SEMC ERM Wilma.indd

Transcription

SEMC ERM Wilma.indd

SEMC Electrical Repair Manual
K800 - K810
FUNCTION OVERVIEW
K810
COMPONENT OVERVIEW
K800
ABOUT
Electrical repair manual
SAMPLE POINTS
TROUBLESHOOTER
APPENDIX
1202-3085 rev. 2
1 (121)
ABOUT
Contents
CONTENTS
General information
ABOUT
General Information
Contents
FUNCTION OVERVIEW
Description
General
Mechanical Design
RF Parts
Logic/Audio Part
Antenna
Bluetooth
IR
FM Radio
External Connections
High Level
Radio
Baseband
Data and Signals
Acoustics
Power Distribution
Baseband Top - Radio Top - Bluetooth - FM Radio
Radio - Top
Radio - Power Supply
Radio - UMTS
Radio - GSM
Radio - Bluetooth
Baseband - Logic Top
Baseband - System Control Top
Baseband - System Control Clocks and Resets
Baseband - System Control Test
Baseband - Power Top
Baseband - Regulators and Charging
Baseband - Power Camera
Baseband - Power ASICs
Baseband - Power Memories
Baseband - Operation & Services Top
Baseband - Operation & Services Memories
Baseband - Operation & Services GPIO
Baseband - Operation & Services ADC & DAC
Baseband - Operation & Services MS Pico & SIM
Baseband - Operation & Services Connectivity
Baseband - UMTS Access Top
Baseband - UMTS Access WCDMA
Baseband - UMTS Access GSM
Baseband - MMI Top
Baseband - MMI Keypad
Baseband - MMI Display
Baseband - MMI Audio
Baseband - MMI Camera
Baseband - MMI FM Radio
COMPONENT OVERVIEW
Front Side B - C
Front Side D - Z
Back Side A - Z
SAMPLE POINTS
Front Side
Back Side
TROUBLESHOOTER
Repair Actions
Repair Actions
On/Off - Dead Phone
Charging Problems - VBUS Charging Problems
Keyboard & Display Backlight - SIM
The purpose of this document is to provide enhanced technical information for Sony Ericsson
repair technicians in order to assist during service, repair and troubleshooting operations on Sony
Ericsson mobile phones. It should be used as a complement to other repair instructions and tools
as notified by the local Sony Ericsson representative.
To search for components throughout the entire document use the “search” function in Adobe
Acrobat Reader 7.0 (or later version) and enter the component name or other word. Use zoom to
enlarge.
For easier navigation of the document you can use the bookmarks that appear in the Bookmarks
tab on the left side of the Adobe Acrobat Reader window. Each bookmark jumps to a page in the
document.
Instruments used
Power supply ........................ Agilent 6632B
Power supply………... ...........Agilent 66311B
Power supply set to 3,8V and limited to 2A
Oscilloscope ................ Tektronix TDS 2012
Multimeter ......................................Fluke 83
Spectrum Analyzer..Hewlett Packard 8596E
Mobile Phone Tester……...Yokogawa VC230
Disclaimer
This document is Sony Ericsson confidential and should be treated as confidential in accordance
with the agreement with Sony Ericsson. This document is intended for use by authorized service
technicians only. Sony Ericsson is not to be held responsible for any damages or losses caused
intentionally or unintentionally due to unauthorised use of the information in this document.
Revision History
Rev.
Date
Changes / Comments
1
6/29/2007
Initital revision.
2
2
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Flash Problems - Audio Internal Problems
Audio External Problems - Camera Problems
FM Radio Problems - Vibrator Problems
Memory Stick Problems - Bluetooth Problems
Network Problems - Display Problems
Test Current Consumptions
Test Charging
Test the ASIC Revisions
Test Backup Capacitor
Test the Joystick Switch S2504 and Diodes V2503, V2506-09
Test the Diode V2500
Test the Protection Diodes V2510 to V2514
Test the diode V2504 and Switch S2500
Test the Switches S2505 & S2506
Test the Switch S2502
Test the Switches S2503 & S2507
Joystick and Other Keys Problems
Test the System Connector Protections
Reference MP
APPENDIX
K800 Mechanical Parts List
Part List Main Board
Components A1200
Components A1300
Components B2100, B4100
Components C2217, D1400
Components D2301, D2304
Components H2300, D3100, D3101
Components N2000, N2200
Components N2202, N2203, N2300
Components N2600, N3100, N4100
Components N4202, S2500, S2502
Components S2504, S2505, S2506
Components V2201, V2202
Components V2220, V2301, V2552
Components V2500, V4101, V2504
Components V3113, X1000
Components X1002, X2200
Components X2501, X2505, X2510
Keyboard K800
Keyboard K810
Display
VGA Camera KNC20116
Camera Module KNC20125
Xenon Flash Module
SI Can’t Power On
SI Can’t Power On
SI Joystick Switch Replacement
SI Support Pad for Camera Switch
SI Problem with Front Spare Part
SI Problem with On/Off Button
SI Emma 3 White Screen Patch
SIActivate Sporadic Behaviour
SI Pre-Configuration Change
SI Vincenne Replacement
SI Emma 3 Important Start-Up Operation, SI New Software
Torque Settings
Placing in a Shield Box
1202-3085 rev. 2
2 (121)
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121
ABOUT
ABOUT
K800 - K810
FUNCTION OVERVIEW
Description
K800 - K810
2.1 Mechanical Design
1
The phone is built up around a core unit consisting of a plastic frame with the BT antenna
mounted on which the assembled PCB, the cameras, the vibrator, a plastic LCD holder and
the LCD, a plastic keyboard support plate and the keyboard dome foil, the loud speaker box
with loudspeaker and antenna, and the xenon flash module are mounted. This core unit is then
snapped and screwed in the front cover together with the keys, joystick, and the M2 cover. The
antenna cover with the sliding camera lens cover is then mounted. The battery fits in a dedicated
cavity and is covered with a battery cover.
General
The Sony Ericsson Mobile Communication phone K800 is a 3G dual mode mobile phone
supporting WCDMA and triple band GSM/GPRS in the 900, 1800 and 1900 frequency bands. The
phone is a GPRS class 10 terminal supporting voice, circuit switched (CS) and packet switched
(PS) data. This Sony Ericsson dual mode 3G product is designed to be compatible with all
mandatory GSM phase 2+ recommendations.
The phone has an in-built antenna, a 3.2 Mega Pixel Camera with a lens cover and an associated
xenon flash, a VGA-Camera for Video Call, a Display, and a slot for a Memory Stick M2 external
memory.
There is only one size of battery. A connector at the bottom of the phone makes it possible
to connect various accessories like chargers and hands-free units. A USB cable can also be
connected to the bottom connector. The external antenna connector can be used to connect to an
external antenna, disconnecting the internal phone antenna.
The electronic functions are divided into RF parts, logic/audio parts, opto-electronic parts,
Bluetooth parts, an IR transceiver, and an FM radio. The electronics parts consists of the main
PCB with components placed on both sides, the Key-Flexible-PCB that has Key-Matrix-circuit/
LEDs, loudspeaker box with the internal antenna, ear speaker, microphone, vibrator, 3.2 mega
pixel camera, xenon flash module, VGA camera, the Display, Bluetooth module, and FM radio
parts. The RF parts are mainly housed in separate modules.
RF
Flash
Length
Width
Thickness
Weight
Baseband
Control
DC and Return
CPU
TDMA/CDMA
DSP
AF part
Display
Keyboard
Bluetooth
3,6V battery
2.2.1
GSM 900
The GSM 900 part of the transceiver is including E-GSM and has a frequency range spanning
from 925.2 to 959.8 MHz for the receiver, and from 880.2 to 914.8 MHz for the transmitter. This
gives 174 channels with 200kHz channel separation. The TX – RX frequency separation is always
45MHz.
IR
GSM 1800
The GSM 1800 part of the transceiver has a frequency range spanning from 1805.2 to 1879.8
MHz for the receiver, and from 1710.2 to 1784.8 MHz for the transmitter. This gives 374 channels
with 200kHz channel separation. The TX – RX frequency separation is always 95MHz.
2.2.3
GSM 1900
The GSM 1900 part of the transceiver has a frequency range spanning from 1930.2 to 1989.8
MHz for the receiver, and from 1850.2 to 1909.8 MHz for the transmitter. This gives 299 channels
with 200kHz channel separation. The TX – RX frequency separation is always 80MHz.
FM radio
2.2.4
Figure 1. Block diagram of the K800.
2
106mm
47mm
18mm (22mm across the lens cover)
115g
2.2 RF parts
2.2.2
VGA Camera
3.2 MPix Camera
Transmitter
Receiver
Dimensions
Logic / audio
External connector
Antenna
FUNCTION OVERVIEW
DESCRIPTION
Transceiver
This description provides only a simple general description of the transceiver section and its
components.
WCDMA
The WCDMA part of the transceiver has a frequency range spanning from 2110 to 2170 MHz for
the receiver, and from 1920 to 1980 MHz for the transmitter. This gives 12 channels with 5MHz
channel separation. The TX – RX frequency separation is always 190MHz.
2.2.5
RF architecture
VCXO
A voltage controlled crystal oscillator (VCXO) running at 13 MHz is used as a reference for all
frequencies generated in the transceiver.
1202-3085 rev. 2
3 (121)
FUNCTION OVERVIEW
Antenna
The internal antenna is common for all GSM bands and the WCDMA band. There is an antenna
switch between the antenna and the RF electronics allowing usage of an external antenna.
Description
K800 - K810
The receive signal from the duplexer reaches then the LNA (integrated into the WCDMA RX ASIC)
and the amplified signal is filtered by means of an external inter stage SAW filter. The filtered
signal returns into the WCDMA RX ASIC to be down converted to the IF frequency, 190MHz, by
means of a mixer. The first local oscillator signal is generated in the WCDMA RX ASIC and is
190MHz higher than the input signal, so it ranges between 2300 and 2360MHz.
GSM 900/1800/1900
The main component for the frequency synthesis and up-conversion is the GSM RF ASIC. A
direct modulation concept is used and the base-band chip has, together with the GSM RF ASIC,
all the required functions for direct modulation. The use of direct modulation means that no
intermediate frequency (IF) in the transmitter chain is needed. The receiver is of direct conversion
type, i.e. a homodyne receiver (the RX VCOs operates at two times the received frequency).
Thus, there is no need for any other LOs than a “main loop” in this radio.
The modulated transmitter signal is amplified by a power amplifier before being routed to the front
end module and the antenna.
The front end module contains all necessary functions for separating GSM and WCDMA, and
routing WCDMA signals to and from the WCDMA RF module. It also contains a TX/RX switch for
GSM for routing the received GSM RF signal to the correct GSM receiver input, and routing the
GSM TX signal to the antenna. Band selection filtering for GSM RX is also done in the front end
module.
All the GSM parts including the front end module are housed in a separate module.
WCDMA
The WCDMA receiver ASIC contains the receiver chain, the RF synthesizer and the circuitry
needed for the13 MHz crystal reference oscillator, plus the 2.3GHz RF synthesizer. The
transmitter ASIC is also used to generate the IF signal (4*190MHz) needed in Rx receiver.
2.2.6
The analog I and Q signals are then processed by the WCDMA signal processor, that contains the
4-bit, analog to digital converters. The sampling rate is 15.36MHz, which is four times the chip rate
(3.84MHz).
2.2.8
GSM/DCS/PCS Transmitter
The I and Q signals generated from the baseband is modulating the output frequency directly, this
is done in the dedicated GSM/DCS/PCS RF ASIC.
An output power control loop, controlled by the logic, is regulating the output power of the power
amplifier during the burst.
The transmitter has a dedicated GSM/GPRS output power control block with a logarithmic 8 bit
DAC in a mixed signal ASIC, and one dual band power amplifier. The DAC is controlled by a serial
bus from the GSM/GPRS baseband controller ASIC.
The PA control block applies a transfer function (2nd order low pass) to the reference value from
the DAC. This new value becomes an internal reference value. The regulator in the PA control
block measures IPA (feed current to the power amplifier) and calculates the error signal by taking
the difference between the IPA and the internal reference signal. This error signal is integrated
(PI-regulator) and then adjusts the PA regulator voltage to cancel the error. The PAREG signal is
filtered by a low-pass to give a smooth ramping signal.
2.2.9
WCDMA Transmitter
GSM/DCS/PCS Receiver
The first stage of the receiver is a band selection filter, which suppresses unwanted frequencies.
The receiver is a homodyne receiver. The local oscillator frequency is generated by a frequency
synthesizer, which allows the receiver to be set at frequencies in intervals of 200 kHz. The
synthesizer is controlled from the logic/audio part. The receiver chip also contains A/D converters,
and thus I and Q samples are sent to the logic/audio parts as serial data.
2.2.7
The IF signal is filtered by an external IF SAW filter, then amplified and demodulated. After
demodulation, a chain of amplifiers and low pass filters will render the analog I and Q signals.
High pass filtering (needed to remove DC offset) is provided externally using series capacitors.
HGBUFFERBIAS
3 bit
VGA
QVGA
Buff gain,
1 bit
WCDMA Receiver
6 bit
Power control DAC,
8 bit
2 bit
PA-DAC
8 bit
PA Module
DC/DC for PA
The receiver is of classical super-heterodyne type, with intermediate frequency at 190MHz.
The signal picked up from the antenna is sent, through the antenna switch (which is used to switch
among GSM TX/RX, DCS TX/RX, PCS TX/RX and UMTS) to the WCDMA duplexer.
The main purpose of the WCDMA duplexer is to route the received signal from the antenna
towards the receiver, while simultaneously allowing the transmitter signal from the PA to go to the
antenna and limiting the leakage from the PA to the LNA inside the receiver ASIC.
Figure 2. WCDMA transmitter.
The picture above shows in a generalized the way how the WCDMA transmitter works. A TX
ASIC is able to generate a dynamic range of more than 81dB while the power amplifier work as an
amplifier with fixed amplification.
The VGA, QVGA and “HGBufferbias” plus “Buffgain” are all inside the TX ASIC.
1202-3085 rev. 2
4 (121)
FUNCTION OVERVIEW
One synthesizer is used for both RX and TX operation. Direct conversion is used for RX and TX.
In TX mode, the PLL works directly on the transmitted frequency, whereas the RX VCOs operates
at the double received frequency. The LO is then divided by two just before entering the RX mixer.
FUNCTION OVERVIEW
The TX ASIC is the main component for controlling the power. The VGA is able to handle at least
50dB power dynamic in 1dB steps while the QVGA handles 1dB in 0.25dB steps.
K800 - K810
2.5 BLUETOOTHTM
The Bluetooth implementation is compliant with Bluetooth specification 2.0 + EDR
2.5.1
RF part
The PA has also a variable voltage created by a DC/DC converter. By changing the PA voltage it’s
possible to have a better efficiency and it’s done with the reference signal from a DAC.
The BluetoothTM transceiver has frequency channels with 1 MHz separation from 2402 to 2480
MHz. The same band is used for both transmission and reception. This gives 79 frequency
channels.
It’s also possible to change the bias current in the PA by tuning a DAC.
2.5.2
By combining the variable voltage and bias current it’s possible to have the best current efficiency
and still cope with the linear performance demands.
2.3 Logic/Audio Part
2.3.1
Functions
The purpose of the logic part is to control and monitor the transmission and reception functions of
the mobile phone and to maintain contact with the mobile phone system. The logic therefore has
links to all the relevant parts of the radio. Its functions, with reference to the radio, include selection
of radio channel and control of the transmitter power and the overall radio timing. It also generates
the base-band modulation after encryption, channel coding and demodulates the received baseband signal including equalization, decryption and channel decoding.
Frequency generation
The BluetoothTM transceiver uses the 13 MHz system clock as reference clock to the synthesizer.
One synthesizer is used for both RX and TX. To separate the receiver from the transmitter an
integrated antenna switch is used.
2.5.3
Receiver
The first stage of the receiver is an external antenna filter, which suppresses unwanted
frequencies. The receiver is of a “near-zero” IF receiver architecture. The local oscillator is
generated by a frequency synthesizer, which allows the receiver to be set at frequencies in
intervals of 1 MHz. The synthesizer is controlled from the logic part.
The received signal is sampled in the logic for later signal processing.
2.5.4
Transmitter
Its functions, with reference to the audio parts, include volume control of the earphone and
loudspeaker. Speech codec and PCM A/D and D/A are also performed here, together with the
appropriate audio frequency filtering.
The synthesizer generates the TX frequency which modulated by the BT baseband block. It
is then amplified. The BT system is a class 1 device with maximum of +4 dBm output power
(minimum setting is about -50 dBm).
The external tasks of the logic part include monitoring and control of links with the control unit and
power supply and also the communication to the SIM/USIM and external units connected to the
external connectors.
2.5.5
The Logic/Audio part also includes a 32.768 kHz XTAL used for the real time clock.
2.4 Antenna
FUNCTION OVERVIEW
“Buffgain” is a programmable PA buffer in which the bias current is optimized and finally is the buffer
possible to be used in low gain mode, which generates about 30dB lower output power compared
with the highest output setting.
Description
Logic/Audio part
The purpose of the logic part is to control and monitor the transmission and reception functions of
the BluetoothTM transceiver in the mobile phone. The logic therefore has links with all the relevant
parts of the radio. Its functions, with reference to the radio, include selection of radio channel and
control of radio timing. It also generates the data to be sent over the link after burst building and
channel coding. The logic/audio part also demodulates the received base-band signal including
channel decoding.
The in-built antenna is made as a pattern on a flexible printed circuit foil supported by a plastic
carrier containing the loudspeaker and attached to PCB. This HDA type antenna is fed via 2
contacts springs, one grounded and one connected to RF signal.
Its functions, with reference to the audio parts, include a PCM interface.
The antenna signal is also accessible through the external antenna connector located at the upper
part on back of the phone.
The antenna is in-built and located in the bottom part of the phone. The antenna is in contact with
the PCB by means of two metal springs.
2.5.6
Antenna
1202-3085 rev. 2
5 (121)
FUNCTION OVERVIEW
Description
K800 - K810
2.6 IR
The IR transceiver is IrDA compatible.
FUNCTION OVERVIEW
2.7 FM radio
The FM radio receiver is a stereo radio able to decode RDS information.
2.7.1
RF part
The FM radio can tune to the US/European broadcast FM frequency band, 87.5 – 108 MHz
2.7.2
Frequency generation
The FM radio receiver uses a 32.768 kHz reference clock to tune the local oscillator.
2.7.3
Receiver
The RF signal to the FM radio is first fed into a low noise amplifier. The amplified signal is then
mixed with the local oscillator. The IF is of low frequency-type.
The signal is then further amplified, limited and demodulated. The demodulated signal is fed into a
decoding circuitry where the right and left audio signals and RDS information are separated.
2.7.4
Logic part
The logic part of the FM radio controls the frequency tuning system, and various settings within
the FM radio system. It also handles the communication, including transfer of RDS data, with the
CPU of the mobile phone. The communication with the CPU is over a two-wire I2C interface.
2.7.5
Antenna
The cord to the portable hands-free headset functions as the antenna for the FM radio.
2.8 External Connectors
External units are connected to the transceiver by means of a 12-pin connector on the bottom of
the phone. The pin numbering is starting from the left when looking at the system connector with
the back of the phone up.
1
Vbus
2
SP
Ref
3
Mic+
/
Aux in
L
4
Mic/
Aux in
R
5
Sp
L
/
DBG
TX
6
Sp
R
/
DBG
RX
7
Video
/
Strobe
8
AID
/
ACB
/
Vpp
Flash
9
GND
10
D+
/
DTMS
11
D/
DFMS
12
DCIO
Figure 3. System connector pin out
1202-3085 rev. 2
6 (121)
FUNCTION OVERVIEW
High Level
NOR&SDRAM
D2300
NAND FLASH
D2301
MARLIN GSM
A1300
K800 - K810
VINCENNE 2
N2000
SIM
Power Management
Charger & GPADC Part
MARIKA D2000
FUNCTION OVERVIEW
VINCENNE2 N2000
Radio Part
3,2 Mpix
CAMERA
MODULE
B2100
32kHz
XO
BDATA
VGA
CAMERA
MODULE
+
I
Display
Module
External
Antenna
Connector
BATTERY
Keyboard
YES
NO
C
1
2
3
4
5
6
7
8
9
0
#
*
RAY UMTS
A1200
USB
Transceiver
System
Connector
X2300
WANDA
D2001
VINCENNE2
Audio Part
EAR
SPEAKER
SPEAKER
MIC
Memory
Stick
Irda
H2300
Bluetooth
D1400
FM
N2600
ANT
Made for
Document Nr
Revision
1202-3085 rev. 2
7 (121)
FUNCTION OVERVIEW
Radio
K800 - K810
ANTSW[3:0]
TXON
VccA
VDIG
Rx1900p
Rx1900n
Control
1800
ANTSW 0
ANTSW 1
ANTSW 2
ANTSW 3
BbTest
IRA
IRB
Rx1800p
GSM 900 RX
GSM 900 TX
IDat
IDATA
QDat
QDATA
A/D
MUX
Rx1800n
QRA
1900
GSM 1800 RX
GSM 1900 RX
GSM 1800/1900 TX
WCDMA
QRB
900
900
CLK
Rx850p
4
Rx850n
Band
1/2
LOGIC
1/4
REFON
CLKREQ
CLKREQ
RADCLK
CLK
RADDAT
DATA
STROBE RADSTR
RADCLK, RADDAT, RADSTR
FUNCTION OVERVIEW
BUS INTERFACE
VBATI
Balun
Enable
Vapc
Vbatt
DCLK
DCLK
C619201-1
1800/
1900
A/D
Rx900p
Rx900n
TxLn
1/4
TxLp
VCO
TXPATH
TxHn
Balun
1/2
VCO
TxHp
VLOOP
1/2
PHDOUT
XOp
XOn
CHARGE
PUMP
Vtunep
XO
Loop
Filter
PHD
PRESCALER
XoOut
DELAY
MOD0
MOD1
MOD2
MOD3
PS
TestOut
MOD[D:A]
TESTOUT
VAPC
2110-2170 MHz
RFIN
RX
ANT
RFOUT
LNA
From Bus
GLNA
2110-2170 MHz
2110-2170 MHz
MIXINA
MIXINB
CDI
CDQ
TX
190 MHz
IFOUTA
IFOUTB
VccB
1920-1980 MHz
IRA
190 MHz
IFINA
RXIA
RXIB
VGA
IRB
LNA
IFINB
VGA
190 MHz
LOGIC
CURR.
REG.
