Short Form Catalog

Transcription

Short Form Catalog

Short Form Catalog
Revision 5.1.0
Short Form Catalog
Table Of Contents
Company Profile . . . . . . . . . . . . . . . . . . . . . . . . . . .2
Hall effect Sensor ICs . . . . . . . . . . . . . . . . . . . . . . .9
Programmable Linear Hall ICs (Unprogrammed) . . . . . 9
Programmable Linear Hall ICs (Pre-Programmed) . . . . 9
Hall effect Unipolar Switches . . . . . . . . . . . . . . . . 10
Hall effect Bipolar Latches . . . . . . . . . . . . . . . . . .10
Hall effect Latches . . . . . . . . . . . . . . . . . . . . . . . .10
Special Purpose Hall effect ICs . . . . . . . . . . . . . . 11
Triaxis™ Hall effect ICs . . . . . . . . . . . . . . . . . . . . 11
Cooling Fan BLDC Motor Driver Hall effect ICs . . 12
RF ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13
RF Transmitters. . . . . . . . . . . . . . . . . . . . . . . . . . .13
RF Receivers . . . . . . . . . . . . . . . . . . . . . . . . . . . .13
RF Transceivers . . . . . . . . . . . . . . . . . . . . . . . . . .13
Infrared, Opto and Camera Sensor ICs . . . . . . . . 14
Pressure Sensor ICs . . . . . . . . . . . . . . . . . . . . . . .15
Sensor Interface ICs . . . . . . . . . . . . . . . . . . . . . . .15
Bus ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15
CAN-Bus ICs. . . . . . . . . . . . . . . . . . . . . . . . . . . . .15
LIN-Bus ICs. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15
K-Bus ICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15
LIN-System ICs . . . . . . . . . . . . . . . . . . . . . . . . . . .15
RFID . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16
Actuator Driver ICs . . . . . . . . . . . . . . . . . . . . . . . .16
AC Line Timers and Shut-Offs . . . . . . . . . . . . . . . 16
Hardware and Evaluation Boards. . . . . . . . . . . . . 17
RF Evaluation Boards . . . . . . . . . . . . . . . . . . . . .17
Other Evaluation Boards . . . . . . . . . . . . . . . . . . .17
IC Programmers . . . . . . . . . . . . . . . . . . . . . . . . . .18
Part Numbering System . . . . . . . . . . . . . . . . . . . .19
Melexis Temperature Codes . . . . . . . . . . . . . . . . 19
Melexis Package Code Index . . . . . . . . . . . . . . . 20
Short Form Catalog
At Melexis, We care for our Customers
For over a decade, our customers in the automotive
electronics market have inspired us to create, manufacture
and deliver advanced Mixed Signal semiconductors,
sensor ICs, and programmable sensor IC systems.
Through the stringent quality expectations, hostile
operating conditions and aggressive economic targets
demanded by our automotive customers, Melexis has
developed the capability to produce world class, value
driven, innovative products. Industry leading innovation
in programmable sensors, sensor interface devices and
microcontrollers provide our customers with competitive
advantage in system cost, capability and flexibility.
Automotive Specialist
Foremost Melexis designs and develops for automotive
electronics systems. Today nearly all automobile brands
worldwide rely on Melexis ICs to safely, efficiently and
comfortably convey passengers and goods. The growth
in the electronic content of automobiles worldwide
continues to demand increasingly capable ICs and IC
sensors. The quality and reliability focus required to serve
the automotive market has resulted in Melexis achieving
certification to the newest, most demanding internationally
recognized Quality Standard, ISO/TS16949.
World Class Silicon Solutions
Melexis customers are winning business in many
other areas than just automobiles. Our customers in
the consumer products, industrial and wireless areas
use our products with impressive results. Technology
development in RF and RFID components has enabled
Melexis customers to achieve their product development
goals on time, in budget and with sustainable profit
margins. Micromachined silicon technology coupled
with Melexis mixed signal design has yielded infrared
thermometers, accelerometers and pressure sensors that
opened new opportunities for our customers in leading
edge systems for cars, appliances, industrial machinery
and consumer goods. Integrated Hall effect fan drivers
allow Melexis customers to win business in the latest
computer, gaming and entertainment systems worldwide.
Cell phones, handheld remote controls, battery charging
controllers are a few demanding mixed signal and
sensing applications currently benefiting from Melexis
semiconductor expertise and advanced manufacturing
capabilities.
What can we do for you?
We know you need a partner not just a supplier. When
your design challenges require innovative, economical
solutions let us help by suggesting a suitable Melexis
Application Specific Standard Product. We will then
provide the technical support necessary to ensure the
timely success of your projects. If you are seeking a
source for Mixed Signal ASICs, Custom RF, Custom
Sensor or Custom Mixed Signal Microcontroller devices,
please contact our Sales Representatives so they may
listen to your goals and propose a solution.
Melexis Short Form Catalog
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Our Products
Short Form Catalog
Intelligent Integration is increasingly important
to the automotive industry where solutions are
needed to simplify existing electromechanical
systems. The compelling need for reducing
installed costs of essential automotive systems
like window controls, wiper systems, fuel delivery
systems, steering systems and many other
fundamental vehicle building blocks continually
makes integrated sensing, intelligence and
communications solutions essential. Melexis
supplies sensor chips for position, movement
detection, pressure and acceleration with both
analog and digital outputs and with optional on
board microcontrollers.
Embedded microcontrollers find a wider use in
Melexis products. We find them today in Melexis
Hall sensors, pressure sensors, acceleration
sensors and sensor interfaces. This is a unique
feature to the Melexis products that allows us to
stay in front of the competition because it gives
a great level of flexibility to adapt the function to
specific applications. Much of this success comes
from the ability of these Melexis parts to operate
in the automotive environment with a minimum of
external components. Melexis fabless business
model allows the consideration of best in class IP
and foundry services to support next generation
system requirements.
Melexis also actively develops and produces
micromachined sensors, such as pressure,
acceleration and infrared thermopile sensors.
For each of the business areas in which Melexis
operates, it offers products from its range of
standard and semi-standard parts. If none of
these are optimum or if a customer has a
particular application and higher volumes, Melexis
can supply a custom part to meet the need. These
can be special versions of existing products or
completely new designs.
