH020EC
8F012ASH020SC
8F012AHJ020EC
8F012AHJ020SC
8F012APJ020EC
8F012APJ020SC
8F012ASJ020EC
8F012ASJ020SC
8F021APB020EC
8F021APB020SC
8F021AQB020EG
8F021AQB020SG
8F021ASB020EC
8F021ASB020SC
8F021AHH020EC
8F021AHH020SC
8F021APH020EC
8F021APH020SC
8F021ASH020EC
8F021ASH020SC
8F021ASH020SG
8F021AHJ020EC
8F021AHJ020SC
8F021APJ020EC
8F021APJ020SC
8F021ASJ020EC
8F021ASJ020SC
8F022APB020EG
8F022APB020SG
8F022AQB020EG
8F022AQB020SG
8F022ASB020EC
8F022ASB020SC
8F022AHH020EC
8F022AHH020SC
8F022APH020EC
8F022APH020SC
8F022ASH020EC
8F022ASH020EG
8F022ASH020SC
8F022AHJ020EC
8F022AHJ020SC
8F022APJ020EC
8F022APJ020SC
8F022ASJ020EC
8F022ASJ020SC
8F041APB020EC
8F041APB020SC
Development
Tools
C
269-3307-ND,
269-3638-ND
269-3307-ND,
269-3638-ND
269-3307-ND,
269-3638-ND
(Continued)
(US2011)
(TZM112.US)
143
143
Z8 Encore! XP ® Flash Microcontrollers 4K Series (Cont.)
Memory Size
Program
(Bytes)
4K
C
1K
2K
4K
8K
RAM
I/O
(Bytes) Pins
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
1K
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
256
1K
1K
1K
1K
1K
1K
1K
1K
256
256
256
256
◆ RoHS Compliant
144
144
6
6
6
6
6
17
17
17
17
25
25
25
25
6
6
6
6
6
6
17
17
17
17
17
25
25
25
25
17
17
17
17
25
25
25
25
17
17
17
17
25
25
25
25
17
17
17
17
25
25
25
25
17
17
17
17
25
25
25
25
17
17
17
17
25
25
25
25
17
17
17
17
23
23
23
23
17
17
17
17
NVDS
(Bytes)
Serial
Communication
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
64
128
128
128
128
128
128
128
128
64
64
64
64
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
UART
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
UART
UART
UART
UART
UART
UART
UART
UART
—
—
—
—
ADC
—
—
—
—
—
—
—
—
—
—
—
—
—
7-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 108-ch. 108-ch. 10—
—
—
—
—
—
—
—
7-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 108-ch. 108-ch. 10—
—
—
—
—
—
—
—
7-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 108-ch. 108-ch. 10—
—
—
—
—
—
—
—
7-ch. 107-ch. 107-ch. 107-ch. 108-ch. 108-ch. 108-ch. 108-ch. 107-ch. 107-ch. 107-ch. 107-ch. 10-
VCC
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
it
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
2.7
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
Clock
Speed
Timer/
Counters
(16-bit)
Operating
Temp.
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
20MHz
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Extended
Commercial
Extended
Commercial
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Extended
Commercial
Commercial
Extended
Extended
Commercial
Extended
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Extended
Commercial
Commercial
Commercial
Commercial
Commercial
Commercial
Digi-Key
Package Part No.
1
8-QFN
8-QFN
8-SOIC
8-SOIC
8-SOIC
20-DIP
20-DIP
20-SOIC
20-SOIC
28-SSOP
28-SSOP
28-DIP
28-DIP
8-DIP
8-DIP
8-QFN
8-SOIC
8-SOIC
8-SOIC
20-SSOP
20-SSOP
20-DIP
20-QFN
20-SOIC
28-SSOP
28-DIP
28-QFN
28-SOIC
20-SSOP
20-DIP
20-QFN
20-SOIC
28-SSOP
28-DIP
28-QFN
28-SOIC
20-SSOP
20-DIP
20-QFN
20-SOIC
28-SSOP
28-DIP
28-QFN
28-SOIC
20-SSOP
20-DIP
20-QFN
20-SOIC
28-SSOP
28-DIP
28-QFN
28-SOIC
20-SSOP
20-DIP
20-QFN
20-SOIC
28-SSOP
28-DIP
28-QFN
28-SOIC
20-SSOP
20-DIP
20-QFN
20-SOIC
28-SSOP
28-DIP
28-QFN
28-SOIC
20-SSOP
20-SSOP
20-DIP
20-SOIC
28-SSOP
28-DIP
28-SOIC
28-SOIC
20-SSOP
20-DIP
20-QFN
20-SOIC
2.91
2.64
2.91
2.64
2.64
3.27
2.94
3.27
2.94
3.27
2.94
3.54
3.21
3.12
2.82
2.82
3.12
3.12
2.82
3.39
1.95
1.95
1.95
1.95
1.95
2.22
1.95
1.95
1.77
1.77
1.77
1.77
1.77
2.22
1.77
1.77
2.01
2.01
2.01
2.01
2.01
2.28
2.01
2.01
1.86
1.86
1.86
1.86
1.86
2.31
1.86
1.86
2.10
2.10
2.10
2.10
2.10
2.37
2.10
2.10
1.92
1.92
1.92
1.92
1.92
2.40
1.92
1.92
3.09
3.09
3.09
3.09
3.09
3.66
3.09
3.09
2.37
2.37
2.37
2.37
269-3783-ND
269-3784-ND
269-3670-ND
269-3671-ND
269-4131-ND
269-3360-ND
269-3361-ND
269-3364-ND
269-3365-ND
269-3358-ND
269-3359-ND
269-3362-ND
269-3363-ND
269-4160-ND
269-4161-ND
269-3790-ND
269-3676-ND
269-4166-ND
269-3677-ND
269-4156-ND
269-4580-5-ND
269-4582-5-ND
269-4584-ND
269-4586-ND
269-4581-5-ND
269-4583-5-ND
269-4585-ND
269-4587-5-ND
269-4588-5-ND
269-4590-5-ND
269-4592-ND
269-4594-5-ND
269-4589-5-ND
269-4591-5-ND
269-4593-ND
269-4595-5-ND
269-4596-5-ND
269-4598-5-ND
269-4600-ND
269-4602-5-ND
269-4597-5-ND
269-4599-5-ND
269-4601-ND
269-4603-5-ND
269-4604-5-ND
269-4606-5-ND
269-4608-ND
269-4610-5-ND
269-4605-5-ND
269-4607-5-ND
269-4609-ND
269-4611-5-ND
269-4612-5-ND
269-4614-5-ND
269-4616-ND
269-4618-5-ND
269-4613-5-ND
269-4615-5-ND
269-4617-ND
269-4619-5-ND
269-4620-5-ND
269-4622-5-ND
269-4624-ND
269-4626-5-ND
269-4621-5-ND
269-4623-5-ND
269-4625-ND
269-4627-5-ND
269-3369-ND
269-4157-ND
269-3373-ND
269-3377-ND
269-3371-ND
269-3374-ND
269-3379-ND
269-4171-ND
269-4631-5-ND
269-4530-ND
269-4633-ND
269-4529-ND
Price Each
25
100
2.19
1.98
2.19
1.98
1.98
2.46
2.21
2.46
2.21
2.46
2.21
2.66
2.41
2.34
2.12
2.12
2.34
2.34
2.12
2.55
1.47
1.47
1.47
1.47
1.47
1.67
1.47
1.47
1.33
1.33
1.33
1.33
1.33
1.67
1.33
1.33
1.51
1.51
1.51
1.51
1.51
1.71
1.51
1.51
1.40
1.40
1.40
1.40
1.40
1.74
1.40
1.40
1.58
1.58
1.58
1.58
1.58
1.78
1.58
1.58
1.44
1.44
1.44
1.44
1.44
1.80
1.44
1.44
2.32
2.32
2.32
2.32
2.32
2.75
2.32
2.32
1.78
1.78
1.78
1.78
1.61
1.47
1.61
1.47
1.47
1.81
1.64
1.81
1.64
1.81
1.64
1.97
1.79
1.73
1.57
1.57
1.73
1.73
1.57
1.89
1.09
1.09
1.09
1.09
1.09
1.23
1.09
1.09
.99
.99
.99
.99
.99
1.23
.99
.99
1.11
1.11
1.11
1.11
1.11
1.26
1.11
1.11
1.03
1.03
1.03
1.03
1.03
1.29
1.03
1.03
1.17
1.17
1.17
1.17
1.17
1.31
1.17
1.17
1.07
1.07
1.07
1.07
1.07
1.33
1.07
1.07
1.71
1.71
1.71
1.71
1.71
2.04
1.71
1.71
1.31
1.31
1.31
1.31
C    Extended  -4 C ~ 1 5 C 
(US2011)
(TZM112.US)
Zilog
Part No.
8F041AQB020EG
8F041AQB020SG
8F041ASB020EC
8F041ASB020SC
8F041ASB020SG
8F041APH020EC
8F041APH020SC
8F041ASH020EC
8F041ASH020SC
8F041AHJ020EC
8F041AHJ020SC
8F041APJ020EC
8F041APJ020SC
8F042APB020EG
8F042APB020SG
8F042AQB020SG
8F042ASB020EC
8F042ASB020EG
8F042ASB020SC
8F042AHH020EG
8F0130HH020SG
8F0130PH020SG
8F0130QH020SG
8F0130SH020SG
8F0130HJ020SG
8F0130PJ020SG
8F0130QJ020SG
8F0130SJ020SG
8F0131HH020SG
8F0131PH020SG
8F0131QH020SG
8F0131SH020SG
8F0131HJ020SG
8F0131PJ020SG
8F0131QJ020SG
8F0131SJ020SG
8F0230HH020SG
8F0230PH020SG
8F0230QH020SG
8F0230SH020SG
8F0230HJ020SG
8F0230PJ020SG
8F0230QJ020SG
8F0230SJ020SG
8F0231HH020SG
8F0231PH020SG
8F0231QH020SG
8F0231SH020SG
8F0231HJ020SG
8F0231PJ020SG
8F0231QJ020SG
8F0231SJ020SG
8F0430HH020SG
8F0430PH020SG
8F0430QH020SG
8F0430SH020SG
8F0430HJ020SG
8F0430PJ020SG
8F0430QJ020SG
8F0430SJ020SG
8F0431HH020SG
8F0431PH020SG
8F0431QH020SG
8F0431SH020SG
8F0431HJ020SG
8F0431PJ020SG
8F0431QJ020SG
8F0431SJ020SG
8F042AHH020SC
8F042AHH020SG
8F042APH020SC
8F042ASH020SC
8F042AHJ020SC
8F042APJ020EC
8F042ASJ020SC
8F042ASJ020SG
8F0830HH020SG
8F0830PH020SG
8F0830QH020SG
8F0830SH020SG
Development
Tools
269-3307-ND,
269-3638-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-3307-ND,
269-3638-ND
269-3307-ND
269-3307-ND
269-3307-ND
269-3307-ND
269-4643-ND
269-4643-ND
269-4643-ND
269-4643-ND
(Continued)
Z8 Encore! XP ® Flash Microcontrollers 4K Series (Cont.)
Memory Size
Program
(Bytes)
RAM
I/O
(Bytes) Pins
256
8K
12K
16K
24K
23
NVDS
(Bytes)
Serial
Communication
ADC
64
—
8-ch. 10- it
VCC
2.7
3.6
Clock
Speed
Timer/
Counters
(16-bit)
Operating
Temp.
20MHz
2
Commercial
28-DIP
28-SOIC 269-4531-ND
Digi-Key
Package Part No.
269-4532-ND
256
23
64
—
8-ch. 10- it
2.7
3.6
20MHz
2
Commercial
256
25
64
—
8-ch. 10- it
2.7
3.6
20MHz
2
Commercial 28-SSOP 269-4632-5-ND
1
2.64
Price Each
25
100
1.98
1.46
Zilog
Part No.