0
760 MHz
/4
90
REFON
XOON
RXIA, RXIB, RXQA, RXQB
CLKREQ
RXON
CLOCK
DATA
STROBE
SERIAL BUS
IFLOA
RXQA
RXQB
QRA
QRB
WCLK
WDATA
WSTR
IFLOB
2300-2360 MHz
VTUNE
RFLOOA
RFLOOB
VCO
PHDOUT
CHARGE PUMP
MCLK
13 MHz
XOIA
XOIB
200 kHz
XO
/65
BASEBAND
INTERFACE
PHD
XOOA
XOOB
/N
WCLK, WDAT, WSTR
VCXOCONT
MCLK
WRFLOOP
WPABIAS
V_WIVI
TXIA, TXIB, TXQA, TXQB
Tuning
MIXOUT
MIXOUTBAR
Vbias
VCONT
VGA
VREF
RFout
VDIG
IFBP
IFBPBAR
IIN
TXIA
IINBAR
TXIB
VccA
switch
OUT
VccA
RFin
OUTBAR
VBATI
VDIG
QIN
TXQA
QINBAR
TXQB
VccB
Vcc
2300-2360 MHz
1920-1980 MHz
380 MHz
VccB
RFLO
RFLOBAR
/2
VBATI
380 MHz
760 MHz
VTUNERF
RFPLL used only for
variable duplex distance
VBATI
VTUNEIF
/2
/N
IFLO
IFLOBAR
XTLDO
1520 MHz
PHDRFOUT
FB
REF
V_WIVI
CHARGE
PUMP
PHD
/5
1 MHz
1 MHz
SW
Control
Logic
WON
TXON
CMOS
Temp
Sensor
RTEMP
PHD
XOOB
XOOC
/13
CHARGE PUMP
SERIAL
BUS
13 MHz
EN
LOGIC
V_WIVI
/760
STROBE
DATA
CLK
WSTR
WDAT
WCLK
Prepared
PHDIFOUT
Doc respons/Approved
Date
Rev
A
Reference
Product name
Hardware Block Diagram (RF)
RF
Document no
Sheet
1/1
1202-3085 rev. 2
8 (121)
FUNCTION OVERVIEW
WSTR
WCLK
WDAT
ACC_STR
DAC_DAT
DAC_STR
DAC_CLK
MCLK
RTEMP
WRFLOOP
VLOOP
IDATA
QDATA
DCLK
MOD[D:A]
TXON
HCLK
CLKRQ
RESET
MCLK
VDD_CLK32
VCXOCONT
RTEMP
WRFLOOP
VLOOP
ISEVENTn
ISSYNCn
ADCSTR
DACDAT
DACSTR
DACCLK
XTLDO
WPAREF
XTLDO
WPABIAS
VCXOCONT
ADCSTR
DACDAT
DACSTR
DACCLK
HSSLTX
HSSLTXCLK
HSSLRX
HSSLRXCLK
VRTC13
TESTOUT
DCLK
QDATA
IDATA
TESTOUT
DCLK
QDATA
IDATA
ADC_I_IN_INV
ADC_I_IN
ADC_Q_IN_INV
ADC_Q_IN
ANTSW[3:0]
TESTOUT
AMPCTRL
RESETOUT1_N
MCLK
CLKREQ
BTCLKREQ
MCLK
A[25:1]
D[15:0]
VDDE18
MEMRESn
CS0n
CS1n
WEn
OEn
MEM_BE0n
MEM_BE1n
MEM_ADVn
MEM_CLK
WAIT
MEMDPD
SDR_CSn
SDR_CLK
SDR_CKE
SDR_CASn
SDR_RASn
SDR_CSn
SDR_CLK
SDR_CKE
SDR_CASn
SDR_RASn
MEMORY BUS
ADDR[25:1]
ADDRESS BUS
DATA[15:0]
DATA BUS
ADDR[15]
ADDR[16]
IDATA
QDATA
DCLK
DIRMOD[3:0]
TXON
ADDR[25:1]
DATA[15:0]
MSSCLK/MMCCLK
MSBS/MMCCMD
MSSDIO0/MMCDAT0
MSSDIO1/MMCDAT1
MSSDIO2/MMCDAT2
MSSDIO3/MMCDAT3/CD
GPIO34/MCCLKRET
ANTSW[3:0]
SERVICEn
TESTOUT
GPIO30
F-WP1/2
F-RST
F1-CE
F2-CE
F-WE/D-WE
F-OE
D-DM0
D-DM1
F-ADV
F-CLK
WAIT
F-DPD
RTCCLK
D-BA0
D-BA1
A[25:1]
DQ[15:0]
X2501
KEY CONNECTOR
51338-0274
VPP
RTCOUT
USBOE
USBOE
USBSUSP
USBRCV
USBVALID
USBVBUS
EDB_EN
UARTRTS0
DFMS
UARTTX0
DTMS
UARTRX0
USBPUEN USBPUEN
USBDM USBDM
USBDP USBDP
BTANT
RFN
VBT27
VDD_IO_A
VDDE18
VDD_IO_B
VRTC13
CONFIG1
CONFIG2
CONFIG3
KBDIM
NAVDIM
NAVDIM
KBDIM
VBATI
KEYIN0
KEYIN1
KEYOUT2
KEYIN2
KEYIN3
KEY_BUS
LCD_D[7:0]
LCD_RD
LCD_WR
LCD_RS
LCD_CS
LCD_FLM
LCD_RST
LCD_BUS
X3102 LCD CONNECTOR
51338-0274
LCD_D3
LCD_D2
LCD_D1
LCD_D0
LCD_RD
LCD_WR
LCD_RS
LCD_CS
LCD_FLM
SIMDAT
SIMRST_N
SIMCLK
VGA_DAT[7:0]
VGA_CIPCLK
VGA_VSYNC
VGA_HSYNC
VDDE18
VDIG
CAMSYSCLK
I2CCLK1
I2CDAT1
VBTI
VGA_OFF
LCD_RST
LCD_D7
LCD_D6
LCD_D5
LCD_D4
MPX1_OFF
SIMDAT
SIMRST
SIMCLK
RTCCLK
VGA_DAT7
VGA_DAT0
VGA_DAT4
VGA_DAT6
CAMSYSCLK
VDDE18
CIRES_N
STROBE
MPX1_OFF
VGA_HSYNC
N2000 VINCENNE2
RF BUS-2
WPAREF
VCXOCONT
VFM27
RTEMP
WRFLOOP
VLOOP
VDDE18
VAPC
N2203
IN
OUT
ON
FM_EN
N2200
MAX1976AETA130+T
VCORE13
OUT
IN
ON
N2204
IN
ON
N2201
MAX1976AETA+150
VBT_EN
OUT
VCORE18
PCMCLK
PCMSYN
PCMDATA
PCMDATB
BlueTooth BUS
B2506 Vibrator
LA4-466BB
S2500 On/Off SW
EVQ9P701E
M
VDDE18
IN
ON
N2205
R1161D121D-TR-FA
N2202
IN
ON
CAM_27_EN
OUT
IN
ON
VDIG
VDDE18
VccA
VccB
VDDF13
VMSPICO
CAM_12_EN
VRTC13
VBACKUP
VCORE18
DCIO_INT
CSS5003-0E01E
VBATI
EXTLDO
DAC02
DAC03
GPA1
GPA4
GPA2
PAREG
FMR/FML
PCMCLK
PCMSYNK
PCMI
PCMO
VDDIO18
VDIGVDD
VDDPA
VDDADC
VDDCODEC
VDDBEAR
VDDD
VDDE
VDDA
VDDB
VDDF
VDDG
VDDLP
VBUCK
VDDIO
DCIO
FGSENSE+
FGSENSECHSENSE+
CHSENSEVDDBUF
VBAT_x
MOD1
VDDBUCK
BDATA
XTAL1
SDA
SCL
I2CCLK1
I2CDAT1
VGA_DAT1
SCLK
SDAT
SRST
SIMCLK
SIMDAT
SIMRST
SIMRST
SIMCLK
SIMDAT
SIMVCC
V3110 LED
FRYPY1212F-TR
LED1
DCI0_INT
LED2
GPA7
SIMVCC
SIMRSTn
SIMCLK
5
6
7
8
9
10
11
GND
NC
SIMDAT
GND
GND
GND
GND
VGA_CIPCLK
VGA_DAT3
VGA_DAT5
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
D7
D0
D4
D6
XCLK
GND
RESETB
STROBE
PWDN
HREF
GND
VSYNC
D2
SIO_C
SIO_D
GND
AVDD
GND
D1
DVDD
PCLK
DIOVDD
D3
D5
VGA_DAT7
VGA_DAT6
VGA_DAT5
VGA_DAT4
VGA_DAT3
VGA_DAT2
VGA_DAT1
camera-Module
VGA_DAT0
VGA_CIPCLK
I2CCLK1
CIRES_N
VGA_OFF
I2CDAT1
CAMSYSCLK
VGA_HSYNC
VGA_VSYNC
EAR
SPEAKER
BEARN
*
1
2
3
4
5
6
7
8
9
0
#
LCD-Module
GND(LCD_BLK)
LCD_BL_A
GND
RESET
D7
D6
D5
D4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
D7
D6
D5
D4
D3
D2
D1
D0
GND
GND(DAS)
HVDD
RCLK
VGAcamera-Module
STROBE(NC)
SDC
RSTN
STDBY
SDA
GND
AVDD
CKI
GND
HREF
DVDD
VS
System Connector
CSS5012-3A02E
X2300
SPP
+
AID_AD
BTANT
SPEAKER
SPN
-
LINEP
CCO
AUXO1
SPR_int
AUXO2
SPL_int
AUXI1P
MICPint
AUXI1N
INTMICint
VAD
AUXI2N
SP_ref
AUXI3N
SPL
INTMIC
MICP
MICN
SPL
SPR
VBUS
SPR
MICP
MICN
SPL
SPR
STROBE
AID_AD
VPP
D2304
ISP1110VH
USBRCV
USBVALID
EDB_EN
USBDP
USBDM
MIDREF
LINEN
BT_ANT_EXT
MICN
MIC
MICNint
MIC1P
GPA5
GND
14
MICP
Tjatte3
IP4027CX20/LF
CCO
13
VBUS
MIDREF
AMPCTRL
N4202
VBUS
USBMOD
NO
C
VGA CAMERA CONNECTOR
CLE9124-1611E
N4100 Power Amp
NCP2890AFCT2G
GPA13
YES
VBACKUP
BEARP BEARP
BEARN
1
2
3
USB BUS
XTLDO
ADSTR
DACDAT
DACSTR
DACCLK
PWRRST
ADCSTR
DACDAT
DACSTR
DACCLK
RTCCLK
VGA_VSYNC
VGA_DAT2
IRQ
ONSWc
SLEEP
FM RADIO
CLKREQ
MCLK
1
2
3
4
5
6
D3
D2
D1
D0
RD
WR
RS
CS
FLM
GND
VCCIO
VCC
KeyBoard&Illumination
FPC
X2510
MEGA CAMERA CONNECTOR
CLE9124-1501F
USB BUS
CLKREQ
MCLK
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
X2505
RTCBDIs
SIM BUS
VDD_HV_A
VDD_HV_D
RTCCLK
RF BUS-2
Z1400 Filter
SYSCLK1
I2CSCL1
I2CSCA1
GPIO26
GPIO24
FMINT
USBSUSP
USBRCV
BlueTooth BUS
DEA212450BT-7043C1
RFP
KEYOUT[5:0]
KEYIN[4:0]
GND
KEYOUT3
KEYIN4
KEYOUT4
GND
GND
KEYOUT0
KEYOUT1
KEYOUT5
GND
GND
KEY_BL_UPPER
KEY_BL_LOWER
KEY_BL_A
KEYIN0
KEYIN1
KEYOUT2
KEYIN2
KENIN3
GND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
KEYOUT0
KEYOUT1
KEYOUT5
CAMERA_BUS
CDID[7:0]
CIPCLK
CIVSYNC
CIHSYNC
MMBT2907AWT1G
VPPFLASH
VBATI
D-CAS
D-RAS
DCIO_ON
PDIC4
PDIC1
PDIC2
PDIC3
PDIC0
PDIIRES_N
I2CSDA0
I2CSCL0
RTCCLK
RESETn
BTRX
BTTX
BTCTS
BTRTS
PCMCLK
PCMSYNC
PCMDATA
PCMDATB
PDID[7:0]
RTCIN
BlueTooth BUS
BTCLKREQ
PCM_CLK
PCM_SYNC
PCM_B
PCM_A
KEYIN[4:0]_N
GPIO31
GPIO32
VDDE18
VCORE18
V2206 Tr
KEYOUT3
KEYIN4
KEYOUT4
Q13FC1350000400
BT_WAKEUP
RESETn
UART_TXD/SPI_DO
UART_RXD/SPI_DI
UART_RTS/SPI_CSN
UART_CTS/SPI_CLK
MCLK
CLKREQ
GPIO10
RESPOW_N
LP_CLK
CLK_REQ_OUT_1
KEYOUT[5:0]_N
RESOUT1_N
F-VCC
VCCQ
D-VCC
F-VPP
D1-CS
D-CLK
D-CKE
V2301 Tr RN1112FS
V2300 Tr SI1551DL-T1-E3
N2301 Translator ST1G3234BJR
VDIG
VDDE18
SERVICEn
GPIO04
GPIO05 CFMS_AID
GPIO15
NOR & SDRAM
MS Pico
CTMS
IRQ0_N
RTCDCON
PWRREQ_N
REF_CLK_IN
VBATI
SDR_RAS_N
ADCSTR
DACDAT
DACSTR
DACCLK
PCMCLK
PCMCLK
PCMSYN
PCMSYN
PCMDATA
PCMDATA
PCMDATB
PCMDATB
BTRESn
RESOUT2_N
BTRX
GPIO20/UARTRX3
BTTX
GPIO21/UARTTX3
BTCTS
GPIO22/UARTCTS3
BTRTS
GPIO23/UARTRTS3
B2100 X tal
CLKREQ
D1400 Bluetooth
E-STLC2500CTR
X2200
BATT Connector
HSSLTX
HSSLTXCLK
HSSLRX
HSSLRXCLK
RF BUS-1
RF BUS-2
OUT
SDR_CS_N
SDR_CLK
SDR_CKE
SDR_CAS_N
ISEVENT_N
ISSYNC_N
RADCLK
RFCLK
RADSTR
RFSTR
RADDAT
RFDAT
MCLK
CLKREQ
MCLK
CLKREQ
VCAM27
CS0_N
CS1_N
MEMBE0_N
MEMBE1_N
MEMADV_N
MEMCLK
MEMWAIT_N
WE_N
OE_N
RESOUT0_N
GPIO40
D2300
CS0n
CS1n
MEM_BE0n
MEM_BE1n
MEM_ADVn
MEM_CLK
WAIT
WEn
OEn
MEMRESn
MEMDPD
VAPC
VAPC
OUT
NAND
FLASH
VDDExx
VDD_RX/TX
VDD_BG
VDD_CS_ADPLL
VDD_DPLL
VDD_xx
VDDEWLx
VDDRTC
VDD_CLK32
VDDA
VDDCPLL
NAND FLASH
FUNCTION OVERVIEW
RADCLK
RADDAT
RADSTR
RADCLK
RADDAT
RADSTR
VRTC13
VDD1~VDD22
VDD_DPLL
VDD_BG
VDD_CS_ADPLL
VDD_TX
VDD_RX
VCORE15
TXON
MOD[D:A]
TXON
MOD[D:A]
ISEVENTn
ISSYNCn
HSSLTX
HSSLTXCLK
HSSLRX
HSSLRXCLK
VDDF13
CLK32
ANTSW[3:0]
ANTSW[3:0]
RXIB
RXIA
RXQB
RXQA
DAC_I_OUT
DAC_I_OUT_INV
DAC_Q_OUT
DAC_Q_OUT_INV
VDDE18
VCORE15
RTCCLK
RXIB
RXIA
RXQB
RXQA
RXIB
RXIA
RXQB
RXQA
TXIA
TXIB
TXQA
TXQB
IS_EVENT
IS_SYNC
HSSLRX_D
HSSLRX_CLK
HSSLTX_D
HSSLTX_CLK
CLKREQ
TXIA
TXIB
TXQA
TXQB
TXIA
TXIB
TXQA
TXQB
RF BUS-3
WSTR
WCLK
WDAT
WSTR
WCLK
WDAT
RADIO_STR
RADIO_CLK
RADIO_DAT
RESOUT1_N
VccB
VBT27
D2301
D2001 WANDA
VBATI
VDIG
VccA
VFM27
K800 - K810
D2000 Marika
RF Block
N2600
Baseband
DFMS
DTMS
USBOE
USBSUSP
USBPUEN
RCV
VBUSDET DP
UART_EN DM
VP
VCC_IO
VM
VCC5V0
TXD
RXD VCC_UART
OE
SUSPEND
SOFTCON
N2300
IP4078CX6/LF
VBUS
A2
B1
1
VBUS
2
SPREF
3
MIC+/AUXINL
4
MIC-/AUXINR
5
SPL
6
SPR
7
VIDEO/STROB
8
AID/ACB/VPPFLASH
9
GND
B2
10
D+/DTMS
C2
11
D-/DFMS
12
DCIO
C1
VDDE18
VUSB
VDIG
V2210 Tr
V2203 Tr
DCI0_INT
RN1102FS
NTHS5441T1G
DCIO_ON
Made for
Document Nr
Revision
1202-3085 rev. 2
9 (121)
FUNCTION OVERVIEW
Data and Signals
K800 - K810
CIRES_N
GSM Sub
system
0
1
2
3
GSM 900 RX
GSM 900 TX
RF GSM
MARLIN
GPIO46
ARM9EJ-S
208MHz
8bit
I2CDAT1
RESET
512Mbit
NOR
Burst
16bit
DISPLAY
I/F
High Speed
Serial Link
DAC / ADC
Interface
KEY
PAD
SIMCLK
SIMCONDAT
SIMDAT
SCLK
SIMCLK
SDAT
SIMDAT
IrDA
GPIO45
GPIO46
MSSDIO0
MS I/F
SIMCONCLK
SRST
MARIKA
(UART6)
SIMRST
SIMRST_
N
SIM I/F
SIMCONRST
SIM LS
SIM
DAC
MSSDIO1
MSSDIO2
MSSDIO3
MSSCLK
MSBS
GPIO34
GPA2
UMTS POWER CNT
GPA3
WRFLOOP
GPA4
VAD
GPA5
OPTO_SENSE
GPA6
I2C
#0
GPA1
I2C#1
I2C
#1
RF TEMP
RF VLOOP
I2C 0
GPADC
UART0/USB
GPIO42
DSP
Sub System
GPA7
VBACKUP
OPTO(LCD)_TEMP
GPA12
AID_AD
GPA13
GPIO00
GPIO01
GPIO02
GPIO03
GPIO04
RTC
GPIO07
512Mbit
NAND
RAM
Main LCD
5×4
LCD Back light
PTT
IRRXD
IRTXD
IrDA
IRSD
VBOOST
FB+
MSSDIO0
MSSDIO1
MSSDIO2
MSSDIO3
MSSCLK
MS Micro
MSBS
MSDETECT
EDB_EN
Full USB
Transceiver
ISP1110
DTMS
DFMS
USBRCV
USBBALID
VBOOST
CTMS
CFMS_AID
HS_USB_INT
OPTOSENSESEL
BTCLKREQ
GPIO11
VBT
REG
GPIO12
PCM I/F
PCM I/F
VGA
CAM
KEY Matrix
GPIO10
BEAR
VGA_OFF
8bit
GPIO05
GPIO06
128Mbit
SDRAM
104MHz
MEMDPD
GPIO41
GPIO44
STROBE
FUNCTION OVERVIEW
WANDA
3.2M
CAM
I2CCLK1
GPIO40
RF UMTS
RAY
MPX1_OFF
GPIO47
Inter
System
Interface
GSM 1800 RX
GSM 1900 RX
GSM 1800/1900 TX
WCDMA
I2CDAT1
VGA_PRESET
EMIF
Control
CID
I2CCLK1
ANTSW
ANTSW
ANTSW
ANTSW
GPIO13
GPIO14
GPIO15
Camera
REG(2.7)
AMPCTRL
GPIO16
GPIO17
RECIEVER
GPIO30
GPIO31
SP Power
Amplifier
GPIO32
LINE
GPIO33
LDO_G
MIC1
GPIO24
GPIO25
GPIO26
VBT_EN
CAM_27_EN
GPIO36
SPI
GPIO23
PWM1 NAVDIM
GPIO37
VBOOST
LCD_BL_ON
GPIO27
MIC+
SPICLK
BTRX
LDO_F
SPL
SPR
GPIO22
SPIRDY
LDO_E
GPIO21
SPIDO
GPIO20
SPIDI
MIC
UART3
LDO_D
BTRTS
AUXO2
LDO_B
BTCTS
AUXO1
GPIO35
BTTX
SPK
CODEC
LDO_A
DCIO_ON
PWM0 KBDIM
MIC*
SPL
SPR
LPGEG
MIC+
MIC-
Tjatte3
AUXI1
AUXI2
AUXI3
BUCK
BOOST
FB+
VINCENNE2
UNLOCK
DISABLE_STAR
VBOOST
BT 2.0
1
2
3
4
5
6
7
8
9
10
11
VBUS
SPREF
Mic+/AUXinL
Mic-/AUXinR
SPL
BSPR
VIDEO/STROBE
AID/ACB/VPP
GND
D+/DTMS
D-/DFMS
DISABLE_UNLOCK
Made for
Document Nr
Revision
1202-3085 rev. 2
10 (121)
FUNCTION OVERVIEW
Audio Codec
Acoustics
K800 - K810
Audio Processing
Audio Mixer
Silence
( PCM = 0 )
PCM_A
FR Speech
Encoder
PCM_B
HR Speech
Encoder
Hard Limiter
Tx
AMR Speech
Encoder
DRC Tx
EFR Speech
Encoder
10kΩ
Bluetooth Module
STLC2500B
RYT123922/1
0dB
Acoustic
Compensation
CTM
Noize
Reduction
VBATI
Echo
Canceller
0dB
Loud Speaker signal
from Voice Call Rx
Transparent
PCM
Vp(B3)
470nF
PCMDATB
2.2kΩ
470Ω
INM(A1)
-
INP(A3)
+
FB 1GHz
0Ω
Loudspeaker(8
OUTA(A2)
R1
20k
Dictation Functionally Playback
470Ω
300k
AMR Speech Encoder
BYPASS(C1)
Dynamic
Range
Control
AMR-WB Encoder
R2
20k
-
FB 1GHz
OUTB(C2)
+
SHUDOWN
(C3)
SHUTDOWN
CONTROL
AUDIO_PA NCP2890
RYT101947/2
SBC encoder
Tone Generator
100kΩ
EMI FILTER
RKZ223914/1
MIDI or WAV
Acoustic
Compensation
AMR Decoder
Dtnamic Range
Control
Equalizer
10uF
PCMDATA
AMR-WB Decoder
Acoustic
Compensation
E-AAC/AAC+/AAC,
MP3, WMA,
RealAudio/Video
33pF
220nF
220nF
Pogo-PIN
SXA1095652
33pF 33pF
(NM) (NM)
AMPCTRL(Marika_GPIO15)
ASR Algorithms
33pF
(NM)
0Ω
300k
Acoustic
Compensation
)
FUNCTION OVERVIEW
Dictation Functionally Record
33pF
(NM)
Equalizer
FB 1GHz
(0Ω)
FR Speech
Decoder
Acoustic
Compensation
DRC Voice
Call Rx
Whining noize
Filiter
CTM
FB 1GHz
(0Ω)
HR Speech
Decoder
AMR Speech
Decoder
33pF 33pF
(NM) (NM)
0dB
EFR Speech
Deccoder
Receiver(32
RLE90824
33pF 33pF
)
From Voice
Call Tx
EMI FILTER
RKZ223914/1
(NM)
CDef
FB
100MHz
Cdabef
D0a
LINEP
LINEP
C0a
DEC3
DIGITAL FILTER
C0g
DEC4
CDcd
Codec power up
C0c
C9ab
RX2
HPF
RX2
LPF
C3bcd
ADD2
CFd
C7be
CCab
BEARP
FIFO
C4efgh
C9ab
C3fgh
C0d
CEd
RX1
HPF
VOL1
C9abc
RX1
LPF
C7d
CCgh
C7be
CCcd
PCM8/16always
bypassFIFO
Selectable for
PCM44/48
CBef
C7b
CBab
CEc
CBgh
CFc
C7b
CBcd
CEc
33pF
(NM)
15kΩ
100nF
50
50
50
MICN(D3)
50p
100nF
33pF 33pF
INTMICint
(B5)
47k
MICP(D2)
MICNint(A2)
AUXO1
C7h
CBcdgh
D0ef
AUXO2
1.1k
50
MICPint(A1)
C7h
Cbabef
D0gh
AUXO1
C8efg
SIDE
TONE
１uF
VMID
RXPGA1
50p
INTMIC(B5)
1450
0Ω
220pF 220pF
(NM) (NM)
0Ω
1_OUT
1450
33nF
NM
V_MIC(A5)
CCO
TX-FILTER
C9ab
32
TｘPGA1: 0dB
C5ab
C2fgh
TX-GC
TXPGA1
16
33pF
MUX1
TX1
HPF3
C0f
TX1
LPF
ADC1
0Ω
(NM)
200p
SPLint(A3)
MIC1P
C5defgh
C6ab
0Ω(NM)
MIC 1
MIC1N
TｘPGA2: 0dB
MIC1/AUXI3
overrideAUXI1/AUXI
2inTX1/2MUX
C1e
C0e
C2bcd
TXPGA2
TX2
LPF
ADC2
33pF 33pF
(NM) (NM)
0Ω
SPL(D4)
200p
SPRint(A4)
200p
33pF
0Ω
C6fgh
AUXI 2
SPR(D5)
50
AUXI1N
AUXI2P
Tjatte3
ROP1013074
AUXI2N
TX2
HPF3
TX2
MUX
16
C6a-h
1kΩ
50
100nF
AUXI 1
PCMO
2_GND
MIC
RLC509429
C5fgh
AUXI1P
TX2
HPF1
FB 1GH
(0Ω)
NM
SP_ref(D1)
0Ω(NM)
↓
15kΩ
C5cde
C1f
TX1
MUX
TxGC: 0dB
CCO
CEfg
MUX2
TX1
HPF1
PCM-IF
ENCODER
PCM 8/16
TWO CH.
CFfg
1kΩ
1uF
NM
100nF
C0b
C1b
C8h
FB 1GH
(0Ω)
20p
AUXO2
PCMSYN
PCMCLK
SPR(6pin)
SYSTEM_CN
CCO(B2)
22pF(NM)
BEARN
ADD1
DAC1
VAD(B1)
C7fg
CCcdgh
D0d
BEARN
SPL(5pin)
FB
100MHz
BEARP
180Ω
C7d
CCgh
CFc
32
DECODER
PCM 8/16/44/48
TWO CH.
33pF 33pF
(NM) (NM)
RXPGA2
DAC2
Mic+/AUXinR
(4pin)
FB
100MHz
LINEN
C7fg
Ccabef
D0c
CCef
C4abcd
VOL2
LINEN
VMID
RX-FILTER
C9ab
C1a
C9abdfgh
CA a-h
PCMI
CDgh
Mic+/AUXinL
(3pin)
33pF FB
(NM)100MHz
Vincenne2_GPA5
CDgh
Analog
PLL
47nF
SPREF(2pin)
FB
100MHz
CDab
100nF
C6cde
AUXI3P
AUXI 3
AUXI3N
DEC0
Vincenne2
ROP1013066/4
100nF
33pF
33pF
10uF
Made for
Document Nr
Revision
1202-3085 rev. 2
11 (121)
FUNCTION OVERVIEW
Power Distribution
K800 - K810
TPS79912YZU
VBATI
ERICSSON AB2010 Vincenne2
VBATI
VBATB
30-200mA max
VDDE18
1.75-1.90
-170-200mA max
VDDE
VDDF
-1.360
LDO_G
1.70-1.90
30-200mA max
LPREG
Ferrite Beads
120Ω/2A
1.265-
VBUS
22uH
/EN
VCORE18
VDDA
VccA
2.70-2.85
50-125mA max
VDDB
VccB
DCIO
VDD_Analog
[2.45-2.70 -2.80] TBDmA
I/O WL (DAC ,HSSL ,ISI)
VDDEWL
[1.35-1.65] TBDmA
VDD_Core
[1.70-1.80 -1.90] TBDmA
VDD_IO
[1.70-1.80 -3.30] TBDmA
WANDA
WANDA VDD (DIGITAL)
VDD_1-22
VDDCLK32
VMSPICO
D-VCC
SD-RAM VCC
[1.70-1.90] 130mA
F-VCC
NOR-Flash VCC
[1.70-2.00] 50mA
VCCQ
I/O VCC
[1.70-2.00] ???mA
VPP
FGSENSEFGSENSE+
VBATI
1kΩ
Bluetooth STLC2500C
R1115Z281B
VBT27
EN
VBT_EN
ANALOG BLOCK SUPPLY
VDDADC
VDD_HV_A,D [XXX-
-XXX] TBDmA
VDD_IO_A
-2.85] TBDmA
[1.65-
VDD_IO_B
[1.35-1.30 -2.85] TBDmA
AUDIO BLOCK SUPPLY
DCIO_ON
DIGVSS
DIGVDD
VDDCODEC
VDDBEAR
REF
ChargeLED
LED1
LED2
VccB
XTLDO
RAY MODULE
(UMTS)
VBATI
VccB
XTLDO
MARLIN MODULE
(GSM)
VccA
VDIG
VBATI
VRAD
VDIG
VCCIO
[1.70-1.80 -1.90] TBDmA
VCC
[XXX-
VDIG
VBATI
22uH
Key Backlight LED
VCC_IO
SWBOOST
ISENSE+
ISENSEFB+
VBOOST
-XXX] TBDmA
USB Transceiver (ISP1110)
LED+
DCIO_INT
VBATI
LCD
VDDE18
Boost
VCC
-1.95] TBDmA
[1.70-
NOR + LPSDRAM
BATTERY MANAGEMENT
VBUS
USBMOD
VDDIO_18
VDDIO
SUB
TEST
VREF
IREF
MS pico
[1.265-1.30 -1.65] ??
TBDmA
EXTLDO XTLDO
PAREG VAPC
CHSENSECHSENSE+
CHREG
VDCIO
100kΩ
VGA Camera
RTC
[1.235-1.365] TBDmA
VCORE18
Backup
cap
VBATD
BDATA
25mΩ
100mΩ
EN
CAM_27_EN
VCORE15
-
+
VDD_IO
[1.70-1.80 -3.30] TBDmA
CORE (ARM,DSP,RAM,GSM,UMA,TCM)
-1.365] TBDmA
VDDC
[1.235VDDRTC
MAX1976AEETA-150
-2.85
LDO_B
VDDBUF
VDDPA
/EN
VCORE18
4.7kΩ
50-125mA max
VBATA
VMSPICO
VDDBUCK
SWBUCK
VBUCK
VSSBUCK
1.72-1.9
400mA max
RADIO
LDO_A 2.70-
VCORE13
VRTC13
Analog cells / PLL
[1.235-1.365] TBDmA
VDDA
MAX1976AEETA-130
VDDLP
VBATC
MOD1
BAT CN
X2200
VDDG
-1.365
BUCK
I/O E
[1.71-1.89] TBDmA
VDDEE
VDDF13
1.23530mA max
AVDD Analog
[2.45-2.70 -2.80] TBDmA
FUNCTION OVERVIEW
LDO_F
VBATF
R5323Z022B
DB2021 MARIKA
BASEBAND REGULATORS
LDO_D 2.70-2.85
VDDD
LDO_E
EN
Camera
DVDD_Core
[1.10-1.20 -1.30] 50mA max
150ｍΩ
VBUS
[1.65-1.8 -2.85] 2mA
VCC_UART
[2.7-2.8 -4.5] 8mA
VCC_5V0
[4.0-5.0 -5.5] 8mA
LED
Vibrator
VIBR
Services
SIMVCC
Vib
LCD Backlight LED
LED-
Made for
SIM
Document Nr
Revision
1202-3085 rev. 2
12 (121)
FUNCTION OVERVIEW
Baseband Top - Radio Top - Bluetooth - FM Radio
K800 - K810
BTCTS
BTRX
PCMDATB
PCMDATA
BTCLKREQ
VRTC13
VDDE18
MP 138
Page 47
VBT27
VBT27
VDDE18
X1400
BTANT
BTANT
1
VRTC13
VBATI VDDE18
VDIG VBT27 VFM27
X1401
VRTC13
1
MCLK_BT
BTRESn
PCMSYN
BTCLKREQ
VDIG
PCMCLK
PCMDATA
VBT27
BTTX
PCMDATB
VFM27
BTRTS
VRTC13
RTCCLK
<NM>
CONNECTORPAD
FUNCTION OVERVIEW
VBATI
VDDE18
<NM>
CONNECTORPAD
BTRX
BTCTS
CLKREQ
PCMSYN
PCMCLK
BTTX
BTRTS
RTCCLK
WPABIAS
VCXOCONT
WSTR
WDAT
BTCLKREQ
PCMDATA
PCMDATB
BTRX
BTCTS
RXQB
RXQA
RXIA
RXIB
RTEMP
VLOOP
WRFLOOP
BTCLKREQ
WCLK
PCMDATA
TXQB
PCMDATB
TXQA
BTRX
TXIA
BTCTS
TXIB
RXQB
CLKREQ
RXQA
RADSTR
RXIA
RADDAT
RXIB
RADCLK
MCLK
TXON
RTEMP
MODA
VLOOP
WRFLOOP
MODB
MODC
MODD
IDATA
QDATA
DCLK
DIRMODCLK
FMINT
FMR
FML
IDATA
ANTSW0
QDATA
ANTSW1
DCLK
ANTSW2
DIRMODCLK
ANTSW3
FMINT
I2CDAT1
FMR
I2CCLK1
FML
FM_ANTENNA
BTRESn
Bluetooth
PCMSYN
PCMCLK
VDIG
Page 18
VBATI
BTTX
BTRTS
VBATI
RTCCLK
ANT
ANT
X1001
1
RPT79951
VDIG
WPABIAS
VCXOCONT
WSTR
WPABIAS
X1002
VCXOCONT
1
RPT79951
WSTR
WDAT
MCLK_BT
BTRESn
WDAT
WCLK
WCLK
TXQB
TXQB
TXQA
TXQA
TXIA
TXIA
TXIB
TXIB
CLKREQ
CLKREQ
RADSTR
RADSTR
RADDAT
RADDAT
RADCLK
RADCLK
TXON
TXON
MODA
MODA
MODB
MODB
MODC
MODC
MODD
MODD
ANTSW0
ANTSW0
ANTSW1
ANTSW1
ANTSW2
ANTSW2
ANTSW3
ANTSW3
RXQB
RXQA
RXIA
RXIB
RXQB
RXQA
TP1000
RXIA
RXIB
MCLK
RTEMP
VLOOP
WRFLOOP
IDATA
QDATA
DCLK
DIRMODCLK
RTEMP
VLOOP
Front upper ESD connection.
WRFLOOP
IDATA
TP1001
QDATA
DCLK
DIRMODCLK
MCLK_BT
Front lower ESD connection.