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Hall effect Devices
Hall Effect Devices detect magnetic flux density produced
by a permanent magnet or current in a wire.Typical uses
are for movement and position sensing. Hall devices
are by their nature immune to dust, dirt and vibration,
ideal characteristics for performance in an automotive
environment. By integrating the sensing element onto
the same silicon as its control logic and interface
circuitry, Melexis produces sensors with intelligence.
Melexis was the first Hall IC manufacturer to add user
programmability to its Hall ICs. This breakthrough
innovation has allowed a simplification of our
customer’s modules due to the flexibility and
customizable options of Melexis ICs. Sensing
rotation of shafts like the cam- and crank-shaft in
the engine, monitoring movement in motors and
actuators, sensing pedal, throttle and steering
wheel position are staple functions for millions
of Melexis Hall ICs in cars today.
Melexis Hall Effect Devices enable an
optimal use of the smaller feature sizes of
which semiconductor technology is capable today.
Therefore, very sophisticated mixed analog-digital
signal conditioning circuitry (such as Chopped Analog
String, Digital Signal Processing Core, Microcontroller,
Eeprom memory) can be integrated. Most of the devices
can withstand the severe automotive conditions despite few
external components.
Melexis Hall Effect sensors can be seen, on the basis of their
performance, as a competitive technical alternative for inductive speed
sensors, potentiometer type resistive position sensors, bipolar Hall sensors and
magneto-resistive sensors. The Melexis Hall Effect sensors out-perform these
alternate sensor technologies by integration of more signal-processing at
a competitive cost. The future shows that the value of integration can
provide for communication, decision making and flexible functions
embedded into a single chip.
Another worlds first from Melexis has been created in the dual
redundant programmable linear Hall IC. This chip is targeted at
safety systems like pedal position sensing in drive by wire control systems.
These unique solutions have achieved a significant nexus between total installed
cost and fully redundant reliability.
Melexis continues investment in Hall magnetic technology to
realize considerable further potential in automotive applications like
a contactless 360 degrees rotary position sensor to replace full-turn
and multi-turn potentiometer sensors.
Consumer Hall
Among our world class magnetic sensing solutions are the highly
integrated Hall ICs for high volume industrial applications such as
smart brushless DC motor drivers and controllers with integrated
magnetic sensing.
Based on automotive technologies, Melexis has developed a wide
range of specialized Hall sensors, used for electronic equipment
cooling fans. Unique functions such as low voltage operation, high
start-up current, small die and package size are offered. Their cost
effectiveness makes these products a preferred integrated solution
for numerous applications.
The completion of even more efficient driver solutions will allow our
partners to halve the copper content in their motors without any
loss of performance. Introduction of these devices began in 2004
for design in activity with ramp up to volume production in 2005.
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MEMS (Micromachined
Electromechanical Systems)
Acceleration sensors, pressure sensors, interface chips
and gyroscopes find use in various automotive applications
such as airbag systems, Electronic Stability Program
systems, brake circuits, seat occupancy detection systems,
and air conditioning systems.
In an automobile many pressure readings are required
including water, oil, manifold air, air conditioning cooling
system and brake fluid. Measurements can be taken using
standalone sensors, for which Melexis can supply the
conditioning IC, or using completely integrated pressure
sensors. Integrated pressure sensors incorporate both
the sensing element, in the form of a silicon deformable
membrane, and the conditioning electronics on the same
chip. Integrated pressure sensors give significant cost
savings in the final packaging of the device.
Every airbag system in a car requires one or more
acceleration sensors. These acceleration sensors detect
an impact with another car or a stationary object. The
information from the acceleration sensors will decide
whether airbag deployment should occur. First generation
airbag systems used simple mechanical sensors. The
present generation with features such as side impact
curtains, requires advanced sensor technology,
dedicated analog signal processing and sophisticated
crash discrimination algorithms implemented in powerful
microprocessors. The trend to locate crash sensors at the
spots in the car where the crash can be sensed in the most
accurate and quickest way, such as the car doors, pillars
and crush zones, calls for highly integrated solutions. In
this respect Melexis is well placed in the market because of
the high integration levels it is able to offer, due to its broad
technology portfolio. For many years Melexis has been
supplying customers specializing in automotive safety
applications with airbag sensors.
It is worthwhile to note that the technology, developed for
acceleration sensors in crash detection applications, can
also be used for acceleration sensors in other applications
with different acceleration ranges. Examples of such
applications are: vehicle rollover sensing, vehicle stability
control, active suspension control, etc.
The pressure sensor and acceleration sensor chips,
developed by Melexis, are based on micro-machining
technology, where the physical parameter being sensed
causes a temporary and reversible deformation to a
specifically designed mechanical structure etched into the
solid silicon. These techniques produce sensors that are
used in high volume in modern automotive applications.
Micromachining could be considered as equivalent to
traditional machining but on a micro-scale. A typical
micromachined membrane is only a few tenths of a
millimeter wide.
The most recent automotive safety applications introduced
on the market, such as ESP (Electronic Stability Program),
ACC (Adaptive Cruise Control) and Rollover sensing call
for the use of angular rate sensors, also called gyroscopes.
During 2004 Melexis has completed development of
its innovative gyroscope solution, which will give it a
competitive edge in this emerging market.
Interface ICs
A mainstay product for Melexis, Interface ICs continue to
generate significant business volume and new business growth.
These highly engineered ICs are the “interpreter” that allow
bridge type piezo and capacitive sensors to communicate
intelligently with decision making systems in cars.
Typical applications include pressure
sensing in Electronic controlled
automatic transmissions, seat belt
tension sensors in mandatory
second generation airbag
systems, fuel pressure
sensors in fuel economy
enhancing injection
systems. Many other
solutions in vehicles rely on
the seemingly contradictory
ability of Melexis to deliver
sophisticated but cost
competitive “interpreters”.
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Microcontrollers and Communication Bus ICs
These products focus on the integration of high volume electronic systems. Two different
product classes are presented: peripheral ICs and microcontroller ICs.
Peripheral ICs can be part of an ECU (Electronic Control Unit) in our customer’s
product to assist the main processor of the ECU with special functions like
analog, high-voltage, actuators, regulators, or communication interfacing.
Target modules for these products are EPAS (Electrically Assisted Power
Steering) and HVAC (Heating, Ventilating and Air-Conditioning). Peripheral
ICs that are not part of an ECU are used for remote functions and
interface to electrical motor systems. Typical examples are dashboard
oriented switch interface ICs. Melexis offers ASSPs for applications like
dashboard indicators, windscreen wipers, remote control door opening
and audible warning systems.