Development
Tools
8F0830PJ020SG
269-4643-ND
2.37
1.78
1.31
8F0830SJ020SG
269-4643-ND
2.37
1.78
1.31
8F0830HJ020SG
269-4643-ND
256
17
64
—
—
2.7
3.6
20MHz
2
2.10
1.58
1.17
8F0831HH020SG
269-4643-ND
256
17
64
—
—
2.7
3.6
20MHz
2
Commercial
2.10
1.58
1.17
8F0831PH020SG
269-4643-ND
20-DIP
269-4637-5-ND
269-4639-ND
256
17
64
—
—
2.7
3.6
20MHz
2
Commercial
20-QFN
256
17
64
—
—
2.7
3.6
20MHz
2
Commercial
20-SOIC 269-4641-5-ND
2.10
1.58
1.17
8F0831QH020SG
269-4643-ND
2.10
1.58
1.17
8F0831SH020SG
269-4643-ND
256
25
64
—
—
2.7
3.6
20MHz
2
2.10
1.58
1.17
8F0831HJ020SG
269-4643-ND
256
25
64
—
—
2.7
3.6
20MHz
2
Commercial
2.49
1.87
1.39
8F0831PJ020SG
269-4643-ND
28-DIP
269-4638-5-ND
269-4640-ND
256
25
64
—
—
2.7
3.6
20MHz
2
Commercial
28-QFN
256
17
100
—
7-ch. 10- it
2.7
3.6
20MHz
2
Commercial
20-SOIC 269-4557-5-ND
2.10
1.58
1.17
8F0831QJ020SG
269-4643-ND
2.40
1.80
1.33
8F083ASH020SG
269-4672-ND
256
17
100
—
7-ch. 10- it
2.7
3.6
20MHz
2
Commercial
20-PDIP 269-4549-5-ND
2.40
1.80
1.33
8F083APH020SG
269-4672-ND
256
23
100
—
8-ch. 10- it
2.7
3.6
20MH
2
Commercial
28-SOIC 269-4559-5-ND
2.40
1.80
1.33
8F083ASJ020SG
269-4672-ND
256
6
—
1-UART, IrDA
—
2.7
3.6
20MHz
2
Extended
8-DIP
269-3797-ND
3.27
2.46
1.81
8F081APB020EG
269-3686-ND
256
6
—
1-UART, IrDA
—
2.7
3.6
20MHz
2
Commercial
8-DIP
269-3798-ND
2.94
2.21
1.64
8F081APB020SG
269-3686-ND
1K
6
—
1-UART, IrDA
—
2.7
3.6
20MHz
2
Extended
8-QFN
269-3799-ND
3.27
2.46
1.81
8F081AQB020EG
269-3686-ND
269-3686-ND
1K
6
—
1-UART, IrDA
—
2.7
3.6
20MHz
2
Commercial
8-QFN
269-3800-ND
2.94
2.21
1.64
8F081AQB020SG
1K
6
—
1-UART, IrDA
—
2.7
3.6
20MHz
2
Extended
8-SOIC
269-3801-ND
3.27
2.46
1.81
8F081ASB020EG
269-3686-ND
1K
17
—
UART
—
2.7
3.6
20MHz
2
Commercial 20-SSOP 269-3696-ND
3.21
2.41
1.79
8F081AHH020SC
269-3686-ND
1K
17
—
UART
—
2.7
3.6
20MHz
2
Extended
20-DIP
269-3699-ND
3.54
2.66
1.97
8F081APH020EC
269-3686-ND
1K
17
—
UART
—
2.7
3.6
20MHz
2
Commercial
20-DIP
269-3700-ND
3.21
2.41
1.79
8F081APH020SC
269-3686-ND
1K
17
—
UART
—
2.7
3.6
20MHz
2
Extended
20-SOIC 269-3703-ND
3.54
2.66
1.97
8F081ASH020EC
269-3686-ND
1K
17
—
UART
—
2.7
3.6
20MHz
2
Commercial
20-SOIC 269-3704-ND
3.21
2.41
1.79
8F081ASH020SC
269-3686-ND
Commercial 28-SSOP 269-3698-ND
269-3686-ND
1K
25
—
UART
—
2.7
3.6
20MHz
2
3.21
2.41
1.79
8F081AHJ020SC
1K
25
—
UART
—
2.7
3.6
20MHz
2
Extended
28-DIP
269-3701-ND
3.84
2.88
2.13
8F081APJ020EC
269-3686-ND
1K
25
—
UART
—
2.7
3.6
20MHz
2
Commercial
28-DIP
269-3702-ND
3.48
2.61
1.93
8F081APJ020SC
269-3686-ND
1K
25
—
UART
—
2.7
3.6
20MHz
2
Extended
28-SOIC 269-3705-ND
3.54
2.66
1.97
8F081ASJ020EC
269-3686-ND
1K
25
—
UART
—
2.7
3.6
20MHz
2
Commercial
28-SOIC 269-3706-ND
3.21
2.41
1.79
8F081ASJ020SC
269-3686-ND
1K
17
—
UART
7-ch. 10- it
2.7
3.6
20MHz
2
Extended
20-SOIC 269-3711-ND
3.66
2.75
2.04
8F082ASH020EC
269-3686-ND
1K
6
—
UART
4-ch. 10- it
2.7
3.6
20MHz
2
Extended
8-DIP
269-3807-ND
3.39
2.55
1.89
8F082APB020EG
269-3686-ND
1K
6
—
UART
4-ch. 10- it
2.7
3.6
20MHz
2
Commercial
8-DIP
269-3735-ND
3.66
3.36
2.04
8F082APB020SG
269-3686-ND
1K
6
—
UART
4-ch. 10- it
2.7
3.6
20MHz
2
Extended
8-QFN
269-3808-ND
3.39
2.55
1.89
8F082AQB020EG
269-3686-ND
1K
6
—
UART
4-ch. 10- it
2.7
3.6
20MHz
2
Commercial
8-QFN
269-3809-ND
3.09
2.32
1.71
8F082AQB020SG
269-3686-ND
1K
6
—
UART
4-ch. 10- it
2.7
3.6
20MHz
2
Extended
8-SOIC
269-3810-ND
3.39
2.55
1.89
8F082ASB020EG
269-3686-ND
1K
6
—
UART
4-ch. 10- it
2.7
3.6
20MHz
2
Commercial
8-SOIC
269-3736-ND
3.09
2.32
1.71
8F082ASB020SG
269-3686-ND
1K
23
—
UART
8-ch. 10- it
2.7
3.6
20MHz
2
Extended
28-DIP
269-3710-ND
3.96
2.97
2.20
8F082APJ020EC
269-3686-ND
28-DIP
269-3683-ND
1K
23
—
UART
8-ch. 10- it
2.7
3.6
20MHz
2
Commercial
3.60
2.70
2.00
8F082APJ020SC
269-3686-ND
256
17
—
—
7-ch. 10- it
2.7
3.6
20MHz
2
2.64
1.98
1.46
8F1232HH020SG
269-4643-ND
269-4643-ND
256
17
—
—
7-ch. 10- it
2.7
3.6
20MHz
2
Commercial
20-DIP
269-4646-5-ND
2.64
1.98
1.46
8F1232PH020SG
256
17
—
—
7-ch. 10- it
2.7
3.6
20MHz
2
Commercial
20-QFN
269-4648-ND
2.64
1.98
1.46
8F1232QH020SG
269-4643-ND
256
17
—
—
7-ch. 10- it
2.7
3.6
20MHz
2
Commercial
20-SOIC 269-4650-5-ND
2.64
1.98
1.46
8F1232SH020SG
269-4643-ND
256
25
—
—
8-ch. 10- it
2.7
3.6
20MHz
2
2.64
1.98
1.46
8F1232HJ020SG
269-4643-ND
256
25
—
—
8-ch. 10- it
2.7
3.6
20MHz
2
Commercial
2.88
2.16
1.60
8F1232PJ020SG
269-4643-ND
256
25
—
—
8-ch. 10- it
2.7
3.6
20MHz
2
256
25
—
—
8-ch. 10- it
2.7
3.6
20MHz
2
28-DIP
269-4647-5-ND
Commercial
28-QFN
269-4649-ND
Commercial
28-SOIC 269-4651-5-ND
256
17
—
—
—
2.7
3.6
20MHz
2
256
17
—
—
—
2.7
3.6
20MHz
2
Commercial
256
17
—
—
—
2.7
3.6
20MHz
2
256
17
—
—
—
2.7
3.6
20MHz
2
2.64
1.98
1.46
8F1232QJ020SG
269-4643-ND
2.64
1.98
1.46
8F1232SJ020SG
269-4643-ND
2.40
1.80
1.33
8F1233HH020SG
269-4643-ND
20-DIP
269-4654-5-ND
2.40
1.80
1.33
8F1233PH020SG
269-4643-ND
Commercial
20-QFN
269-4656-ND
2.40
1.80
1.33
8F1233QH020SG
269-4643-ND
Commercial
20-SOIC 269-4658-5-ND
2.40
1.80
1.33
8F1233SH020SG
269-4643-ND
256
25
—
—
—
2.7
3.6
20MHz
2
2.40
1.80
1.33
8F1233HJ020SG
269-4643-ND
256
25
—
—
—
2.7
3.6
20MHz
2
Commercial
2.58
1.94
1.44
8F1233PJ020SG
269-4643-ND
256
25
—
—
—
2.7
3.6
20MHz
2
256
25
—
—
—
2.7
3.6
20MHz
2
28-DIP
269-4655-5-ND
Commercial
28-QFN
269-4657-ND
Commercial
28-SOIC 269-4659-5-ND
2.40
1.80
1.33
8F1233QJ020SG
269-4643-ND
2.40
1.80
1.33
8F1233SJ020SG
269-4643-ND
1K
23
256
1-UART, IrDA
8-ch. 10- it
1.8
3.6
20MHz
3
Commercial
28-SOIC 269-4673-ND
4.44
3.33
2.46
8F1680SJ020SG
269-4664-ND
1K
37
256
2-UART, IrDA
8-ch. 10- it
1.8
3.6
20MHz
3
Commercial 44-LQFP 269-4674-ND
4.44
3.33
2.46
8F1680AN020SG
269-4664-ND
1K
23
—
1-UART, IrDA
8-ch. 10- it
1.8
3.6
20MHz
3
Commercial
28-SOIC 269-4675-ND
4.68
3.51
2.60
8F2480SJ020SG
269-4664-ND
1K
37
—
2-UART, IrDA
8-ch. 10- it
1.8
3.6
20MHz
3
Commercial 44-LQFP 269-4676-ND
4.68
3.51
2.60
8F2480AN020SG
269-4664-ND
◆ RoHS Compliant
C    Extended  -4 C ~ 1 5 C 
Z8 Encore! ® MC (Motor Control) Flash Microcontrollers
The Z8FMCxx100 Series Flash MCU is based on ZiLOG’s advanced eZ8 8-bit CPU core and is optimized for motor control applications. It supports control of single and multiphase variable speed motors. Target applications
are consumer appliances, HVAC, factory automation, refrigeration, and automotive applications.
Memory Size
Program
(Bytes)
4K
4K
8K
8K
16K
RAM
(Bytes)
I/O
Pins
Serial
Communication
ADC
512
17
2.7
17
UART,with IrDA,
I2C, SPI
8-ch. 10- it
512
8-ch. 10- it
2.7
UART,with IrDA,
I2C, SPI
8-ch. 10- it
2.7
3.6V
20MHz
8-ch. 10- it
2.7
3.6V
20MHz
8-ch. 10- it
2.7
3.6V
20MHz
8-ch. 10- it
2.7
3.6V
20MHz
8-ch. 10- it
2.7
3.6V
20MHz
8-ch. 10- it
2.7
3.6V
20MHz
8-ch. 10- it
2.7
3.6V
20MHz
512
17
512
17
512
17
512
17
512
17
512
17
512
17
UART,with IrDA,
I2C, SPI
UART,with IrDA,
I2C, SPI
UART,with IrDA,
I2C, SPI
Note: Temperature Range: • Commercial: - C ~ 
Clock
Speed
Timer/Counters,
PWM’s
Operating
Temp.