Radio
Page 14
E1002
Baseband
Page 19
1
DIRMODCLK
DCLK
QDATA
E1000
Clamp
GND
1
Clamp
GND
Will be connected
to GND in PCB
Will be connected
to GND in PCB
SHIELDCAN_CYNDI_BT
SXA1096043 R1A
SHIELDCAN_CYNDI_WANDA
SXA1095997 R1A
E1003
E1001
IDATA
WRFLOOP
VLOOP
RTEMP
1
RXIB
RXIA
RXQA
Clamp
GND
1
Clamp
GND
Will be connected
to GND in PCB
Will be connected
to GND in PCB
SHIELDCAN_WILMA_CAMERA
SXA1096981 R1A
SHIELDCAN_MARIKA-WILMA
SXA1096372 R1A
RXQB
VDDE18
VFM27
VFM27
VDDE18
RTCCLK
I2CDAT1
I2CCLK1
FM_ANTENNA
RTCCLK
I2CDAT1
FMINT
I2CCLK1
FMR
FM_ANTENNA
FML
FML
FM Radio
FMR
Page 42
FMINT
Made for
Baseband Top - Radio Top Bluetooth - FM Radio
Document Nr
1911 - ROA 128 1534/2
Revision
A
1202-3085 rev. 2
13 (121)
FUNCTION OVERVIEW
VAPC
Radio - Top
K800 - K810
DIRMODCLK
DIRMODCLK
XOOA
TXON
ANTSW3
XOOB
VLOOP
TXON
DCLK
ANTSW1
ANTSW0
DCLK
QDATA
QDATA
ANTSW2
IDATA
ANTSW1
GSM_ANT
FUNCTION OVERVIEW
ANTSW3
ANTSW2
VLOOP
IDATA
ANTSW0
MODA
MODA
MODB
MODB
MODC
MODC
MODD
MODD
RADSTR
RADSTR
RADDAT
RADDAT
RADCLK
RADCLK
CLKREQ
VccA
VDIG
VBATI
VBATI
WCDMA_ANT
VDIG
VccA
C1000
22pF
R04_GSM
MP 118
Page 47
X1000
3
Page 17
4
L1000
68nH
NM
IO
ANT
GND
2
1
MP 115
Page 47
R1000
0ohms
6
5
ANT
X1001
R1002
0ohms
<NM>
C04000390-O51
RPT79953
VCXOCONT
VCXOCONT
XOOA
XTLDO
WPABIAS
XOOB
WPABIAS
WCLK
WCDMA_ANT
WCLK
WDAT
WSTR
CLKREQ
TXQB
TXQA
TXIB
TXIA
VBATI
VccB
VDIG
WDAT
WRFLOOP
WSTR
RTEMP
CLKREQ
MCLK
TXQB
RXQB
TXQA
RXQA
TXIB
RXIB
TXIA
RXIA
MCLK_BT
WRFLOOP
RTEMP
MCLK
RXQB
RXQA
RXIB
RXIA
MCLK_BT
VBATI
VccB
VDIG
R03_UMTS
Page 16
VBATI
VDIG
VDIG
VBATI
VccA
VccB
VAPC
XTLDO
VBATI
VccA
VBATI
VDIG
VDIG
VccB
R02_PowerSupply
Page 15
Made for
RADIO TOP
Document Nr
Revision
1/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
14 (121)
FUNCTION OVERVIEW
Radio - Power Supply
K800 - K810
PA Control
VBATI
VDIG
N2000
FUNCTION OVERVIEW
ERICSSON AB 2012
UMTS ACCESS
PA CONTROL
C12
G12
VDDBUF
VDDPA
PASENSE+
PASENSE-
E12
E11
MP 36
Page 46
C1100
10nF
PAREG
IOUT
FF_IN
EXPOUT
VSSPA
ERICSSON_AB2012
ROP1013066/6 R1A
LEADFREE
D11
VAPC
R1100
820ohms
D12
F10
G10
E10
C1101
470pF
C1102
470pF
Power Supply
VBATI
MP 35
Page 46
VccA
C1106
10uF
N2000
ERICSSON AB 2012
POWER
RADIO
A12
VBATA
LDO_A
VDDA
LDO_B
VDDB
C1103
4.7uF
EXTLDO
VSSA
B12
A11
C11
H10
MP 34
Page 46
VccB
C1107
10uF
ERICSSON_AB2012
ROP1013066/6 R1A
LEADFREE
XTLDO
VBATI
VDIG
VBATI
VDIG
Made for
RADIO - Power Supply
Document Nr
1/1911 - ROA 128 1534/2
Revision
A
1202-3085 rev. 2
15 (121)
FUNCTION OVERVIEW
Radio - UMTS
K800 - K810
WCDMA_ANT
FUNCTION OVERVIEW
A1200
RAY_MODULE_IF
20
WCDMA_ANT
WCDMA_SENSE
30
TXIA
58
TXIB
59
TXIA
RXIA
69
TXIB
RXIB
68
TXQA
RXIB
60
TXQA
RXQA
71
RXQA
TXQB
61
TXQB
RXQB
70
RXQB
CLKREQ
12
CLKREQ
XOOA
5
XOOA
WSTR
52
WSTR
XOOB
4
WDAT
53
WDAT
MCLK
63
WCLK
54
WCLK
RTEMP
45
RTEMP
WPABIAS
32
WPABIAS
WRFLOOP
15
WRFLOOP
XTLDO
47
VCXOCONT
66
VccB
35
XOOB
MCKL_1
56
C1301
100pF
VCXOCONT
POWER/GND
VBATI
36
VBATI
37
VBATI
38
VBATI
39
VBATI
9
VccB
1
VccB_mix
GND pins
are hidden
GND
VBATI
WON
XTLDO
RXIA
<N.M>
C1302
10nF
<N.M>
MP 99
Page 47
L1300
1uH
<N.M>
1
ST1300
MCLK_BT
2
C1300
100nF
RAY_MODULE
ROA1281112
GND
R1A
R1301
10ohms
MCLK_BT
VDIG
C
B
E
V1300
BFR193L3
RYN121933/2
MCLK
MCLK
VDIG
VBATI
VccB
1 G
V1301
R1304
3.9Kohms
VBATI
VccB
2 S
3 D
LEADFREE
SI1012R_LEADFREE
RYN123911/2
VDIG
GND
Made for
RADIO - UMTS
Document Nr
1/1911 - ROA 128 1534/2
Revision
A
1202-3085 rev. 2
16 (121)
FUNCTION OVERVIEW
Radio - GSM
K800 - K810
A1300
20
XOOB
22
XOOB
TXON
7
TXON
ANTSW3
3
ANTSW3
ANTSW2
4
ANTSW2
ANTSW1
5
ANTSW1
ANTSW0
6
ANTSW0
ANT
XOOA
MODA
24
MODB
25
MODC
26
MODC
MODD
27
MODD
RADSTR
17
RADSTR
RADDAT
18
RADDAT
RADCLK
19
RADCLK
CLKREQ
30
CLKREQ
VAPC
53
VAPC
48
TESTOUT
23
GSM_ANT
DIRMODCLK
IDATA
36
IDATA
QDATA
34
QDATA
DCLK
35
DCLK
VLOOP
15
VLOOP
WCDMA_ANT
46
MODA
FUNCTION OVERVIEW
MARLIN_IO
XOOA
MODB
WCDMA_ANT
MARLIN_MODULE
ROA1281640
R1B
A1300
VDIG
MARLIN_POWER
VBATI
VDIG
VccA
VccA
VBATI
VBATI
VDIG
39
VDIG
10
VRAD
1
VBATTI
2
VBATTI
62
VBATTI
63
VBATTI
130 VBATTI
VccA
MARLIN_MODULE
ROA1281640
R1B
Made for
RADIO - GSM
Document Nr
1/1911 - ROA 128 1534/2
Revision
A
1202-3085 rev. 2
17 (121)
FUNCTION OVERVIEW
Radio - Bluetooth
K800 - K810
D1400
BT-FUNCTIONAL
D3
BTRESn
MCLK_BT
C1408
10nF
MP 133
Page 47
D6
G3
RTCCLK
R1404 10Kohms
RESETn
CLKREQ
100Kohms
R1405
REF_CLK_IN
LP_CLK
SW INITIATED LOW POWER MODE
C5
CLKREQ
CLOCK AND RESET
BT_WAKEUP
HOST_WAKEUP/SPI_INT
R1406 0ohms
F7
BTCLKREQ
BTCLKREQ
<NM>
1
ST1400
UART INTERFACE
2
F5
2
G4
D1
PCMCLK
C2
PCMSYN
PCMDATB
PCMDATB
D2
PCMDATA
E1
PCMDATA
UART_RXD/SPI_DI
UART_CTS/SPI_CLK
UART_TXD/SPI_DO
UART_RTS/SPI_CSN
1
F6
ST1402
2
1
F4
BTRX
2
BTCTS
ST1403
PCM INTERFACE
PCM_CLK
FUNCTION OVERVIEW
1
BTTX
BTRTS
ST1401
L4122
PCM_SYNC
PCM_A
BTANT
BTANT
4.7nH
PCM_B
C4152
<NM>
1.2pF
JTAG/GPIO
B3
C3
B1
C1
D5
JTAG_NTRST/GPIO_16
JTAG_TCK/GPIO_8
JTAG_TDI/GPIO_9
JTAG_TDO/GPIO_11
B2
D1400
BT-SUPPLY
JTAG_TMS/GPIO_10
VBT27
GEN_PURPOSE/GPIO_0
A7
E6
G6
CLK_REQ_IN_1
CLK_REQ_OUT_1
CLK_REQ_IN_2
CLK_REQ_OUT_2
C4
G1
G7
POWER SUPPLY
VDD_HV_A 2.75V
VDD_HV_D
VSS_DIG
VSS_DIG
VDDE18
VDDE18
CONFIGURATION
PINS
E2
F1
F2
CONFIG_2
Z1400
RFN
CONFIG_3
A3
4
A4
5
3
BAL
BAL
GND
Freq
UNBAL
BAL_DC-FEED
GND
G5
1
VDD_IO_A
E3
E4
1V65 to 2V85
IOs SUPPLY
2
VRTC13
6
F3
TEST-PIN
LEAVE UNCONNECTED
E5
RF
RFP
CONFIG_1
DIGITAL GROUND
VDD_IO_B
DEA212450BT-7043D1
RTN202932/4
E7
AF_PRG
1V17 to 2V85
IOs SUPPLY
1V65 to 2V85
VDD_CLD SYSTEM CLOCK
SUPPLY
ANALOG GROUND
RYT123923/2
STLC2500C4
VSS_ANA
VSS_ANA
VSS_ANA
INTERNAL SUPPLY
DECOUPLING
B7
C7
D7
A1
B4
B6
C6
RF GROUND
VDD_DSM
VDD_N
VSS_RF
VDD_CL
VSS_RF
VDD_RF
A2
A5
TEST PINS
C1403
C1402
C1401
C1400
C1409
C1405
C1411
C1407
C1404
B5
220nF
220nF
220nF
220nF
100nF
220nF
220nF
1uF
220nF
A6
TOUT_IN_QP
TOUT_IP_QN
OUTPUT
REGULATOR
FOR CORE LOGIC
VDD_D
VBT27
VDDE18
VRTC13
RYT123923/2
STLC2500C4
G2
C1406
220nF
VBT27
VDDE18
VRTC13
Made for
RADIO - Bluetooth
Document Nr
1/1911 - ROA 128 1534/2
Revision
A
1202-3085 rev. 2
18 (121)
FUNCTION OVERVIEW
RXQB
RXQB
RXQA
RXQA
RXIB
RXIB
RXIA
RXIA
Baseband - Logic Top
K800 - K810
Pages 34-36
VCORE15 VDDE18
VDIG
WSTR
VDIG
IDATA
IDATA
VDDE18
QDATA
QDATA
VCORE15
DCLK
DCLK
RXQB
DIRMODCLK
DIRMODCLK
Pages 37-42
V_VGAANA
V_VGADIG
VDIG
VCAM27
FMR
VCAMAF
FML
VCAM12
VDDE18
VBACKUP
VMSPICO
VDDE18
VDIG
Pages 28-33
VBATI
VCAMIO
VCAMSD
FMR
VBATI
FML
VDIG
RXIB
V_VGAANA
RXIA
V_VGADIG
IDATA
VBATI
QDATA
VDIG
DCLK
VCAM27
DIRMODCLK
VCAMAF
FOCUSLED_ON
VBACKUP
CHARGE_ON
CHARGE_ON
LKEYBRGT
LKEYBRGT
UKEYBRGT
UKEYBRGT
AMPCTRL
AMPCTRL
VLOOP
VLOOP
RTEMP
RTEMP
WRFLOOP
WRFLOOP
VLOOP
MICP/AUXinL
RTEMP
CAMDIR
WRFLOOP
I2CDAT1
BTCLKREQ
BTCLKREQ
BTRX
BTRX
BTCTS
BTCTS
FMINT
FMINT
BTCLKREQ
BTCTS
BTRTS
FMINT
WPABIAS
I2CCLK1
FM_ANTENNA
ANTSW2
ANTSW3
BTRTS
CAM_27_EN
MIDREF
CAM_12_EN
LIDSENSE
RADSTR
RADDAT
RADDAT
RADCLK
RADCLK
TXON
TXON
MODA
MODA
MODB
MODB
MODC
MODC
MODD
MODD
ANTSW0
ANTSW0
ANTSW1
ANTSW1
ANTSW2
ANTSW2
ANTSW3
ANTSW3
PCMDATA
CHARGE_ON
PCMDATB
LKEYBRGT
PCMSYN
UKEYBRGT
PCMCLK
PCMDATA
PCMDATA
PCMDATB
PCMDATB
PCMSYN
PCMSYN
PCMCLK
PCMCLK
VAD
OPTOTEMP
CAMIRQ
I2CDAT1
SPL
I2CCLK1
SPR
MIDREF
LIDSENSE
CHARGE_RDY
I2CDAT1
I2CDAT1
I2CCLK1
I2CCLK1
FM_ANTENNA
FM_ANTENNA
BTTX
BTTX
BTRTS
BTRTS
WPABIAS
WPABIAS
VCXOCONT
VCXOCONT
ONSWA
FM_EN
CHARGE_RDY
TXIB
RADSTR
MMI
VBT_EN
SPR
TXIA
ONSWA
DCIO_ON
SPL
TXQA
TXIA
VCXOCONT
DCIO
CAMIRQ
FOCUSLED_ON
DCIOint
VBUS
OPTOTEMP
TXQB
TXQA
UMTS Access
WPABIAS
VPP
FLASH_STROBE
MODB
FMR
DCIOint
CAMSYSCLK
VAD
MODA
ANTSW1
CAMSYSCLK
BTTX
VCXOCONT
MEMRESn
TXON
VCAMSD
CAMDIR
I2CDAT1
BTTX
RADCLK
VCAMIO
MICP/AUXinL
CAMDIR
FM_ANTENNA
BTRX
RADDAT
MODD
WCLK
TXQB
FLASH_STROBE
MICN/AUXinR
MICP/AUXinL
I2CCLK1
RADSTR
ANTSW0
WDAT
WCLK
TXIB
TXIB
VDDE18
STROBE_ENABLE
MICN/AUXinR
MICN/AUXinR
TXIA
WSTR
WDAT
AMPCTRL
STROBE_ENABLE
STROBE_ENABLE
TXQA
VCAM12
VDDE18
VMSPICO
TXQB
MODC
FML
FOCUSLED_ON
WCLK
WSTR
FUNCTION OVERVIEW
VBATI
RXQA
WDAT
SERVICEn
VDDE18
Operation & Services
VFM27
VBT27
VRTC13
VDIG
VBATI
CHARGE_RDY
LIDSENSE
VBATI
MIDREF
VDIG
SPR
VRTC13
SPL
VBT27
CAMIRQ
VFM27
OPTOTEMP
VDDE18
FLASH_STROBE
VAD
BTRESn
BTRESn
RTCCLK
RTCCLK
Pages 23-27
V_VGADIG
V_VGAANA
VCAMSD
VCORE15
VDDE18
VCAMIO
Pages 20-22
VBATI
VDIG
VBT27
VDDE18
CAMDIR
VCORE15
CLKREQ
MCLK
VPP
CLKREQ
MEMRESn
VBUS
BTRESn
DCIO
MCLK
DCIO_ON
SERVICEn
ONSWAn
RTCCLK
CAMSYSCLK
CAMSYSCLK
VBT_EN
CAM_27_EN
CAM_12_EN
System Control
ONSWA
FM_EN
VDDE18
CAMDIR
VPP
VBACKUP
VCAM27
VBUS
DCIO
VCAMAF
DCIO_ON
VCAM12
VMSPICO
VBT_EN
CAM_27_EN
VFM27
CAM_12_EN DCIOint
FM_EN
SERVICEn
VRTC13
VCORE15
P
V_VGADIG
V_VGAANA
VCAMSD
VCAMIO
VBATI
VDIG
VBT27
VDDE18
VBACKUP
VCAM27
VCAMAF
VCAM12
Made for
BASEBAND - Logic TOP
VMSPICO
VFM27
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
DCIOint
VRTC13
VCORE15
1202-3085 rev. 2
19 (121)
FUNCTION OVERVIEW
VCORE15
VCORE15
K800 - K810
VDDE18
Page
21 3
Page
RTCCLK
VDDE18
VDDE18
VCORE15
VCORE15
CAMSYSCLK
CLKREQ
MCLK
SERVICEn
ONSWAn
CLKREQ
MCLK
SERVICEn
ONSWAn
RTCCLK
RTCCLK
CAMSYSCLK
CAMSYSCLK
CLKREQ
MCLK
SERVICEn
ONSWAn
MEMRESn
BTRESn
MEMRESn
MEMRESn
BTRESn
BTRESn
Clocks & Resets
Page
Page224
Test
Made for
BASEBAND - System Control Top
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
20 (121)
FUNCTION OVERVIEW
VDDE18
Baseband - System Control Top
FUNCTION OVERVIEW
Baseband - System Control Clocks and Resets
K800 - K810
PIC 53
Page 46
B2100
RTM501911/2
C1
C2
C2102
C2103
32.768kHz
22pF
22pF
MP 67
Page 46
D2000
SP2105
MARIKA_SYSTEM_CONTROL
AA17
RTCOUT
RTCIN
W17
1
RTCCLK W15
R14
RTCBDIS_N
Y16
RESPOW_N
C2104
ST2100
PIC 52
Page 46
2
R2105 10Kohms
RTCCLK
FUNCTION OVERVIEW
RTC
RTCCLK
RTCDCON R13
Resets
1nF
RESOUT0_N
MEMRESn
J7
MEMRESn
RESOUT1_N W21
RESOUT2_N
PIC 54
Page 46
BTRESn
J1
AA15
MP 60
Page 47
SYSCLK0 V21
MCLK
SYSCLK1 T19
SYSCLK2 R18
VDDE18
CAMSYSCLK
SERVICEn
CLKREQ_1
CLKREQ
J2
IRQ0_N
K4
IRQ1_N
J8
SERVICE_N
V19
CAMSYSCLK
R2104 47ohms
C2105
33pF
Control
SERVICEn
BTRESn
Clocks
C2100 1nF
PWRREQ0_N U19
PWRREQ1 W20
MP 30
Page 46
CLKREQ
R2102 100ohms
DB2021_MARIKA_SECURITY_EFUSE
ROP1013083/4 R2A
MP 31 MP 50
Page 46 Page 46
SP2100 SP2101 SP2102
SP2103
PWR_IRQ
PWRRST
D2001
EMP_WANDA_SYSTEM_IF
C2101 1nF
CLKREQ_1
T15
WANDARESn
N13
RTCCLK_1
MCLK_WANDA
ID_BALL
CLKRQ
D4
RESET
T16
CLK32
U13
MCLK
R15
HCLK
VCORE15
ROP1013044/4
Leadfree
R1B
100Kohms
R2101
N2000
MP 55
Page 46
ERICSSON AB 2010
SYSTEM CONTROL
POWER ON/RESET
ONSWAn
ONSWAn
ONSWAn
C4
C5
RTCDCON
A7
ONSWA
PWRRST
ONSWB
IRQ
B8
C1
ONSWC
CONTROL
PWRREQn
CLKREQ_1
MCLK
MCLK
C10
K3
MCLK
K9
RTCCLK_1
M1
SLEEP
CLKREQ
MCLK
XTAL1
ERICSSON_AB2012
ROP1013066/6 R1A
LEADFREE
Made for
VDDE18
VCORE15
BASEBAND - System Control
Clocks & Resets
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
VDDE18
VCORE15
1202-3085 rev. 2
21 (121)
FUNCTION OVERVIEW
Baseband - System Control Test
D2000
K800 - K810
D2001
D2001
JTAG_IF
SP2106
MARIKA_TDO
SP2110
GPO1
MARIKA_TDI
P14
TDI
SP2107
MARIKA_TMS
R19
TMS
RTCK T21
MARIKA_RTCK
SP2111
GPO2
SP2108
MARIKA_TCK
V20
TCK
SP2109
MARIKA_TRSTn
P18
TEMU0_N P19
MARIKA_TEMU0n
SP2112
GPO3
TEMU1_N T20
MARIKA_TEMU1n
SP2113
TRST_N
GPO4
TDO U20
GPO5
ETM_IF
ETMPSTAT0 M15
GPO6
ETMPSTAT1 L19
GPO7
ETMPSTAT2 M14
C13
UART_RX
UART_TX
K13
K15
K16
Wanda_External_MEM_IF
C2
C1
F5
J15
E3
J13
G5
H15
E1
H13
E12
DSP INTERRUPT
ETMTCLK L18
CPU_IACK
ETMTPKT0 L15
CPU_XF
ETMTPKT1 L20
CPU_IRQ1
ETMTPKT2 L14
CPU_IRQ0
ETMTPKT3 K20
CPU_CLKOUT
ETMTPKT4 J20
N6
R5
N7
R6
M17
EMIF_AWE
EMIF_D1
EMIF_ARE
EMIF_D5
EMIF_A3
EMIF_D6
EMIF_A4
E9
C8
E8
A8
EMIF_A9
EMIF_D11
H2
EMIF_D12
EMIF_A10
EMIF_D13
EMIF_A11
R1A
J5
B9
C9
EMIF_A8
EMIF_D10
H1
J3
C10
EMIF_A7
EMIF_D9
H5
A10
EMIF_A6
EMIF_D8
G2
E10
EMIF_A5
EMIF_D7
G3
ETMTPKT7 K15
T3
U2
EMIF_A2
EMIF_D4
F2
ETMTPKT6 H20
U3
EMIF_A1
EMIF_D3
J2
ROP1013044/4
EMIF_D0
EMIF_D2 EMIF_ARE_ADY
F1
ETMTSYNC M20
ETMTPKT5 K19
L17
FUNCTION OVERVIEW
EMP_WANDA_SWDEBUG
GPO0
MARIKA_TEST_AND_EMULATION
A7
C7
B6
EMIF_A12
EMIF_D14
E7
EMIF_A13
EMIF_D15
D2001
ROP1013083/4 R2A
F16
G15
G16
G17
EMP_WANDA_TEST_IF
G13
JTAG_TDI
JTAG_TDO
K3
K5
JTAG_TMS
JTAG_TRSTN
JTAG_TCK
EMU0
EMU1
F13
E15
K1
L1
B17
BOOTMODE1
E13
BOOTMODE2
C15
BOOTMODE3
D15
TESTMODE
E11
ANALOG_ENABLE
C11
A11
B3
A2
EMIF_A20
EMIF_D23
EMIF_A21
EMIF_D24
EMIF_A22
EMIF_D25
P2
A1
E5
B2
EMIF_A23
EMIF_D26
P3
EMIF_D27
R2
EMIF_D28
T1
EMIF_D29
N5
APLL_BYPASS
C4
EMIF_A18
EMIF_D22
M5
BOOTMODE0
B4
EMIF_A17
EMIF_D21
N1
C17
E6
EMIF_A19
M3
EMP_WANDA_MODE_SEL
A5
C6
EMIF_A16
EMIF_D20
L5
D2001
EMIF_A15
EMIF_D19
M2
R1A
EMIF_A14
EMIF_D17
EMIF_D18
L3
ROP1013044/4
EMIF_D16
EMIF_D30
U1
EMIF_D31
CS_BYPASS
APLL_ATEST1
U12
EXT_MEM_UBUS10
ROP1013044/4
N12
T14
EXT_MEM_UBUS11
R1A
EXT_MEM_UBUS12
R14
EXT_FRAME_STROBE
E17
ROP1013044/4
R1A
Made for
BASEBAND - System Control Test
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
22 (121)
FUNCTION OVERVIEW
Baseband - Power Top
K800 - K810
Page 25
V_VGADIG
VDDE18
CAMDIR
CAMDIR
CAM_27_EN
CAM_27_EN
CAM_12_EN
CAM_12_EN
V_VGAANA
CAMDIR
VCAM27
CAM_27_EN
VCAM12
CAM_12_EN
VCAMAF
VBATI
VCAMIO
VCORE18
VCAMSD
V_VGADIG
V_VGAANA
V_VGAANA
VCAM27
VCAM27
VCAM12
VCAM12
VCAMAF
VCAMAF
VCAMIO
FUNCTION OVERVIEW
VDDE18
V_VGADIG
VCAMIO
VCAMSD
VCAMSD
Camera Power
Page 27
VBATI
VCORE18
VDDE18
VPP
VPP
VPP
VBATI
VCORE18
VDDE18
VPP
Memories
Page 26
VDDF13
VDDE18
VRTC13
VCORE13
Page 24
VCORE15
VDDF13
VDDE18
VDDF13
VDDE18
VRTC13
VCORE13
VCORE15
Power Asics
VRTC13
VBUS
DCIO
DCIO_ON
VBUS
DCIO
DCIO_ON
VBUS
VCORE13
DCIO
VCORE15
DCIO_ON
VCORE18
VBT27
VBACKUP
VBATI
VDIG
VMSPICO
VBT_EN
FM_EN
VBT_EN
FM_EN
VBT_EN
VFM27
FM_EN
DCIOint
VRTC13
VDDE18
VDDE18
VBT27
VBT27
VBACKUP
VBACKUP
VBATI
VBATI
VDIG
VDIG
VMSPICO
VMSPICO
VFM27
VFM27
DCIOint
DCIOint
VCORE15
Regulators & Charging
Made for
BASEBAND - Power Top
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
23 (121)
FUNCTION OVERVIEW
Baseband - Regulators and Charging
MP 39
Page 46
MP 13
Page
46
MP 11
Page
46
MP 12
Page
46
TP2220
TP2221
TP2222
3
BDATA
C2211
C2212
22pF
3.3pF
MP 38
Page 46
4.7uF
V2201
R2200
VBUS_1
3 D
1 S
2 G
1
RKZ323907/1
ST2201
M12
A8
2
C2209
100Kohms
R2233
RYN123919/1
NTJD4105C
V2220
2
VBATB
25mohms
4 S
6 D
V2220
220Kohms
R2234
ST2200
100nF
VBATF
C2200
4.7uF
A3
VBATC
LDO_D
VDDD
LDO_E
VDDE
LDO_F
VDDF
LDO_G
VDDG
LPREG
VDDLP
VDDBUCK
E9
5G
MOD1
SWBUCK
BUCK
CONVERTER
C22117
RYN123919/1
NTJD4105C
100nF
VSSBUCK
VBUCK
VSSB
VSSC
VBUS_VINC
DCIOint
F2
F3
MP 128
Page 47
E1
B11
MP 126
Page 47
C2201
1uF
<NM>
MP 130
Page 47
E2
D1
D3
4
V2202
RYN122684/2
R2201
1
2
V2203
RYN122684/2
3
7
5
5
DCIOint
MP 28
Page
46
D2
F11
100mohms
F12
C2206
6
6
7
3
C2207
47pF
M9
47pF
H9
8
2
J8
1
M5
MP 127
47
4Page
100Kohms
R2202
VCORE15 VDDE18
M3
BATTERY MANAGEMENT
VSSD
VBUS
1uF
B7 VDD_F
A9 VDD_G
L2201
MP 26
Page 47
B1
MP 25
Page 47
MP 58
Page 46
VBACKUP
MP 51
Page 46
MP 24
Page 46
VBATI
1
L2200
VRTC13
C2217
RJE3551335/7
L2 VDDLP
A1 SWBUCK
2
ST2206
V2208
RKZ123905/1
<NM>
VBATI
VCORE18
2
VCORE18
22uH
DCIOint
B2 VBUCK
G3
C6
E3
C2220
C2219
100nF
10uF
V2205
RKZ123905/2
Leadfree
C2222
C2221
10uF
100nF
DCIOint
220mohms
R2205
USBMOD
Local ground plane
BDATA
VDCIO
N2200
CHREG
CHSENSE+
6
CHSENSEFGSENSE+
FGSENSE-
8
ANALOG BLOCK SUPPLY
VDDADC
VSSADC
DIGVSS
SHDN
R2212
1.8Kohms
AUDIO BLOCK SUPPLY
VSSCODEC
VSSBEAR
DIGVDD
9
K8
K5
K4
C22105
100nF
IN
EP
OUT
NC
NC
C2223
1uF
1.3V
RESET
5
GND
I.C
4
1
1
ST2207
2
VCORE13
MP 56 Page 46
VCORE15
MP 100 Page 47
7
2
3
C2224
4.7uF
MAX1976AETA-130
RYT1137810/1
VDDCODEC
VDDBEAR
N2201
M10
3
C3
V2210
DTC114EM3T5G
RYN121916/2
D10
2
C2202
C2203
C2205
C2210
C2204
D4
100nF
100nF
22pF
100nF
100nF
J12
H12
REF
VDDIO_18
VDDIO
SUB
6
TEST
8
VREF
9
IREF
C2208
MP 137
Page 47
100nF
N2204
VBT_EN
2
VBATI
1Mohms
R2209
1
ST2250
Strap
C2297
2
VBT27
CE
1
IN
3
4
OUT
1
100nF
IN
EP
C2280
1uF
5
GND
1.5V
RESET
OUT
1
NC
7
NC
2
I.C
VCORE15
4
3
1
ST2213
2
C2281
4.7uF
MAX1976AETA-150
RYT1137810/2
VFM27
VBT27
MP 134
Page 47
2
Strap
GND
VBT27
C2296
R1115Z-281B-TR
RYT1137824/1
2.2uF
ST2219
ROP1013066/6
R1A
Vincenne2
100Kohms
R2203
SHDN
R2213
4.7Kohms
C22106
VBT_EN
ST2205
R2204
C2218
VBATI
L12 VDD_E
A2 VDDBUCK
Page 46
4.7Kohms
M11 VDD_D
VBATD
Leadfree
1
1
4.7uF
+
VBUS
1
Page 46
VMSPICO
C2215
BASEBAND REGULATORS
MP 103
Page 47
2
C2216
1uF
MP 29
MP 33
VDDF13
ST2208
N2000
VBATI
2
A
MP 106
Page 47
2
1
ERICSSON AB 2010
POWER
MP 107
Page 47
VDDE18
ST2203
C2214
4.7uF
VDIG
V2200
DCIO_ON
2
1
1
C
1
8
VDIG
ST2204
VFM27
4.7uF
Bluetooth regulator
MP 76
Page 46
N2203
FM_EN
FM_EN
VBATI
100Kohms
R2208
2
1
3
C2293
1uF
FM Radio regulator
VFM27
CE
IN
OUT
4
1
MP 77
Page 46
2
Made for
BASEBAND - Regulators & Charging
Strap
GND
R1115Z-281B-TR
RYT1137824/1
ST2218
C2295
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
10uF
1202-3085 rev. 2
24 (121)
FUNCTION OVERVIEW
2
VDDE18
2
C2213
VBAT
DCIO
ST2202
1
SND10622
X2200
R1A
100Kohms
R2235
MP 37
Page 46
VDIG
1
K800 - K810
FUNCTION OVERVIEW
VBATI
VCORE18
Baseband - Power Camera
K800 - K810
VDDE18
V_VGADIG
VBATI
1
ST2222
2
N2209_CE
1uF
<NM>
VCAM27
VCAMSD
VCAMIO
VCAMAF
VCAMAF
VCAMIO
N2209
C22112
VDDE18
VCAM12
MP 90
Page 46
Strap
VCORE18
V_VGAANA
VBATI
3
VCAMAF
CE
VCAMSD
Max current on VCAMAF
310 mA.