Melexis has established a dominant market position in systems situated at
the car door. Applications are window lifters, door switch modules, door locks,
mirror actuators, and puddle lights. Out of these “basic door” applications
other similar applications using the same technological strength are derived.
Examples are sunroof applications, interior lights and fuel pumps.
During design Melexis makes the product as flexible as possible and minimizes the
number of external components by a very high level of integration. This target is reached
using microcontrollers with an embedded CPU surrounded by periphery like ROM, RAM,
EEPROM, EPROM or FLASH and additional digital and analog blocks. The systems derive
their flexibility from a single ROM mask. Hence, a one chip family can be created with
several ROM mask versions which can cover many applications. Melexis supports all
necessary development tools (Assembler, Linker, C-compiler, Emulators and Simulators
enabling development of the necessary software quickly and efficiently. Melexis also
offers standard software routines for the convenience of its customers.
Melexis microcontrollers take advantage of synergies from across the company to embed
sensing when needed and to share design expertise in embedded intelligence solutions
when applied to sensor products. Communication protocols like LIN have been ported to Melexis
microcontrollers and leverage the IP of the Bus group to further enhance simplified solutions for
Melexis customers
Reducing the amount of copper wire in a car will reduce weight and improve economy. Vehicle
manufacturers are upgrading from point to point controls of functions to communication bus systems.
A single pair of wires connects all devices in a car to a central controller.
Bus Systems for integrated communications of chassis and powertrain functions include protocols like
LIN, K-Bus, GM-Lan or CAN. The new sub-bus system LIN and the SAE version, J2602, are rapidly
being adopted for new vehicle architectures. The Melexis physical interface ICs allow communication
on main bus as well as on sub-busses in automotive systems.
Melexis delivers K-Bus, GM-Lan, CAN and LIN devices in mass production. In the newest protocol,
LIN, Melexis has a leading position of supplying the physical interface and system ICs. Melexis has
also developed next generation LIN ASSPs. These ICs have all necessary functions for a LIN node
monolithically integrated and allow network designers to make the lowest cost LIN slave nodes while
retaining maximum flexibility. To achieve this, Melexis has developed a dedicated microcontroller
which is optimized for the control of real time bus communication in combination with application tasks.
All ASSPs in this family have the same architecture with this microcontroller as the core element.
This microcontroller is well suited for applications like switch modules for window lifters, mirror
adjustment, seat adjustment, HVAC control panels as well as switch modules within the steering wheel
or the dashboard.
In the same family, a microcontroller to drive small motors via a LIN bus system was developed. This
device is well suited for applications like flap control in HVAC systems, mirror adjustment and AFS
(adaptive front-lighting system) control.
This new single chip integration enables Melexis’ customers to create customized and cost effective
LIN system solutions.
Melexis is a specialist for mixed signal ICs used in applications for high voltage peripherals up to
80V. The products can be connected directly to the in-vehicle battery and are robust against typical
automotive environmental influences. All of the integrated circuits contain analog and digital parts.
The mixed-signal devices serve as the connection between sensors and actuators and the highly
intelligent signal conditioning in the electronic control unit of our customers.
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LED Driver ICs
The increasing efficiency and brightness of Solid State lighting solutions has created
a corresponding demand for efficient and cost effective driver ICs to control these
ultrabright LED’s. Automotive uses for these devices include brake, side marker,
puddle and interior lights. Commercial uses extend to flashlights, display lighting,
signage and solar rechargeable navigation beacons. Melexis family of LED driver
IC’s include advanced programmable features to simplify applications challenges
and maximize efficiency.
Chassis Actuators
Tire Pressure Monitoring Systems (TPMS) will become mandatory safety devices
on all new cars in the US by 2006 (TREAD ACT). Therefore, they have to be
produced in a very cost effective way. However, TPMS are complex systems which
have to survive the harsh environment inside a car tire for 10 years. Today these
systems are too expensive and complex to fulfill the cost requirements for all new
cars.
The TPMS systems that are available today consist of more than twenty
components. Melexis combines its expertise in pressure and motion sensors on
a chip, embedded microcontrollers and contactless identification systems with
newly developed packaging techniques to achieve a highly integrated TPMS
system. This ‘system in a package’ is fully tested and calibrated at Melexis before
delivering it to the customer. It has an integrated microcontroller, which makes it
very flexible. It can be programmed to fulfill the needs of different customers and
vehicle platforms.
RF ICs
Melexis designs and develops Radio Frequency
ICs (RFICs) that span the application frequency
range of about 27 to 950 MHz. Our key
products are standard transmitters, receivers,
transceivers and custom specific ICs for the nonlicensed industrial-scientific-medical (ISM) band
applications from 315 to 434 MHz and 868 to 930
MHz. Typical applications include remote keyless
entry (RKE), tire pressure monitoring systems
(TPMS), garage door openers, home automation,
alarm systems, personal identification and general
short range communication. The key to serving
this market lies in strong applications support
as the RF engineering challenges are known to
be quite specialized. Melexis has created strong
internal RF application engineering centers in all
major markets to ensure the best experience for
our customers when they seek to upgrade their
products to wireless operation.
RFID ICs
RFID is a means of automatic identification.
Like barcoding it is an information acquisition
technology. RFID consists of a sensing device
which transmits via radio waves to a specially
designed RFID tag, which replies with a radio
message. Data within a tag identifies an item in
manufacture, goods in transit, a specific vehicle, an animal or individual. Especially, RFID is known for use in automotive security
as either keyless entry or engine immobilizer systems. RFID is also starting to be used for transmitting information such as tire
pressure, and temperature from tires to the car.
Melexis has been an early innovator in so-called wireless sensing through its RFID products. The company’s competitive
advantage in wireless Sensing derives from low power consumption, high reading distance and a highly integrated design.
Moreover Melexis can offer both tag and reader chips as a complete solution, simplifying system integration. Wireless temperature
tracking of perishable goods is an example of the benefits possible from Melexis sensing capabilities and leading edge RFID
expertise.
Melexis expertise in RF and RFID will be considered for the newly emerging challenges in Near Field Communication (NFC).