Package
3.6V
20MHz
20MHz
1 16- it
6-ch. 12- it
Extended
3.6V
Extended
1 16- it
6-ch. 12- it
Commercial
32-LQFP
269-3812-ND
Commercial
32-QFN
269-3814-ND
Extended
32-LQFP
269-3815-ND
Extended
32-QFN
269-3817-ND
Commercial
32-LQFP
Commercial
Commercial
VCC
1 16- it
6-ch. 12- it
1 16- it
6-ch. 12- it
1 16- it
6-ch. 12- it
Price Each
25
Digi-Key
Part No.
1
32-LQFP
269-3811-ND
6.42
4.82
3.56
8FMC04100AKEG
269-3639-ND
32-QFN
269-3813-ND
6.42
4.82
3.56
8FMC04100QKEG
269-3639-ND
5.82
4.37
3.23
8FMC04100AKSG
269-3830-ND
5.82
4.37
3.23
8FMC04100QKSG
269-3830-ND
6.54
4.91
3.63
8FMC08100AKEG
269-3639-ND
6.54
4.91
3.63
8FMC08100QKEG
269-3639-ND
269-3816-ND
5.94
4.46
3.30
8FMC08100AKSG
269-3830-ND
32-LQFP
269-3819-ND
5.70
4.28
3.16
8FMC16100AKSG
269-3830-ND
32-QFN
269-3832-ND
6.81
5.11
3.79
8FMC16100QKEG
269-3830-ND
100
Zilog
Part No.
Development
Tools
C    Extended  -4 C ~ 1 5 C 
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
145
145
C
eZ80AcclaimPlus!™ Flash Microcontrollers
Flash
(KB)
C
SRAM
(KB)
I/O
Lines
DMA
Controller
Speed
(MHz)
16-bit
Timers
Other
Features
EMAC
IrDA
Operating
Voltage
Temperature
Range
Digi-Key
Package Part No.
1
Price Each
25
100
Zilog
Part No.
256K
16K
32
50
4
2 UARTS, SPI, I2C, PLL, RTC
3.0 3.6
-40 C 105 C
144-LQFP 269-3867-ND
12.60
9.45
7.00
E 80F91A 050EG
256K
16K
32
50
4
3.0 3.6
-40 C 105 C
144-LQFP 269-3868-ND
11.46
8.60
6.37
E 80F91A 050SG
256K
16K
32
50
4
3.0 3.6
-40 C 105 C
144-BGA 269-3250-ND
30.87
23.16
13.72
E 80F91NA050EC
256K
16K
32
50
4
3.0 3.6
-40 C 105 C
144-BGA 269-3869-ND
14.01
10.51
7.79
E 80F91NA050EG
256K
16K
32
50
4
3.0 3.6
-40 C 105 C
144-BGA 269-3870-ND
12.75
9.57
7.09
E 80F91NA050SG
256K
8K
32
50
4
3.0 3.6
-40 C 105 C
144-LQFP 269-4563-ND
12.60
9.45
7.00
E 80F91A A50EG
256K
8K
32
50
4
3.0 3.6
-40 C 105 C
144-LQFP 269-4564-ND
11.46
8.60
6.37
E 80F91A A50SG
256K
8K
32
50
4
3.0 3.6
-40 C 105 C
144-BGA 269-4565-ND
14.01
10.51
7.79
E 80F91NAA50EG
E 80F91NAA50SG
2 UARTS, SPI,
I2C,
256K
8K
32
50
4
PLL, RTC
3.0 3.6
-40 C 105 C
144-BGA 269-4566-ND
12.75
9.57
7.09
128K
8K
24
—
20
6
—
3.0 3.6
-40 C 105 C
100-LQFP 269-3871-ND
8.67
6.51
4.81
E 80F92A 020EG
128K
8K
24
—
20
6
—
3.0 3.6
-40 C 105 C
100-LQFP 269-3872-ND
7.86
5.90
4.37
E 80F92A 020SG
64K
4K
24
—
20
6
—
3.0 3.6
-40 C 105 C
100-LQFP 269-3201-ND
7.14
5.36
3.96
E 80F93A 020EC
64K
4K
24
—
20
6
—
3.0 3.6
-40 C 105 C
100-LQFP 269-3873-ND
7.14
5.36
3.96
E 80F93A 020EG
64K
4K
24
—
20
6
—
3.0 3.6
-40 C 105 C
100-LQFP 269-3164-ND
6.33
4.75
3.51
E 80F93A 020SC
64K
4K
24
—
20
6
—
3.0 3.6
-40 C 105 C
100-LQFP 269-3874-ND
6.33
4.75
3.51
E 80F93A 020SG
—
—
24
—
20
6
—
2 UARTS, SPI, I2C
3.0 3.6
-40 C 105 C
100-LQFP 269-3875-ND
14.22
10.67
7.90
E 80L92A 020EG
—
—
24
—
20
6
—
2 UARTS, SPI, I2C
3.0 3.6
-40 C 105 C
100-LQFP 269-3168-ND
12.36
9.27
6.87
E 80L92A 020SC
—
—
24
—
20
6
—
2 UARTS, SPI, I2C
3.0 3.6
-40 C 105 C
100-LQFP 269-3876-ND
12.36
9.27
6.87
E 80L92A 020SG
—
—
24
—
50
6
—
2 UARTS, SPI, I2C
3.0 3.6
-40 C 105 C
100-LQFP 269-3169-ND
15.63
11.73
8.69
E 80L92A 050EC
—
—
24
—
50
6
—
2 UARTS, SPI, I2C
3.0 3.6
-40 C 105 C
100-LQFP 269-3878-ND
13.62
10.22
7.56
E 80L92A 050SG
◆ RoHS Compliant
Emulators
Adapters
Digi-Key
Part No.
Description
Price
Each
Zilog
Part No.
Digi-Key
Part No.
Description
Z8 Encore!®
269-3395-ND
2995.00
8F6422AR00 EM
8 Encore 64K Series 68-pin PLCC Emulator Kit
269-3396-ND
2995.00
8F6422VS00 EM
Z8 Encore!® MC
269-3830-ND
Zilog
Part No.
Z8 Encore!®
8 Encore 64K Series 64-pin LQFP Emulator Kit
8 Encore MC 8FMC16100 Emulator
Price
Each
2000.00
8FMC161000 EM
8 Encore 64K Series 44-pin LQFP ICE Adapter
269-3400-ND
299.00
8F64210100 DA
8 Encore 64K Series 40-pin PDIP ICE Adapter
269-3401-ND
299.00
8F64210100 DP
8 Encore 64K Series 44-pin PLCC ICE Adapter
269-3402-ND
299.00
8F64210100 DV
8 Encore 64K Series 64-pin LQFP ICE Adapter
269-3403-ND
299.00
8F64220100 DA
8 Encore 64K Series 68-pin PLCC ICE Adapter
269-3404-ND
299.00
8F64220100 DV
8 Encore 64K Series 80-pin QFP ICE Adapter
269-3405-ND
299.00
8F64230100 DF
Digi-Key
Part No.
Price
Each
Zilog
Part No.
Modules
Development Kits
Digi-Key
Part No.
Description
Price
Each
Zilog
Part No.
eZ80Acclaim!™ — RoHS Compliant
Description
eZ80Acclaim!™
269-3861-ND
90.00
E 80F915050MODG
Development Kit or e 80F91
269-4560-ND
112.00
E 80F910200KITG
Flash Module or e 80F92
269-3156-ND
63.08
E 80F920020MOD
Development Kit or e 80F91
269-4561-ND
290.16
E 80F910300 COG
Ethernet Module or e 80F92
269-3157-ND
81.00
E 80F920120MOD
Dots SBC or 80Acclaim
269-4671-ND
90.00
E 80F917050SBCG
eZ80AcclaimPlus!™
e 80AcclaimPlus
Wireless ZDots® SBC Development Kit
269-4715-ND
134.34
E 80F91WF01 COG
Z8 Encore!®
Webserver-i Ethernet Module
269-4670-ND
68.85
E 80L925048MODG
Mini Ethernet Module
269-3860-ND
52.50
E 80F915005MODG
Mini Ethernet Module
269-4666-ND
75.00
E 80F916005MODG
Sin le Board Computer Development Kit
269-4630-ND
47.94
8F08200100KITG
8 Encore
8F642 MCU Development Kit
269-4540-ND
47.94
8F64200100KITG
8 Encore
8F642 MCU Development Kit 28-Pin Series
8F16800128 COG
269-4677-ND
89.94
8 Encore Motor Control Development Kit
269-3639-ND
208.00
8FMC160100KIT
8 Encore Motor Control Development Kit
269-4660-ND
208.00
8FMC160100KITG
Z8 Encore! XP®
8 Encore XP 4K Series, 8-pin Development Kit
269-3638-ND
56.25
8F04A08100KIT
269-4628-ND
56.25
8F04A08100KITG
269-4629-ND
47.94
8F04A28100KITG
8 Encore XP F08xA Series, 28-pin Development Kit
269-4643-ND
47.94
8F08A28100KITG
146
146
eZ80® — RoHS Compliant
ePIR™ Motion Detection Zdots®
8 Encore Development Kit 8K/4K
◆ RoHS Compliant
Multipurpose MCU Module
269-4711-ND
119.94
Digi-Key
Part No.
Price
Each
Accessory Kits
Description
(TZM112.US)
Zilog
Part No.
eZ80Acclaim!™
USB Smart Ca le Accessory Kit
269-4539-ND
35.94
USBSC00100 ACG
Ethernet Smart Ca le Accessory Kit
269-4661-ND
83.99
ENETSC0100 ACG
90.00
USBOPTSC01 ACG
Z8 Encore!® MC™
Opto-isolated USB Smart Ca le Accessory Kit
269-4664-ND
Crimzon™
20-Pin Accessory Kit
269-4684-ND
195.00
CRM NICE01 ACG
40/48-Pin Accessory
269-4686-ND
572.00
CRM NICE02 ACG
(US2011)
EPIR000101 COG
◆ RoHS Compliant
Z8® Series Microcontrollers
Z8 MCU Family
OVERVIEW: Zilog MCU products are targeted for cost-sensitive, high-volume applications including
consumer, automotive, security, and HVAC. One-time programmable (OTPs) for prototyping as well as
volume production where time to market or code flexibility is critical. A variety of pack aging options are
available. The same on-chip peripherals are used across the MCU product line with the primary differences
being the amount of ROM/RAM, number of I/O lines present, and packaging/temperature ranges available.
This allows code written for one MCU device to be easily ported to another family member.
F
R S:  •  eneral urpose  Re ister 
R   File  rc itecture: Every RAM register acts like an
accumulator, speeding instruction execution and maximizing coding efficiency. Working register groups allow
fast con text switching.    Flexible I/O: I/O byte, nibble, and/or bit programmable as inputs or outputs. Outputs
are software programmable as open-drain or push-pull on a port basis. Inputs are Schmitt-triggered with
auto latches to hold unused inputs at a  nown voltage state.    Analog Inputs: Three input pins are software
programmable as digital or analog inputs. When in the analog mode, two comparator inputs are provided with
a  common  reference  input.     Timer/Counter (T/C): The T/C consists of a programmable 6-bit prescaler and
Memory
Size
EPROM RAM
0.5K
1K
2K
4K
8K
16K
32K
† Tube
I/O
Lines
Oscillator
Type
External
Frequency
Range
Min./Max.