TP2201
6
5
VDD2
VOUT2
GND
VCAMAF_1
1
2
1
VCAM27
VCAM12
2
V_VGAANA
Strap
C22110
10uF
4
ST2227
V_VGADIG
FUNCTION OVERVIEW
C22109
10uF
VDD1
VOUT1
R1170D281B-TR
RYT1137822/1
CAM_27_EN
MP 3
Page 46
CAM_27_EN
CAM_27_EN
Max current on VCAM27
70 mA.
N2202
R2232 15Kohms
VCAMSD
N2202_CE
MP 48
Page 46
R2207
100Kohms
VBATI
2
TP2200
C22111
1
1uF
R2231
100Kohms
3
C2290
IN
OUT
4
VCAM27_1
ST2217
MP 93
Page 46
V_VGAANA
CE
1
2
IN
3
Strap
GND
4
OUT
ST2230
TP2204
Max current on V_VGAANA
50 mA.
2
Strap
R1115Z-281B-TR
RYT1137824/1
1uF
10uF
1
GND
C22115
C2292
R1115Z-281B-TR
RYT1137824/1
1uF
1
2
VBATI
VCAM27
CE
MP 95
Page 47
N2210
C22116
10uF
MP 92
Page 46
VDDE18
VCAMIO
5
1
S2 S1
7
1
ST2228
Max current on VCAMIO
20 mA.
VCAMIO_1
2
5
Strap
D
TP2205
1
S2 S1
7
D
R2229
100Kohms
K800
6 G
C
R2227 15Kohms
B
2
C22114
E1
RYN901926/1
FDJ1027P
V2212
6 G
RYN901926/1
FDJ1027P
V2213
MP 46
Page 46
6
V2211
BC847BV
RYN121929/1
1uF
<NM>
V_VGADIG
VDDE18
1
4
2
S2 S1
8
ST2229
Max current on VCAMSD
110 mA.
2
Strap
D
VCAMSD
4
2
S2 S1
8
D
R2230
100Kohms
3 G
RYN901926/1
FDJ1027P
V2212
3 G
RYN901926/1
FDJ1027P
V2213
VCORE18
C
R2228 15Kohms
CAM_27_EN
B
5
C22113
E4
3
V2211
BC847BV
RYN121929/1
R2236
1uF
<NM>
100Kohms
3 D
VCAMSD_EN
CAMDIR
MP 6
Page 46
VBATI
VCAM12
1
4
6
CAM_12_EN
R2210
100Kohms
C2299
2
VDD
VOUT
3
ECO
1
ST2220
V2215
2
C22100
10uF
CE
NC
R2237
1Mohms
TP2202
N2205
CAM_12_EN
VDDE18
2 S
MP 89
Page 46
1 G
V2214
RYN123930/1
NTK3043N
GND
5
RKZ123905/1
CAMDIR
V2216
2.2uF
R1161D121B-XX
RYT113962/1
RKZ123905/1
VCAMSD_EN_2
Made for
BASEBAND - Power Camera
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
25 (121)
FUNCTION OVERVIEW
VDDF13
VDDF13
VRTC13
VCORE15
K800 - K810
VCORE15
VDDE18
2
IN
OUT
1
1
3
1
GND
REV501107/201 1uF
1
D2000
MARIKA_POWER_OTHER
I/O-1.8V
C1
VDDEE00
VSS00
G4
VDDC1
D1
VDDEE01
VSS01
J4
AA11
VDDC2
G1
VDDEE02
VSS02
L4
AA16
VDDC3
K1
VDDEE03
VSS03
M4
U21
VDDC4
P1
VDDEE04
VSS04
P4
K21
VDDC5
V1
VDDEE05
VSS05
T4
A12
VDDC6
AA3
VDDEE06
VSS06
V5
A10
VDDC7
AA6
VDDEE07
VSS07
V6
A6
VDDC8
AA9
VDDEE08
VSS08
V9
AA14
VDDCARM1
N21
VDDEE11
VSS11 V14
T17
A13
VDDCARM2
J21
VDDEE12
VSS12 V18
VDDEE13
VSS13 T18
D21
VDDCTCM0
A20
VDDCTCM1
A18
VDDCGSM0
VDDEE17
VSS17 H18
VDDCGSM1
A11
VDDEE18
VSS18 E18
VDDCGSM2
A8
VDDEE19
VSS19 D17
A4
VDDEE20
VSS20 D14
VDDEE21
VSS21 D12
C2254
100nF
100nF
C2255
100nF
100nF
C2253
C2252
C2250
100nF
C2251
100nF
C2248
100nF
C2249
100nF
C2246
100nF
C2247
100nF
B8
B1
D2
D16
F17
VSS22 D10
AA18
Y21
VSS23
D9
VSS24
D7
VSS25
D5
G1
H17
K17
K2
M1
VDDEWL0
N17
VDDEWL1
VDDCPLL
R1
RTC-1.3V
Y17
DB2021_MARIKA P2A
ROP1013083/1
R13
VDDRTC
R16
Analog-1.3V
100nF
V13
T2
VSSA Y15
VDDA
U5
A1
ERICSSON AB 2010
POWER
VSSTH2
VSSTH3
VSSTH4
VSSTH5
VSSTH6
VCORE13 VCORE15
VSSTH7
VSSTH8
VDDE18
VSSTH9
VDDF13
VSSTH10
VRTC13
VSSTH11
VCORE13
VSSTH12
VCORE15
VSSTH13
VSSTH14
VSSTH15
VSSTH17
VSSTH18
VSSTH19
VSSTH21
VSSTH22
VSSTH25
VSSTH26
VSSTH27
VSSTH30
ERICSSON_AB2012
ROP1013066/6 R1A
VDD_CLK32
VDD_1
VSS_1
VDD_2
VSS_2
VDD_3
VSS_3
VDD_4
VSS_4
VDD_5
VSS_5
VDD_6
VSS_6
VDD_7
VSS_7
VDD_8
VSS_8
VDD_9
VSS_9
VDD_10
VSS_10
VDD_11
VSS_11
VDD_12
VSS_12
VDD_13
VSS_13
VDD_14
VSS_14
VDD_15
VSS_15
VDD_16
VSS_16
VDD_17
VSS_17
VDD_18
VSS_18
VDD_19
VSS_19
VDD_20
VSS_20
VDD_21
VSS_21
VDD_22
VSS_22
C2276
VSS_23
100nF C2277
100nF
100nF
C2275
100nF
100nF
C2273
C2274
C2272
100nF
C2270
100nF
100nF C2271
100nF
C2268
C2266
C2264
VDD_DPLL
B15
B11
B10
B7
C3
C5
C12
C16
D3
F3
F15
H3
H16
J16
L2
L16
N3
P16
R3
R4
T4
U15
U17
ROP1013044/4
R1A
NC_RSV2
ROP1013083/4 R2A
N2000
THERMAL GROUNDS
VSSTH1
C2269
NC_RSV1
100nF
A21
NotConnected_Balls
100nF
NC_RSV0
C2267
AA1
100nF
VPPSTDSENSE
C2265
W18
100nF
C2259
100nF
VPPSTD1
C2262
C2258
100nF
VPPSTD0
100nF
C2257
100nF
V16
AA21
U16
C2263
C2256
100nF
Efuse
100nF
C2241
C2239
100nF
C2240
100nF
100nF
100nF
C2238
C2237
C2235
100nF
C2236
100nF
C2233
100nF
C2234
100nF
C2231
100nF
C2232
100nF
C2229
100nF
C2230
B14
I/O-1.5/1.8V
DPLL-1.3V
100nF
A17
C2260
VDDCUMA3
A12
100nF
A5
A6
C2261
VDDCUMA2
A3
A3
100nF
VDDCUMA1
100nF
UMACore-1.3V
VDDCUMA0
A9
C2244
100nF
VDDCRAM1
C2245
100nF
VDDCRAM0
L1
AA19
VSS15 M18
VDDEE16
100nF
AA10
VDDEE15
A15
C2242
AA4
DIGITAL SUPPLY
VSS14 N18
VDDEE14
VSS16 K18
C2243
U1
F1
C2227
BG_REF U11
A17
R1
100nF
VSSCOMPLEX_IO2 T12
L15
RAMCore-1.3V
C2228
VSS_CS_ADPLL N11
VDD_CS_ADPLL
VSSCOMPLEX_IO1 T6
VSS10 W14
N1
100nF
R12
VDDEE10
GSMCore-1.3V
C2225
VSS_BG T11
VDDEE09
L21
100nF
VSS_RX T8
VDD_BG
R21
P21
C2226
VDD_RX
R11
VDDCARM0
TCMCore-1.3V
100nF
U10
H21
G21
EMP_WANDA_POWER
VSS_TX R8
VDD_TX
VSS09 V11
ARMCore-1.3V
VDDF13 VRTC13
D2001
U6
FUNCTION OVERVIEW
VDDC0
T1
M1
C2279
Core-1.3V
ST2212
100nF
MARIKA_POWER_CORE
2
D2000
2
ST2210
2
ST2211
VDDE18
VRTC13
C2278
100nF
VCORE13
Baseband - Power ASICs
F7
G7
G6
E5
E6
E7
E8
F8
G8
H8
H7
H6
H5
G5
F5
D6
D7
D8
F9
G9
J7
J6
J5
F4
Made for
BASEBAND - Power ASICs
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
26 (121)
FUNCTION OVERVIEW
Baseband - Power Memories
VDDE18
K800 - K810
VCORE18
VBATI
1
1
VPP
ST2232
R2206 1Kohms
2
2
ST2231
E
V2206
B
C
RYN120903/1
D2300
V2207
VDDE18_NOR
RKZ123905/1
FLASH_VPP
F-VCC
VSS
C2
D6
F-VCC
VSS
C3
J4
F-VCC
VSS
C4
J6
F-VCC
VSS
C6
VSS
C7
D3
D-VCC
VSS
C8
C5
D-VCC
VSS
K2
D7
D-VCC
VSS
K3
VSS
K4
J2
VCCQ
VSS
K6
J3
VCCQ
VSS
K7
J7
VCCQ
VSS
K8
J8
VCCQ
J1
F-VPP
C2287
C2288
100nF
S-VCC
PF38F4060L0YTB0
RYT118953/1
100nF
100nF C2285
100nF C2286
100nF C2284
100nF C2283
220nF
4.7uF C2282
D2
C2298
X16D_POWER
D4
FUNCTION OVERVIEW
MP 64
Page 46
VCORE18_NOR
1
VDDE18
ST2216
2
D2301
100nF
C2289
32Mx8Bit-NAND_FLASH_POW
VCORE18
VDDE18
VBATI
F6
VCC
G4
VCCQ
POWER/GND
AND NC
VSS
H1
VSS
H6
VSS
A3
NC
D4
B1
NC
NC
D5
B4
NC
NC
D6
B5
NC
NC
E1
B6
NC
NC
E2
C1
NC
NC
E3
C2
NC
NC
E4
C3
NC
NC
E5
C4
NC
NC
E6
C5
NC
NC
F1
C6
NC
NC
F3
D1
NC
NC
F4
D2
NC
NC
F5
D3
NC
NC
G1
NC
G3
1
DNU
2
DNU
9
DNU
DNU
10
3
DNU
DNU
11
4
DNU
DNU
12
5
DNU
DNU
13
6
DNU
DNU
14
7
DNU
DNU
15
8
DNU
SUPPORTPINS
VCORE18
K9F1208R0B-JIB
RYT118932/2
VCORE18
VDDE18
VBATI
Made for
BASEBAND - Power Memories
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
27 (121)
FUNCTION OVERVIEW
VDDE18
Baseband - Operation and Services Top
K800 - K810
Page 31
VDDE18
RTEMP
RTEMP
RTEMP
VLOOP
VLOOP
VLOOP
WRFLOOP
WRFLOOP
WRFLOOP
VAD
VAD
VAD
I2CDAT1
I2CDAT1
VBACKUP
VBACKUP
I2CCLK1
VBACKUP
OPTOTEMP
OPTOTEMP
AID_AD
WPABIAS
WPABIAS
WPABIAS
VCXOCONT
VCXOCONT
FUNCTION OVERVIEW
OPTOTEMP
I2CDAT1
I2CCLK1
I2CCLK1
VCXOCONT
ADC/DAC & MP-PCM & I2C
AID_AD
USBVALID
USBRCV
DTMS
CTMS
IRRXD
VDDE18
VDIG
VBATI
Page 33
VBATI
VDIG
IRRXD
VDDE18
CTMS
MIDREF
USBRCV
DTMS
MIDREF
MIDREF
SPL
SPL
SPR
SPR
FLASH_STROBE
FLASH_STROBE
AID_AD
DCIO
MICN/AUXinR
EDB_EN
IRTXD
CTMS
IRSD
DTMS
CFMS_AID
USBRCV
USBVALID
SPR
FLASH_STROBE
Page 30
IRRXD
SPL
DFMS
EDB_EN
EDB_EN
IRTXD
IRTXD
IRSD
IRSD
CFMS_AID
CFMS_AID
DFMS
DFMS
MICP/AUXinL
FM_ANTENNA
VBUS
VPP
SERVICEn
DCIO
DCIO
MICN/AUXinR
MICN/AUXinR
MICP/AUXinL
MICP/AUXinL
FM_ANTENNA
FM_ANTENNA
VBUS
VBUS
VPP
VPP
SERVICEn
SERVICEn
USBVALID
Connectivity
CAMDIR
CHARGE_RDY
LIDSENSE
BTRX
BTCTS
CAM_12_EN
BTRX
CAM_27_EN
BTCLKREQ
VBT_EN
VBT_EN
LIDSENSE
BTCTS
BTCLKREQ
MSDETECT
VDDE18
VMSPICO
Page 32
MSDETECT
MEMDPD
CAM_27_EN
FM_EN
FM_EN
BTTX
BTTX
DCIO_ON
CAM_12_EN
CAM_27_EN
FM_EN
FMINT
VBT_EN
CAM_12_EN
BTTX
BTRTS
BTRTS
FMINT
FMINT
AMPCTRL
CAMIRQ
CHARGE_RDY
BTCLKREQ
CHARGE_ON
AMPCTRL
AMPCTRL
BTCTS
FOCUSLED_ON
CHARGE_ON
CHARGE_ON
BTRX
UKEYBRGT
FOCUSLED_ON
FOCUSLED_ON
LIDSENSE
LKEYBRGT
UKEYBRGT
UKEYBRGT
CHARGE_RDY
STROBE_ENABLE
LKEYBRGT
LKEYBRGT
CAMIRQ
CAMDIR
STROBE_ENABLE
STROBE_ENABLE
CAMIRQ
CAMDIR
BTRTS
DCIO_ON
GPIO
VDDE18
DCIO_ON
Page 29
VMSPICO
VDDE18
MSDETECT
VDDE18
MEMDPD
SIM & MS Pico
MEMRESn
MEMRESn
MEMRESn
MEMDPD
MEMRESn
Memories
VBATI
VBATI
VDIG
VDDE18
VMSPICO
Made for
BASEBAND - Operation & Services Top
VDIG
VDDE18
VMSPICO
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
28 (121)
FUNCTION OVERVIEW
Baseband - Operation and Services Memories
K800 - K810
NANDBUS
EMIF_DATA[0:15]
D2000
MARIKA_MEMORY
D2300
EMIF_ADDRESS[1:25]
X16D_IO
Data_and_Address_Bus
EMIF_DATA[0]
B17
D0
A1 H14
EMIF_ADDRESS[1]
EMIF_ADDRESS[1]
D1
A1
DQ0
M2
EMIF_DATA[0]
EMIF_DATA[1]
B16
D1
A2 A16
EMIF_ADDRESS[2]
EMIF_ADDRESS[2]
C1
A2
DQ1
L1
EMIF_DATA[1]
EMIF_DATA[2]
C15
D2
A3 G14
EMIF_ADDRESS[3]
EMIF_ADDRESS[3]
B1
A3
DQ2
K1
EMIF_DATA[2]
EMIF_DATA[3]
B15
D3
A4 A14
EMIF_ADDRESS[4]
EMIF_ADDRESS[4]
B2
A4
DQ3
L2
EMIF_DATA[3]
NF_CLE
B3
CLE
EMIF_DATA[4]
C14
D4
A5 D13
EMIF_ADDRESS[5]
EMIF_ADDRESS[5]
A2
A5
DQ4
M4
EMIF_DATA[4]
NF_ALE
A2
ALE
EMIF_DATA[5]
B14
D5
A6 G13
EMIF_ADDRESS[6]
EMIF_ADDRESS[6]
B3
A6
DQ5
L3
EMIF_DATA[5]
NF_CSn
A4
CE
EMIF_DATA[6]
C13
D6
A7 H13
EMIF_ADDRESS[7]
EMIF_ADDRESS[7]
A3
A7
DQ6
L4
EMIF_DATA[6]
NF_REn
B2
RE
EMIF_DATA[7]
B13
D7
A8 G12
EMIF_ADDRESS[8]
EMIF_ADDRESS[8]
A4
A8
DQ7
L5
EMIF_DATA[7]
NF_WEn
A5
WE
EMIF_DATA[8]
C12
D8
A9 H12
EMIF_ADDRESS[9]
EMIF_ADDRESS[9]
G8
A9
DQ8
M5
EMIF_DATA[8]
MEMRESn
A1
WP
EMIF_DATA[9]
B12
D9
A10 D11
EMIF_ADDRESS[10]
EMIF_ADDRESS[10]
F8
A10
DQ9
L6
EMIF_DATA[9]
EMIF_DATA[10]
C11
D10
A11 G11
EMIF_ADDRESS[11]
EMIF_ADDRESS[11]
E8
A11
DQ10
M6
EMIF_DATA[10]
EMIF_DATA[11]
B11
D11
A12 H11
EMIF_ADDRESS[12]
EMIF_ADDRESS[12]
G9
A12
DQ11
L7
EMIF_DATA[11]
EMIF_DATA[12]
C10
D12
A13 G10
EMIF_ADDRESS[13]
EMIF_ADDRESS[13]
F9
A13
DQ12
L8
EMIF_DATA[13]
B10
D13
A14 H10
EMIF_ADDRESS[14]
EMIF_ADDRESS[14]
E9
A14
DQ13
EMIF_DATA[14]
C9
D14
A15/SDR_BS0
A7
EMIF_ADDRESS[15]
EMIF_ADDRESS[15]
D9
A15
EMIF_DATA[15]
B9
D15
A16/SDR_BS1
G9
EMIF_ADDRESS[16]
EMIF_ADDRESS[16]
C9
A16
A17
B5
EMIF_ADDRESS[17]
EMIF_ADDRESS[17]
B9
A18
C5
EMIF_ADDRESS[18]
EMIF_ADDRESS[18]
A19
D8
EMIF_ADDRESS[19]
A20
G8
A21
B4
A22
A23
NF_RB
IO_0
F2
NF_D[0]
IO_1
G2
NF_D[1]
EMIF_DATA[12]
IO_2
H2
NF_D[2]
K9
EMIF_DATA[13]
IO_3
H3
NF_D[3]
DQ14
L9
EMIF_DATA[14]
IO_4
H4
NF_D[4]
DQ15
M8
EMIF_DATA[15]
IO_5
G5
NF_D[5]
A17
IO_6
H5
NF_D[6]
B4
A18
IO_7
G6
NF_D[7]
EMIF_ADDRESS[19]
B5
A19
EMIF_ADDRESS[20]
EMIF_ADDRESS[20]
A5
A20
EMIF_ADDRESS[21]
EMIF_ADDRESS[21]
F7
A21
H9
EMIF_ADDRESS[22]
EMIF_ADDRESS[22]
E7
A22
B3
EMIF_ADDRESS[23]
EMIF_ADDRESS[23]
B7
A23
A24
A2
EMIF_ADDRESS[24]
EMIF_ADDRESS[24]
A6
A24
A25/CRE
D6
EMIF_ADDRESS[25]
EMIF_ADDRESS[25]
A7
A25
A8
A26
B8
A27
CS0_N
E4
CS1_N
E3
CS2_N
F4
CS3_N
F3
WE_N
B2
OE_N
C3
MEMBE0_N/SDR_DQML
C4
MEMBE1_N/SDR_DQMU
D4
C6
MEMCLKRET/PSR_CLKRET
C8
MEMWAIT_N
CS0n
C7
SDR_CS_N
B1
SP2333
OEn
MEM_BE0n
SP2319
MEM_BE1n
D2300
MEM_ADVn
X16D_CONTROL
MEM_CLK
SDR_CSn
SDR_CLK
B8
SDR_CKE
B7
SDR_CAS_N
D3
SDR_RAS_N
C2
SDR_RASn
SDR_CLK
SDR_CKE
SDR_CASn
WAIT
J9
F-WP1
NC_F-DPD
B6
F-WP2
NC_D2-CS
E3
K5
F-CLK
D5
F-ADV
G7
F-RST
E1
F1
E2
F-WE
SDR_CLKRET
H7
F-OE
NC_S-CS1
F6
NF_D[0]
D2
NF_D0
NF_RE_N
H7
NF_REn
G3
F1-CE
NC_S-CS2
H2
NF_D[1]
E1
NF_D1
NF_WE_N
G2
NF_WEn
G2
F2-CE
NC_N-ALE
D8
NF_D[2]
G3
NF_D2
NF_ALE
H1
NF_ALE
H3
F3-CE
NC_N-CLE
E5
NF_D[3]
H8
NF_D3
NF_CLE
J3
NF_CLE
E6
F4-CE/A28
NC_N-RY/BY
H1
NF_D[4]
E2
NF_D4
NF_CS_N
H2
NF_CSn
F2
D1-CS
NF_D[5]
H4
NF_D5
H9
D-DM0
NF_D[6]
H3
NF_D6
H8
D-DM1
NF_D[7]
F2
NF_D7
J5
D-CLK
NF_RB
K3
NF_R/B
H5
/D-CLK
G6
D-CKE
H6
D-WE
RFU
G1
G4
D-BA0
H4
D-BA1
F3
D-CAS
DU_1
A1
F4
D-RAS
DU_2
A9
M7
D-UDQS
DU_3
M1
M3
D-LDQS
DU_4
M9
SDR_CKE
MEMRESn
PF38F5060M0Y0B0
RYT118953/1
WEn
NAND-Flash_IF
MEMRESn
K9F1208R0B-JIB
RYT118932/2
B6
SDR_CLK
DATA
CS1n
MEMADV_N B18
MEMCLK/PSR_CLK
R/B
FUNCTION OVERVIEW
MEM_CLK
VINITHI
32Mx8Bit-NAND_FLASH_IF
A6
Memory_Control
E5
D2301
ROP1013083/4
R2A
MEMDPD
PF38F4060L0YTB0
RYT118953/1
MEMWAITn
MEMRESn
MEMDPD
Made for
BASEBAND - Operation & Sevices Memories
SDR_CLK
MEM_CLK
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
29 (121)
FUNCTION OVERVIEW
IRRXD
MSDETECT
BTCTS
BTRX
FMINT
CTMS
USBVALID
USBRCV
DTMS
K800 - K810
IRRXD
MSDETECT
BTCTS
BTRX
FMINT
BTCLKREQ
FUNCTION OVERVIEW
BTCLKREQ
Baseband - Operation and Services GPIO
CTMS
USBVALID
USBRCV
DTMS
D2000
MARIKA_GPIO
Gen.Purpose_I/O
DTMS
GPIO00/UARTRX0
R3
GPIO01/UARTTX0
P7
DFMS
GPIO02/UARTCTS0/USBRCV
T3
USBRCV
GPIO03/UARTRTS0/USBVBUS
V2
USBVALID
GPIO04/UARTRX1
R4
CTMS
GPIO05/UARTTX1
W1
CFMS_AID
GPIO06/UARTCTS1
N8
GPIO07/UARTRTS1
W2
GPIO10/SYSCLKREQ0
Y1
GPIO11/SYSCLKREQ1
Y2
GPIO12/SYSCLKREQ2
U4
GPIO13/GPSSTART
W3
GPIO14
V3
GPIO15/EXTTRIG
V4
GPIO16/BUS_REQ AA2
CHARGE_ON
W5
GPIO21/UARTTX3/DSPGPIO1
W4
BTTX
GPIO22/UARTCTS3/DSPGPIO2
W6
BTCTS
GPIO23/UARTRTS3/DSPGPIO3
V7
BTRTS
GPIO24/UARTRX6/SPIDI/DSPGPIO4
Y4
CAM_12_EN
BTRX
W7
CAMDIR
GPIO27/UARTRTS6/SPICLK/DSPGPIO7
P8
LIDSENSE
GPIO30/FM
Y5
DCIO_ON
GPIO31/PWM0
V8
LKEYBRGT
GPIO32/PWM1 W8
UKEYBRGT
GPIO33/MMCPOW
Y6
VBT_EN
GPIO34/MCCLKRET
R8
MSDETECT
GPIO35/JOGXA AA7
CAM_27_EN
GPIO40/JOGYA/SPIEN0
W9
GPIO41/JOGYB/SPIEN1/UARTCTS0
Y8
GPIO42/JOGYS/SPIEN2/UARTRTS0 W10
BTTX
BTRTS
CAM_12_EN
CAMIRQ
GPIO26/UARTCTS6/SPIRDY/DSPGPIO6
GPIO37/JOGXS AA8
AMPCTRL
FMINT
CHARGE_RDY
GPIO17/BUS_GNT
Y7
CHARGE_ON
AMPCTRL
GPIO20/UARTRX3/DSPGPIO0
GPIO36/JOGXB
CFMS_AID
BTCLKREQ
Y3
GPIO25/UARTTX6/SPIDO/DSPGPIO5 AA5
DFMS
CAMDIR
DCIO_ON
LKEYBRGT
UKEYBRGT
VBT_EN
CAM_27_EN
FM_EN
FM_EN
FOCUSLED_ON
FOCUSLED_ON
MEMDPD
MEMDPD
EDB_EN
EDB_EN
STROBE_ENABLE
GPIO43/TGBUZZ/SPIEN3/IRSELECT
R9
GPIO44/UARTRX6
P9
IRRXD
GPIO45/UARTTX6/IRTX/RCTX
Y9
IRTXD
GPIO46/UARTCTS6/IRSD V10
IRSD
STROBE_ENABLE
IRTXD
IRSD
GPIO47/UARTRTS6/RCTX/RC W11
ROP1013083/4 R2A
CHARGE_RDY
LIDSENSE
CAMIRQ
Made for
BASEBAND - Operation & Services GPIO
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
30 (121)
FUNCTION OVERVIEW
Baseband - Operation and Services ADC & DAC
K800 - K810
N2000
ERICSSON AB 2010
OP AND SERVICES
ADC
RTEMP
VLOOP
RTEMP
L10
VLOOP
K10
GPA1
GPA2
L11
WRFLOOP
WRFLOOP
K11
VAD
K12
VAD
GPA3
GPA4
GPA5
VBACKUP
OPTOTEMP
VBACKUP
J10
OPTOTEMP
J9
AID_AD
D9
AID_AD
FUNCTION OVERVIEW
J11
GPA6
GPA7
GPA12
GPA13
C7
ADSTR
ERICSSON_AB2012
ROP1013066/6 R1A
D2001
EMP_WANDA_OP
ADC_DAC IF
ACC_STR M16
ADCSTR
DAC_DAT L13
DAC_STR M15
DAC_CLK N15
N2000
ERICSSON AB 2010
OP AND SERVICES
ROP1013044/4
R1A
SP2350
C9
A10
SP2351
B10
DACCLK
C8
DACDAT
B9
DACSTR
ADCSTR
DACDAT
DAC
DACO1
DACO3
DACSTR
SDA
B5
DAC02/4 G11
DACCLK
H11
WPABIAS
WPABIAS
VCXOCONT
VCXOCONT
I2C IF
SCL
ERICSSON_AB2012
ROP1013066/6 R1A
VDDE18
VDDE18
3.3Kohms
10Kohms
10Kohms
R2311
R2312
D2000
R2313
3.3Kohms
R2314
MARIKA_I2C_IF
I2CSCL0
M19
I2CSDA0
N15
I2CSCL1
N2
I2CCLK1
I2CSDA1
M3
I2CDAT1
I2CCLK1
I2CDAT1
MP 65
MP 66
Page 46 Page 46
ROP1013083/4
D2000
MARIKA_DAC_IF
DACCLK
V15
DACDAT
Y18
DACSTR W16
ADCSTR AA20
1
2
ST2301
ROP1013083/4
VDDE18
VDDE18
Made for
BASEBAND
Operation & Services ADC & DAC
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
31 (121)
FUNCTION OVERVIEW
Baseband - Operation and Services MS Pico & SIM
K800 - K810
VMSPICO
VDDE18
D2000
C2332
1uF
RNK87147
R1A
X2301
MARIKA_CARD_IF
1Mohms
R2305
MemoryCard_IF
L7
MSSDIO0
MSSDIO1/MMCDAT1
L2
MSSDIO1
3
MSSDIO2/MMCDAT2
L8
MSSDIO2
2
MSSDIO3/MMCDAT3/CD
M2
MSSDIO3
4
DATA0
VCC
DATA1
INS
DATA2
VSS
8
MSDETECT
MP 96 Page 47
5
9
DATA3
C2330
33pF
6
Chassi
MSSDIODIR/MMCDATDIR
L3
SIMCLK
M21
SIMDAT
N20
R2325
N14
R2324
SIM_IF
SIMRST_N
Chassi
Chassi
13
14
1
<NM>
22pF C2307
K7
100Kohms
MSBSDIR/MMCCMDDIR
12
SCLK
BS
7
R2327
MSBS
100Kohms
MSSCLK
K2
Chassi
15
Reserved
Chassi
Reserved
Chassi
10
16
11
17
Chassi
18
Chassi
19
R2328
K8
100Kohms
MSBS/MMCCMD
100Kohms
MSSCLK/MMCCLK
MSDETECT
FUNCTION OVERVIEW
MSSDIO0/MMCDAT0
Chassi
20
Chassi
ROP1013083/4
21
Chassi
22
MS Micro connector
MP 125
MP 124 SIMVCC Page
Page SIMRSTn 47
47
VDDE18
N2000
ERICSSON AB 2010
OP AND SERVICES
F1
SIMCLK_2
SCLK
SIMCLK
G2
V2302
10Kohms
G1
RKZ123905/1
<NM>
R2308
H1
SIMDAT_1
SDAT
SIMDAT
H3
SIMDAT_2
R2307
C2325
100pF
VMSPICO
ERICSSON_AB2012
ROP1013066/6
R1A
0ohms
7
SIMDAT
C2312
J3
SIMRST
C2311
SIMCLK_1
SRST
22pF
H2
22pF
SIMRSTn_1
C2310
R2306 0ohms
6
C2314
SIMVCC
1uF
SIMOFF
3
5
MP 123
Page
47
C2313
C2
R2326
10Kohms
2
SIMCLK
SIM IF
X2302
1
SIMVCC
SIMCONRST
SIMCONCLK
GND
NC
SIMCONDAT
CCM03-3801
RNK87146
R2A
1nF
SP2335
22pF
SP2334
MP 129
Page
47
C2309
1uF
VDDE18
VMSPICO
VDDE18
Made for
BASEBAND
Operation & Services MS Pico and SIM
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
32 (121)
FUNCTION OVERVIEW
VBATI
VDDE18
Baseband - Operation and Services Connectivity
VDIG
K800 - K810
VDDE18
100Kohms
R2321
R2309
56ohms
R2342
56ohms
R2343
56ohms
IRRXD
IRRXD
H2300
100Kohms
5
R2310
VIRLED
VCC
1
IRSD
4
2
A
RXD
TXD
IRTXD
SD
IRSD
GND
1
C2350
<NM>
V2305
RKZ223914/1
<NM>
C2351
C2315
<NM>
22pF
C2352
<NM>
4.7uF
33pF
CIM-130M7-T
RKZ923919/1
33pF
A
C1
2
6
C2
FUNCTION OVERVIEW
2
V2306
<NM>
LEDA
3
IRTXD
1
C
IrDA module
USBRCV
3
USBRCV
USBVALID
USBVALID
DTMS
DTMS
VDIG
VDDE18
V2300
4 S
1
3 D
R2300
10Kohms
RYN901918/2
5 G
CFMS_AID
CFMS_AID
VDIG
SERVICEn
3
R2301 1Kohms
VDDE18 VDDE18
V2301
UNR32A7
RYN121931/1
AID/ACB/VPP_1
1
560ohms
DFMS
DFMS
SERVICEn
MP 105
Page 47
CFMS_AID_1
2
3
V2310
RYN121916/2
DTC114EM3T5G
VDDE18
2
R2302
R2338
100Kohms
4.7Kohms
R2303
V2300
USBDM
D2304
15
VCC_IO
12
VCC_5V0
13
VCC_UART
USBDP
R2712
100Kohms
D2000
R2713
100Kohms
C2331 47pF
ISP1110
VREG
CTMS
6 D
MP 101
Page 47
2
EDB_EN
CTMS
R2304 470ohms
14
R2331 1Kohms
C2300
RYN901918/2
N2300
100nF
1 S
ST2302
2 G
1
EDB_EN
470Kohms
R2322
1
MARIKA_USBIF
2
TXD
D16
USBOE
16
UART_EN
USBSUSP
A19
USBSUSP
9
VBUSDET
USBPUEN
D15
USBPUEN
8
SOFTCON
4
VP/VPO
5
VM/VMO
3
RCV
7
SUSPEND
6
OE
USB_IF
C16
USBDP/USBDAT
C18
USBDM/USBSE0
USBOE
ROP1013083/4 R2A
R2360
100Kohms
<NM>
C2301
100nF
C2302
MP 104
Page 47
100nF
RXD
1
DP
11
DM
10
A1
A1
B1
B1
A2
B2
A2
B2
C1
C1
VPP
AID_AD
AID/ACB/VPP
AID_AD
MP 132
Page 47
R2316
47Kohms
VBUS
MICN/AUXinR
C2
MP 102
Page 47
C2
MICP/AUXinL
MICP/AUXinL
Signal routed in outer layer and no ground plane underneath!