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IR Sensors
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Melexis continued this past year to extend its reach into the HVAC control systems of automobiles
by ramping up shipments of its Infrared Thermometers to more customers and into more
platforms. This technology is gaining consumer awareness as drivers and
passengers learn to appreciate the quicker response to changing conditions like
sunlight, shade, more passengers or fewer. As this awareness grows and the
technology becomes a desired feature competing vehicle manufacturers
are accelerating their programs for deploying IR
based HVAC control systems.
Other future applications are windscreen
mist-over detection (anti-fog), frost
detection or seat occupancy detection for
airbag systems. There is also growing
interest from the industrial, medical and
commercial market, where contactless
temperature measurement is needed.
Another potential Melexis market for IRapplications is gas-analysis. Since every gas has its unique absorption spectrum for IR radiation, the Melexis IR sensor, with
appropriate filter, can be used for CO and CO2 concentration measurements. This market can be very interesting for safety
reasons when the air-conditioning systems in cars will work with CO2-gasses (expected in 2008).
Since the signal-conditioning chip is implemented as a fully programmable building block, numerous configurations, functions
and interfacing schemes can be supported by the same concept.
Melexis is expanding its IR-product range by developing array IR sensors that allow thermal 2D imaging. Primarily, these new
array sensors will be targeted for automotive applications, but industrial equipment manufacturers will also benefit from the
quality and price level offered. Demonstrators are available and industrialization of the production versions is underway.
Optical Sensors
Since 2001, Melexis has been in full production with an automotive grade optical linear
array IC. The Melexis linear array is the key sensing element for a high resolution
and robust steering wheel position sensor, used as input for ESP (Electronic Stability
Program) systems. These systems aid the driver in avoiding skids and loss of control
on poor road surfaces or during emergency maneuvers. Following the first generation
optosensor, used in the EPAS system, Melexis has designed a second generation.
These new devices implement 2D linear arrays.
CMOS Imaging Sensors
Melexis has launched an improved version of its 2 automotive cameras. Key
improvements are: sensitivity (both in the visible range and near IR), shutter efficiency,
dynamic range, darkcurrent (temperature range), programmability and ease of use.
The cameras are designed for all the major automotive driver enhancement systems
being promoted by Vehicle manufactuers for existing and future platforms. These
include seat-occupancy detection, lane departure warning, blind spot detection, night
vision and park assist.
Melexis has established many core competencies and design experience with highprecision analog circuit design for signal conditioning, optical packaging and infrared
(IR) receiver functions. These competencies have benefited both customers in the
automotive and non-automotive markets. Melexis continues to work selectively in
developing and delivering market leading optoelectronic components.
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Programmable Linear Hall ICs (Unprogrammed)
MLX Order Number
Hall effect sensor ICs
Temp Range
Package*
No. Pins
MLX90251EVA-0
Description
Precision Programmable Linear Hall IC (Gen. II)
Option code 0: 2.6<Sens<15 mV/mT
-40C to 85C
VA
4
MLX90251EVA-1
Option code 1: 10<Sens<35 mV/mT
-40C to 85C
VA
4
MLX90251EVA-2
-40C to 85C
VA
4
MLX90251EVA-3
-40C to 85C
VA
4
MLX90251LVA-0
Option code 0: 2.6<Sens<15 mV/mT
-40C to 150C
VA
4
MLX90251LVA-1
-40C to 150C
VA
4
MLX90251LVA-2
-40C to 150C
VA
4
MLX90251LVA-3
-40C to 150C
VA
4
MLX90277EGO**
Dual Programmable Linear Hall IC
-40C to 85C
GO
14
Temp Range
Package*
No. Pins
-40C to 150C
VA
4
MLX90215LVA-CC03
Pre-Programmed Linear Hall IC
Sensitivity = 20mV/mT
VOQ = 2.50V
TC = 350ppm/°C
No Clamp
-40C to 150C
VA
4
MLX90215LVA-GC03
VOQ = 2.50V
TC = 350ppm/°C
No Clamp
-40C to 150C
VA
4
MLX90215LVA-LC03
VOQ = 2.50V
TC = 350ppm/°C
No Clamp
-40C to 150C
VA
4
MLX90215LVA-LA03
VOQ = 1.00V
TC = 350ppm/°C
No Clamp
-40C to 150C
VA
4
** Different sensitivity ranges are availbale for this part on request.
Please consult your local sales area manager for more details.
Programmable Linear Hall ICs (Pre-Programmed)
MLX Order Number
MLX90215LVA-BC03
Description
VOQ = 2.50V
TC = 350ppm/°C
No Clamp
*See package code index on page 20 for description of package codes.
See Part Numbering Guide for explanation of order number and temperature codes
Datasheets and specifications are available for download at www.melexis.com