Supply
Voltage
Range
Operating
Temperature (°C)
8-bit downcounter, with mas able interrupt upon end-of-count.    Interrupts: There are six vectored interrupt
sources  with  software-programmable  enable  and  priority  for  each  of  the  six  sources.     Watch-Dog Timer
(WDT): An internal WDT circuit is included as a fail-safe mechanism so that if software strays outside the
bounds of normal operation, the 
T will timeout and reset the MC .    Auto Reset: All family devices have
internal  ower-On Reset.    Low-EMI Operation: Mode is programmable via software or as a mask option.
This  new  option  provides  for  reduced  radiated  emission  via  cloc   and  output  drive  circuit  changes.     LowPower:  CMOS with  two  standby  modes   STO   and  H T.     Full Z8 Instruction Set: Forty-eight basic
instructions, supported by six addressing modes with the ability to operate on bits, nibbles, bytes, and words.
Accessory Kit:
The Z86CCP00ZAC is the accessory kit for the Z86CCP01ZEM. The kit contains all accessories to fully
populate and operate all functions of the Z86CCP01ZEM.
KIT CONTENTS:   28- in  I   I  Soc et    28- in Target Connector Cable    4 - in  I   I  Soc et    4 - in 
Target Connector Cable    RS-2 2 Cable     ower Cable
Package
61
14
XTAL/RC
DC-8MHz
.5 ~ 5.5
 ~ 
18-DIP
61
14
XTAL/RC
DC-8MHz
.5 ~ 5.5
 ~ 
18-SOIC
Digi-Key
Part No.
1
Price Each
25
100
Zilog
Part No.
269-3948-ND◆
1.74
1.31
.96
Z86E0208PSG1925
269-1014-ND
1.74
1.31
.96
Z86E0208SSC1925
61
14
XTAL
DC-8MHz
.5 ~ 5.5
 ~ 
20-SSOP
61
14
XTAL/RC
DC-8MHz
4.5 ~ 5.5
-4  ~ 1 5
18-DIP
269-3069-ND
2.13
1.60
1.19
Z86E0208HSC1925
269-3947-ND◆
2.40
1.80
1.33
Z86E0208PEG1925
61
14
XTAL/RC
DC-8MHz
4.5 ~ 5.5
-4  ~ 1 5
18-SOIC
269-3949-ND◆
2.40
1.80
1.33
Z86E0208SEG1925
61
14
XTAL
DC-8MHz
4.5 ~ 5.5
-4  ~ 1 5
20-SSOP
269-3068-ND
2.34
1.76
1.30
Z86E0208HEC1925
125
14
XTAL/RC
DC-12MHz
4.5 ~ 5.5
 ~ 
18-DIP
269-1096-ND
2.58
1.94
1.44
Z86E0412PSC1903
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
 ~ 
20-SSOP
269-3076-ND
3.21
2.41
1.79
Z86E0412HSC1866
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
 ~ 
20-SSOP
269-3952-ND◆
3.60
2.70
2.00
Z86E0412HSG1866
125
14
XTAL/RC
DC-12MHz
4.5 ~ 5.5
 ~ 
20-SSOP
269-3077-ND
3.21
2.41
1.79
Z86E0412HSC1903
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
18-DIP
269-1093-ND
3.36
2.52
1.86
Z86E0412PEC
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
18-DIP
269-3954-ND◆
3.75
2.82
2.08
Z86E0412PEG
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
18-SOIC
269-1097-ND
3.36
2.52
1.86
Z86E0412SEC
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
20-SSOP
269-3074-ND
3.54
2.66
1.97
Z86E0412HEC1866
125
14
XTAL/RC
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
20-SSOP
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
 ~ 
18-DIP
125
14
XTAL/RC
DC-12MHz
4.5 ~ 5.5
 ~ 
18-DIP
125
14
XTAL/RC
DC-12MHz
4.5 ~ 5.5
 ~ 
20-SSOP
125
14
XTAL/RC
DC-16MHz
.5 ~ 5.5
 ~ 
28-SOIC
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
18-DIP
269-3075-ND
3.54
2.66
1.97
Z86E0412HEC1903
269-3961-ND◆
3.03
2.28
1.68
Z86E0812PSG1866
269-3962-ND◆
3.03
2.28
1.68
Z86E0812PSG1903
269-3089-ND
3.90
2.93
2.16
Z86E0812HSC1903
269-1055-ND
5.46
4.10
3.04
Z86E3116SSC
269-3960-ND◆
4.56
3.42
2.54
Z86E0812PEG
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
18-SOIC
269-3963-ND◆
3.30
2.48
1.84
Z86E0812SEG
125
14
XTAL
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
20-SSOP
269-3086-ND
4.29
3.22
2.39
Z86E0812HEC1866
125
14
XTAL/RC
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
20-SSOP
269-3087-ND
4.29
3.22
2.39
Z86E0812HEC1903
125
14
XTAL/RC
DC-12MHz
4.5 ~ 5.5
-4  ~ 1 5
18-SOIC
269-4699-5-ND†◆
3.30
2.48
1.84
Z86E0812SEG1903
125
14
XTAL/RC
DC-16MHz
4.5 ~ 5.5
-4  ~ 1 5
28-DIP
125
14
XTAL/RC
DC-16MHz
4.5 ~ 5.5
-4  ~ 1 5
28-SOIC
237
24
XTAL/RC
DC-16MHz
.5 ~ 5.5
 ~ 
28-DIP
237
24
XTAL/RC
DC-16MHz
.5 ~ 5.5
 ~ 
28-SOIC
237
24
XTAL/RC
DC-16MHz
.5 ~ 5.5
 ~ 
28-PLCC
237
24
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
28-DIP
237
24
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
237
24
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
236
32
XTAL/RC
DC-16MHz
.5 ~ 5.5
 ~ 
236
32
XTAL/RC
DC-16MHz
.5 ~ 5.5
236
32
XTAL/RC
DC-12MHz
236
32
XTAL/RC
237
21
237
269-3966-ND◆
6.78
5.09
3.76
Z86E3116PEG
269-1054-ND
6.06
4.55
3.36
Z86E3116SEC
269-3965-ND◆
7.41
5.56
4.11
Z86E3016PSG
269-4539-5-ND†◆
7.41
5.56
4.11
Z86E3016SSG
269-1045-ND
7.41
5.56
4.11
Z86E3016VSC
269-3969-ND◆
7.68
5.76
4.26
Z86E3312PSG
28-SOIC
269-1103-ND
6.84
5.13
3.80
Z86E3312SSC
28-PLCC
269-1104-ND
6.84
5.13
3.80
Z86E3312VSC
40-DIP
269-3975-ND◆
8.79
6.60
4.89
Z86E4016PSG
 ~ 
44-PLCC
269-3976-ND◆
8.79
6.60
4.89
Z86E4016VSG
.5 ~ 5.5
 ~ 
40-DIP
269-3977-ND◆
9.36
7.02
5.20
Z86E4312PSG
DC-12MHz
.5 ~ 5.5
 ~ 
44-PQFP
269-1108-ND
10.17
7.63
4.95
Z86E4312FSC
XTAL/RC
DC-16MHz
.5 ~ 5.5
-4  ~ 1 5
28-SOIC
269-4704-5-ND†◆
10.08
7.56
5.60
Z86E8316SEG
24
XTAL/RC
DC-16MHz
4.5 ~ 5.5
-4  ~ 1 5
28-DIP
269-3964-ND◆
8.13
6.10
4.52
Z86E3016PEG
237
24
XTAL/RC
DC-16MHz
4.5 ~ 5.5
-4  ~ 1 5
28-SOIC
269-4700-5-ND†◆
8.13
6.10
4.52
Z86E3016SEG
236
32
XTAL/RC
DC-16MHz
4.5 ~ 5.5
-4  ~ 1 5
40-DIP
269-3974-ND◆
9.69
7.27
5.38
Z86E4016PEG
236
32
XTAL/RC
DC-16MHz
4.5 ~ 5.5
-4  ~ 1 5
44-PLCC
269-4702-5-ND†◆
9.69
7.27
5.38
Z86E4016VEG
236
32
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
40-DIP
269-3941-ND◆
10.83
8.13
6.01
Z8674312PSG
237
24
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
28-DIP
269-3972-ND◆
12.30
9.23
6.84
Z86E3412PSG
237
24
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
28-SOIC
269-4701-5-ND†◆
12.30
9.23
6.84
Z86E3412SSG
Z86E4412PSG
236
32
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
40-DIP
269-3980-ND◆
13.83
10.38
7.69
236
32
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
44-PQFP
269-1109-ND
14.82
11.12
6.59
Z86E4412FSC
236
32
XTAL/RC
DC-12MHz
.5 ~ 5.5
 ~ 
44-LQFP
269-4577-ND◆
14.25
10.69
7.91
Z86E4412ASG
236
32
XTAL
DC-16MHz
4.5 ~ 5.5
 ~ 
44-LQFP
269-4578-ND◆
22.11
16.59
12.28
Z86E6116ASG
236
32
XTAL
DC-16MHz
4.5 ~ 5.5
 ~ 
44-PQFP
269-1111-ND
29.22
21.92
12.99
Z86E6316FSC
236
32
XTAL
DC-16MHz
4.5 ~ 5.5
 ~ 
44-LQFP
269-4579-ND◆
28.05
21.04
15.58
Z86E6316ASG
236
32
XTAL
DC-16MHz
4.5 ~ 5.5
 ~ 
44-PLCC
269-4703-5-ND†◆
28.05
21.04
15.58
Z86E6316VSG
◆ RoHS Compliant
OTP Programming Adapters
Description
Digi-Key
Part No.
Price
Each
Zilog
Part No.
Z8 Accessory Kit (28-DIP, 40-DIP) for Z86CCP01ZEM
269-2001-ND
48.75
Z86CCP00ZAC
44 Pin PLCC Adapter
269-2008-ND
74.83
Z86E4001ZDV
28 Pin SOIC Adapter
269-2010-ND
50.63
Z86E3400ZDS
44 Pin PQFP to 40 Dip Adapter
269-2021-ND
198.00
Z86E2101ZDF
44 Pin PQFP to 40 Dip Adapter
269-2022-ND
118.83
Z86E4001ZDF
(Continued)
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
147
147
C
Z8® Series Microcontrollers
(Cont.)
eZ80 - The Next Generation
EZ80190AZ050EC AND EZ80190AZ050SC
Just as the Z80 revolutionized the semiconductor industry, the next generation eZ80 is revolutionizing the way that communications are
happening today. This elegant system-on-a-chip can serve web pages over a TCP/IP network, allowing easy system monitoring and
control, effortless processor code updates, and system compatibility. This solution enables any browser with access to your network the
ability to control and monitor a network application. The eZ80 executes Z80 code four times faster than traditional Z80s at the same clock
speed, and can operate at speeds up to 50MHz. Unlike most 8-bit microprocessors, which can only address 64KB, the eZ80 can address
16MB without a Memory Management unit. The eZ80 Webserver also features an Embedded Internet Software Suite that enables the
transmission and reception of HTML form data and the dynamic generation of web pages.
FEATURES:  5 MHz  rocessor     Multiply  and  c cumulate  Engine     16M   inear  ddressing      .   Operation     2  M   Channels  
  ni  versal  ilog  Interface  selectable 
RT,  IIC,  S I      6  RTs  with  rescalers     8K   SR M      2- it 
IO  with  Inter rupt  Support
 On-Chip Oscillator    Op  timized  ipeline  rchi tec ture     ilog  ebug Interface
C
Description
Webserver IC, Extended Temperature
Webserver IC
Webserver IC
Digi-Key
Part No.
269-3123-ND
269-3124-ND
269-3866-ND◆
Package
100-LQFP
100-LQFP
100-LQFP
I
ZD
M
ET
RES
Price Each
25
15.89
13.82
13.82
1
21.18
18.42
18.42
N
W
PO
CO
RU
Zilog
Part No.