GND_DIE
X2300
R2341
470Kohms
R2344
470Kohms
17
ISP1110
RYT109913/1
MP 131
Page 47
10
DMext/DFMS
11
D+/DTMS
D-/DFMS
1
VBUS
MP 108
Page 47
DCIO
MIDREF
12
DCIO
100MHz
2
L2301
100MHz
3
L2302
100MHz
4
L2303
100MHz
5
L2304
100MHz
6
L2305
100MHz
L2300
MIDREF
C2326
SPL
MP 136
Page 47
SPR
SPR
FLASH_STROBE_2
FM_ANTENNA
RNV79936
AID/ACB/VPP
DPext/DTMS
VBUS
SPL
<NM>
8
AID/ACB/VPP
DCIO
FLASH_STROBE
MP 78
Page 46
VPP
FM_ANTENNA
IP4078CX6
RKZ923921/1
1uF
2
MICN/AUXinR
VBUS
R2350
27Kohms
ST2300
FLASH_STROBE
No ground plane underneath!
SPREF
Mic+/AUXinL
Mic-/AUXinR
SPL
SPR
7
VIDEO/STROBE
9
GND
220nF
1uF
MP 112 MP 111
Page 47 Page 47
2
1
C1
220nF
V2303
1
C
V2221
C2327
C2328
1nF
1nF
15V
2
A
VBATI
15V
MP110 MP 109
Page 47 Page 47
Made for
A
VDIG
VDDE18
VDDE18
C2322
C2
System connector
1
C
VDIG
C2321
2
A
V2204
C2320
RKZ223914/1
NZL5V6-SOT723 3
VBATI
Place close to system connector X2300.
BASEBAND
Operation & Services Connectivity
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
33 (121)
FUNCTION OVERVIEW
Baseband - UMTS Access Top
VDIG
K800 - K810
VCORE15
Page 35
WSTR
VCORE15
WDAT
VDIG
TXQB
TXQA
RXQB
RXQB
RXQB
RXQA
TXIA
RXQA
RXQA
RXIA
RXIA
RXIB
RXIB
TXIB
RXIA
ISSYNCn
RXIB
ISEVENTn
HSSLTX
WSTR
WDAT
WDAT
WCLK
FUNCTION OVERVIEW
WCLK
WSTR
WCLK
TXQB
TXQB
TXQA
TXQA
TXIA
TXIA
TXIB
TXIB
HSSLRX
HSSLRXCLK
HSSLTXCLK
WCDMA
HSSLTXCLK
HSSLRX
ISEVENTn
ISSYNCn
VDIG
VDDE18
Page 36
VDDE18
VDIG
RADSTR
RADDAT
RADCLK
TXON
MODA
MODB
IDATA
IDATA
QDATA
QDATA
DCLK
DCLK
DIRMODCLK
DIRMODCLK
IDATA
MODC
QDATA
MODD
DCLK
ANTSW0
DIRMODCLK
ANTSW1
ISSYNCn
ANTSW2
ISEVENTn
ANTSW3
HSSLRX
RADSTR
RADSTR
RADDAT
RADDAT
RADCLK
RADCLK
TXON
TXON
MODA
MODA
MODB
MODB
MODC
MODC
MODD
MODD
ANTSW0
ANTSW0
ANTSW1
ANTSW1
ANTSW2
ANTSW2
ANTSW3
ANTSW3
HSSLTX
HSSLTXCLK
HSSLRXCLK
GSM
HSSLRXCLK
HSSLTX
VDIG
VDDE18
VCORE15
VDIG
VDDE18
VCORE15
Made for
BASEBAND - UMTS Access Top
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
34 (121)
FUNCTION OVERVIEW
Baseband - UMTS Access WCDMA
K800 - K810
VCORE15
VDIG
N2402
C3
C1
B2
C2401
100nF
VCCB
VCCA
B1
A1
A3
A1
WSTR
FUNCTION OVERVIEW
WSTR_1V5
GND
ST1G3234
RYT109914/1
C2402
100nF
D2001
EMP_WANDA_UMTSACCESS
M13
RADIO_STR
WSTR
P15
WDAT
R17
WCLK
RADIO_DAT
WDAT
RADIO_CLK
WCLK
VCORE15
RXQB
VCORE15
T9
ADC_Q_IN_INV
RXQB
RXQA
R9
RXIA
R10
ADC_RXEXT_P
T10
C2400
ADC_Q_IN
RXQA
ADC_RXEXTREF
N9
100nF
ADC_I_IN
RXIA
RXIB
N10
ADC_I_IN_INV
RXIB
100Kohms
R2401
<NM>
100Kohms
R2402
<NM>
DAC_Q_OUT_INV
R7
TXQB
DAC_Q_OUT
U7
TXQA
TXQB
TXQA
DAC_I_OUT
N8
TXIA
DAC_I_OUT_INV
U8
TXIB
DAC_TXEXTRES
T7
TXIA
TXIB
R2400 43Kohms
IS_SYNC
A13
ISSYNCn
IS_EVENT
B12
ISEVENTn
ISSYNCn
ISEVENTn
HSSLTX
B16
HSSLRXCLK
A16
HSSLRX_D
HSSLTX_D
A15
HSSLRX
C14
HSSLTXCLK
HSSLTX
HSSLRX
HSSLRX_CLK
HSSLTX_CLK
HSSLRXCLK
ROP1013044/4
SP2400
VCORE15
HSSLTXCLK
R1B
SP2401
VDIG
VCORE15
VDIG
Made for
BASEBAND - UMTS Access WCDMA
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
35 (121)
FUNCTION OVERVIEW
Baseband - UMTS Access GSM
K800 - K810
VDDE18
RADSTR
RADSTR
FUNCTION OVERVIEW
10Kohms
R2409
TXON
TXON
DIRMODCLK
DIRMODCLK
D2000
RADCLK
MARIKA_ACCESS
RADCLK
RADDAT
GSMRadio_IF
RADDAT
IDATA
P12
IDATA
DIRMOD0
Y10
QDATA
W13
QDATA
DIRMOD1
Y11
DIRMOD2
Y13
IDATA
QDATA
DCLK
R12
DCLK
DCLK
DIRMOD3
DIRMODCLK/TESTOUT
MODA_1
MODB_1
Y12
MODD_1
TESTOUT_1
RFCLK
RFSTR
AA13
RFDAT
Y14
ST2404
RADCLK
MODA
2
1
MODC_1
W12
V12
1
MODA
ST2405
MODB
2
1
MODB
ST2406
MODC
2
1
MODC
ST2407
MODD
2
1
VDIG
VDDE18
MODD
ST22408
2
N2400
RADSTR_1V8
RADDAT
B4
VCCB
VCCA
B6
AA12
TXON
ANTSW0
R10
ANTSW0_1V8
C7
ANTSW1
P10
ANTSW1_1V8
C5
ANTSW2
R11
ANTSW2_1V8
C3
ANTSW3
P11
ANTSW3_1V8
C1
ISSYNC_N
W19
ISEVENT_N
U18
HSSLTX
V17
HSSLTX
P13
HSSLRXCLK
BANDSEL/TXON
C2403
InterSystem_IF
100nF
B2
B1
A1
B2
A2
B3
B4
GND
ST4G3234
RYT113995/1
A3
A4
A7
ANTSW0
A5
ANTSW1
A3
ANTSW2
A1
ANTSW3
ANTSW0
ANTSW1
ANTSW2
ANTSW3
C2404
100nF
UMTS-HSSL_IF
HSSLRX
Y19
HSSLRX
HSSLTXCLK
Y20
HSSLTXCLK
HSSLRX
HSSLTXCLK
HSSLRXCLK
HSSLTX
HSSLRXCLK
ROP1013083/4 R2A
ISEVENTn
ISEVENTn
ISSYNCn
ISSYNCn
VDDE18
VDDE18
VDIG
VDIG
Made for
BASEBAND - UMTS Access GSM
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
36 (121)
FUNCTION OVERVIEW
DCIOint
VDIG
VDDE18
VBATI
Baseband - MMI Top
K800 - K810
Page 39
VBATI
VDDE18
VDIG
DCIOint
UKEYBRGT
UKEYBRGT
UKEYBRGT
LKEYBRGT
LKEYBRGT
FUNCTION OVERVIEW
LKEYBRGT
I2CCLK1
I2CCLK1
I2CDAT1
OPTOTEMP
I2CDAT1
OPTOTEMP
OPTOTEMP
PCMDATA
PCMDATA
PCMDATB
PCMDATB
Display
Page 40
VBATI
VBATI
PCMDATA
PCMDATB
PCMSYN
FMR
FMR
FMR
FML
FML
MICN/AUXinR
MICN/AUXinR
MICP/AUXinL
MICP/AUXinL
AMPCTRL
PCMCLK
FML
VAD
MICN/AUXinR
SPL
MICP/AUXinL
SPR
AMPCTRL
AMPCTRL
VDDE18
VBATI
VCAMIO
MIDREF
PCMSYN
PCMSYN
PCMCLK
PCMCLK
VAD
VAD
SPL
SPL
SPR
SPR
MIDREF
MIDREF
ONSWAn
ONSWA
Audio
Page 38
VCAMIO
ONSWAn
VDDE18
VBATI
FOCUSLED_ON
FOCUSLED_ON
CHARGE_ON
CHARGE_ON
FOCUSLED_ON
XE_STROBE
CHARGE_ON
LIDSENSE
CHARGE_RDY
FLASH_STROBE_1
XE_STROBE
XE_STROBE
LIDSENSE
LIDSENSE
CHARGE_RDY
CHARGE_RDY
Keyboard
FLASH_STROBE_1
VDIG
VCAMSD
VCAMIO
VCAM12
VDDE18
VCAMAF
VCAM27
V_VGAANA
V_VGADIG
Page 41
V_VGADIG
V_VGAANA
VCAM27
FLASH_STROBE
VCAMAF
FLASH_STROBE_1
VDDE18
CAMIRQ
FLASH_STROBE
FLASH_STROBE
CAMIRQ
CAMIRQ
VCAM12
VCAMIO
VCAMSD
VDIG
VGA_STDBY
VGA_STDBY
VGA_STDBY
STROBE_ENABLE
STROBE_ENABLE
STROBE_ENABLE
CAM_27_EN
CAM_27_EN
CAM_27_EN
I2CCLK1
I2CDAT1
CAMDIR
CAMDIR
CAMDIR
CAMSYSCLK
CAMSYSCLK
CAMSYSCLK
Camera
V_VGADIG
V_VGAANA
DCIOint
VBATI
VDIG
VDDE18
VCAM27
VCAMAF
VCAM12
VCAMIO
VCAMSD
V_VGADIG
V_VGAANA
DCIOint
VBATI
VDIG
Made for
VDDE18
VCAM27
BASEBAND - MMI Top
VCAMAF
VCAM12
VCAMIO
VCAMSD
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
37 (121)
FUNCTION OVERVIEW
Baseband - MMI Keypad
K800 - K810
MP 47
Page 46
OnOff
MP 114 Page 47
ONSWAn
ONSWAn
K1/K2
A1
A2
a
S2500
b
V2504
D2000
MARIKA_MMI
d
c
Keyboard_IF
KIN4
P2
KOUT0
KEYOUT1_N
M7
KOUT1
N7
KEYIN2_N
KEYOUT2_N
M8
KOUT2
U2
KEYIN3_N
KEYOUT3_N
N3
KOUT3
U3
KEYIN4_N
KEYOUT4_N
R2
KOUT4
KEYOUT5_N
N4
KOUT5
MP 113
Page 47 /
MP 44
Page 46
RMD10116/9
R1A
1
KEYOUT0_N
KEYIN1_N
FUNCTION OVERVIEW
KIN3
KEYIN0_N
P3
2
KIN2
T2
C1
KIN1
C2
KIN0
V2505
RKZ223914/1
<NM>
A
ROP1013083/4
R2A
RNV799009
R1A
3
X2501
1
2
KOUT0
KOUT1
4
10
KOUT2
5
11
KOUT3
6
KOUT4
7
KIN4
8
KIN3
16
KIN2
15
21
KIN1
14
22
KIN0
13
23
KOUT5
12
24
17
MP 19
Page 46
1
20
R2555 1Kohms
LIDSENSE
C2555
33pF
<NM>
V2514
CHARGE_RDYn
C2515
68pF
C2516
68pF
C2517
68pF
C2518
68pF
C2519
68pF
Pins 2,3, 18 and 19
is illumination. Found
at page B21_MMI_Display.
<NM>
<NM>
<NM>
<NM>
<NM>
Pin 21, 22, 23 and 24
are chassi connection.
Keyboard connector
3
XE_STROBE
A
R2553 470Kohms
RKZ223914/1
uESD3.3DT5G
VDDE18
C1
C2
9
X2550
RNV799019/10 R1A
2
3
9
6
7
4
S2504
V2506
V2507
5
KIN3
V2509
KIN4
KIN0_2
Place V2500 close
to joystick S2504.
V2503
C
B
V3113 contains two transistors.
E
4 S
5 G
3 D
V2550
2SC5658
RYN1216043/1
Game B button
RMD10147
R1B
VBATI
Game A button
R2552
10ohms
S2502
RMD10116/9
R1A
S2503
RMD10116/9
R1A
Volume Down
Volume Up
1
2
a
c
d
V2513
A
C2
V2512
S2507
C1
1
2
C2
V2511
a
C2
C1
c
2
1
2
1
b
RMD10147
R1B
V2510
4
d
2
3
a
1
MP 83
Page 46
b
4
S2505
c
3
MP 82
Page 46
MP 121 RMD10116/9 MP 122
R1A
Page 47
Page 47
Music Mode button
Volume switches
MP 10
Page 46 /
MP 119
Page 47
RYN122904/1
NTJD4152P
V3113
VDDE18
VBATI
E
MP 2
Page 46
R2551
470ohms
Xenon Flash IF
VDDE18
V2551
RYN121928/1
BC817-25LT1
S2506
d
C
B
MP 1
Page 46
A
2 <NM>
R2550 270ohms
FOCUSLED_ON
1
2
Pin 11 and pin 12 are used for
chassi ground connection.
C1
TP2553
KOUT0
KOUT2
C2
Xenon flash
module connector
3
C2551
10nF
<NM>
MP 15
Page 46
RKZ223914/1
uESD3.3DT5G
V2552
UNR32A7
RYN121931/1
1
KOUT1
A
<NM>
3
KOUT4
3
VCAMIO
KIN3_2
KIN1
11
RKZ223914/1
uESD3.3DT5G
MP 57
Page 46
R2558 5.6Kohms
RYN122904/1
NTJD4152P
V3113
<NM>
6
2
12
2 G
4
KIN4_2
10
C1
C2559
68pF
R2557
100Kohms
<NM>
3
KIN2_2
RKZ223914/1
uESD3.3DT5G
FLED_ON
6 D
2
KIN1_2
K800
1 S
1
A
XE_STROBE
R1B
3
100ohms
Switch_5pol
SXA1092476
V2508
KIN2
R2556
FLASH_STROBE_1
8
7
3
CHARGE_ON
3
MP 14
Page 46
V2500
1
C2550
10uF
KIN1
RKZ223914/1
uESD3.3DT5G
VB
MP 21
Page 46
KIN0
b
R2554 0ohms
C2
8
KOUT5
MP 22
Page
46
MP 23
Page
46
RKZ223914/1
uESD3.3DT5G
5
LIDSENSE_1
1
CHARGE_RDYn
A
VBATI
C1
R2732 100Kohms
MP 120
Page 47
MP 4
Page 46 /
MP 116
Page 47
MP 117
Page 47
Made for
BASEBAND - MMI Keypad
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
38 (121)
FUNCTION OVERVIEW
VDDE18
Baseband - MMI Display
1
ST3110
MP 91
Page 46
VDIG
MP 88
Page 46
1
ST3111
VDIG
B3100
2
4
2
C3156
100nF
X3102
C3155
100nF
2
25
PDID1
E21
PDID2
PDIC0
J19
10
E19
PDID3
PDIC1
G20
21
PDIRES_N
LCD_RESn
LCD_WRn
G19
PDID4
PDIC2
J18
11
H15
PDID5
PDIC3
F20
20
H19
7
F21
19
C3213
33pF
C3212
33pF
C3210
C3211
33pF
33pF
C3207
ROP1013083/4 R2A
33pF
C3206
33pF
C3205
33pF
C3204
33pF
C3203
33pF
33pF
33pF
Display module connector
C3202
15
33pF
PDIC5
LED
LCD_RDn
C3209
PDID7
ERICSSON AB 2010
MMI
A
SML-A12UT
RKZ433924/1
LCD_CSn
33pF
PDIC4
V3110
N2000
LCD_RS
C3208
D20
PDID6
MP 135
Page C47
LCD_VSYNC
8
F19
DCIOint
C3132
22pF
6
17
C3201
LCD_DAT7
E20
18
12
OPTOTEMP
LCD_VDDE18
9
16
MP 45
Page 46
4
K14
PDID0
33pF
LCD_DAT6
1
LM20_LEADFREE
RYT101937/4
LCD_VDIG
J15
C3200
LCD_DAT5
2
NC
GND
FUNCTION OVERVIEW
LCD_DAT4
5
24
MARIKA_MMI
Display_IF
N.C
LCD_DAT3
3
VO
GND
3
D2000
23
LCD_DAT2
V+
LCD_VDIG
N.C
LCD_DAT1
RNV79994
R1A
X3102
N.C
LCD_DAT0
K800 - K810
LED1
LED2
13
A6
LEDRED
B6
MP 49
Page 46
VIBRATOR
VIBR
14
Charge LED
B3
VIBR
L3100 56nH
K1/K2
22
ERICSSON_AB2012
ROP1013066/6
R1A
5
A1
VIBP
X2506
<NM>
1
CONNECTORPAD
C3115
A2
C3116
2.2uF
33pF
V3100
RKZ123904/1
<NM>
L3101 56nH
VIBN
X2507
<NM>
1
CONNECTORPAD
Radio components
Vibrator
LED_Anode
1
Display module connector
VBATI
MP 16
Page 46
MP 32
Page 46
TP3100
R3104
0ohms
REP622001/0
MP 20
Page 46
V3102
RKZ323907/1
FB+
VBOOST
LED_Anode
LED_Anode
2
LED_Anode
7
R3102
150mohms
REP622450/15
D5
C3104
1uF
RJC5163237/1
E4
MP 94
Page 46
ERICSSON_AB2012
ROP1013066/6
R1A
LEADFREE
Keyboard Connector,
LED Anode backlight.
C3106
33pF
RJC4633212/33
<NM>
TP3106
TP3101
MP 98
Page 47
3 G
X3102
26
C3101
33pF
RJC4633012/33
<NM>
Display module connector,
LED Cathode LCD backlight
R3101
47ohms
REP621102/47
Keyboard Connector,
LED Cathode backlight
Keyboard upper part.
MP 18
Page 46
3
A5
D
1 S1
100Kohms
R3136
LED_Cathode1
19
5 S2
S
4
B4
MP 97
Page 47
LEDCAT_KEYUP
X2501
V3103
LEDCAT_KEYLOW
8
ISENSE-
3
RNV799009
R1A
X2501
V3103
2 S1
ISENSE+
A4
C3103
33pF
RJC4633212/33
<NM>
RNV799009
R1A
X2501
FDJ1028N
RYN901923/1
SWBOOST
L3102
100MHz
REG70630/1
G
ERICSSON AB 2010
BOOST
V3101
RYN123915/1
C3105
33pF
RJC4633212/33
4 S2
1
MP 27
Page 46
N2000
R3103
0ohms
REP621001/0
<NM>
2
TP3105
C3107
33pF
RJC4633212/33
<NM>
5
FDJ1028N
RYN901923/1
6
C3100
2.2uF
RJC5163037/22
RNV799009
R1A
LED_Cathode2
18
D
L3103
22uH
REG7245372/22
6 G
R3100
0ohms
REP622001/0
Keyboard Connector,
LED Cathode backlight
Keyboard lower part.
100Kohms
R3137
UKEYBRGT
UKEYBRGT
LKEYBRGT
LKEYBRGT
VDIG
DCIOint
VBATI
VDDE18
Made for
BASEBAND - MMI Display
VDIG
DCIOint
VBATI
VDDE18
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
39 (121)
FUNCTION OVERVIEW
Baseband - MMI Audio
K800 - K810
PCMDATB
PCMDATB
D2000
PCMDATA
MARIKA_MP-PCM_IF
MP 40
Page 46
C4149
1nF
N19
PCMDATA
PCMCLK
P15
P20
PCMDATB
PCMSYN
R20
PCMDATA
PCMCLK
PCMCLK
PCMSYN
PCMSYN
ROP1013083/4 R2A
C4121
33pF
C4124
33pF
C4123
33pF
C4122
33pF
R4100 18Kohms
FMR
R4101 18Kohms
FUNCTION OVERVIEW
AUXI2P
FML
MP 41
Page 46
C4150
1nF
MP 73
Page 46
CCO_2
R4123
100ohms
B4100
MP 42
Page 46
1
INTMIC
L4104
1GHz
C4154
33pF
NM
5
VCC
4
GND
2
OUT
3
C4145
33pF
NM
MICGND
GND
N2000
C4153
1uF
C4252
33pF
ERICSSON AB 2010
MMI
MP 59
Page 46
CCO_1
J2
R4102
100ohms
RLC509427/2
SP0102BE3-PB
K1
C4109
C4108
33pF
J1
1uF
M8
MIC1P
MP 70
Page 46
C4144
33nF
C4117
100nF
C4102
C4103
33pF
<NM>
R4103
5.6Kohms
INTMIC_1
C4110
470nF
100nF
AUXI1P
M6
K6
AUXI1N
C4146
L6
AUXI2P
MP 72
Page 46
N4202
33pF
<NM>
AUXI3P
TJATTE3
A5
MICP/AUXinL
C4106
33pF
NM
MICN/AUXinR
C4104
33pF
NM
L8
V_MIC
COO
B2
SP_ref
D1
CCO_1
C4107
100nF
C4118
L7
100nF
M7
C4119
C4114
33pF
<NM>
K7
100nF
MP_PCM IF
PCMO
PCMI
AUDIO IF
MIC1N
BEARN
AUXI1P
AUXO1
AUXO2
AUXI2P
LINEP
AUXI2N
LINEN
AUXI3P
DEC0
AUXI3N
DEC3
CCO
DEC4
INTMIC
D2
MICP
MICP_int
A1
D3
MICN
MICN_int
A2
D4
SPL
SPL_int
A3
D5
SPR
SPR_int
A4
VAD
B1
GND
C1
GND
C2
GND
C3
GND
C4
AUXO2
GND
C5
AUXO1
GND
B4
C4105
33pF
NM
MP 71
Page 46
C4112
100nF
CCO
C4115
33pF
<NM>
L9
L4100
1GHz
BEARP
L3
AUXI1N
INTMICint
C4116
33pF
<NM>
M4
BEARP
B5
R4104
15Kohms
MP 68
Page 46
PCMCLK
MIC1P
B3
MIDREF
K2
PCMSYNK
BEARP_1
AUXO1
J4
L4101
1GHz
C4140
33pF
LINEP
M2
MIDREF
MP 69
Page 46
C4141
33pF
<NM>
<NM>
L4106
1GHz
AUXO2
L1
L5
BEARP_2
BEARN_2
BEARN_1
BEARN
L4
L4105
1GHz
X2508
X2509
Earspeaker pads
Antenna components
C4142
33pF
C4143
33pF
DEC0
H4
C4120
100nF
G4
C4125
47nF
ERICSSON_AB2012
ROP1013066/6
R1A
LEADFREE
1
C4111
33pF
<NM>
C4151
ST1406
33nF
2
470nF
R4105 C4113
5.6Kohms
MIDREF
TJATTE3
ROP1013074/1
Leadfree
R1A
MIDREF
MIDREF
VAD
VAD
SPR
SPR
SPL
VDDSPPA
MP 62
Page 46
R4112
2.2Kohms
R4113
470ohms
N4100
A1
A3
Sensitive node
R4114
470ohms
C4127
C3
33pF
VDD
IN+
Vo1
Bypass
SHDN
V02
GND
GND
B3
A2
TP4105
R4124
B1
C4128
C4129
C4130
220nF
220nF
33pF
<NM>
L4121 56nH
X2503
1 <NM>
0ohms
C2
R4127
0ohms
POSITIVE
Cora speaker pad...