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Hall effect Unipolar Switches
MLX Order Number Description
US5781EUA
3.5V..24V - 120/70 G - Hall effect Unipolar Switch
Temp Range
-40C to 85C
Package*
UA
No. Pins
3
US5781LUA
-40C to 150C
UA
3
US5781ESO
3.5V..24V - 120/70 G - Hall effect Unipolar Switch North Pole Active
-40C to 85C
SO
3
US5781LSO
3.5V..24V - 120/70 G - Hall effect Unipolar Switch NorthPole Active
-40C to 150C
SO
3
US5782ESO
3.5V..24V - 120/70 G - Hall effect Unipolar Switch South Pole Active
-40C to 85C
SO
3
US5782LSO
3.5V..24V - 120/70 G - Hall effect Unipolar Switch South Pole Active
-40C to 150C
SO
3
US5881EUA
-40C to 85C
UA
3
US5881LUA
-40C to 150C
UA
3
US5881ESO
-40C to 85C
SO
3
US5881LSO
-40C to 150C
SO
3
US2882EUA
3.5V..24V - +/- 20 G - Hall effect Bipolar Switch
Temp Range
-40C to 85C
Package*
UA
No. Pins
3
US2882LUA
3.5V..24V - +/- 20 G - Hall effect Bipolar Switch
-40C to 150C
UA
3
US2882ESO
3.5V..24V - +/- 20 G - Hall effect Bipolar Switch North Pole Active
-40C to 85C
SO
3
US2882LSO
3.5V..24V - +/- 20 G - Hall effect Bipolar Switch North Pole Active
-40C to 150C
SO
3
US2884ESO
3.5V..24V - +/- 20 G - Hall effect Bipolar Switch South Pole Active
-40C to 85C
SO
3
US2884LSO
3.5V..24V - +/- 20 G - Hall effect Bipolar Switch South Pole Active
-40C to 150C
SO
3
Hall effect Bipolar Switches
Hall effect Latches
MLX Order Number
US1881EUA
Description
3.5V..24V - +/- 50 G - Hall effect Bipolar Latch
Temp Range
-40C to 85C
Package*
UA
No. Pins
3
US1881LUA
-40C to 150C
UA
3
US1881ESO
3.5V..24V - +/- 50 G - Hall effect Bipolar Latch North Pole active
-40C to 85C
SO
3
US1881LSO
-40C to 150C
SO
3
US2881EUA
-40C to 85C
UA
3
US2881LUA
-40C to 150C
UA
3
US2881ESO
-40C to 85C
SO
3
US2881LSO
-40C to 150C
SO
3
US3881EUA
-40C to 85C
UA
3
US3881LUA
-40C to 150C
UA
3
US3881ESO
-40C to 85C
SO
3
US3881LSO
-40C to 150C
SO
3
US4881EUA
-40C to 85C
UA
3
US4881LUA
-40C to 150C
UA
3
US4881ESO
-40C to 85C
SO
3
US4881LSO
-40C to 150C
SO
3
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Special-Purpose Hall effect ICs
MLX Order Number
MLX90217LUA
Description
Zero-Speed Peak Detector Geartooth Speed Sensor
Temp Range
-40C to 150C
Package*
UA
No. Pins
3
MLX90224EVA-A
Dual Hall effect Latch, Quadrature Output
-40C to 85C
VA
4
MLX90224EVA-B
Dual Hall effect Latch, Speed/Dir Output
-40C to 85C
VA
4
MLX90242LUA-CC03
Fixed Programmed Linear Hall Effect Sensor
Sens 40mV/mT Voq 2.5v
-40C to 150C
UA
3
MLX90242LVA-CC03
-40C to 150C
VA
4
MLX90242ESO-CC03
-40C to 85C
SO
3
MLX90242ESO-BC03
-40C to 85C
SO
3
MLX90248ESO
Micro-Power Omnipolar™ Hall effect Sensor
-40C to 85C
SO
3
MLX90254LVA
AC-Coupled Differential Geartooth Sensor
-40C to 150C
VA
4
Triaxis™ Hall effect ICs
MLX Order Number
MLX91204KDC
Description
Integrated 2 Axis Hall Sensor
Temp Range
-40C to 125C
Package*
DC
No. Pins
8
MLX91205KDC
IMC Current Sensor
-40C to 125C
DC
8
Page 11
Revision 5.1.0
Short Form Catalog
Cooling Fan BLDC Motor Driver Hall effect ICs
US60EVK
12V - 400mA 2-Coil Fan Driver w/ Tachometer (FG)
Temp Range
-40C to 85C
Package*
VK
No. Pins
4
US61EVK
12V - 400mA 2-Coil Fan Driver w/ Rotation Detector (RD)
-40C to 85C
VK
4
US62EVK
-40C to 85C
VK
4
US63EVK
-40C to 85C
VK
4
US65EDC
12V - 1.2A 2-Coil Low Noise Fan Driver w/ AdjustableSlope and
Tachometer (FG)
-40C to 85C
DC
8
US65EVM
12V - 1.2A 2-Coil Low Noise Fan Driver w/ Tachometer (FG)
-40C to 85C
VM
5
US66EDC
12V - 1.2A 2-Coil Low Noise Fan Driver w/ AdjustableSlope and
Rotation Detector (RD)
-40C to 85C
DC
8
US66EVM
12V - 1.2A 2-Coil Low Noise Fan Driver w/ Rotation Detector
(RD)
-40C to 85C
VM
5
US72EDC
-40C to 85C
DC
8
US73EDC
-40C to 85C
DC
8
US78ESO
12V - 400mA 2-Coil Fan Driver
-40C to 85C
SO
3
US79KUA
12V - 500mA 2-Coil Fan Driver
-40C to125C
UA
3
US80EVK
-40C to 85C
VK
4
US81EVK
-40C to 85C
VK
4
US90EVK
-40C to 85C
VK
4
US90EDC
-40C to 85C
DC
8
US91EVK
-40C to 85C
VK
4
US91EDC
-40C to 85C
DC
8
US168ESE
5V - 400mA 1-Coil Low Noise Fan Driver w/ Tachometer (FG)
-40C to 85C
SE
5
US168EVM
5V - 500mA 1-Coil Low Noise Fan Driver w/ Tachometer (FG)
-40C to 85C
VM
5
US169ESE
5V - 400mA 1-Coil Low Noise Fan Driver w/ Rotation Detector
(RD)
-40C to 85C
SE
5
US169EVM
5V - 500mA 1-Coil Low Noise Fan Driver w/ Rotation Detector
(RD)
-40C to 85C
VM
5
US890EVK
12V - 1.2A 2-Coil Fan Driver w/ Tachometer (FG)
-40C to 85C
VK
4
US891EVK
12V - 1.2A 2-Coil Fan Driver w/ Rotation Detector (RD)
-40C to 85C
VK
4
Page 12
Revision 5.1.0
Short Form Catalog
RF ICs
RF Transmitters
MLX Order Number
TH7107EFC
TH71071EDC
TH71072EDC
TH7108EFC
TH71081EDC
TH72001KDC
TH72002KDC
TH72005KLD
TH72011KDC
TH72012KDC
TH72015KLD
TH72031KDC
TH72032KDC
TH72035KLD
RF Receivers
MLX Order Number
TH71101ENE
TH71102ENE
TH71111ENE
TH71112ENE
Description
315/433MHz FSK/ASK/FM Transmitter
315/433MHz ASK Transmitter and LO Source
315/433MHz ASK Transmitter and LO Source
868/915MHz FSK/FM/ASK Transmitter
868/915MHz ASK Transmitter / LO Source
315MHz FSK Transmitter