EZ80190AZ050EC
EZ80190AZ050SC
EZ80190AZ050SG
100
11.76
10.23
10.23
◆ RoHS Compliant
Z8Plus™ Microcontrollers
Employing the experience gained from the industry-standard Z80 and Z8 cores, the Z8Plus offers increased
functionality, significantly higher performance, lower power requirements, and greater cost savings over other
8-bit microcontrollers. The Z8Plus is designed to be easy to use, even for designers who have never used a
microcontroller before.
With single-cycle execution, powerful I/O capabilities and register-to-register architecture, the Z8Plus offers
state-of-the-art flexibility and freedom for any designer in search of a low-cost solution for a variety of
microcontroller applications.
The Z8Plus core offers several significant advantages compared to the current Z8 core. Foremost is
performance improvement due to a reduced system clock division and a fixed instruction cycle time. The
improvement is nearly 50%, depending upon instruction mix. For example, a Z8Plus-based part at 10MHz
has performance comparable to a 16MHz part in production today. This, along with significant design
improvements, leads to lower power and lower noise operation.
The Z8PE002 and Z8PE003 microcontrollers are the newest members of the popular Z8E001 Z8 Plus 8-bit
microcontroller family. New features include voltage brown-out protection and power-on reset. Additionally,
the “RESET” pin has been replaced with a general purpose I/O pin and oscillator circuitry to support RC
configurations. These new parts are targeted at customers who require a powerful, yet small OTP microcontroller for use in general purpose applications.
Memory
Size
Eprom Ram
I/O
Lines
Oscillator
Type
External
Frequency
Range
Min/Max
Supply
Voltage
Range
Operating
Temperature
(°C)
Package
EMULATOR/PROGRAMMER
FEATURES:  In-Circuit  rogram  ebug  Emulation     Real-Time  Emulation      S  Emulator  Software  
  indow- ased  ser  Interface     On- ine  Help     One-Time  rogrammable  OT   Support     Selectable 
aud Rates   ,6  to 5 .6 Kbps     i-sync Error-Correcting Communi cations  rotocol
SPECIFICATIONS: Operating Temperature: 20°C ±10°C Power Requirements: 9.0VDC @ 0.5A Minimum
(Typical) Dimensions:   idth  6. 5 inches  1 .15 cm      ength   .5  inches  1 . 5 cm     Height   .  inch 
(2.30 cm) Serial Interface: RS-232C @ 9,600, 19,200 (default), 28,800 or 57,600 Baud
HOST COMPUTER: Minimum Requirements: I M  C  or 1
 Compatible   86- ased Machine      MHz  
 4M   R M     
  ideo  dapter     Hard  is   rive  2.5M   ree  Space       .5  inch,  High- ensity  H  
loppy  is   rive    RS-2 2C Com  ort    Mouse or  ointing  evice    Microsoft  indows  .1
KIT CONTENTS
ne o a h : 8M 1  Emulator  oard   Cable/Pods: 18-Pin Emulation Pod Cable;
9-Pin M-F Serial Cable (6 feet) Host Software: Z8 Graphical User Interface (GUI); Zilog Macro Cross
ssembler  M SM / ilog  eveloper  Studio 
S     Documentation: Zilog 1999 Technical Library CD
ROM, which contains Z8 device data sheets, user manuals, application notes; Z8M001 Emulator User’s
Manual
Required
Emulator
Tools
Required OTP
Programming
Tools
Digi-Key
Part No.
1
Price Each
25
100
Zilog
Part No.
Z8E00010 Series
512
32
13
XTAL/LC
C ~ 1 MHz
.5 ~ 5.5
 ~ 
18-DIP
D
D
269-1117-ND
1.80
1.35
1.00
Z8E00010PSC
Z8E00110 Series
1K
64
13
XTAL/LC
C ~ 1 MHz
.5 ~ 5.5
 ~ 
18-DIP
D
D
269-1121-ND
2.28
1.71
1.26
Z8E00110PSC
1K
64
13
XTAL/LC
C ~ 1 MHz
.5 ~ 5.5
 ~ 
18-SOIC
▲
D, 2
269-1123-ND
2.28
1.71
1.26
Z8E00110SSC
1K
64
13
XTAL/LC
C ~ 1 MHz
.5 ~ 5.5
 ~ 
18-SOIC
▲
D, 2
269-3987-ND◆
2.55
1.92
1.41
Z8E00110SSG
Z8PE002 Series
512
64
14
XTAL/LC
C ~ 1 MHz
.  ~ 5.5
 ~ 
20-SSOP
▲
D, 17
269-1132-ND
2.10
1.58
1.16
Z8PE002HZ010SC
512
64
14
XTAL/LC
C ~ 1 MHz
4.5 ~ 5.5
-4  ~ 1 5
20-SSOP
▲
D, 17
269-1135-ND
2.28
1.71
1.27
Z8PE002HZ010EC
Z8PE003 Series
1K
64
14
XTAL/LC
C ~ 1 MHz
.  ~ 5.5
 ~ 
18-DIP
D
D
269-1136-ND
2.67
2.01
1.49
Z8PE003PZ010SC
1K
64
14
XTAL/LC
C ~ 1 MHz
.  ~ 5.5
 ~ 
18-SOIC
▲
D, 2
269-1137-ND
2.67
2.01
1.49
Z8PE003SZ010SC
1K
64
14
XTAL/LC
C ~ 1 MHz
.  ~ 5.5
 ~ 
18-SOIC
▲
D, 2
269-4295-ND◆
3.00
2.25
1.67
Z8PE003SZ010SG
1K
64
14
XTAL/LC
C ~ 1 MHz
.  ~ 5.5
 ~ 
20-SSOP
▲
D, 17
269-1138-ND
2.82
2.12
1.57
Z8PE003HZ010SC
1K
64
14
XTAL/LC
C ~ 1 MHz
4.5 ~ 5.5
-4  ~ 1 5
18-SOIC
▲
D, 2
269-1140-ND
2.94
2.21
1.63
Z8PE003SZ010EC
Key
Description
Digi-Key
Part No.
Price
Each
Zilog
Part No.
269-2033-ND
161.33
Z8ICE001ZEM
Emulator/Programmer †
D
Z8 Plus Emulator/Programmer
◆ RoHS Compliant
▲ Zilog’s emulators support this part, but the in-circuit target cable is configured for DIP only. For designs that require a surface mount package, accommodations will have to be made to use the
emulator for in-circuit DIP emulation. † For OTP programming adapters, please refer to Z8 Series.
Turnkey Universal Remote Control Kit
The Crimzon RC Bullet™ Reference Design Kits are ideally suited for Universal Remote Control
applications.
These kits feature both learning and non-learning models with both three-in-one (Cable/Satellite,
DVD/VCR and TV) and six-in-one feature sets (Cable, Satellite, Audio, TV, DVD and VCR) for the
North American and European marketplaces.
Built on the Z8-based ZLx16300 and ZLx32300 IR MCU, and competitively priced, the kits give you
everything needed to start manufacturing branded universal remote controls today.
269-3380-ND
USA, 3-Function, Non-Learning. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $129.00
269-3381-ND
European, 3-Function, Non-Learning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $129.00
269-3382-ND
USA, 6-Function, Non-Learning. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $129.00
269-3383-ND
European, 6-Function, Non-Learning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $129.00
269-3384-ND
USA, 6-Function, Learning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $159.00
269-4665-ND◆
USA, 6-Function, Learning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $166.40
269-3385-ND
European, 6-Function, Learning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $159.00
◆ RoHS Compliant
Thermostat Application
Module Kit
Thermostat Application Module provides a flexible platform for training and experimentation on a number of
microcontroller and microprocessor devices.
The module contains no processor. It is designed to attach to the eZ80 development platforms, which
contain both the processors and the control programs that make the development function.
Z86L99 with IR Solutions
In-circuit emulators are interactive, Windows-oriented development tools, providing a real-time environment
for emulation and debugging. Provides essential timing and I/O circuitry to simplify user emulation of
prototype hardware and software products.
Features:
 Simple  bit-I/O  E s,  switches,  lamp,  and  fan       lphanumeric  C   display  via  the 
IO  interface  
 Temperature sensor via the I2C interface    EE ROM data storage via the I2C interface     lash program 
storage for eZ80 family devices
• Supports up to  2K of ROM     aries the operating voltage from  .  ~ 4.     Sup ports in-cir cuit emulation 
on target systems that operate at  .  ~ 4.      owers the In-Circuit Emulator  ICE  chip from either the 
emulator or target board    Supports IR devices that operate at up to 8MHz    Emu lates 28-pin  I  and 
4 -pin  I       ro vides  OT   programming  for  28-pin  I   and  SOIC  pac ages,  4 -pin 
I ,  48-pin  SSO  
 Multi-tas s with other  indows applications while  ilog  eveloper Studio 
S  is running
269-3198-ND . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $102.00
269-3241-ND
Features:
148
148
Z86L99 In-Circuit Emulator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . $877.50
(US2011)
(TZM112.US)
Microprocessors
Speed
(MHz)
6
6
6
8
8
8
8
10
10
10
10
6
6
6
8
8
8
10
10
10
20
20
8
10
10
10
10
20
20
20
20
20
20
20
20
33
33
33
† Tube
Features
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
2-UARTs, 2DMAs
Timers
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Operating
Voltage
(V)
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
Operating
Temperature
Range
C ~  C
C ~  C
C ~  C
C ~  C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
C ~  C
C ~  C
-4 C ~ 1 5 C
C ~  C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
C ~  C
C ~  C
C ~  C
C ~  C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
C ~  C
C ~  C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
C ~  C
C ~  C
-4 C ~ 1 5 C
-4 C ~ 1 5 C
C ~  C
Package
80-QFP
80-QFP
64-Dip
64-Dip
68-PLCC
68-PLCC
68-PLCC
80-QFP
64-Dip
64-Dip
68-PLCC
44-LQFP
40-Dip
44-PLCC
44-LQFP
40-Dip
44-PLCC
44-LQFP
40-Dip
44-PLCC
44-LQFP
44-PLCC
40-Dip
80-QFP
80-QFP
64-Dip
68-PLCC
80-QFP
80-QFP
80-QFP
64-Dip
68-PLCC
68-PLCC
68-PLCC
68-PLCC
68-PLCC
68-PLCC
68-PLCC
Digi-Key
Part No.
269-3004-ND
269-3879-ND◆
269-3881-ND◆
269-3884-ND◆
269-3012-ND
269-3885-ND◆
269-3886-ND◆
269-3887-ND◆
269-3888-ND◆
269-3889-ND◆
269-3890-ND◆
269-4572-ND◆
269-3892-ND◆
269-3893-ND◆
269-4573-ND◆
269-3895-ND◆
269-3896-ND◆
269-4574-ND◆
269-3898-ND◆
269-3899-ND◆
269-4575-ND◆
269-3902-ND◆
269-3903-ND◆
269-3098-ND
269-4296-ND◆
269-4297-ND◆
269-4298-ND◆
269-4299-ND◆
269-3104-ND
269-4541-5-ND†◆
269-4301-ND◆
269-4303-ND◆
269-4304-ND◆
269-4305-ND◆
269-3863-ND◆
269-3115-ND
269-4306-5-ND†◆
269-4307-ND◆
1
9.33
10.47
9.90
10.29
12.72
14.25
10.29
12.63
14.64
12.63
14.64
5.52
5.52
5.52
5.52
5.52
5.52
5.52
5.52
5.52
13.02
13.02
12.09
9.33
10.47
9.90
9.90
16.65
14.88
13.74
13.74
16.65
16.65
13.74
13.74
16.32
18.27
15.18
Price Each
25
7.00
7.86
7.43
7.72
9.54
10.69
7.72
9.48
10.98
9.48
10.98
4.14
4.14
4.14
4.14
4.14
4.14
4.14
4.14
4.14
9.77
9.77
9.07
7.00
7.86
7.43
7.43
12.49
11.16
10.31
10.31
12.49
12.49
10.31
10.31
12.24
13.71
11.39
100
5.19
5.81
5.50
5.72
7.07
7.92
5.72
7.02
8.13
7.02
8.13
3.06
3.06
3.06
3.06
3.06
3.06
3.06
3.06
3.06
7.24
7.24
6.72
5.19
5.81
5.50
5.50
9.25
8.26
7.63
7.63
9.25
9.25
7.63
7.63
9.06
10.15
8.43
Zilog
Part No.