C4132
C4133
R4125
B2
V4101
33pF
<NM>
33pF
<NM>
l4120 56nH
X2504
NEGATIVE
1 <NM>
0ohms
NCP2890FCT1_LEADFREE
RYT101947/2
Leadfree
RKZ223914/1
Antenna components
uESD3.3DT5G
3
A
R4120
100Kohms
TP4106
R4126
0ohms
C2
MP 75
Page 46
C1
AUDIO_PA
IN-
MP 86 MP 7
Page 46 Page 46
2
C4126
470nF
C4131
10uF
2
1
Sensitive node
ST4116
C1
1
R4115 10Kohms
VBATI
MP 61
Page 46
SPL
MP 74
Page 46
AMPCTRL
AMPCTRL
VBATI
Made for
BASEBAND - MMI Audio
VBATI
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
1202-3085 rev. 2
40 (121)
FUNCTION OVERVIEW
Baseband - MMI Camera
MP 63
Page 46
K800 - K810
CIRESn
SP3120
VDDE18
R3155
100Kohms
VDDE18
D3100
TRANSCEIVER
CAMDIR
CAMDIR
19
OE
1
DIR
V_VGAANA
MP 87
Page 46
MP 8
Page 46
TP3112
TP3114
TP3111
RNV799015/3
R1A
DATA0
DATA1
3
DATA2
5
DATA4
DATA5
17
PCLK
2
21
13
74LVC245ABQ
RYT109915/1
6
GND
16
GND
25
D3101
GND
VDDE18
GND
28
TRANSCEIVER
19
OE
1
DIR
TP3113
VGA Camera Socket
29
C2745
100nF
C2741
100nF
C2742
100nF
C2746
100nF
C2747
100nF
18
VDD_AF (2.7V)
D[1]
VDD_SD (1.8V)
D[2]
VDD_IO (1.8V)
D[3]
VDD_L (1.2V)
D[4]
XRST
D[5]
SDATA
D[6]
SCLK
D[7]
MCLK
DCLK
VSYNC
1
2
3
4
I2CCLK1
5
I2CDAT1
VDDE18
6
7
N3100
R3157
0ohms
<NM>
A1
B1
SN74LVC2G66YZPR
1A
1C
1B
2A
C1
2C
2B
D1
GND
B2
RYT109933/1
8
D2
C2
VCC
B20
CID2
C19
CID3
D19
CID4
D18
CID5
B19
CID6
C17
CID7
C21
CIPCLK
J14
CIVSYNC
C20
CIHSYNC
A2
9
R3158
0ohms
<NM>
20
A0
2
B1
A1
B2
A2
B3
A3
B4
A4
B5
A5
B6
A6
B7
A7
VCC
B0
POWER-GND
GND
HEATSLUG
C3157
100nF
C3134
100nF
1
18
3
5
17
8
15
16
17
19
15
30
31
14
32
33
13
12
34
AF_GND
GND
TRIG
CAPTSTRB
20
12
21
11
22
10
23
9
14
27
26
7
24
GND
GND
GND
GND
GND
GND
Chassi
CAMIRQ
Chassi
CAMIRQ
Chassi
R2742
100Kohms
Chassi
Camera connector
11
MP 17
Page 46
10
TP3115
FLASH_STROBE_1
21
74LVC245ABQ
RYT109915/1
VDIG
D3104
I2CDAT_CAM
R2741
100Kohms
<NM>
I2CCLK_CAM
CIRES_N G18
R1A
D[0]
HSYNC
CAM_27_EN
CID1
33pF C3145
C3133
100nF
GND
10
RNV79992
VDD_SA (2.7V)
33pF C3144
GND
4
<NM>
HEATSLUG
X2505
11
C3143
GND
33pF
POWER-GND
22pF C3142
VCC
20
GND
B7
A7
9
GND
<NM>
GND
<NM>
28
F18
ROP1013083/4
R2A
22pF C3141
27
CID0
VCAM27
22pF C3140
26
VCAMAF
VCAMIO
<NM>
25
VCAMSD
VCAM12
<NM>
24
12
C3139
23
8
B21
8
22pF
22
B6
A6
13
22pF C3138
21
STROBE
B5
<NM>
6
14
SCLK
SDATA
7
A5
14
<NM>
12
HSYNC
B4
15
22pF C3137
9
MCLK
15
A4
16
<NM>
16
7
VSYNC
B3
17
22pF C3135
CAMSYSCLK
STANDBY
12pF
13
6
12pF
VGA_STDBY
A3
5
18
DATA7
C3148
RESET
C3149
10
19
DATA6
12pF
C2743
100nF
B2
A2
4
20
12pF
DVDD
B1
18
FUNCTION OVERVIEW
1
B0
2
A1
3
4
DATA3
Camera_IF
A0
2
2
C3147
C2744
100nF
AVDD
C3146
11
MARIKA_MMI
1
V_VGADIG
22pF C3136
X2510
D2000
STROBE_ENABLE
A2
FLASH_STROBE_1
C2
B1
VCCB
<NM>
VCCA
B
GND
A
DIR
A1
C1
B2
F_STR
R2743
0ohms
<NM>
FLASH_STROBE
SN74LVC1T45YZPR
RYT109935/1
STROBE_ENABLE
V_VGAANA
V_VGAANA
V_VGADIG
VCAM27
V_VGADIG
VCAM27
VCAMAF
VDDE18
VCAM12
VCAMIO
VCAMSD
VDIG
Made for
BASEBAND - MMI Camera
VCAMAF
VDDE18
VCAM12
VCAMIO
Document Nr
Revision
2/1911 - ROA 128 1534/2
A
VCAMSD
VDIG
1202-3085 rev. 2
41 (121)
FUNCTION OVERVIEW
Baseband - MMI FM Radio
K800 - K810
No Groundplane underneath
Close to N2600
V2600
C2600
C2601
10nF
47nF
V2601
BB202
L2600
R2600
10Kohms
33nH
L2601
33nH
FUNCTION OVERVIEW
VDDE18
C2602
R2601
100Kohms
R2604
22nF
100Kohms
C2619 33nF
Digital 1.3V 32768Hz
1
RTCCLK
ST2602
GND
MP 79
Page 46
R2603
TEA5764
G3
2
G1
FM_RTCCLK
C2603
C2604
G4
RDSLP
B4
XTAL
SWPORT
A5
LO1
LOOPSW
A1
A3
LO2
CPOUT
B2
F6
INTCON1
CD1
A4
E6
INTCON2
CD2
E7
INTX
G7
TMUTE
G6
A6
BUSENABLE
B6
VREFDIG
A7
CLOCK
VAFR
G5
B7
DATA
VAFL
F4
D2
I2CCLK1
FREQIN
MPXOUT
F1
VDDE18
GND
MPXIN
A2
68pF
I2CCLK1
<NM>
N2600
VFM27
GND
C2606
33nF
GND
C2607
33nF
E1
VCC
D7
VDD
C7
DGND
D6
DGND
F7
DGND
G2
DGND
F2
AGND
22pF
C2609
C2613
FMINT
33nF
C2615
470nF
MP 81
Page 46
FMR
FML
D1
RFIN2
C1
RFGND
C2
CAGC
B1
GND
GND
C2612
10nF
TEA5764HN_26
RYT109905/3
GND
C2608
33nF
<NM>
POWER/GND
GND
FM_ANTENNA
C2614
MP 80
Page 46
RFIN1
33pF
I2C Addresses:
FM 0xC0(W) 0xC1(R)
33nF
33nF
GND
CD3
C2605
I2CDAT1
C2617
C2616
470nF
1uF
I2CDAT1
C2618
47Kohms
R3A
10pF
FM_ANTENNA
L2602
Signal routed in outer layer and no groundplane underneath
C2610
220nH
27pF
L2603
120nH
GND
C2611
GND
VFM27
47pF
VDDE18
Made for
VFM27
BASEBAND - MMI FM Radio
VDDE18
Document Nr
Revision
2/1911 - ROA 128 1534/1
A
1202-3085 rev. 2
42 (121)
COMPONENT OVERVIEW
1
2
Front Side B - C
3
4
K800 - K810
5
6
A
A
C3105
C2214
R2102
ST2210
SP2111
C2229
R4115
ST2200
C4113
C4154
C4145
C4110
L4100
C4102
R4103
L4101
C4111
C4144
C4112
C4146
C4131
R4127
C4130
R4120
C2225
D2000
R2312
TP3101
C4129
C2244
R2311
C4128
R4114
ST4116
C2237
C2248
R2326
C4153
C4127
C2226
C2105
C2236
R4123
N4100
R2104
SP2107
C4107
R2105
C2218
R4102
R4112
R4126
R2558
SP2110
SP2109
B
C4252
C2245
R2101
L4104
C4105
C4106
C4126
C2258
SP2112
N4202
C4104
R4113
R2557
C2551
C2238
R4104
C4109
R2741
ST2301
SP2113
R2204
R2556
V3113
ST2205
C4124
R4101
C4150
C4108
C4121
C4122
C2325
C4125
R2308
C4123
SP2334
SP2335
SP2103
C2224
ST2404
C2223
C2246
C2227
R2409
ST2408
C2256
ST2405
ST2407
C2100
ST2406
C2104
C2257
C2309
C3116
N2200
C2247
C2103
C2228
C2102
C2210
C4114
C4141
V2552
C2221
B2100
SP2106
TP2200
C4120
R4100
R2313
R2314
C2239
SP2105
C
V2221
TP2204
C4116
C4140
ST2207
C22105
V2205
R2205
B4100
C4149
C4103
C2205
ST2211
S2504
TP2222
C4151
ST4106
C4115
C2331
C2230
R2331
C2243
C2249
TP3112
TP2202
R2208
C2255
C2233
C2235
L2602
D3100
C2217
C3213
D2300
C3204
C3205
C3206
C3207
2
3
C2604
C2611
C2609
ST2300
C2610
R2206
C2601
R2601
C2600
C2603
C2287
C2616
ST2231
4
R2600
C2612
V2601
L2601
L2600
N2600
C2613
D
V2600
C2615
C2614
1
ST2218
C2605
L2603
ST2232
C3201
C3203
C2295
R2604
C3202
ST2602
C2288
C2619
C3200
C3211
C2283
C3210
C3133
C3209
C2282
C3212
C3156
C2284
C3208
V2206
ST3111
ST3110
D3101
05
S25
C2285
C3107
C3134
V2216
N2203
C2608
C2602
C2254
C2232
C2231
C2253
C2251
C2252
N2205
V2207
V3100
C3143
C2742
C3138
C3140
C3136
C3142
C2741
R2742
C2746
C2747
ST2217
C2298
C3115
R2210
V2215
TP3111
L3100
C3155
D
TP3113
C2293
TP4105
TP2205
C2617
R2603
C2618
TP2201
C2286
R2228
V2213
R2237
C22112
C2242
C2299
C22100
TP3114
C2606
C3137
C3135
C3145
C3139
C3141
R3158
R2207
C3144
R3157
TP4106
SP3120
X2505
V2214
ST2229
C22110
V2508
V2503
C3157
C22113
V2211
V2507
C2745
ST2228
V2212
C2234
X3102
TP1000
N2209
ST2220
C2250
ST2227
N2202
C2292
ST2222
C22115
R2236
C4142
R2230
R2231
N3100
C3132
C2290
C22111
R2232
L4105
N2210
ST2230
R2227
X2508
C22116
R2229
R3155
C22109
C22114
V2504
B3100
C2240
C2607
5
6
C2206
RJC 463 3012/47
B6
C2218
RJC 516 3027/1
B6
C2236
RJC 516 4016/1
C5
C2254
RJC 516 4016/1
D6
C2299
RJC 516 3037/22
D3
C2613
RJC 516 3015/33
D6
C3201
RJC 516 3612/47
D4
C4110
RJC 516 3026/47
B6
C4141
RJC 463 3012/33
B6
C2207
RJC 463 3012/47
B6
C2219
RJC 516 4038/1
B5
C2237
RJC 516 4016/1
C6
C2255
RJC 516 4016/1
D6
C2309
RJC 516 3027/1
B6
C2615
RJC 516 3026/47
D6
C3202
RJC 516 3612/47
D4
C4112
RJC 516 4016/1
B6
C4142
RJC 463 3012/33
D1
C2208
RJC 516 4016/1
B6
C2220
RJC 516 3526/1
B5
C2238
RJC 516 4016/1
C5
C2256
RJC 516 4016/1
C5
C2325
RJC 516 3613/1
B6
C2616
RJC 516 3026/47
D6
C3203
RJC 516 3612/47
D4
C4113
RJC 516 3026/47
B6
C4143
RJC 463 3012/33
C1
B6
C2209
RJC 516 4016/1
B5
C2221
RJC 516 3526/1
B5
C2239
RJC 516 4016/1
C6
C2257
RJC 516 4016/1
C5
C2331
RJC 463 3012/47
C6
C2617
RJC 516 3015/33
D6
C3204
RJC 516 3612/47
D4
C4117
RJC 516 4016/1
B6
C4144
RJC 516 3015/33
B6
RJC 516 3613/47
B6
C2210
RJC 516 4016/1
B6
C2222
RJC 516 4038/1
B5
C2240
RJC 516 4016/1
C6
C2258
RJC 516 4016/1
C5
C2550
RJC 516 4048/1
B3
C2618
RJC 516 3015/33
D6
C3205
RJC 516 3612/47
D4
C4118
RJC 516 4016/1
B6
C4146
RJC 463 3012/33
B6
C1102
RJC 516 3613/47
B6
C22100
RJC 516 4038/1
C3
C2223
RJC 516 3027/1
C5
C2241
RJC 516 4016/1
C5
C2259
RJC 516 4016/1
C5
C2600
RJC 516 3015/1
D6
C2619
RJC 516 3015/33
D6
C3206
RJC 516 3612/47
D4
C4119
RJC 516 4016/1
B6
C4149
RJC 516 3514/1
B6
C1103
RJC 516 3037/47
B5
C22105
RJC 516 4016/1
B5
C2224
RJC 516 3037/47
C5
C2242
RJC 516 4016/1
C6
C2282
RJC 516 3037/47
D5
C2601
RJC 516 3015/47
D6
C3100
RJC 516 3037/22
B5
C3207
RJC 516 3612/47
D4
C4120
RJC 516 4016/1
B6
C4150
RJC 516 3514/1
B6
C1106
RJC 516 3037/47
B5
C22109
RJC 516 4038/1
D2
C2225
RJC 516 4016/1
C6
C2243
RJC 516 4016/1
C6
C2283
RJC 516 4016/1
D5
C2602
RJC 464 3025/22
D6
C3104
RJC 516 3237/1
B5
C3208
RJC 516 3612/47
D4
C4121
RJC 463 3012/33
B6
C4151
RJC 516 3015/33
B6
C1107
RJC 516 3037/47
B5
C22110
RJC 516 4038/1
D2
C2226
RJC 516 4016/1
C6
C2244
RJC 516 4016/1
C6
C2284
RJC 516 4016/1
D5
C2603
RJC 463 3012/68
D6
C3105
RJC 463 3212/33
B5
C3209
RJC 516 3612/47
D4
C4122
RJC 463 3012/33
B6
C4153
RJC 516 3027/1
C6
C2100
RJC 516 3514/1
C5
C22111
RJC 516 3027/1
D2
C2227
RJC 516 4016/1
C5
C2245
RJC 516 4016/1
C6
C2285
RJC 516 4016/1
D5
C2604
RJC 516 3027/1
D6
C3115
RJC 463 3012/33
D3
C3210
RJC 516 3612/47
D4
C4123
RJC 463 3012/33
B6
C4252
RJC 463 3012/33
C6
C2102
RJC 463 3012/22
C5
C22115
RJC 516 3537/1
D2
C2228
RJC 516 4016/1
C5
C2246
RJC 516 4016/1
C5
C2286
RJC 516 4016/1
D5
C2605
RJC 463 3012/33
D6
C3116
RJC 516 3037/22
B5
C3211
RJC 516 3612/47
D4
C4124
RJC 463 3012/33
B6
C2103
RJC 463 3012/22
C5
C22116
RJC 516 4038/1
D2
C2229
RJC 516 4016/1
C5
C2247
RJC 516 4016/1
C5
C2287
RJC 516 4016/1
D5
C2606
RJC 516 3015/33
D6
C3132
RJC 463 3012/22
C2
C3212
RJC 516 3612/47
D4
C4125
RJC 516 3015/47
B6
C2104
RJC 516 3514/1
C5
C22117
RJC 516 4016/1
B5
C2230
RJC 516 4016/1
C5
C2248
RJC 516 4016/1
C5
C2288
RJC 516 4016/1
D5
C2607
RJC 516 3015/33
D6
C3133
RJC 516 4016/1
D3
C3213
RJC 516 3612/47
D4
C4126
RJC 516 3026/47
C6
C2200
RJC 516 3037/47
B6
C2213
RJC 516 3037/47
B6
C2231
RJC 516 4016/1
D5
C2249
RJC 516 4016/1
C5
C2290
RJC 516 3537/1
D2
C2608
RJC 463 3022/22
D6
C3134
RJC 516 4016/1
D3
C4102
RJC 516 3526/1
B6
C4127
RJC 463 3012/33
C6
C2202
RJC 516 4016/1
B6
C2214
RJC 516 3037/47
B6
C2232
RJC 516 4016/1
D5
C2250
RJC 516 4016/1
C5
C2292
RJC 516 4038/1
D2
C2609
RJC 463 3022/1
D6
C3155
RJC 516 4016/1
D4
C4103
RJC 463 3012/33
B6
C4128
RJC 516 3026/22
C6
B2100
RTM 501 911/1
C5
B3100
RYT 101 937/4
C2
B4100
RLC 509 427/2
B6
C1100
RJC 516 3015/1
C1101
R
R
R
C2203
RJC 516 4016/1
B6
C2215
RJC 516 3037/47
B5
C2233
RJC 516 4016/1
D6
C2251
RJC 516 4016/1
D5
C2293
RJC 516 3537/1
D6
C2610
RJC 463 3022/27
D6
C3156
RJC 516 4016/1
D4
C4107
RJC 516 4016/1
B6
C4129
RJC 516 3026/22
C6
C2204
RJC 516 4016/1
B6
C2216
RJC 516 3027/1
B5
C2234
RJC 516 4016/1
C5
C2252
RJC 516 4016/1
D5
C2295
RJC 516 4038/1
D6
C2611
RJC 463 3022/47
D6
C3157
RJC 516 4016/1
D2
C4108
RJC 463 3012/33
B6
C4131
RJC 516 4038/1
C6
C2205
RJC 463 3012/22
B6
C2217
RJE 355 1335/7
D5
C2235
RJC 516 4016/1
D5
C2253
RJC 516 4016/1
D5
C2298
RJC 464 3036/22
D5
C2612
RJC 516 3015/1
D6
C3200
RJC 516 3612/47
D4
C4109
RJC 516 3027/1
C6
C4140
RJC 463 3012/33
B6
R
R - Replaceable
See Appendix for
more information.
1202-3085 rev. 2
43 (121)
COMPONENT OVERVIEW
C4143
L4106
C4117
C4119
C2203
C22117
C2220
C2219
L2201
L3102
C2241
TP2221
C2200
C1101
ST2204
C1102
C1100
R2203
C2208
R1100
C2206
C1106
C2207
C1107
C1103
C3101
C2202
C4118
N2000
ST2203
R2212
V2208
ST2206
C2222
V2506
TP3115
C3149
C
C2209
C2216
R3101
V2500
V2514
V2550
TP3105
R2551
SP2101
X2509
V3102
L2200
SP2108
C3148
R4105
C2204
R2201
C2515
ST2100
11
C2516
C2259
TP3100
C2215
ST2201
V2509
TP2553
ST2202
C2213
SP2100
SP2102
TP3106
TP2220
C3147
R3104
R3102
C2517
R2550
TP1001
ST2208
C2518
X2510
C3146
V3101
R3100
L3103
C2519
R2553
V2551
R2552
C2550
R2554
R2555
C2555
C2559
B
C2743
C3103
V2510
R2732
V2505
C2744
10
X2550
20
1
S25
06
E1003
C3106
X2501
C3100
R3103
C3104
E1001
COMPONENT OVERVIEW
1
2
Front Side D - Z
3
4
K800 - K810
5
6
A
A
TP2200
C2214
ST2200
C2200
C1101
ST2204
C1102
C1100
R2203
C2208
R1100
C2206
C1106
C2207
C1107
C1103
V3102
C3104
ST2210
C2229
C2244
C2225
R2311
D2000
R2312
TP3101
C4113
C4110
C4102
R4103
L4101
C4111
C4144
C4112
C4107
R2105
C2218
C4129
C2237
C2248
R2326
C4128
R4114
C4131
ST4116
C2105
C2236
C4153
C4127
C2226
R2104
SP2107
R4115
N4100
R2101
C4105
R4123
R4126
R2102
SP2111
R4112
R4113
R2558
SP2110
SP2109
C4106
C4252
C2245
SP2112
C4104
C4126
C2551
R2557
C2258
SP2113
R4102
V2552
C2238
N4202
C4109
R2741
B
C4146
SP2335
R2556
V3113
R4104
C4108
C4124
ST2205
C4123
SP2334
R2204
C4121
C4122
C2325
C4125
R2308
C2210
C2309
C3116
C2224
C2223
C2246
ST2404
C2227
R2409
ST2408
C2256
ST2405
ST2407
ST2406
C2100
C2247
C2104
C2257
C2228
C2103
SP2103
ST2207
C22105
C4114
C4141
N2200
R4100
R4101
C4150
L4100
C22117
C2220
C2219
C2203
C4140
ST2301
SP2106
TP2221
C4120
C4130
R4120
R2313
R2314
C2239
SP2105
C
V2221
TP2204
C
C2102
C4149
C4103
C4116
R4127
S2504
TP2222
C4151
ST4106
C4115
C2331
C2230
R2331
C2243
C2249
TP2202
R2208
C2255
C2233
C2235
C2232
C2254
C2231
C2253
C2251
C2252
C2298
V2207
V3100
C3143
L2602
D3100
D2300
C2217
C3213
C3204
C3205
C3206
C3207
2
3
5
ROP 101 3083/1
C5
L4105
REG 706 18/2
D1
R2201
REP 624 650/1
B5
R2311
REP 621 105/1
C5
R3101
REP 621 102/47
B5
S2504
SXA 109 2476
C5
R
V2506
RKZ 123 910/2
C5
X3102
RNV 799 94
D4
RYT 118 953/1
D5
L4106
REG 706 18/2
C1
R2203
REP 621 106/1
B6
R2312
REP 621 105/1
C5
R3102
REP 622 450/15
B5
S2505
RMD 101 47
D1
R
V2507
RKZ 123 910/2
C4
Z2500
RKZ 923 909/2
B4
R
C5
RYT 109 915/1
D3
R
N2000
ROP 101 3066/6
B6
R
R2204
REP 621 004/47
B6
R2313
REP 621 004/33
C6
R3104
REP 622 001/0
B5
S2506
RMD 101 47
B1
V2508
RKZ 123 910/2
D3101
RYT 109 915/1
D3
R
N2200
RYT 113 7810/1
B5
R
R2205
REP 624 650/22
B5
R2314
REP 621 004/33
C6
R3155
REP 621 006/1
D2
V2205
RKZ 123 905/2
B5
V2509
RKZ 123 910/2
C4
E1001
SXA 109 6372
A6
R
N2202
RYT 113 7824/1
D2
R
R2206
REP 621 004/1
D6
R2326
REP 621 005/1
C5
R4100
REP 621 105/18
B6
V2206
RYN 120 903/1
D6
V2510
RKZ 223 914/1
B1
R
R
R2207
REP 621 006/1
C2
R2331
REP 621 004/1
C6
R4101
REP 621 105/18
B6
V2207
RKZ 123 905/1
D6
V2514
RKZ 223 914/1
B4
R2208
REP 621 006/1
D6
R2409
REP 621 005/1
C5
R4102
REP 621 103/1
C6
V2208
RKZ 123 905/1
B5
V2550
RYN 121 6043/1
B4
B4
E1003
SXA 109 6981
B3
N2203
RYT 113 7824/1
D6
L2200
REG 724 5172/22SL
B5
N2205
RYT 113 962/1
D3
L2201
REG 706 05/15
B5
N2209
RYT 113 7822/1
D2
R2210
REP 621 006/1
D3
R2550
REP 621 003/27
B4
R4103
REP 621 104/56
B6
V2210
RYN 121 916/2
D2
V2551
RYN 121 928/1
L2600
REG 724 9342/33
D6
N2210
RYT 113 7824/1
C2
R
R2212
REP 621 004/18
B5
R2551
REP 621 003/47
B4
R4104
REP 621 005/15
B6
V2211
RYN 121 929/1
D2
V2552
RYN 121 931/1
C6
L2601
REG 724 9342/33
D6
N2600
RYT 109 905/3
D6
R
R2227
REP 621 005/15
D2
R2552
REP 622 452/1
B4
R4105
REP 621 104/56
B6
V2212
RYN 901 926/1
D2
V2600
RKZ 123 903/1
D6
L2602
REG 704 9543/22
D6
N3100
RYT 109 933/1
C2
R
R2228
REP 621 005/15
D2
R2553
REP 621 006/1
B3
R4112
REP 621 004/22
C6
V2213
RYN 901 926/1
D2
V2601
RKZ 123 903/1
D6
L2603
REG 704 9543/12
D6
N4100
RYT 101 947/2
C6
R
R2229
REP 621 006/1
D2
R2554
REP 622 001/0
B3
R4113
REP 621 003/47
C6
V2214
RYN 123 930/1
D2
V3101
RYN 123 915/1
B5
R
L3100
REG 724 9342/56
D3
N4202
ROP 101 3074/1
C6
R
R2230
REP 621 006/1
D2
R2555
REP 621 006/1
B3
R4114
REP 621 003/47
C6
V2215
RKZ 123 905/1
D2
V3102
RKZ 323 907/1
B5
R
L3102
REG 706 30/1
B5
R1100
REP 621 003/82
B6
R2231
REP 621 006/1
D2
R2557
REP 621 006/1
C6
R4115
REP 621 005/1
C6
V2216
RKZ 123 905/1
D2
V3113
RYN 122 904/1
C6
R
L3103
REG 724 5372/22
B5
R2101
REP 621 006/1
C5
R2232
REP 621 005/15
D2
R2600
REP 621 005/1
D6
R4120
REP 621 106/1
C6
V2221
RKZ 223 905/2
C6
X2501
RNV 799 009
B4
R
L4100
REG 706 18/2
B6
R2102
REP 621 103/1
C5
R2236
REP 621 006/1
D2
R2601
REP 621 006/1
D6
R4123
REP 621 103/1
C6
V2500
RKZ 223 914/1
B5
X2505
RNV 799 92
D3
R
L4101
REG 706 18/2
B6
R2104
REP 621 002/47
C5
R2237
REP 621 007/1
D2
R2603
REP 621 005/47
D6
R4126
REP 622 001/0
C6
V2503
RKZ 123 910/2
X2510
RNV 799 015
C1
R
L4104
REG 706 18/2
B6
R2105
REP 621 105/1
B6
R2308
REP 621 005/1
B6
R3100
REP 622 001/0
B5
R4127
REP 622 001/0
C6
V2504
RKZ 123 904/1
X2550
RNV 799 019/10
B3
R
D2
R
R
C2604
C2611
C2609
R2206
C2610
ST2300
C2616
L2601
L2600
N2600
C2613
D
V2600
C2617
R2603
C2607
6
D2300
D3100
C2600
L2603
C2615
D2000
R
C2601
R2601
C2603
C2287
ST2231
4
R2600
C2612
V2601
C2614
1
ST2218
C2605
ST2232
C3201
C3203
C2295
R2604
C3202
ST2602
C2288
C2619
C3200
C3211
C2283
C3210
C3133
C3209
C2282
C3212
C3156
C2284
C3208
V2206
ST3111
ST3110
D3101
05
S25
C2285
C3107
C3134
V2216
N2203
C2608
C3115
C2286
C2742
C3136
C3138
C3140
C3142
C2741
R2742
C2746
C2747
ST2217
TP3111
L3100
R2210
V2215
C2293
TP3112
TP3113
C2602
TP4105
TP2205
C2618
TP2201
C3155
D
C2242
C2299
C22100
TP3114
C2606
C3135
C3137
C3139
C3141
C3145
C3144
R3158
R2207
N3100
R3157
N2205
C22113
R2228
V2213
R2237
C22112
V2508
V2503
SP3120
X2505
V2214
ST2229
C22110
TP4106
X3102
TP1000
V2507
C2745
ST2228
V2212
C2234
C2250
ST2227
N2209
N2202
C2292
ST2222
ST2220
C3157
R2236
C4142
R2230
R2231
C22115
V2211
C2290
C22111
R2232
L4105
N2210
ST2230
R2227
X2508
C22116
R2229
R3155
C22109
C3132
V2504
C22114
B3100
C2240
R
R
R - Replaceable
See Appendix for
more information.