315MHz ASK Transmitter
315MHz FSK/ASK Transmitter
433MHz FSK Transmitter
433MHz ASK Transmitter
433MHz FSK/ASK Transmitter
868/915MHz FSK Transmitter
868/915MHz ASK Transmitter
868/915MHz FSK/ASK Transmitter
Temp Range
-40C to 85C
-30C to 85C
-30C to 85C
-40C to 85C
-30C to 85C
-40C to 125C
-40C to 125C
-40C to 125C
-40C to 125C
-40C to 125C
-40C to 125C
-40C to 125C
-40C to 125C
-40C to 125C
Package*
FC
DC
DC
FC
DC
DC
DC
LD
DC
DC
LD
DC
DC
LD
No. Pins
16
8
8
16
8
8
8
10
8
8
10
8
8
10
Description
315/433MHz FSK/FM/ASK Receiver
Single-Conversion Version
Double-Conversion Version
Single Conversion Version
Double-Conversion Version
Temp Range
Package*
No. Pins
-40C to 85C
NE
32
-40C to 85C
NE
32
-40C to 85C
NE
32
-40C to 85C
NE
32
Temp Range
-40C to 85C
-40C to 85C
Package*
NE
LQ
No. Pins
32
32
RF Transceivers
MLX Order Number
TH7122ENE
TH71221ELQ
Description
27 to 930MHz FSK/FM/ASK Transceiver
27 to 930MHz FSK/FM/ASK Transceiver
Page 13
Revision 5.1.0
Short Form Catalog
Infrared and Opto Sensor ICs
MLX Order Number
Description
MLX90255KWB-BAM
Linear Optical Array - GLP5
with Glass
Linear Optical Array - SOIC24
without Glass
Linear Optical Array -Wafer
Thermopile with On-chip PTC
Thermistor, floating outputs,
3.5mm aperture
2.5mm aperture
3.5mm aperture; enhanced
ESD performance
2.5mm aperture; enhanced
ESD performance
MLX90255KXA-BAR
MLX90255KUC-BAV
MLX90247ESF-DSA
MLX90247ESF-DSL
MLX90247ESF-BAA
MLX90247ESF-BAL
MLX90601EZA-BAA
MLX90601EZA-CAA
MLX90601EZA-DAA
MLX90601KZA-BKA
MLX90601KZA-CKA
MLX90601KZA-CKD
MLX90601KZA-CLA
Infrared Thermometer Module,
FOV= 85°, Analog Output
- rigid pcb,
FOV=85°, PWM Output,
SPI Output, rigid pcb
FOV=85°
PWM Output, rigid pcb
FOV=85°
Analog Output + SPI Output–
flex
FOV=85°, PWM Output +
SPI Output, flex
FOV = 85° PWM Output + SPI
Output - flex
FOV = 40° PWM Output + SPI
Output - flex
Object Temperature
Calibration Range**
Operating Temp
Range***
Package*
No. Pins
N/A
-40C to 125C
WB
5
N/A
-40C to 125C
XA
24
N/A
-40C to 125C
UC
-
N/A
-40C to 85C
SF
4
N/A
-40C to 85C
SF
4
N/A
-40C to 85C
SF
4
N/A
-40C to 85C
SF
4
-20C to 120C
Ta: -40C to 85C
Tacal: 0C to 50C
Module
5
-20C to 120C
Ta: -40C to 85C
Tacal: 0C to 50C
Module
10
-20C to 120C
Ta: -40C to 85C
Tacal: 0C to 50C
Module
5
-20C to 120C
Ta: -40C to 125C
Tacal: -20C to 85C
Module
10
-20C to 120C
Ta: -40C to 125C
Tacal: -20C to 85C
Module
10
-40C to 120C
Ta: -40C to 125C
Tacal: -40C to 125C
Module
10
-40C to 150C
Ta: -40C to 125C
Tacal: -40C to 125C
Module
10
** Object temperature calibration range refers to the temperature sensing range of the “object” being measured.
*** Operating temperature range refers to ambient temperature the sensor IC can operate in.
Ta = Ambient Temperature Operating Range
Tacal = Ambient Temperature Calibration Range
Page 14
Revision 5.1.0
Short Form Catalog
Pressure Sensor ICs
MLX Order Number
MLX90210CUF
MLX90240CZF
MLX90240CUD
MLX90257LUC-1
MLX90257LUC-2
MLX90257LUC-3
MLX90269LUC-1
MLX90269LUC-2
Description
Relative Pressure Sensor, 0 – 1.0 bar
Relative Pressure Sensor, 0 - 0.35 bar
Relative Pressure Sensor, 0 - 0.35 bar
Relative Integrated Pressure sensor 1.2 to 3 bar FS
Relative Integrated Pressure sensor 3 to 7 bar FS
Relative Integrated Pressure sensor 7 to 10 bar FS
Absolute Integrated Pressure sensor 1.2 to 3 bar FS
Absolute Integrated Pressure sensor 3 to 7 bar FS
Temp Range
0C to 70C
0C to 70C
0C to 70C
-40C to150C
-40C to150C
-40C to150C
-40C to150C
-40C to150C
Package*
UF
ZF
UF
UC
UC
UC
UC
UC
No. Pins
8
-
-
Sensor Interface ICs
MLX Order Number
MLX12101KSO
MLX90308LDF
MLX90308LUF
MLX90314LDF
MLX90314LUF
MLX16303EDC
CAN-Bus ICs
MLX Order Number
TH8055JDC*
TH8056KDC
Description
Sensor Protection IC
Programmable Sensor Interface
Programmable Sensor Interface
High-Gain Programmable Sensor Interface
High-Gain Programmable Sensor Interface
Bi-directional Remote Sensor Unit Interface
Temp Range
-40C to 125C
-40C to 150C
-40C to 150C
-40C to 150C
-40C to 150C
-40C to 85C
Package*
SO
DF
UF
DF
UF
DC
No. Pins
3
16
16
16
Bus ICs
Description
Single Wire CAN Transceiver (GMW3089 V1.26)
Single Wire CAN Transceiver (GMW3089 V2.x)
Temp Range
-40C to 125C
-40C to 125C
Package*
DC
DC
No. Pins
8
14
Description
LIN Transceiver with 5V 50mA Regulator
LIN Transceiver
LIN Transceiver with INH Control
Temp Range
-40C to 125C
-40C to 125C
-40C to 125C
Package*
DC
DC
DC
No. Pins
8
8
8
Description
K-Bus Transceiver with 5V 100mA Regulator
Temp Range
-40C to 125C
Package*
DF
No. Pins
16
Temp Range
-40C to 125C
Package*
LQ
No. Pins
28
*J is printed on the IC, but the tested temperature range is K
LIN-Bus ICs
MLX Order Number
TH8061KDC A
TH8080KDC
TH8082KDC
K-Bus ICs
MLX Order Number
TH3122.4KDF
LIN-System ICs
MLX Order Number
TH8100KLQ
Description
LIN Slave for intelligent Switch Modules
Page 15
Revision 5.1.0
Short Form Catalog
RFID
MLX Order Number
MLX90109CDC
MLX90109EDC
MLX90121EFR
MLX90125CZA-A
Description
125KHz Transceiver IC