Z8018006FSC
Z8018006FSG
Z8018006PSG
Z8018008PSG
Z8018008VEC
Z8018008VEG
Z8018008VSG
Z8018010FSG
Z8018010PEG
Z8018010PSG
Z8018010VEG
Z84C0006AEG
Z84C0006PEG
Z84C0006VEG
Z84C0008AEG
Z84C0008PEG
Z84C0008VEG
Z84C0010AEG
Z84C0010PEG
Z84C0010VEG
Z84C0020AEG
Z84C0020VEG
Z84C1008PEG
Z8S18010FSC
Z8S18010FSG
Z8S18010PSG
Z8S18010VSG
Z8S18020FEG
Z8S18020FEC1960
Z8S18020FSG
Z8S18020PSG
Z8S18020VEG
Z8S18020VEG1960
Z8S18020VSG1960
Z8S18020VSG
Z8S18033VEC
Z8S18033VEG
Z8S18033VSG
C
◆ RoHS Compliant
NEW! PSoC® 1/3/5 Evaluation Kits
PSoC is a true programmable embedded system-on-chip integrating configurable analog and digital peripheral functions, memory and a microcontroller on a single chip. And now our breakthrough new PSoC 3 and PSoC 5
architectures extend the world’s only programmable embedded system design platform, shattering your design limitations.
Digi-Key
Part No.
Price
Each
Cypress
Part No.
428-3037-ND◆
248.38
CY8CKIT-001A
The PSoC MiniProg3 Program and Debug Kit is an all-in-one programmer for PSoC 1, PSoC 3, and PSoC 5 architectures as well as a debug tool
for PSoC 3 and PSoC 5 architectures.
Kit Includes: MiniProg3, Program/Debug Ribbing Cable, and USB Cable
428-2975-ND◆
88.80
CY8CKIT-002
The PSoC FirstTouch Starter Kit is designed to introduce you to the PSoC programmable system-on-chip design methodology and Cypress’ new
PSoC 3 architecture.
Kit Includes: Evaluation Board, Quick Start Guide, Kit CD, Retractable USB A to Mini B cable, Proximity wire (for use as proximity detection
antenna), and 9V battery
428-2977-ND
48.89
CY8CKIT-003
The CY8CKIT-006 PSoC 3 LCD Segment Drive Evaluation Kit is aimed at showcasing PSoC’s LCD segment drive system.
Kit Includes: PSoC 3 LCD Segment Drive Evaluation Board, 9V Battery, 12V Wall Wart Power Supply, MiniProg3, USB Cable, Kit Stand, Quick
Start Guide, and Resource CD
428-2994-ND◆
148.96
CY8CKIT-006
The CY8CKIT-007 PSoC 3 Analog Voltmeter Demo Kit showcases PSoC’s 20-Bit Delta Sigma Analog to Digital Converter.
Kit Includes: Voltmeter board (with Thermocouple), Resource CD, Mini-hook leads for Voltmeter measurement, Pack for powering the Voltmeter
(includes two AA batteries and USB mini-B connector) and Quick Start Guide
428-2995-ND
105.07
CY8CKIT-007
The PSoC CY8C29 Family Processor Module is designed to evaluate and experiment with Cypress’ PSoC 1 programmable system-on-chip
design methodology and architecture.
Kit Includes: PSoC CY8C29 Family Processor Module and Kit CD which includes the PSoC Designer™, PSoC Programmer™, and
Documentation
428-2978-ND
65.17
CY8CKIT-008
The PSoC CY8C38 Family Processor Module is designed to evaluate and experiment with Cypress’ PSoC 3 programmable design methodology
and architecture.
Kit Includes: PSoC CY8C38 Family Processor Module and Kit CD which includes the PSoC Creator™, PSoC Programmer, and Documentation
428-2979-ND
65.17
CY8CKIT-009
CY8CKIT-010 PSoC CY855 Family Processor Module Kit is designed to evaluate and experiment with PSoC 5 programmable system-on-chip
design methodology and architecture
Kit Includes: PSoC CY8C55 Family Processor Module and Kit CD which includes the PSoC Creator, PSoC programmer, and Documentation
428-3038-ND◆
64.84
CY8CKIT-010
CY8CKIT PSoC 5 FirstTouch™ Starter Kit is designed to introduce you to the PSoC programmable system-on-chip design methodology and new
PSoC 5 architecture.
Kit Includes: Evaluation Board, Quick Start Guide, Kit CD, USB A to Mini B cable, Proximity Wire, and 9V battery
428-3039-ND◆
48.88
CY8CKIT-014
The CY8C28 Family Processor Module gives you a practical understanding of PSoC technology
Kit Includes: PSoC CY8C28 Family Processor Module, Quick Start, Schematic PSoC Development Board Design, and Software CD for PSoC 1
428-3036-ND◆
65.17
CY8CKIT-020
The CY8KIT-029 PSoC LCD Segment Drive Expansion Board Kit (EBK) is based on the PSoC family of devices
Kit Includes: PSoC LCD Segment Drive Expansion Board, Quick Start Guide, and Kit CD
428-2993-ND◆
59.85
CY8CKIT-029
Description
The CY8CKIT-001A PSoC Development Kit provides you a common development platform where you can prototype and evaluate different
solutions using any one of the PSoC, PSoC3, or PSoC5 architectures.
Kit includes: PSoC development board, PSoC3 CY8C38 Family processor module, PSoC CY8C29 Family processor module, MiniProg3
Programmer and Debug tool, USB cable, 12V power supply adapter, Wire pack, Printed documention (Quick Start, Schematic PSoC
development board design), and a kit CD
◆ RoHS Compliant
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
(US2011)
(TZM112.US)
149
149
PSoC® (Programmable System on Chip) Microcontrollers
The Pro ramma le System-on-Chip PSoC microcontrollers inte rate a microcontroller and the analo and di ital
components that typically surround it in an embedded system. Easy-to-use development tools enable designers to select
the precise peripheral functionality they desire, including analog functions such as amplifiers, ADCs, DACs, filters and
comparators and di ital unctions such as timers, counters, PWMs, SPI and UARTs. The PSoC amily s analo eatures
C
Analog
Blocks
Shared
Shared
4
8
4
4
4
4
4
4
6
6
6
6
4
4
6
6
6
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
—
—
—
—
—
—
—
—
—
—
—
Digital
Blocks
Shared
Shared
4
8
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
8
8
8
8
8
8
8
8
8
8
16
16
16
16
16
16
16
—
—
—
—
—
—
—
—
—
—
—
Flash
8K
8K
4K
4K
4K
8K
8K
8K
8K
8K
4K
4K
4K
4K
8K
8K
16K
16K
16K
8K
16K
16K
16K
16K
16K
16K
16K
16K
16K
32K
32K
32K
32K
32K
32K
32K
32K
32K
32K
32K
16K
16K
32K
32K
32K
32K
32K
HW
Comm Bus
2
I C, SPI
I2C, SPI
I 2C
I C, SPI, UART/USART
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
UART/USART
UART/USART
I 2C
I 2C
I 2C
—
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
I 2C
—
—
—
—
—
—
—
—
—
—
—
SRAM
512
512
256
256
256
512
512
512
512
512
256
256
256
256
256
256
1K
1K
1K
256
256
256
256
256
256
256
256
256
256
2K
2K
2K
2K
2K
2K
2K
—
—
—
—
—
—
—
—
—
—
—
I/O
27
27
6
12
16
12
16
28
24
26
6
16
24
24
—
26
50
50
56
16
6
16
16
24
24
24
44
44
44
24
24
24
40
44
64
64
—
—
—
—
—
—
—
—
—
—
—
Vcc
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
2.4 5.25
—
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
3 5.25
—
—
—
—
—
—
—
—
—
—
—
®
include rail-to-rail inputs, programmable gain amplifiers and up to 14-bit ADCs with exceptionally low noise, input
lea a e and volta e o set. PSoC devices include up to 32KB o lash memory, 2KB o SRAM, an 8x8 multiplier with 32- it
accumulator, power and sleep monitorin circuits, and hardware I2C USB and CapSense Technology communications.
Specifications:   Operatin Volta e Ran e 2.4V 5.25V Temperature Ran e -40 C 85 C
Package
32-UQFN
32-UQFN
8-SOIC
16-UQFN
24-QFN
16-SOIC
20-SSOP
32-VQFN
28-SSOP
32-VQFN
8-DIP
20-SSOP
28-SSOP
28-SOIC
28-TSSOP
28-SSOP
56-VQFN
56-VQFN
68-VQFN
20-SSOP
8-DIP
20-SSOP
20-SOIC
28-DIP
28-SSOP
28-SOIC
48-SSOP
48-VQFN
48-VQFN
28-DIP
28-SSOP
28-SOIC
44-LQFP
28-SSOP
48-VQFN
100-LQFP
16-COL
24-UQFN
32-UQFN
48-QFN
32-UQFN
48-QFN
16-QFN
24-UQFN
32-UQFN
48-QFN
48-SSOP
Digi-Key
Part No.
428-2944-5-ND§ NEW!
428-2945-ND NEW!
428-1682-ND
428-2948-5-ND§ NEW!
428-1685-ND
428-1611-ND
428-1612-ND
428-2061-ND
428-1614-ND
428-2884-ND NEW!
428-1602-ND
428-1605-ND
428-1608-ND
428-1609-ND
428-2949-5-ND§ NEW!
428-2950-5-ND§ NEW!
428-2937-ND NEW!
428-2938-ND NEW!
428-2965-ND NEW!
428-1640-ND
428-1593-ND
428-1594-ND
428-1595-ND
428-1596-ND
428-1597-ND
428-1598-ND
428-1600-ND
428-1601-ND
428-2981-ND NEW!
428-1586-ND
428-1587-ND
428-1588-ND
428-1589-ND
428-1590-ND
428-2982-ND NEW!
428-1592-ND
428-2952-ND NEW!
428-2953-ND NEW!
428-2954-ND NEW!
428-2955-ND NEW!
428-2971-ND NEW!
428-2972-ND NEW!
428-2973-ND NEW!
428-2956-ND NEW!
428-2957-ND NEW!
428-2958-ND NEW!
428-2974-5-ND§ NEW!
Price Each
25
3.42
3.18
1.78
2.13
2.38
3.18
3.42
3.67
3.69
3.99
2.66
3.02
3.47
3.47
3.15
3.40
5.64
5.64
7.28
4.63
4.95
5.36
5.36
5.33
5.13
5.13
5.44
6.30
6.30
7.92
6.91
6.91
7.69
7.24
8.27
8.82
7.38
7.59
7.79
8.00
7.90
8.00
3.72
3.94
4.17
4.95
4.95
1
4.26
3.95
2.20
2.64
2.95
3.95
4.26
4.56
4.59
4.96
3.30
3.75
4.31
4.31
3.92
4.23
6.88
6.88
8.88
5.75
6.16
6.66
6.66
6.50
6.25
6.25
6.63
7.68
7.68
9.65
8.43
8.43
9.38
8.83
10.08
10.75
9.00
9.25
9.50
9.75
9.63
9.75
4.62
4.90
5.18
6.16
6.16
100
3.12
2.90
1.60
1.92
2.14
2.90
3.12
3.35
3.37
3.63
2.42
2.75
3.16
3.16
2.87
3.10
5.09
5.09
6.57
4.22
4.51
4.88
4.88
4.81
4.63
4.63
4.91
5.68
5.68
7.15
6.24
6.24
6.94
6.54
7.46
7.96
6.66
6.85
7.03
7.22
7.13
7.22
3.39
3.59
3.80
4.51
4.51
Cypress
Part No.