1202-3085 rev. 2
44 (121)
COMPONENT OVERVIEW
C4143
L4106
C4117
C4119
C2205
C2241
TP3115
C3149
X2509
V2205
C2221
B2100
SP2101
C3148
R2205
R2212
V2208
ST2206
C2222
V2506
SP2108
C3147
L3102
ST2211
V2509
TP3100
R4105
C2202
C4118
N2000
ST2203
C3101
L2201
V2500
R2551
R2550
C2259
C3146
R2201
L2200
C2209
C2216
R3101
ST2100
11
C2515
TP3106
TP2553
C2204
ST2201
C2516
X2510
TP2220
C2215
SP2100
SP2102
C2517
V2514
V2550
V2551
R2552
R2554
C2550
ST2202
C2213
C3105
R3102
C2518
TP3105
T
ST2208
R3104
L3103
C2519
R2553
R2732
C2555
C2559
B
C2743
C3103
V3101
R3100
R3103
V2510
R2555
V2505
C2744
10
X2550
20
1
S25
06
E1003
C3106
X2501
C3100
E1001
COMPONENT OVERVIEW
1
2
Back Side A - Z
3
4
K800 - K810
5
6
A
A
S2507
V2513
C2269
C2267
C2264
C2260
ST2212
ST2213
C2278
C2281
R2329
C2272
C2273
R2324
N2201
R2400
R2327
A1200
C2332
X2506
C22106
R2213
C2262
C2279
C2275
C2270
B
R2402
C2101
L3101
X2507
C2274
R2401
R2328
C2307
C2261
C2330
X1001
C2271
SP2401
R2302
C2326
R2350
N2300
V2303
R2209
R1406
R1404
R1405
ST2219
C1406
C1411
ST2250
C1400
Z1400
ST1400
BT Test
C4152
ST1402
2
3
4
V2305
C2350
C2351
R2343
R2342
R2309
V2306
R2321
R2310
H2300
5
6
ROA 128 1112
C4
R
C2212
RJC 463 3011/33
C3
C2277
RJC 516 4016/1
B5
C2321
RJC 516 3026/22
C6
E1002
SXA 109 6043
D6
R
N2403
RYT 109 914/1
C5
R2304
REP 621 003/47
C6
R2350
REP 621 005/22
C6
V2300
RYN 901 918/2
A1300
ROA 128 1640
D4
R
C2260
RJC 516 4016/1
B5
C2278
REV 501 107/201
B5
C2322
RJC 516 3026/22
C6
H2300
RKZ 923 919/1
E6
R
R1000
REP 622 001/0
B2
R2305
REP 621 006/1
B3
R2400
REP 621 105/43
B5
V2301
RYN 121 931/1
B6
C1000
RJC 463 3012/22
D2
C2261
RJC 516 4016/1
B5
C2279
RJC 516 4016/1
B5
C2326
RJC 516 3537/1
C6
L1000
REG 724 5541/29B
D2
R1003
REP 622 001/0
B2
R2306
REP 621 001/0
D5
R3136
REP 621 106/1
C5
V2303
RKZ 223 914/1
C6
C6
C1300
RJC 516 4016/1
C5
C2262
RJC 516 4016/1
B5
C2280
RJC 516 3027/1
B5
C2327
RJC 516 3514/1
C6
L2300
REG 706 05/19
C6
R1301
REP 621 002/1
C5
R2307
REP 621 001/0
D5
R3137
REP 621 106/1
C5
V2305
RKZ 223 914/1
D6
C1400
RJC 516 3026/22
D6
C2263
RJC 516 4016/1
B5
C2281
RJC 516 3037/47
B5
C2328
RJC 516 3514/1
C6
L2301
REG 706 05/19
C6
R1304
REP 621 104/39
C5
R2309
REP 621 002/33
D5
R4124
REP 622 001/0
C1
V2310
RYN 121 916/2
C6
R
C1401
RJC 516 3026/22
D6
C2264
RJC 516 4016/1
B5
C2289
RJC 516 4016/1
C4
C2330
RJC 463 3012/33
B3
L2302
REG 706 05/19
C6
R1404
REP 621 105/1
D6
R2310
REP 621 006/1
D6
R4125
REP 622 001/0
C1
V2311
RKZ 223 914/1
D2
C1402
RJC 516 3026/22
D6
C2265
RJC 516 4016/1
B5
C2296
RJC 516 3037/47
C6
C2332
RJC 516 3027/1
B3
L2303
REG 706 05/19
C6
R1405
REP 621 106/1
D6
R2316
REP 621 105/47
C6
S2500
RMD 101 16/4
D1
R
V2312
RKZ 223 914/1
D1
C1403
RJC 516 3026/22
D6
C2266
RJC 516 4016/1
B5
C2297
RJC 516 3037/22
C6
C2400
RJC 516 3526/1
B5
L2304
REG 706 05/19
C6
R2200
REP 624 650/025
C3
R2321
REP 621 006/1
D6
S2502
RMD 101 16/4
D2
R
V2313
RKZ 223 914/1
B2
C1404
RJC 516 3026/22
D6
C2267
RJC 516 4016/1
B5
C2300
RJC 516 4016/1
C6
C2401
RJC 516 4016/1
B5
L2305
REG 706 05/19
C6
R2202
REP 621 006/1
D5
R2322
REP 621 106/1
C6
S2503
RMD 101 16/4
D1
R
V3103
RYN 901 923/1
C5
R
C1405
RJC 516 3026/22
D6
C2268
RJC 516 4016/1
B5
C2301
RJC 516 4016/1
C6
C2402
RJC 516 4016/1
B5
L3101
REG 724 9342/56
B3
R2209
REP 621 006/1
C6
R2324
REP 621 006/1
B3
S2507
RMD 101 16/4
B1
R
V3110
RKZ 433 924/1
E6
R
C1406
RJC 516 3026/22
D6
C2269
RJC 516 4016/1
B5
C2302
RJC 516 4016/1
C6
C2403
RJC 516 4016/1
C6
L4120
REG 724 5542/56J
C1
R2213
REP 621 004/47
B5
R2325
REP 621 006/1
B3
V1300
RYN 121 933/2
C5
V4101
RKZ 223 914/1
D1
R
C1407
RJC 516 3027/1
D6
C2270
RJC 516 4016/1
B5
C2310
RJC 463 3012/22
D5
C2404
RJC 516 4016/1
C6
L4121
REG 724 5542/56J
C1
R2233
REP 621 006/1
B6
R2327
REP 621 006/1
B3
V1301
RYN 123 911/2
D5
X1000
RPT 799 53
D2
R
C1408
RJC 516 3015/1
D6
C2271
RJC 516 4016/1
B5
C2311
RJC 463 3012/22
D5
D1400
RYT 123 923/2
B6
L4122
REG 724 9301/47
D6
R2234
REP 621 006/22
C6
R2328
REP 621 006/1
B3
V2200
RKZ 223 911/1
C3
X1001
RPT 799 51
B1
D2001
ROP 101 3044/4
B5
N2201
RYT 113 7810/2
B5
R2235
REP 621 006/1
B6
R2338
REP 621 006/1
C5
V2201
RKZ 323 907/1
C6
R
X1002
RPT 799 51
C1
R
RYT 113 7824/1
D6
R
R2300
REP 621 006/1
C6
R2341
REP 621 006/47
C6
V2202
RYN 122 684/2
D5
R
X2200
SND 106 22
C3
R
R
C1409
RJC 516 4016/1
D6
C2272
RJC 516 4016/1
B5
C2312
RJC 463 3012/22
D5
C1411
RJC 516 3026/22
D6
C2273
RJC 516 4016/1
B5
C2313
RJC 516 3514/1
D5
D2301
RYT 118 932/2
C5
R
N2204
C2101
RJC 516 3514/1
B5
C2274
RJC 516 4016/1
B5
C2314
RJC 516 3027/1
D5
D2304
RYT 109 913/1
C6
R
N2300
RKZ 923 921/1
C6
R2301
REP 621 004/1
C6
R2342
REP 621 002/33
D6
V2203
RYN 122 684/2
D5
X2301
(RNK 871 47)
B2
R
C22106
RJC 516 4016/1
B5
C2275
RJC 516 4016/1
B5
C2315
RJC 516 3037/47
D6
D3104
RYT 109 914/1
C6
N2400
RYT 113 995/1
C6
R2302
REP 621 103/56
C6
R2343
REP 621 002/33
D6
V2204
RKZ 223 905/2
D5
X2302
RNK 871 46
D5
R
C2211
RJC 463 3012/22
C3
C2276
RJC 516 4016/1
B5
C2320
RJC 516 3026/22
C6
E1000
SXA 109 5997
C5
N2402
RYT 109 914/1
B5
R2303
REP 621 004/47
C6
R2344
REP 621 006/47
C6
V2220
RYN 123 919/1
C6
Z1400
RTN 202 932/4
D6
R
D
V3110
A1200
R
BT Test
C2315
V2204
C2201
S2502
V2203
R2202
V2202
V2511
V2512
V2210
C2352
E1002
C1000
X1401
C1407
C1404
C1403
C1401
C1402
C1405
C1408
L4122
X1400
C2313
C2311
N2204
D1400
ST1401
C2314
R2306
C2297
C1409
ST1403
X2302
C2312
V2302
C2310
S2500
T
OU
IN
L2305
C
A1300
L1000
L2304
E1000
R2307
1
L2303
C2321
D3104
R2743
N2400
V1301
S2503
L2302
C2320
C2404
C2289
ST2216
ST1300
R1304
C2403
V1300
C2296
X1000
L2301
R2344
R2360
V4101
D
R2341
R2338
X2200
V2200
L4120
R4125
L2300
R1301
C4132
L4121
R4124
C4133
C
D2304
R2712
R2713
C1300
R2200
C2212
X2504
L1300
C2211
X2503
D2301
C1302
R
R - Replaceable
See Appendix for
more information.
1202-3085 rev. 2
45 (121)
COMPONENT OVERVIEW
C1301
V2220
R2301
R2300
C2301
V2201
R3137
R2233
X2300
ST2302
R2303
R2316
R2304
V3103
R2322
R3136
X1002
R2235
R2234
SP2400
R2722
SP2351
C2263
C2322
C2265
V2310
SP2350
C2266
C2328
C2276
C2327
C2268
V2300
N2402
C2277
C2302
C2401
V2301
C2402
C2300
B
R1000
R1002
D2001
C2400
X2301
R2305
C2280
R2325
MP 1
MP 2
MP 3
MP 4
MP 5
MP 6
MP 7
MP 8
MP 9
MP 10
MP 11
MP 12
MP 13
MP 14
MP 15
MP 16
MP 17
MP 18
MP 19
Front Side
MP 20
MP 21
MP 22
MP 23
K800 - K810
MP 24
MP 25
MP 26
MP 27
MP 28
MP 29
MP 30
MP 31
MP 32
MP 33
MP 34
MP 35
MP 36
MP 37
MP 38
MP 39
MP 40
C2299
ST2200
C2200
C2214
R2203
C1100
ST2204
C1102
TP2201
TP4105
TP3112
TP2202
C4113
TP2205
MP 56
MP 57
R4102
C2237
SP2107
C2236
C2225
R2326
D2000
MP 60
R4103
L4101
C4111
C4102
C4144
C4112
C4107
C4146
C4121
R2105
C2218
C4108
ST2205
SP2335
R2556
MP 59
SP2112
R2312
R4126
C4128
R4114
MP 61
R2313
C4130
R4120
MP 72
MP 62
R2314
C2239
SP2105
C2234
V2508
V2503
MP 63
MP 64
MP 65
MP 66
MP 67
C2331
TP3113
MP 74
C2293
R2208
C2255
C2233
C2235
C2232
C2254
C2231
C2253
C2251
C2298
C3200
C3202
C3213
C3205
C3206
C3207
C2604
C2609
C2611
ST2300
C2610
R2206
C2601
R2601
C2600
MP 77
V2601
ST2232
C2616
C3201
ST2231
C3203
C3204
R2600
C2612
C2603
C2287
MP 76
ST2218
C2605
L2603
C2606
D2300
ST2602
C2288
L2601
C2615
C2282
D3100
C2217
C3211
MP 75
C2295
N2600
C2613
L2600
C2614
MP 78
V2600
R2604
C3210
C3133
C3209
C2619
C3212
C2283
C3208
C2286
X3102
5
S250
D3101
N2203
C2608
L2602
V2206
C3156
C2284
ST3111
C2285
C3107
C3155
MP 73
R2331
C2240
V2207
ST3110
MP 71
C4131
C3115
C3134
MP 70
ST4116
C2244
TP3101
R2204
C4122
C2325
C4125
R2308
C2210
C2309
C3116
ST2207
C2224
MP 58
C4153
C4127
N4100
C2226
C2248
R2311
R4115
C2245
ST2210
MP 55
C4105
R4123
C4252
V2221
C2105
TP3111
V2216
C4145
C4110
L4100
C22117
C2220
ST2404
C2223
C2246
C2227
R2409
ST2408
PIC 54
MP 69
R4112
R2558
PIC 53
C4106
C4104
C4126
C2242
C22100
C2208
R1100
C2206
C1106
C2207
C1107
C1103
C3104
C3105
C2219
C22105
V2205
C2256
ST2405
ST2407
ST2406
C2100
C2247
ST2100
C2228
R2557
V3100
C3143
C2742
C3136
C3138
C3140
C3142
C2741
R2742
C2746
C2747
ST2217
ST2227
C2292
V2215
R2741
C2238
N4202
C4109
L3100
R2210
C22112
V3113
C2243
TP3114
MP 68
C2602
C3135
C3137
C3139
C3145
V2213
R2237
C22110
C2257
C4124
SP2334
SP3120
ST2229
TP1000
C2103
L4104
R4104
R4127
R2104
V2507
N2205
R2236
C3141
C3144
R2228
C22113
V2211
C22114
V2212
C4123
SP2103
R2101
ST2220
X2505
V2214
C4140
C2617
R2603
C2618
TP2200
TP4106
R4100
R4101
C4150
C2230
C2745
R3157
R3158
N3100
R2207
C3132
B3100
N2209
N2202
ST2228
N2200
C2250
C3157
R2229
ST2222
R2227
R2230
R3155
R2231
C4142
C22111
L4105
C2290
C4120
MP 79
C2607
MP 80
MP 82
MP 83
MP 84
MP 85
32,768 KHz RTCCLK at R2105
500 mV
10,0 us
32,768 KHz
MP 86
PIC 52
32,768 KHz RTCOUT at B2100
PIC 53
MP 87
MP 88
MP 89
MP 90
MP 91
13 MHz MCLK at C2100
MP 92
PIC 54
Pk-Pk
Pk-Pk
Pk-Pk
1,4 V
760 mV
300 mV
200 mV
10,0 us
32,768 KHz
100 mV
25,0 ns
MP 93
MP 94
MP 95
MP
REF
VALUE (V)
CONDITION
3
6
11
13
24
26
29
34
35
37
38
39
43
46
48
56
58
77
89
90
92
95
100
137
CAM_EN
CAM_12_EN
Ground
VBAT
VCORE18
VDDBUCK
VDDF13
VccB
VccA
VDDE18
VBATI
VDIG
VCAMSD_EN_2
V_VGADIG
VCAMSD
VCORE13
VRTC13
VFM27
VCAM12
VCAMAF
VCAMIO
V_VGAANA
VCORE15
VBT27
2,7
1,8
0
3,8
1,8
3,8
1,3
2,75
2,75
1,8
3,8
2,75
1,8
1,8
1,8
1,3
1,3
2,7
1,2
CAM SET
CAM SET
1,8
2,7
1,5
2,7
MP 81
CAM SET
CAM SET
CAM SET
FM SET
CAM SET
CAM SET
CAM SET
CAM SET
BT SET
13,000 MHz
1202-3085 rev. 2
46 (121)
SAMPLE POINTS
X2508
R2232
C22115
C4103
C4116
R4113
C2229
C2249
C22109
C4115
C2205
C4129
R2102
SP2111
SP2106
ST2230
C4149
C4141
C2551
C2258
SP2110
SP2109
V2504
C4151
ST4106
C4114
TP2204
TP2221
C4117
C4119
C2203
PIC 52
B4100
R4105
C2202
C4118
MP 51
ST2301
SP2101
TP2222
N2210
L3102
C2241
TP3115
L4106
C22116
C2102
C2104
B2100
SP2113
C4143
X2509
R2205
C2221
V2506
MP 48
C3149
N2000
ST2203
C3101
R2212
V2208
ST2206
C2222
C2252
C3148
C2204
C2209
ST2211
S2504
C3147
MP 50
V2552
TP3100
SP2102
C2216
L2201
V2500
V2514
V2550
R2552
R2550
V2509
TP2553
MP 49
ST2201
R3101
TP3106
TP2220
ST2202
TP3105
SP2108
C3146
V3102
L2200
MP 46
MP 47
R3104
C2516
C2259
C2743
R2201
C2517
R2551
V2551
TP1001
C2213
C2215
SP2100
C2518
11
10
R2553
R2555
R2732
C2550
R2554
MP 45
X2510
R3102
C2515
MP 42
ST2208
C2519
MP 44
C2555
V2510
C2559
C2744
V2505
V3101
C3100
7
X2550
MP 43
L3103
R3100
20
1
C3106
X2501
S250
6
E1003
C3103
C1101
E1001
R3103
MP 41
C4154
SAMPLE POINTS
SAMPLE POINTS
Back Side
K800 - K810
MP 96
MP 97
MP 98
MP 99
MP 100
MP 101
MP 102
MP 103
MP 104
MP 105
MP 106
MP 107
MP 108
S2507
V2513
C2269
C2267
C2260
C2264
ST2212
ST2213
C2278
C2281
R2329
C2272
C2273
R2324
N2201
R2400
R2327
A1200
C2332
X2506
C22106
R2213
C2262
C2279
C2275
C2270
R2402
C2101
L3101
X2507
C2274
R2401
R2328
C2307
C2261
C2330
X1001
R1000
R1002
D2001
C2400
X2301
R2305
C2280
R2325
C2271
SP2401
MP 119
MP 120
R2302
V2220
R2301
R2316
R2234
C2321
C2320
D3104
X2300
C2326
R2350
R1406
R1404
ST2219
C1409
ST1403
Z1400
ST1400
ST1401
BT
ST1402
X1401
X1400
C1407
C1404
C1403
C1401
C1402
C1408
L4122
1
MP 121
MP 122
MP
REF
VALUE (V)
CONDITION
3
6
11
13
24
26
29
34
35
37
38
39
43
46
48
56
58
77
89
90
92
95
100
137
CAM_EN
CAM_12_EN
Ground
VBAT
VCORE18
VDDBUCK
VDDF13
VccB
VccA
VDDE18
VBATI
VDIG
VCAMSD_EN_2
V_VGADIG
VCAMSD
VCORE13
VRTC13
VFM27
VCAM12
VCAMAF
VCAMIO
V_VGAANA
VCORE15
VBT27
2,7
1,8
0
3,8
1,8
3,8
1,3
2,75
2,75
1,8
3,8
2,75
1,8
1,8
1,8
1,3
1,3
2,7
1,2
CAM SET
CAM SET
1,8
2,7
1,5
2,7
MP 123
MP 124
MP 125
MP 126
MP 127
MP 128
MP 129
V2306
R2321
C2352
V2305
R2343
C2350
C2351
R2309
R2342
V2203
R2310
BT Test
C2315
V2204
C2201
R2202
V2202
V2210
V2511
IN
MP 118
C1400
E1002
S2502
MP 117
2
C1000
V2512
L1000
T
OU
MP 116
ST2250
D1400
C1405
C2310
C2311
C2297
N2204
C4152
C2313
S2500
C2314
R2306
3
S2503
MP 111
L2305
R2209
C2296
X2302
C2312
V2302
A1300
X1000
L2304
R1405
5
C1406
6
C1411
7
R2307
MP 115
V2303
MP 110
MP 112
V1301
MP 114
N2300
R2743
C2403
C2404
N2400
L2303
E1000
VBat
V4101
MP 113
R2341
R2338
R1304
ST1300
ST2216
C2212
R2200
R4125
L2302
R2344
V1300
C4132
R4124
C4133
L4120
L2301
R1301
R2360
MP 109
L2300
SAMPLE POINTS
L4121
D2304
R2712
R2713
C1300
C2211
X2504
D2301
C1302
L1300
C2289
V2200
X2200
C1301
R2233
C2301
V2201
R3137
X2503
R2303
ST2302
GND
R2300
V2310
R2304
V3103
R2322
R3136
X1002
R2235
R2722
C2263
SP2400
C2322
C2265
C2328
C2266
SP2351
C2327
C2276
V2300
C2268
SP2350
C2300
C2277
C2302
C2401
N2402
V2301
C2402
H2300
MP 130
MP 131
MP 132
MP 133
V3110
MP 134
MP 135
MP 136
MP 137
MP 138
CAM SET
CAM SET
CAM SET
FM SET
CAM SET
CAM SET
CAM SET
CAM SET
BT SET
1202-3085 rev. 2
47 (121)
TROUBLESHOOTER
General
Repair Actions
K800 - K810
Repair Actions for Manual Test Failures
Failure
Failure Symptom
The purpose of this document is to indicate the electrical level repair actions associated with the different
failure symptoms.
For symptoms that have multiple repair actions, the repair actions are listed in order of their probability of
creating a successful repair. The first action has the highest probability, and subsequent actions have lower
probabilities. The intention is for the repair technician to implement the first repair action and then retest
the phone. If the phone continues to fail the same test, then the technician should continue to the second
repair action. If the phone continues to fail the same test after all of the repair actions are exhausted,
then the phone will be considered not reparable at this level. This document should be used only after the
actions from the Mechanical Trouble Shooting Guide have been exhausted for the specific symptom.
Current draw greater than 300 mAmps
Current draw when powered off
Voltage, current, and resistance information is provided for some symptoms to enable faster repairs.
Perform current measurements using a dummy battery and power supply with digital current display.
The phone should be fully assembled. Perform voltage and resistance measurements with a multimeter.
Purchasing this equipment and performing these measurements is optional but recommended.
Perform current measurements using a
dummy battery and power supply with
digital current display. The phone should
be fully assembled.
Hangs at gray display. Constant
vibration. Will not power off.
Power On / Off
Draws current when pushing power key,
returns to zero
Powers on by itself after installing
battery. Will not power off.
Perform voltage measurements with a
multimeter.
Permanent phone hangs at start up or in
standby
Other symptoms
Perform resistance measurements with a
multimeter.
Software Flash
USB icon does not flash
Error message “USB device not
recognized”
USB icon flashes
Progress indicator appears with red X
No response from computer or phone
Measure V2201 with positive lead on the
Anode.
VDC should equal 0.15 to 0.19.
Other symptoms
•
C22109
•
K790 ONLY – N1100
•
K800/K810 ONLY –
•
•
A1200 – Approved Centers Only
C22109
•
K790 ONLY – N1100
•
K800/K810 ONLY –
•
•
•
B2100
•
Run pre-configuration using EMMA
•
N2000
•
D2301
•
N2200
•
Replace S2500 if damaged
•
V2504
•
•
D1400
•
•
K790 ONLY (ROA revision R3A
and R3B only) – Replace R1404 and
R1405
Replace X2200 if damaged
•
•
N2000, D2301
N2300, D2304
•
D2301
•
V2301
• If VDC is outside of range, then
replace V2201
•
V2220
•
D2301, D2304
1202-3085 rev. 2
48 (121)
TROUBLESHOOTER
No response when pushing power key
(no current change)
Phone hang when Bluetooth is turned
on.
If you can’t recreate the phone hang
problem, you should check that
Bluetooth is switched on to eliminate
this possibility
Repair Action
• N2000
TROUBLESHOOTER
Failure
Failure Symptom
Charging from power outlet
Charging
Charging from computer via USB
Measure V2201 with positive lead on the
Anode.
VDC should equal 0.15 to 0.19.
Charging indicator (RED LED)
Hands-Free connection (PHF)
SIM
Display
Display /Keypad
LED Illumination
Display and keys work, but they are
dark.
Measure V3102 with the Positive (red)
probe on the anode = 0.16 to 0.19
Repair Action
• V2202
•
N2000
Repair Actions
Failure
K800 - K810
Failure Symptom
Repair Action
• Replace X2550 if damaged
•
V3113
•
•
V2552
•
•
V2500
H2300
•
N2204
•
N2000
•
•
D1400
N2203
FM Radio
•
N2600
Memory Card
•
•
N2000
Camera Flash
replace V2201
•
V2220
•
•
V3110
N4202
•
•
N2000
•
•
•
N2000
•
replace V3102
Camera Lens Cover Sensor
IR
Bluetooth
•
V3101
•
N2000
•
•
•
•
•
•
•
•
•
R3101
V3103
Replace S2502, S2503 if damaged
Replace S2505, S2506 if damaged
Vibrator
Earphone (Speaker, Receiver)
•
•
•
•
V2500
N2000
N2000
V4101
Repair Actions for Calibration Failures
Polyphonic Speaker (Alert, Speakerphone)
•
N4100
K790
Backup Battery
•
•
•
N2000
C2217
B4100
Microphone
•
N4202
Real Time Clock
•
•
•
N2000
B2100
Camera (Large, Rear)
•
N2202
Display light works, but keys are dark
Keypad Keys
Volume Down/Up Keys
Camera Key
On/Off key
Gaming (A and B) Keys
Media Player Key
Navigation Key (Joystick)
VGA Camera (Small, Front)
•
•
D3100, D3101
•
N2210
Failure
Fails any part of Go/No Go testing
Fails Go/No Go test, but passes calibration
Fails Go/No Go test after passing calibration
Failure
Fails any part of the calibration routine
Repair Action
• run the calibration routine
•
replace the antenna
•
•
rerun the phone through Go/No Go testing
•
change X1000 and retest
TROUBLESHOOTER
• N3100 (Can’t take picture)
• K800/K810 ONLY. K790 does not
include this camera.
Repair Actions for Go/No Go Test Failures
Repair Action
•
•
•
N1100
K800
Failure
Fails any part of the calibration routine
Repair Action
•
•
•
A1200 UMTS – Approved Centers Only
•
A1300 GSM – Approved Centers Only
1202-3085 rev. 2
49 (121)
TROUBLESHOOTER
Trouble Shooting Guide On/Off - Dead Phone
Dead phone problems
Trouble shooting guide On/Off
START
Is the phone
consuming more than
1mA when the phone is
powered off
Connect dummy
battery
3,8V
2A current limit
Go to
Dead phone
problems
Yes
Keep S2500
pressed or
connect
Charger plug
Replace X2200
Is it possible to
power on the phone
Go to
Test the Diode
V2504 and switch
S2500.
No
Is it possible to power
off the phone
Yes
Go to Test
current consumption
After this
Test Charging.
Yes
No
Go to
Test the diode
V2504 and switch
S2500
Yes
No
Is the phones
behavior as normal
Optimized
charging
Connect a charger
Go to
Dead phone
problems
Yes
Does the phone
consume more than
10 mA
Go to
Dead phone
Problems.
No
Does the phone
consume more than
50 mA
Go to
Dead phone
Problems.
Yes
Yes
Use fixture
Connect 3,8V
Limiter 2A
No
3.8 Volt
at
MP 38
VBATi
Press 2 and 5
Connect USB
Run pre-config 1 and 2
Run DPY/Z
Flash Successful
No
Go to
Test the system
connector
protections.