125KHz Transceiver IC
13.56MHz Transceiver, ISO14443, ISO15693 compliant
Antenna coil for MLX90109 17mm ID
Temp Range
0C to 70C
-40C to 85C
-40C to 85C
0C to 70C
Package*
DC
DC
FR
ZA
No. Pins
8
8
20
-
Actuator Driver ICs
MLX Order Number
MLX10402CDC
MLX10407EDF-CA
Description
Motor Driver IC
Five-Channel Gauge Driver w/ Serial Link
Temp Range
0C to 70C
-40C to 85C
Package*
DC
DF
No. Pins
16
24
MLX10410EDF-CA
MLX90401KDF
MLX10801RDC
MLX10801RLD
MLX90805CAA-CA
MLX90805CDC-CA
MLX90804CAA—CC
MLX90804CAA—CD
8-Channel High Side Driver
Brushless DC Motor Controller
Power LED driver (max 400 mA)
Power LED driver (max 750 mA)
Intelligent Triac Controller (50 Hz)
Intelligent Triac Controller (50 Hz)
Speed Regulator for Universal AC Motors (50 Hz)
Speed Regulator for Universal AC Motors (60 Hz)
-40C to 85C
-40C to 125C
-40C to 105C
-40C to 105C
0C to 70C
0C to 70C
0C to 70C
0C to 70C
DF
DF
DC
LD
AA
DC
AA
AA
20
24
8
8
8
8
8
8
AC Line Timers and Shut-Offs
MLX Order Number
MLX90711CAA-BB/BC
MLX90711CDC BB/BC
MLX90719CFF-CDG
MLX90719CUC-CDG
MLX90720CUC
MLX90721CAA-CA/CB/CC/CD/CE/CF
MLX90721CDC-CA/CB/CC/CD/CE/CF
MLX90721CSA-CA/CB/CC/CD/CE/CF
Description
Position/Movement Sensing Auto Shut-Off
Position/Movement Sensing Auto Shut-Off
General Purpose Timer
General Purpose Timer
One Button Timer
Auto Shut-Off Timer
Auto Shut-Off Timer
Auto Shut-Off Timer
Temp Range
0C to 70C
0C to 70C
0C to 70C
0C to 70C
0C to 70C
0C to 70C
0C to 70C
0C to 70C
Package*
AA
DC
FF
UC
UC
AA
DC
SA
No. Pins
8
8
36
8
8
8
Page 16
Revision 5.1.0
Short Form Catalog
Hardware and Evaluation Boards
RF Evaluation Boards
MLX Order Number**
Description
EVB71101W-XXX-YYY-Z Evaluation Board for TH71101 Receiver
EVB71111W-XXX-YYY-Z
Evaluation Board for TH71111 Receiver
EVB7122W-XXX-YYY-Z
Evaluation Board for TH7122 Transceiver
EVB71221W-XXX-YYY-Z Evaluation Board for TH71221 Transceiver
EVB72001W-XXX-YYY-Z Evaluation Board for TH72001 Transmitter
Contents
PC Board w/ coax antenna input and receiver circuit
featuring TH71101 receiver chip
featuring TH7122 transceiver chip
featuring TH71221 transceiver chip
PC Board w/ coax antenna input and tranmitter circuit
featuring TH72001 transmitter chip
**Use key below to specify options:
W = Country Code (A=Europe, B=USA)
XXX = Frequency in MHz (315, 418, 433, 868, 915)
YYY = Modulation Type (ASK, FSK, FM)
Z = Antenna (A = on-board loop antenna, C = antenna connector)
Page 17
Revision 5.1.0
Short Form Catalog
Hardware and Evaluation Boards
Other Evaluation Boards
MLX Order Number
Description
EVB90109CZA-A
Evaluation Board for MLX90109 125kHz
transceiver
EVB90121CZA-A
MLX90121 Evaluation Board
EVB90255
Evaluation Board for MLX90255 Linear Opto
Array
EVB90601
Evaluation Board for MLX90601 Infrared
Thermometer Module
EVB90308
Evaluation Board for MLX90308 Sensor
Interface
EVB90314
Evaluation Board for MLX90314 Sensor
Interface
EVB90401
EVB90804
EVB90805
EVB10801
Evaluation Board for MLX90401
FL10801
Programmer/ fileloader for MLX10801
Contents
Evaluation board of transceiver + antenna on a DIL
10 socket, featuring the MLX90109CDC and the
MLX90125CZA-A
Evaluation board of transceiver + antenna, featuring the
MLX90121
PCB, 2 samples, 1 mounted on board
Evaluation/Calibration Board with power supply, USB
interface cable, users’ manual, software and 2 sample
MLX90601 modules.
Evaluation Board with SOIC socket, serial interface
cable, datasheet and programming manual (on
diskette), software, (5) 90308 samples
Evaluation Board with SOIC socket, serial interface
cable, datasheet and programming manual (on
diskette), software, (5) 90314 samples
Board, 3 kitparts MLX90401
Board, + high intesity LED
File loader board FL10801 with 12-16V supply
connector
IC Programmers
MLX Order Number
PTC-04
MLXSPI-01
E-MLX
E-MLX MM
OTP-programmer
DVK90109
DVK90121
Description
Contents
Programmer for Melexis PTC devices
Main board; PTC04-DB-HALL01; in metal case; Power
Devices 90251, 90277, 90244, 90316, 90215 supply 100W switching adapter; USB and RS232 cable; CD
Programmer Console, programming Software and
Programmer for Melexis SPI devices
2 kitparts MLX90804 or MLX90805
Melexis Emulator including net supply cable and parallel
Melexis Emulator
port cable, LPT cable for PC connection
E-MLX with:
Melexis Emulator including net supply cable and parallel
- Parallel bus emulation
port cable, LPT cable for PC connection, cable for serial
- MUST/MICE serial emulation
emulation
- Flash device programming
OTP programmer including net supply cable and parallel
OTP/Flash programmer
port cable
Development kit MLX90109
160mm² pcb, including an EVB90109 and a micro controller
Development kit MLX90121
160mm² pcb, including an EVB90121 and a micro controller
Page 18
Revision 5.1.0
Short Form Catalog
Melexis Part Numbering System
(1)
(2)
(3)
(4)
MLX
90308
L
DF
(1)
(2)
(3)
(4)
US
1881
L
UA
(1)
(2)
(3)
(4)
TH
8061
K
DC
(5)
-CCC
(5)
-A
1. Prefix
This is a 2-3 character alphabetic prefix.