C 8C20424-12LQXI
C 8C20434-12LQXI
C 8C21123-24SXI
C 8C21223-24LGXI
C 8C21323-24LFXI
C 8C21234-24SXI
C 8C21334-24PVXI
C 8C21434-24LTXI
C 8C21534-24PVXI
C 8C21634-24LTXI
C 8C24123A-24PXI
C 8C24223A-24PVXI
C 8C24423A-24PVXI
C 8C24423A-24SXI
C 8C24533-24PVXI
C 8C24633-24PVXI
C 8C24794-24LTXI
C 8C24894-24LTXI
C 8C24994-24LTXI
C 8C26233-24PVXI
C 8C27143-24PXI
C 8C27243-24PVXI
C 8C27243-24SXI
C 8C27443-24PXI
C 8C27443-24PVXI
C 8C27443-24SXI
C 8C27643-24PVXI
C 8C27643-24LFXI
C 8C27643-24LTXI
C 8C29466-24PXI
C 8C29466-24PVXI
C 8C29466-24SXI
C 8C29566-24AXI
C 8C29666-24PVXI
C 8C29666-24LTXI
C 8C29866-24AXI
C 8CTMG200-16LGXI
C 8CTMG200-24LQXI
C 8CTMG200-32LQXI
C 8CTMG200-48LTXI
C 8CTMG201-32LQXI
C 8CTMG201-48LTXI
C 8CTST200-16LGXI
C 8CTST200-24LQXI
C 8CTST200-32LQXI
C 8CTST200-48LTXI
C 8CTST200-48PVXI
§ Tube
PowerPSoC® Lighting Microcontrollers and Evaluation Kits
The PowerPSoC family incorporates programmable system-on-chip technology with the best in class power electronics
controllers and switching devices to create easy to use power-system-on-chip solutions for lighting applications.
PowerPSoC is the first device to combine the power of an embedded controller with integrated high-power peripheral
Analog
Blocks
Digital
Blocks
Channels
Flash
SRAM
HW
Comm Bus
4
6
6
6
6
6
—
—
4
4
8
8
8
8
—
—
2
4
3
4
4
4
3
4
4K
16K
16K
16K
16K
16K
16K
16K
256
1K
1K
1K
1K
1K
1K
1K
I C, IrDA, SPI, UART/USART
I C, SPI, UART/USART, USB
DALI, DMX512, I C, IrDA, SPI, UART/USART
unctionality. This includes our internal 32V, 1A rated low-side N-channel MOSFETs, our 32V, 6MHz rated
current sense ampli iers with ad usta le ain settin s, our 2MHz hysteretic controllers that can e con i ured
as either buck, boost, or buck-boost, and a 32V input voltage regulator.
Max. Output
I/O Current (A)
Vcc
Package
Lighting Microcontrollers
12
1
3.0 5.25
16-SOIC
56
1
3.0 5.25
68-VQFN
14
1
4.75 5.25
56-VQFN
14
1
4.75 5.25
56-VQFN
14
0.5
4.75 5.25
56-VQFN
14
1
4.75 5.25
56-VQFN
14
1
4.75 5.25
56-VQFN
14
1
4.75 5.25
56-VQFN
Evaluation Kits
PowerPSoC Li htin Evaluation Kit
Kit Includes: C 3267 PowerPSoC Main Board, LED Dau hter Board, Wall-wart Power Supply, Optical Di user, Retracta le USB Ca le, and So tware.
PowerPSoC Li htin Starter Kit
Kit Includes: C 3268 PowerPSoC Board, 12V 1A Power Supply, Two Jumper Shunts, and So tware
Digi-Key
Part No.
428-2951-5-ND NEW!
428-2970-ND NEW!
428-2924-ND
428-2279-ND
428-2280-ND
428-2923-ND
428-2968-ND NEW!
428-2969-ND NEW!
1
Price Each
25
100
3.92
9.25
11.33
14.41
13.31
24.00
12.13
13.53
3.15
7.59
9.53
12.12
11.20
20.40
9.95
11.38
2.87
6.85
8.76
11.14
10.29
18.90
8.98
10.46
Cypress
Part No.
C
C
C
C
C
C
C
C
8CLED02-16SXI
8CLED04-68LTXI
8CLED03D01-56LTXI
8CLED04D01-56LTXI
8CLED04D02-56LTXI
8CLED04DOCD1-56LTXI
8CLED03G01-56LTXI
8CLED04G01-56LTXI
428-2281-ND
199.50/1
C 3267
428-2882-ND
66.50/1
C 3268
EZ-Color™ High-Brightness LED Controllers and Development Kit
Cypress E -Color amily o devices o ers the ideal control solution or Hi h Bri htness LED applications re uirin
intelligent dimming control. EZ-Color devices combine the power and flexibility of PSoC® with Cypress PrISM Precise
Illumination Si nal Modulation drive technolo y providin li htin desi ners a ully customiza le and inte rated li htin
LED
Channels
Analog
Blocks
Flash
SRAM
8
8
16
16
16
12
12
12
12
12
16K
16K
32K
32K
32K
256
256
2K
2K
2K
Li htin Starter Demonstration Kit
Kit Includes: C 3269N Li htin Starter Demonstration Board and 9V Battery
®
150
150
solution plat orm. E -Color devices support up to 16 independent LED channels with up to 32 its o resolution
per channel, ena lin li htin desi ners the lexi ility to choose the LED array size and color uality. E -Color s
virtually limitless analo and di ital customization allow or simple inte ration o eatures.
Digi-Key
Package
Part No.
High-Brightness LED Controllers
28-SSOP
428-2892-5-ND NEW!
48-VQFN
428-1948-ND
28-SSOP
428-1950-5-ND
48-VQFN
428-2983-ND NEW!
48-SSOP
428-1952-5-ND
Development Kit
428-2270-ND
1
Price Each
25
10.00
11.25
11.75
11.88
12.25
8.20
9.23
9.64
9.99
10.05
100
Cypress
Part No.
Development Kit
7.40
8.33
8.70
9.18
9.07
C
C
C
C
C
428-2270-ND
428-2270-ND
428-2270-ND
—
428-2270-ND
33.25/1
(US2011)
(TZM112.US)
8CLED08-28PVXI
8CLED08-48LFXI
8CLED16-28PVXI
8CLED16-48LTXI
8CLED16-48PVXI
C 3269N
—
PSoC® Evaluation Kits
PSoC is a true pro ramma le em edded system-on-chip inte ratin con ura le analo and di ital peripheral unctions, memory and a microcontroller on a sin le chip. And now our rea throu h new PSoC 3 and PSoC 5 architectures extend the world s
only programmable embedded system design platform, shattering your design limitations.
Digi-Key
Part No.
Description
C 3270 PSoC FirstTouch Starter Kit
Starter Kit Includes: USB FTPC Bridge, FTMF Expansion Card and Software
Price
Each
428-2018-ND
38.90
PIR Motion Detection Evaluation Kit
Kit Includes: PIR Motion Sensor Board, Power Supply, So tware, and Desi n Files.
428-2022-ND
198.84
PSoC I2C to USB Brid e Evaluation Kit
Kit Includes: I2C USB Brid e, I2C Slave Demonstration Board, USB Mini B Ca le, and So tware CD
428-1910-ND
88.78
PSoC Express II Evaluation Kit
Kit Includes: Two PSoC Evaluation boards, MiniProg USB Programmer, Cables, and Software
428-2025-ND
230.81
PSoC with USB Evaluation Kit
Kit Includes: PSoCEvalUSB Board, LCD Module, MiniProg1 programmer, USB mini cable, Documentation and Software
The ISSP In-System Serial Pro rammin Pro rammer
Kit Includes: SSP Pro rammer, ISSP So tware CD-ROM, 6-Foot USB Ca le, 2-Foot Pro rammin Ca le, and 9V Power Supply
Kit Extension or C 3215-DK
Kit Includes: enCoRe III Application Board
Includes enCoRe III On-Chip De u er and solderless read oard, Jumper wire it, MiniPro USB
Pro rammer, Standard-A to Mini-B USB ca le, 110 240V Switch Mode Power Supply and Universal power adapter, Three C 7C64215-28PVXC
samples, Three C 7C64215-56LFXC samples, So tware, and Printed Documents
Evaluation Kit or PSoC with MiniPro 1
Kit Includes: Evaluation oard with LCD module, MiniPro 1 Pro rammin unit, So tware, C 8C29466-24PXI Samples, and USB 2.0 Ca le
Cypress
Part No.
C 3270
C 3236A-PIRMOTION
C 3240-I2USB
C 3209-EXPRESSEVK
428-1650-ND
178.35
C 3214-PSOCEVALUSB
428-1495-ND
505.24
C 3207ISSP
548.44
C 3664-EXT
428-3033-ND
NEW!
428-1584-ND
138.65
C 3210-PSOCEVAL1
MiniProg1 Demo Board
Kit Includes: MiniProg Programming Unit, MiniEval Socket Programming and Evaluation Board, Device Samples, Cable, and Software
428-1585-ND
68.83
C 3210-MINIPROG1
MiniProg Demo Board
Kit Includes: MiniProg Programming Unit, USB Cable, and Software
428-2021-ND
28.93
C 3217
PSoC I2C Port Expander Evaluation Kit
Kit Includes: I2C Port Expander Demo Board usin C 8C9520 Port Expander, USB Ca le, and Documentation
428-2023-ND
174.23
C 3242-IOXLITE
In-Circuit Emulation ICE Pod Kit or de u in 44TQFP C 8C22545 PSoC Devices
Kit Includes: One C 8C22545 Emulation Pod, Two 44-pin TQFP Feet, One C 3250-Flex Ca le, and Two C 8C22545-24AXI Chip Samples
428-2927-ND NEW!
386.05
C 3250-22545
Replacement In-Circuit Emulation ICE Pod Kit or de u
Kit Includes: C 8C22545 Emulation Pod
428-2926-ND NEW!
318.88
C 3250-22545-POD
in 44TQFP C 8C22545 PSoC Devices
Replacement In-Circuit Emulation ICE Pod Kit or de u in 28 SOIC C 8C22345/21345 PSoC Devices
Kit Includes: One C 8C22345 Emulation Pod, Two 28-pin SOIC Feet, One C 3250-FlexCa le, and Two C 8C22345-24SXI Chip Samples
428-2928-ND NEW!
386.05
C 3250-22345
In-Circuit Emulation ICE Pod Kit or de u in C 8C20536/546/566A CapSense PSoC Devices
Kit Includes: One C 8C20536/546/566A ICE Pod, One Flex Ca le, and Two 48-pin SSOP Pod Feet
428-3015-ND◆ NEW!
161.18
C 3250-20566
428-3016-ND◆ NEW!
210.94
C 3250-23X33QFN
428-3017-ND◆ NEW!
365.75
C 3250-24X33
428-3018-ND◆ NEW!
199.50
C 3250-24X33-POD
428-3019-ND◆ NEW!
335.16
C 3250-286XXQFN
428-3020-ND◆ NEW!
226.10
C 3250-286XXQFN-POD
In-Circuit Emulation ICE Pod Kit or de u in QFN C 8C23x33 PSoC Devices
Kit Includes: One QFN C 8C23533 ICE Pod, One Flex Ca le, and Two 32-pin QFN Pod Feet
In-Circuit Emulation ICE Pod Kit
Kit Includes: C 3253-BLDC Control Main Board, Two Lithium-II Dau hter Boards, LCD Module, DC Power Supply, 3-phase BLDC motor, C 3253-BLDC
Kit CD-ROM, and Quic Start
Replacement In-Circuit Emulation ICE Pod Kit
Kit Includes: C 3253-BLDC Control Main Board, Two Lithium-II Dau hter Boards, LCD Module, DC Power Supply, 3-phase BLDC motor, C 3253-BLDC
Kit CD-ROM, and Quic Start
In-Circuit Emulation ICE Pod Kit or de u in QFN C 8C28XXX PSoC Devices
Kit Includes: One QFN C 8C286xx ICE Pod, One Flex Ca le, and Two 48-pin QFN Pod Feet
Replacement In-Circuit Emulation ICE Pods Kit or de u
Kit Includes: Two QFN C 8C286XX ICE Pods
in QFN C 8C28XXX PSoC Devices
In-Circuit Emulation ICE Pod Kit or de u in Non-QFN C 8C28XXX PSoC Devices
Kit Includes: One Non-QFN C 8C28XXX ICE Pod, One Flex Ca le, Two 28-pin PDIP Pod Feet, and One 28-pin Mas
428-3021-ND◆ NEW!
335.16
C 3250-28XXX
Replacement In-Circuit Emulation ICE Pods or de u
Kit Includes: Two Non-QFN C 8C28XXX ICE Pods
428-3022-ND◆ NEW!
226.10
C 3250-28XXX-POD
428-3023-ND◆ NEW!
335.83
C 3250-60455QFN
in Non-QFN C 8C28XXX PSoC Devices
In-Circuit Emulation ICE Pod Kit or de u in 48-pin QFN enCoRe V Low Volta e C 7C60455/56 Devices
Kit Includes: One 60455Q Pod, One Flex Ca le, and Two 48QFN Feet
In-Circuit Emulation ICE Pod Kit or de u in 16-pin QFN enCoRe V C 7C64315/16 Devices
428-3024-ND◆ NEW!
339.15
C 3250-64315QFN
In-Circuit Emulation ICE Pod Kit or de u in 48-pin QFN enCoRe V C 7C64355/56 Devices
428-3025-ND◆ NEW!
344.98
C 3250-64355QFN
Replacement In-Circuit Emulation ICE Pods or de u
Kit Includes: Two 64355Q Pods
428-3026-ND◆ NEW!
256.61
C 3250-64355QFN-POD
in 48-pin QFN enCoRe V C 7C64355/56 Device
In-Circuit Emulation ICE Pod Kit or de u in Non-QFN C 8CLED08 E -Color HB LED Controllers
Kit Includes: One C 8CLED08 ICE Pod, One Flex Ca le, Two 28-SSOP Pod Feet, Two C 8CLED08-28PVXI, and One 28-pin Mas
428-3027-ND◆ NEW!
365.75
C 3250-LED08
Replacement In-Circuit Emulation ICE Pods
Kit Includes: Two 28-SSOP Pod Feet
428-3028-ND◆ NEW!
199.50
C 3250-LED08-POD
Replacement Flex Ca le or C 3250 Pod Kits
428-1866-ND
165.93
C 3250-FLEXCABLE
C
◆ RoHS Compliant
CY3215-DK Development Kits and Accessories
Description
PSoC Development Kit
Kit Includes: ICE-Cu e Unit, Emulation Pod or C 8C29466-24PXI, C 8C29466-24PXI Samples, ISSP Ca le, MiniEval Soc et Pro rammin and Evaluation oard, Power Supply
European Plu Adapter, and USB 2.0 Ca le
Digi-Key
Part No.
Price
Each
Cypress
Part No.
428-1583-ND
447.88
C 3215-DK
Emulation Kits
For Use With C 8C24x94 QFN Pac a e
Kit Includes: 1 Flex Cable, 1 Pod, and 2 Pod Feet
For Use With C 8C27xxx
For Use With C 8C29xxx
428-1867-ND
341.86
C 3250-24X94QFN
428-1884-ND
365.75
C 3250-27XXX
428-1885-ND
365.75
C 3250-29XXX
Evaluation Pods — RoHS Compliant
Family C48C20x34
Allows evaluation o a device amily usin 28-DIP connector
Family C 8C24x23
Allows evaluation o a device amily usin 28-DIP connector
428-1994-ND
182.98
C 3210-20X34
428-1997-ND
133.00
C 3210-24X23
Replacement Foot Kits
28-SSOP
Kit Includes: 4 Pod Feet
24-QFN
Kit Includes: 4 Pod Feet
428-1896-ND
99.75
428-1873-ND
262.01
Toll-Free: 1-800-344-4539
• Phone 218-681-6674 • Fax: 218-681-3380
C 3250-28SSOP-FK
C 3250-24QFN-FK
(US2011)
(TZM112.US)
151
151
CapSense Express™
The CapSense Express Family, supported by PSOC Express™ Visual Embedded System Design Tool and
the CapSense Express Configuration Tool, is the quickest and easiest to use for touch sensing functionality.
Analog
Blocks
1 CapSense
C
Digital
Blocks
0
0
0
0
0
0
0
0
0
0
0
0
0
Flash
2K
2K
2K
2K
2K
2K
8K
8K
8K
16K
8K
32K
32K
SRAM
512
512
512
512
512
512
1K
512
1K
2K
1K
2K
2K
HW
Comm Bus
I2C
I2C
I2C
I2C
I2C
I2C
I2C, SPI
I2C, SPI
I2C, SPI
I2C, SPI
I2C, SPI
I2C, SPI
I2C, SPI
I/O
10
10
4
6
8
10
13
20
20
19
28
34
36
Vcc
2.4 ~ 5.25
2.4 ~ 5.25
2.4 ~ 5.25
2.4 ~ 5.25
2.4 ~ 5.25
2.4 ~ 5.25
1.  ~ 5.5
2.4 ~ 5.25
1.  ~ 5.5
1.  ~ 5.5
1.  ~ 5.5
1.  ~ 5.5
1.  ~ 5.5
The CapSense Express family supports up to 36 general purpose I/Os for buttons, multi-segment sliders,
LEDs and other general purpose functions, all configured via I2C registers.
Digi-Key
Part No.
428-2046-ND
428-2047-5-ND
428-2050-5-ND
428-2052-5-ND
428-2054-5-ND
428-2056-5-ND
428-2941-ND NEW!
428-2919-ND NEW!
428-2942-ND NEW!
428-2943-ND NEW!
428-2946-ND NEW!
428-2947-ND NEW!
428-2980-ND NEW!
Package
16-UQFN
16-SOIC
8-SOIC
16-SOIC
16-SOIC
16-SOIC
16-UQFN
24-UQFN
24-UQFN
24-UQFN
32-UQFN
48-SSOP
48-VQFN
1
2.70
2.76
2.29
2.48
2.60
2.91
3.72
3.81
3.86
5.71
4.00
6.47
6.83
Price Each
25
2.18
2.23
1.85
2.00
2.10
2.35
3.00
3.06
3.11
4.59
3.22
5.20
5.49
100
1.96
2.01
1.67
1.80
1.89
2.12
2.73
2.79
2.83
4.19
2.94
4.74
5.01
Cypress
Part No.
CY8C20110-LDX2I
CY8C20110-SX2I
CY8C20142-SX1I
CY8C20160-SX2I
CY8C20180-SX2I
CY8C201A0-SX2I
CY8C20236-24LKXI
CY8C20334-12LQXI
CY8C20336-24LQXI
CY8C20396-24LQXI
CY8C20436-24LQXI
CY8C20566-24PVXI
CY8C20666-24LTXI
CapSense™ Development Kits
The CapSense Family is Cypress’s market leading Capacitive Sensing solution that has replaced more than 3 Billion sensors with a Capacitive touch interface over the last many years. The CapSense Family is based on
Cypress’ Programmable System on Chip (PSoC) platform that provides customers with the flexibility needed to make last minute changes and get to market before the competition.
Description
CapSense Proximity Detection Demonstration Kit
Kit Includes: Proximity Detection Demo Board with Antenna, I2C to USB Debugging/Communication Bridge, USB Cable, Software, and Quick Start Guide
PSoC CapSense Demo Kit
Kit Includes: Demonstration Board, User Guide, Documentation and Software CD, and Power Supply
CapSense Evaluation Board Kit
Kit Includes: CapSense Evaluation Board with CY8C20110-LDX2I, CY3240-I2USB Bridge Board, USB Cable, and Battery
CapSense Evaluation Board Kit
Kit Includes: CapSense Evaluation Board with CY8C20142-SX2I, CY3240-I2USB Bridge Board, USB Cable, and Battery
Evaluation Kit for CapSense CSA
Kit Includes: Training Board (CY8C20x34), PSoC Designer and Example Project CD, CSA User Module, Mini Programmer Unit, LCD Module, and USB
Cable
Universal CapSense Controller Kit Quick Start
Kit Includes: CY3280-20x66 Universal CapSense Controller Board, CY3240-I2USB I2C Bridge Board, CY3210 PSoC MiniProg1 Programmer, CY328020x66 Quick Start, CY3280-20x66 Universal CapSense Controller Kit CD, and Retractable USB Cable (A to mini-B)
Universal CapSense Radial Slider Module Kit Quick Start
Kit Includes: CY3280-SRM Universal CapSense Module Board, CY3280-SRM Universal CapSense Module Board CD/DVD, and CY3280-SRM Quick Start
Universal CapSense Linear Slider Module Kit Quick Start
Kit Includes: CY3280-SLM Universal CapSense Module Board, CY3280-SLM Universal CapSense Module Board CD/DVD and CY3280-SLM Quick Start
Universal CapSense Simple Button Module Kit Quick Start
Kit Includes: CY3280-BSM Universal CapSense Module Board, CY3280-BSM Universal CapSense Module Board CD/DVD and CY3280-BSM Quick Start
Universal CapSense Matrix Button Module Kit Quick Start
Kit Includes: CY3280-BMM Universal CapSense Module Board, CY3280-BMM Universal CapSense Module Board CD/DVD and CY3280-BMM Quick Start
Universal CapSense Prototyping Module Kit Quick Start
Kit Includes: CY3280-BBM Universal CapSense Prototyping Module, CY3280-BBM Universal CapSense Prototyping Module Kit CD and CY3280-BBM
Quick Start Booklet
Universal CapSense Controller Development Kit Quick Start
Kit Includes: CY3280-22X45 Universal CapSense Controller Board, CY3280-22X45 Universal CapSense Controller Board CD, CY3240-I2CUSB Board,
CY3210-MiniProg1 Programmer, DC power supply, and printed documents
Universal CapSense Controller Board
Kit Includes: CY3280-24x94 Universal CapSense Controller Board, CY3240-I2USB Bridge Board, CY3210 PSoC MiniProg1 Programmer, CY3280-24x94
Quick Start, CY3280-24X94 Universal CapSense Controller CD, PSoC Designer 4.0 and PSoC Programmer CD, PSoC Express 3.0 Installation CD, and
Retractable USB Cable (A to mini-B)
CapSensePlus Module Development Kit Quick Start
Kit Includes: CY3280-CPM1 Demo Board, Kit CD, and Kit Quick Start
Digi-Key
Part No.
Price
Each
Cypress
Part No.
428-1909-ND
131.67
428-1652-ND
87.78
CY3235-PROXDET
CY3220-FPD
428-2043-ND
98.42
CY3218-CAPEXP1
428-2045-ND
120.10
CY3218-CAPEXP3
428-1924-ND
97.52
CY3203A-CAPSENSE
428-2987-ND◆ NEW!
253.37
428-2988-ND◆ NEW!
98.78
CY3280-SRM
428-2989-ND◆ NEW!
98.78
CY3280-SLM
428-2990-ND◆ NEW!
98.78
CY3280-BSM
428-2991-ND◆ NEW!
98.78
CY3280-BMM
428-2992-ND◆ NEW!
48.88
CY3280-BBM
428-3029-ND◆ NEW!
197.11
CY3280-22X45
428-3030-ND◆ NEW!
278.13
CY3280-24X94
428-3031-ND◆ NEW!
97.76
CY3280-CPM1
CY3280-20X66
◆ RoHS Compliant
NEW! Wireless Microcontrollers
and Network

C - Digi-Key

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