2. Product Family
The product family is a 4-5 digit numeric code, which denotes the circuit.
3. Temperature Code
The 1-character temperature range denotes standard operating temperature ranges.
See Table 1, below
Table 1. Melexis Temperature Codes
Code
C
E
R
K
M
L
Temp Range
0C to +70C
-40C to +85C
-40C to +105C
-40C to +125C
-55C to +125C
-40C to +150C
4. Package Code
Melexis uses a 2-character alpha package code, which denotes the type of package the chip is molded (or
assembled) in. See table on next page.
5. Option Code
The option code is designed to denote any special information related to the device. This information can
include chip revision, chip variation, bonding option, programming option or lead forming option, etc. Unlike the
tempcode and package codes, this code is non-rigid, and will have no standard lookup table for reference. The
option code will follow the entire ordering code, separated by a (-) hyphen.
Example: MLX90308LDF-CCC
Page 19
Revision 5.1.0
Short Form Catalog
Melexis Package Code Index
Industry Standard Packages
MLX Code
AA
DC
DF
FC
FR
GO
HK
LD
LQ
MG
NE
NG
NK
SA
SE
SO
UA
Industry Code
PDIP
SOIC
SOIC
QSOP
SSOP
TSSOP
PLCC
MLPD
MLPQ
MQFP
LQFP
LQFP
LQFP
TO-92
TSOT
SOT-23
TO-92 (flat)
Description
Plastic Dual In Line Package, 300 mil
Plastic Small Outline, 150 mil
Plastic Small Outline, 300 mil
Plastic Shrink Small Outline, 150 mil
Plastic Shrink Small Outline, 209 mil
Thin Plastic Shrink Small Outline, 173 mil
Plastic Leaded Chip Carrier
Micro Leadframe Package
Micro Leadframe Package
Metric Quad Flat Package, Body Size 10x10
Low Profile Quad Flat Package, Body Size 7X7
Plastic Single In Line Transistor, Through-Hole Mount
Thin Small Outline Transistor
Plastic Small Outline Transistor Surface Mount
Plastic Single In Line, Through-Hole Mount
Melexis Exclusive Packages
MLX Code
WB
WC
XC
XA
ZF
SF
VA
VK
VM
ZA
Description
Glass GLP-5 package for opto sensors
Glass SMD-8 package for opto sensors
Open cavity SMD-8 package for opto sensors
Open cavity SOIC-24 package for opto sensors
Ceramic SO-8 “tophat” package for pressure sensors
TO-39 package with aperture for infrared sensors
Plastic Single In Line, thickness 1.1-1.2mm
Plastic Single In Line, thickness 1.5-1.6mm
Plastic Single in Line, thickness 1.45-1.65mm
Denotes Module – mechanical specs
available in product datasheets
Min #Pins
8
8
16
16
8
8
28
8
8
44
32
44
64
3
5
3
3
Max #Pins
40
16
44
16
64
56
84
44
44
64
48
64
100
3
8
6
3
Min #Pins
5
8
8
24
8
4
4
4
5
Max #Pins
5
8
8
24
8
4
4
4
5
-
-
Unpackaged Die
MLX Code
UC
UF
UJ
UD
UG
UH
Description
Die on wafer (unsawn)
Die on foil
Die on tape
Goldbumped die on wafer (unsawn)
Goldbumped die on foil
Goldbumped die on tape
Page 20
Revision 5.1.0
Errata Information
Melexis strives to provide you with the most timely and
accurate information on our products and services.
Printed material is prone to typographical errors,
omissions, misstatements and incomplete data once it is
sent to press. In our quest for World Class service levels
we will maintain a periodically updated Errata Document
on our web site at www.melexis.com/sfc/ between
printing runs of this hard copy catalog. Please check this
Errata Document when consulting this catalog or contact
a Melexis Sales or Applications specialist if you have
questions or concerns about the content of this catalog.
At Melexis, We Care For Our Customers
For over a decade, our customers in the automotive electronics market
have inspired us to create, manufacture and deliver advanced Mixed Signal
semiconductors, sensor ICs, and programmable sensor IC systems. Through
the stringent quality expectations, hostile operating conditions and aggressive
economic targets demanded by our automotive customers, Melexis has
developed the capability to produce world class, value driven, innovative
products. Industry leading innovation in programmable sensors, sensor
interface devices and microcontrollers provide our customers with competitive
advantage in system cost, capability and flexibility.
World Class Silicon Solutions
Melexis customers are winning business in many areas. Our customers in
the consumer products, industrial and wireless areas use our products with
impressive results. Technology development in RF and RFID components
has enabled Melexis customers to achieve their product development.
Micromachined silicon technology has yielded infrared thermometers,
accelerometers and pressure. Integrated Hall effect fan drivers allow Melexis
customers to win business in the latest computer, gaming and entertainment
systems. Cell phones, handheld remote controls, battery charging controllers
are currently benefiting from Melexis semiconductor expertise
Your Partner On Any Continent
Corporate headquarters is located in Belgium. R&D centers are in Belgium,
France, Germany, Switzerland, Bulgaria and Ukraine. Melexis also maintains
a worldwide applications support network. We are prepared to support your
development and manufacturing requirements globally.
What Can We Do For You?
We know you need a partner not just a supplier. When your design challenges
require innovative, economical solutions let us help by suggesting a suitable
Melexis Application Specific Standard Product. We will then provide the
technical support necessary to ensure the timely success of your projects. If
you are seeking a source for Mixed Signal ASICs, Custom RF, Custom Sensor
or Custom Mixed Signal Microcontroller devices, please contact our Sales
Representatives so they may listen to your goals and propose a solution.
Contact Melexis Now.
This Short Form Catalog features our most popular standard product devices
presently available. For complete up-to-date online information 24 hours a
day, point your web browser to:
Or contact us directly by e-mail or phone:
USA
[email protected]
+1 603 223-2362
All Other Countries
[email protected]
+ 32 13 67 0495

Short Form Catalog

Transcription

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