After this
Flash problems
Yes
Yes
Yes
No
13 MHz
MCLK at
PIC 54
No
Yes
Yes
1. Customize the phone into DPY/Z
2. Startup the phone and wait for the
configuration to take place (takes less
than a minute)
3. Customize with correct CDA
4. Activate the phone
Replace
A1300 or
A1200
Yes
A1300 Marlin
A1200 Ray
getting hot
Yes
Replace
C22109
Yes
Try to trace the
faulty component
with freezing spray
No
2.75 Volt at
MP 39 VDIG
MP 34 VccB
MP 35 VccA
No
1.8 Volt at
MP 24 VCORE18
Replace N2000
Yes
No
1.3 V at
MP 29 VDDF13
MP 58 VRTC13
1.8V at
MP 37
Yes
13 MHz
at
MP 99
No
Did this solve the
problem
Using more than
1 mA
current
Remove
N2000
No
No
L2000 or L2201
Faulty
Check MP 25 and
26
Yes
Yes
SL 5 Replace
L2200 or L2201
SL 4 scrap
Yes
Replace
N2200
No
Replace
N2000
No
1.3 Volt at
MP 56 VCORE13
TROUBLESHOOTER
No
No chargers
plug inserted
C22109
getting hot
No
Did the flash process
started
No
Try to trace the
faulty component
with freezing spray
SL 5 Replace
R2200
SL 4 scrap
SL 5 Replace V1300
SL 4 Scrap
Yes
No
Yes
Replace
A1200
Ray
Yes
32KHz
at
PIC 53 RTCOUT
Yes
1.5 Volt at
MP 100 VCORE15
No
No
13 MHz
at
PIC 54
32KHz
at
PIC 52 RTCCLK
Yes
Yes
No
Try to recover the
phone using SW
Load ITP
Scrap
D2000
Faulty
Claime
A1200
Ray
No
No
0,3 Volt
DC at
PIC 53 RTCOUT
SL 5 Replace
N2201
SL 4 scrap
Yes
Replace
B2100
Yes
No
Go to
Flash problems
No
Yes
3.8 Volt
At
MP 13
VBAT
Yes
Flash
The phone with
ITP software
successful
S2500
Not pressed
Using more than
1 mA
current
Yes
No
Flash
the phone with correct
CDA software.
Successful
START
Try to recover the phone
using SW
Press key 2 and 5
Run pre-config 1 and 2
Connect to usb flash
Run DPY/Z
No
No
Is the phone
consuming any current
when powering on the
phone
K800 - K810
No
Did this solve the
problem
Yes
Claim for a
sw upgrade
Replace
D1400
Bluetooth
Go to Test
System connector
protections
No
Flash process
passed
Yes
Replace
D2301
1202-3085 rev. 2
50 (121)
TROUBLESHOOTER Trouble Shooting Guide Charging Problems - VBUS Charging ProblemsSEMC Electrical Repair Manual
K800 - K810
Charging problems
Use fixture and
fault trace SW
Connect 3.8V
Connect charger
Plug 5.3 V and
then SEPI cabel
Load the ITP Sw into
the phone
Connect dummy
battery3,8V
2A current limit and
Chargers plug 5.3V
2A current limit.
Use fault trace
SW. Run Battery
calibrations
Passed
No
VBUS Charging problems
START
START
Phone with
Normal SW
Use fixture
Connect 3.8V
Connect USB plug
From CPU
Yes
3.2 V and 4.1 V
at MP 13 TP2220 when
battery calibrations
Is done
Use fault trace
SW. Run Current
calibrations
Passed
Yes
V2200
Short circuit
Yes
No
5V at
MP 107
VBUS
No
Use fixture and
fault trace SW
Connect 3.8V
Connect charger
Plug 5.3 V and then
SEPI cabel
Replace X2200
Using current.
V2204 getting
hot
Yes
Load SW from EMMA
Content refresh
Go to
Test Charging
No
Replace N2000
3.2 V and 4.1 V
at MP 38 VBATI when
battery calibations
Is done
SL 5 replace
V2200
SL 4 scrap
Yes
Yes
SL5 Replace
V2204
SL 4 scrap
5,3 Volt at
MP 130
DCIO
No
Yes
N2300 or D2304
Getting hot
4.7V at
MP 103
VBUS_VINC
No
Replace
V2220
No
Replace
V2201
Replace X2300
System connector
No
Yes
Yes
Yes
R2201
0.1 Ohm
Replace
N2300
Mp 28
CHSENSE+
Higher than
3,8 Volt
No
Mp 126
CHREG
Pin 4 V2202
Lower than
MP 128
No
Mp 128
DCIOint
Higher than
3,8 Volt
Yes
No
Yes
No
Mp 127
Pin 4 V2203
Lower than
MP 130
Pin 8 V2203
Yes
N2300
Getting hot
No
Replace
D2304
TROUBLESHOOTER
Start
current calibrations
Replace
N2000
SL 5 Replace
R2201
SL 4 scrap
No
Yes
Yes
Replace N2000
SL 5 Replace
R2200
SL 4 scrap
Replace V2202
Replace N2000
Yes
SL 5 Replace
V2203
SL 4 Scrap
Yes
SL 5 Replace
V2210
SL 4 scrap
No
Yes
Replace N2000
No
5V at
MP 106
VBUS_1
No
No
Using Current
when charger
calibration
Is done
Replace
System connector
Yes
Marita
D2000 faulty
Scrap
No
DCIO_ON
Pin 1 V2210
High
1202-3085 rev. 2
51 (121)
TROUBLESHOOTER
Trouble Shooting Guide Keyboard & Display Backlight - SIM
Keyboard and Display backlights problems
the phone.
Use fixture
Connect 3.8V
Insert display
and Keyboard
Use fault trace SW
Fault trace SW
MMI
Start
LCD backlight
Lower keyboard bac
Upper keyboard bac
SIM problems
47 Ohm
Between MP 94
And ground
Yes
START
Yes
the phone.
Use fixture
Connect 3.8V
Insert SIM
Use fault trace SW
Fault trace SW
Logic
SIM Card control
Check X2302
faulty
No
Start
Replace or
resolder
X2302
Yes
Replace
R3101
No
Display backlights
works
K800 - K810
No
Run SIM com test
Passed
Remove SIM
Restart the phone
Use fault trace
SW
Start
SIMVCC
SL 5 Replace C2309
C2310 or C2314
SL 4 scrap
Yes
No
Yes
3.8V at
MP 16
TP 3100
Keyboard backlights
works
Yes
Yes
15 V ptp
Pulses at MP 16
short after
Lcd bachlights
Is set.
Yes
Replace
X3102 or Display
Flash with EMMA
Run customize
or refresh
2.8 Volt at
Pin 1 X2302
MP 129
C2309, C2310
or C2314
Short circuit
No
Yes
Replace
N2000
No
SL 5 Replace
C2313
SL 4 scrap
Yes
No
Flash with EMMA
Run SUCR
3.8 V ptp
Pulses at MP 27
short after
Lcd bachlights
Is set.
No
No
Replace
N2000
2.8 Volt at
Pin 2 X2302
MP 125
3.8V at
MP 32
3.8V at
Annode
V3102
No
Yes
Sl 5 Replace
C2311
Sl 4 scrap
Replace
V3102
SIMVCC on
SIMRST on
Start
SIMCLK
SL 5 Replace
R3100 or L3103
SL 4 scrap
2.8 Volt at
Pin 3 X2302
MP 124
No
Yes
Yes
No
Replace or resolder
X2501
0 Volt at
MP 18
TP3105
Yes
SIMVCC on
SIMRST on
SIMCLK on
Start
SIM DATA
2.8 Volt at
Pin 7 X2302
MP 123
Yes
No
No
1.8 Volt at
MP 97
No
Scrap
D2000 faulty
1.8 Volt at
MP 98
No
Replace or
Resolder
X2302
No
Pin 5 X2302
Ground
Yes
2.8 volt at
ST2306 K790
R2306 K800
SIMCLK_2
No
C2311
Short circuit
Yes
No
Sl 4 Resolder or
replace X2302
Sl 5 replace R2306
Replace
N2000
No
2.8 Volt at
ST2307 K790
R2307 K800
SIMDAT_2
No
TROUBLESHOOTER
No
Yes
Replace
N2000
No
Replace
V3101
Yes
Keyboard backlights
Upper works
0 Volt at
MP 20
TP3105
C2313
Short circuit
No
Yes
SL 5 Replace
R3104
SL 4 scrap
Yes
No
SIMVCC on
Start
SIMRST
No
C2312
Short circuit
Yes
Yes
Sl 4 Resolder or
Replace X2302
Sl 5 replace R2307
Sl 5 Replace
C2312
Sl 4 scrap
Yes
Yes
Replace
V3103
Yes
Sl 5 Replace or
Resolder R2308
Sl 4 scrap
No
10Kohm between
Pin 1 and 7
X2302
Yes
Replace
N2000
1202-3085 rev. 2
52 (121)
TROUBLESHOOTER
Trouble Shooting Guide Flash Problems - Audio Internal Problems SEMC Electrical Repair Manual
K800 - K810
Audio internal problems
Flash problems
START
Test the system
Connector
protections first.
Flash process
startes
When using
EMMA
No
Power up the phone
Connect USB plug
From CPU
No
Sl 5 Resolder
L4100 L4101
L4105 L4106
Sl 4 scrap
Go to
Audio External
Problems
Phone with
Normal SW
Use fixture
Connect 3.8V
Yes
No
Mic audio
200 mVolt AC
At X2508
and X2509
Flash ITP
Using EMMA
passed
Remove the USB
cabel
Yes
Yes
START
the phone.
Use fixture
Connect 3.8V
Use fault trace SW
Mic audio
200 mVolt AC at
MP 68 BEARP and
MP 69 BEARN
Replace
N2000
Replace
D2301
Yes
Yes
Is the phone
Indicate charging
Fault trace SW
Audio and FM Radio
Audio Loop test
Settings Mic1
Dictaphone
Earphone
Apply Audio Loop
Talk to the int Mik
Yes
No
Settings
Mic1
Dictaphone
Loudspeaker
Apply Audio Loop
Mic audio
20 mVolt AC
At MP 42
INTMIC
Yes
Yes
Mic audio
20 mVolt AC
MP70
C4102
No
Mic audio
200 mVolt AC
At X2503
and X2504
No
Go to VBUS
Charging problems
Insert the USB
cabel
Yes
1.8V at
MP 101
EDB_EN
No
SL 5 Replace
R2322
SL 4 Scrap
No
Replace
N4202
2.4 Volt DC
At
MP 73
CCO_2
Sl 5 Resolder
R4124 L4121
R4125 L4120
Sl 4 scrap
Yes
Replace
Mic B4100
No
No
0V at
MP 101
EDB_EN
Scrap
D2000 faulty
No
0 Ohm
between
Pin 11 at X2300
And MP102
Yes
Replace N2300
Retest then
Replace D2304
No
Yes
Yes
Data signal
3V PTP at
MP 132
Replace N2300
Retest then
Replace D2304
No
No
Replace
System connector
0 Ohm
between
Pin 10 at X2300
And MP132
1.9 Volt DC
At X2503
and X2504
No
MP 61 and
MP 62
Short circuit
Replace
N4202
Yes
Yes
Audio
At MP61
LINEP
Replace
N2000
No
No
Yes
Yes
Yes
No
Replace
N2000
No
TROUBLESHOOTER
3.1V at
MP 132
D+/DTMS
No
MP 59 CCO_1
Short circuit
To ground
1.9 Volt DC
At TP 4105
and TP 4106
Yes
Replace
System connector
Yes
Replace
D2304
Replace
C4126
MP 86 or
MP 7
Short circuit
To Ground
No
1.8 Volt DC
At MP 75
Yes
No
Replace
V4101
Scrap
D2000
faulty
Yes
Replace
N4100
1202-3085 rev. 2
53 (121)
TROUBLESHOOTER Trouble Shooting Guide Audio External Problems - Camera Problems SEMC Electrical Repair Manual
K800 - K810
Audio external problems
Go to
Audio internal
problems
Fault trace SW
Audio and FM Radio
Audio Loop test
Settings AUX
Dictaphone
AUX Earphone
Apply Audio Loop
Remove SEPI cabel
Insert PHF set
Talk to the ext mik
No
Camera problems
START
Before this do
START
Test the system
connector protection
the phone.
Use fixture
Connect 3.8V
Use fault trace SW
You can hear the
Ext mik at the
Ext earphone
2.7 Volt DC
At
MP 93
VCAM27
Yes
Same CLK signal
at both side
R3157
No
Yes
No
SL 5 Replace
L2303 or L3204
SL 4 Scrap
No
Yes
Replace
N3100
the phone.
Use fixture
Connect 3.8V
Use fault trace SW
Camera inserted
Display inserted
Fault trace SW
MMI
Misc
Start
Camera connection
No
Same DATsignal
At both side
R3158
1.8 Volt DC
At
MP 3
CAM_27_EN
Yes
No
Yes
Scrap
D2000 faulty
No
Audio Internal
Tested
Yes
Flash the phone
Using EMMA
Content refresh
Mic audio
20 mVolt AC at
MP 111 and
MP 112
D2000 faulty
Scrap
Yes
L2303 and L2304
ok
Yes
Replace
System connector
No
1.8 Volt DC
At
MP 6
CAM_12_EN
No
Mic audio
10 mVolt AC
At MP 71
and MP72
Replace N4202
Retest.
If stille faulty
Replace
N2000
Yes
No
Yes
SL 5 replace
N2205
SL 4 Scrap
Replace
N2202
Yes
No
1.2 Volt DC
At
MP 89
VCAM12
1.8 Volt DC
At
MP 48
VCAMSD
Yes
No
Yes
2.7 Volt DC
At
MP 90
CAMAF
1.8 Volt DC
at
MP 92
VCAMIO
1.8 Volt DC
At
MP 46
St2229
SL 5 Rplace
V2213
SL 4 Scrap
Yes
No
Yes
No
No
Pin 3 at system
connector
Connected to
MP 109
No
L2301
ok
No
SL 5 Replace
L2301
SL 4 Scrap
1.8 Volt DC
at
MP 92
VCAMIO
SL 5 replace
N2209
SL 4 Scrap
0 Volt DC
At
R2230
No
Yes
Yes
Yes
Pin 4 at system
connector
Connected to
MP 110
Replace
System connector
No
L2302
ok
No
SL 5 Replace
L2302
SL 4 Scrap
Replace
Or resolder
X2505
Replace
N2210
No
No
Yes
Replace
N4202
VGA camera
problems
SL 5 Replace
V2212
SL 4 Scrap
Yes
SL 5 Replace
V2211
SL 4 Scrap
2.7 Volt DC
At
MP 95
V_VGANA
1.8 Volt DC
At MP 43
VCAMSD_EN_2
R2237
Yes
Yes
Replace
System connector
Replace
X2510
Yes
Check
X2510
faulty
Yes
TROUBLESHOOTER
Yes
No
SL 5 Replace
V2214
SL 4 Scrap
No
No
Replace
D3100
D3101
SL 5 Replace
R2237
SL 4 Scrap
1202-3085 rev. 2
54 (121)
TROUBLESHOOTER
Trouble Shooting Guide FM Radio Problems - Vibrator Problems
FM Radio problems
K800 - K810
Vibrator problems
Start
START
Replace
N4202
PHF works with
Normal call
No
Yes
FM radio Internal
loudspeaker
Works properly
Test the phone
PHF speaker
and
Internal loudspeaker
Fault trace SW
MMI
Misc
Start Vibrator
Replace
N2000
the phone.
Use fixture
Connect 3.8V
Limiter 2A
Use fault trace SW
No
Replace
N2000
No
Yes
C3116 or C3115
Short circuit
Fault trace SW
Audio and FM Radio
FM Radio
Freqvency
100.00Mhz
Set FM Radio
the phone.
Use fixture
Use fault trace SW
Yes
Sl 5 Replace C3116
or C3115
Sl 4 scrap
Add
signal generator
20.0 uVrms +/-22.5
kHz 1kHz tone
Freqvency
100.00 Mhz
To
Pin 2 X2300 signal
Pin 9 X2300 shield
Yes
2.7 Volt DC
At MP 77
VFM27
No
1.8 Volt DC
At Mp 76
FM_EN
Yes
Replace
N2203
Scrap
D2000 faulty
No
No
3.0 volt PTP
Pulses at VIBR
MP 49
Yes
3.0 Volt PTP
Pulses at VIBP
X2506
Ground at
VIBN
X2507
Signal at all when
tested
No
Replace
N2000
Yes
Sl 4 Resolder N2600
Sl 5 Resolder
V2600 V2601
Replace
System connector
Signal ok
Yes
Replace
N2600
Sl 5 Replace or
Resolder L3101
Sl 4 scrap
Replace Vibrator
Clean Pad X2506
Clean Pad X2507
Clame
resolder
Clame
System connector
Yes
No
Sl 4 go to next
SL 5 Resolder
C2608 L2602
C2609 L2603
C2610 C2611
No
Signal ok
No
TROUBLESHOOTER
Yes
No
Sl 5 Replace or
Resolder L3100
Sl 4 scrap
Yes
Yes
Some signal at
MP 81 C2615
MP 80 C2616
No
No
Replace
N2600
Yes
Clame
Resolder
Signal ok
1202-3085 rev. 2
55 (121)
TROUBLESHOOTER Trouble Shooting Guide Memory Stick Problems - Bluetooth Problems SEMC Electrical Repair Manual
K800 - K810
Bluetooth problems
Memory stick problems
the phone.
Use fixture
Connect 3.8V
Insert M2 card
Use fault trace SW
Fault trace SW
Logic
SIM Card control
Memory stick test
Check X2301
faulty
No
Start
Yes
Run
memory stick test
Passed
No
0 Volt at
MP 96
MSDETECT
Yes
Yes
Flash
Run customize
or refresh
1.8 Volt at
Mp 33
Only 40 sek
After card
inserted
No
Before this do SW
refresh and retest.
Load the ITP Sw
Into the phone
Do not use fixture
Connect 3.8Volt
Use battery clamps
Use fault trace SW
Replace or
resolder
X2301
Signal
At MP 138
BTANT
Yes
Start.
Fault trace Sw
TX and RX
Bluetooth
Channel 0
Set max pwr mod 0
Use spectrum
analyzer
Set the spectrum
Analyzer to
freqency 2402 MHz
span 1MHz
Replace or
resolder
X2301
Scrap
D2000 faulty
Yes
No
Fault trace Sw
TX and RX
Bluetooth
Channel 0
Set max pwr mod 1
Min.230KHz
higher then
Mod 0
Replace
D1400
Yes
No
Replace
D1400
Yes
Change the
Bluetooth channel
In fault trace
and test the output
Use the spectrum
Analyzer.
Span 10MHz
1MHz channel
spacing
Yes
No
Sl 5 Replace
C2215 or C2332
SL 4 Scrap
Yes
C2215
Or C2332
Short circuit
Phone recovered
Yes
Yes
1.8Volt at
MP 37
And 1.3Volt at
MP 58
4 dBm at
MP 138
BTANT
No
No
No
Replace N2000
If still problems
Scrap
D2000 faulty
No
2.7Volt at
MP 134
VBT27
Claim X2301
Or resolder
Replace
N2000
Mp 137
BT_EN
1.8Volt
TROUBLESHOOTER
No
No
D2000 faulty
Scrap
Yes
Signal at
Z1400
ok
All channel
passed
No
No
Yes
Replace
N2204
SL 5 Replace
Z1400
SL 4 Scrap
Yes
Replace
D1400
Replace
The BT antenna
1202-3085 rev. 2
56 (121)
TROUBLESHOOTER
START
Yes
the phone.
Use fixture
Connect 3,8V
Limiter 3A
Use fault trace SW
2.75 Volt at
MP 35 VccA
MP 34 VccB
Start
Go to Keyboard and
Display backlights
problems
No
No
Yes
Yes
Replace N2000
RSSI
equal to
-40dBm
2db tolerence
No
RSSI between
-40dBm
And -60dBm
Yes
Replace
Display
Yes
RSSI
All band
Passed
No
Measure
33dBm
No
No
Remove
Display
Restart the test
Yes
Measure
23 dBm Tolerence
3dB at Channel
9750
No
1.3 V Pulses at
MP 36
VACP
No
No
Replace
A1300 Marlin
Yes
Yes
Scrap
PCB faulty
Using between
600 mA to 800mA
Current.
No
1.8V at
MP 37
VDDE18
Yes
Replace
N2000
No
2.75V at
MP 91
Pin 3 and 24
X3102
Yes
Scrap
PCB faulty
Yes
Ground at
Pin 5 13
14 and 22
X3102
No
Replace
X3102
Yes
SL 5 Replace
C23xx
SL 4 Scrap
Yes
No
Replace
A1200 Ray
Scrap
D2000
Faulty
Yes
Fault trace SW
TX and RX
WCDMA
Fast select channels
Set Mid Channel
Modes
Read RSSI
RX On
Read measurement
Set the Mobile Service
Channel 10700
Tester to RX -60dBm.
Replace
N2000
TROUBLESHOOTER
No
1.8V at
MP 88
Pin 4
X3102
Replace
N2000
2.75V at
MP 91
VDIG
Measure
30dBm
All band
No
Replace
A1300 Marlin
Yes
Test TX
1800 and 1900 Mhz
Powerlevel 0
Set the Mobile
Service tester
to the right channel
Claim
Display
Replace X1000
Yes
Set the Mobile
Service tester
To GSM 900
Channel 001
TX Analyzer
Fault trace SW
TX and RX
WCDMA
Fast select channels
Set Mid Channel
Modes
Max PWR 23dBm
Set the Mobile Service
tester to WCDMA TX
Channel 9750
Restart
the test
Display works
Yes
Load The ITP into
the phone
Use fixture
Connect 3.8V
Insert display
Use fault trace SW
0 Ohm between
Mp115
And MP118
No
Fault trace SW
TX and RX
GSM
GSM Mode settings
TX Switched
GSM Radio settings
GSM 900 channel 1
Powerlevel 5
Display backlights
works
Fault trace SW
MMI
Display pattern
Start
Tri color pattern
Yes
No
Test RX
1800 and 1900 MHz
RSSI
K800 - K810
Display problems
Network problems
Connect Mobile
Service tester
GSM 900
Channel 001
RF Gen -40dBm
Fault trace SW
TX and RX
GSM
GSM Mode settings
RX Switched
GSM Radio settings
GSM 900 channel 1
GSM RSSI
Measurement
Read RSSI
Trouble Shooting Guide Network Problems - Display Problems
No
C3200 to C2313
Short circuit
No
Phone Reported
Power -60dBm
Tolerence 5db
Yes
Run SERP
calibration
1202-3085 rev. 2
57 (121)
TROUBLESHOOTER
Test Current Consumptions - Test Charging
Test current consumptions
3.8 Volt
limiter 3A
Test Charging
Current at 20sek. after chargers plug
I has been inserted ( 20 % tolerance )
Dummy battery (Volt)
3.0
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
Chargers plug 5.3 Volt.Current mA
250
250
600
700
800
800
800
800
800
800
800
800
0
0
0
0
10
10
20
60
80
90
90
LCD show charging X % to 100%
indicator
LCD show
Connect the Dummy Battery (3.8 Volt, limiter 3A)
Measure the current in off mode, less than 1mA. If more, it could be Marlin A1300 or A1200
fault.
K800 - K810
Fully
charged
Nothing
5,3V
O
800mA
oo
O
Insert a live SIM and power up the phone.
Measure the deep sleep current max 6mA typical between 0-3mA.
If the phone uses more than 6mA, make a master reset. Make sure that the operator is running
with deep sleep. (This operation can be switched off by operator if the network is busy).
Chargers plug
Insert a test SIM and power up the phone to a network tester.
If Using fault trace Sw and ITP loaded in the phone the current consumptions are as followed.
Transmitter current 900 MHz at power level 5. Typical 300mA (RMS)
Transmitter current 1800 and 1900 MHz at power level 0. Typical 250mA (RMS)
Current in WCDMA mode at max power level 23 dBm and Rx on.Typical 750mA (RMS)
The power supplier at 3.8 Volt must allow reverse current.
TROUBLESHOOTER
Measure the current in idle mode max 6mA typical between 0-3mA.
Measure the Transmitter current 900 MHz power level 5. Max 400mA (RMS) 1800mA (peak)
Measure the Transmitter current 1800 and 1900 MHz power level 0. Max 300mA (RMS)
1500mA (peak)
Measure the Transmitter current WCDMA at 23dBm output power. Max 900mA (RMS) 3000mA
(peak).
If the phone uses more the fault could be fixed by running SERP calibrating or the fault is in the
Marlin A1300, Ray A1200 or Vincenne N2000.
If the charging current is not equal to the sheet go to Charging problems.
If the charging current is equal to the sheet then insert the normal battery and test the
charging current to define if the battery is working properly.
Measure the voltage at the battery to define the current level.
If the battery is receiving the right current, then the phone and the battery are working
properly.
If the current consumptions are equal to the sheet then go to charging test.
1202-3085 rev. 2
58 (121)
TROUBLESHOOTER
Test the ASIC revisions
Test the ASIC Revisions - Test Backup Capacitor
K800 - K810
Test Backup Capacitor.
This test should be preformed in 3 steps.
The purpose with this test is to see that all larger ASICs used are working,
that the communication to the ASICs works and that the revisions of the
ASICs are correct.
The ASICs tested are:
Step1:
Measure the voltage at the Back up capacitor using fault trace SW, Logic ADC
Channels GP7-Vbackup and read the Adc value (reading1).
Step2:
D2000 Marika , N2000 Vincenne2, D1400 Bluetooth ASIC,
N2600 FM Radio ASIC and D2301 NAND memory.
This step should be done 10 seconds after step 1. Measure the voltage at the
Back up capacitor using fault trace SW Logic ADC Channels GP7-Vbackup
and read the Adc value (reading2).
Step3:
How to perform the test?
Compare the difference between reading 1 and reading 2 with the limits.
Load ITP to the phone.
Use fault trace SW
General
ASIC revisions
READ all
Limits
Absolute readout
Reading 1
ASIC
Product number
Return value (hex)
D2000
Marika Volume
ROP 101 3083/X
99 00
N2000
Vincenne2
ROP 101 3066/4
E3
D1400
Bluetooth:
RYT 123 922/1
0402
LMP Subversion
0520
N2600
FM Radio
D2301
NAND memory:
RYT 109 905/3
Max
Unit
1
120
Dec
Reading 2–Reading
1 (Dec)
Min
Max
Interval 1 (1 – 32)
4
40
2
35
2
25
Interval 4 (97 –
120)
1
12
TROUBLESHOOTER
HCI Revision
Reading 1 (Dec)
Min
5764
Samsung, 512 MBit
RYT 118 932/2
EC,36
ST, 512 MBit
RYT 118 932/2
20,36
Note: The upper table contains the absolute limits for the readouts. The lower
table contains the allowed delta between the first and the second readout,
separated in time with 10s.
If the readings is out of limits replace C2217 Backup capacitor.
If the fault exists replace N2000 Vincenne2.
1202-3085 rev. 2
59 (121)
TROUBLESHOOTER
Test the joystick Switch S2504 and the diodes V2503,
V2506, V2507, V2508 and V2509.
Test the Joystick Switch S2504 and Diodes V2503, V2506-09
K800 - K810
Test the joystick Switch S2504
Connect the black probe onto pin 7 (frame) at joystick.
Connect the Red probe onto pin 1-6 at joystick.
Place the phone as picture Joystick up, system connector at right.
Remove the keyboard.
Connect the black probe onto MP 22 or pin 7 (frame) at joystick.
Connect red probe onto MP 1 to MP 82.
If the measurement are equal to the reference sheet,
the joystick is working properly.
No action
A
Right
B
Down
C
Left
D
Up
Center push
10
4
1.8-OL
1.8-OL
1.8-OL
0.0-0.6
1.8-OL
0.0-0.6
0.6
0.0-0.6
0.6
0.0-0.6
1.8-OL
0.0-0.6
V2509
V2503
82
1.8-OL
0.6
0.6
1.8-OL
1.8-OL
1.8-OL
V2508
47
1.8-OL
0.6
1.8-OL
1.8-OL
0.6
1.8-OL
V2506
1
1.8-OL
1.8-OL
0.6
0.6
1.8-OL
1.8-OL
V2507
MP
Volt
Volt
Volt
Volt
Volt
Volt
Diode
Joystick
No action
A
Right
B
Down
C
Left
D
Up
Center push
4
1.8-OL
1.8-OL
1.8-OL
0.0
0.0
1.8-OL
6
1.8-OL
0.0
0.0
0.0
0.0
0.0
2
1.8-OL
0.0
0.0
1.8-OL
1.8-OL
1.8-OL
1
1.8-OL
0.0
1.8-OL
1.8-OL
0.0
1.8-OL
3
1.8-OL
1.8-OL
0.0
0.0
1.8-OL
1.8-OL
TROUBLESHOOTER
Joystick
Pin
Volt
Volt
Volt
Volt
Volt
Volt
Repair action if both joystick and diode test and joystick test is failed then replace the joystick switch
S2504.
Go to Test the joystick Switch S2504 if the measurements are not equal to the reference sheet
Go to Test the diode V2500 if the measurements are equal to the reference sheet
Repair action if joystick and diode test is failed and joystick test is passed.
SL5: compare the column in the sheet and replace the diode.
SL4: scrap the phone.
1202-3085 rev. 2
60 (121)
TROUBLESHOOTER
Test the diode V2500.
Test the Diodes V2500 and V2510 to V2514
K800 - K810
Test the protection diodes V2510 to V2514.
Connect the Black probe onto MP 44 or Ground.
Connect the Red probe onto MP 1 to MP 120.
MP 23
MP22
Connect the Red probe onto MP 44 or Ground.
Connect Black probe onto MP 22 and MP 23.
2
1.2-OL
V2510
82
1.2-OL
V2510
10
1.2-OL
V2511
120
1.2-OL
V2511
83
1.2-OL
V2513
1
1.2-OL
V2513
47
1.2-OL
V2514
19
1.2-OL
V2514
4
1.2-OL
V2512
117
1.2-OL
V2512
MP
Volt
MP
Volt
the diode V2500 is working properly.
MP
Volt
ReplaceV2500 if the measurements are not equal to the reference sheet.
TROUBLESHOOTER
22
23
0.6
0.6
Tolerance up to 20 %
the diode V2511,V2511,V2512,V2513 and V2514 is not short circuit.
Repair action.
SL 5:Replace the faulty diode if the measurement is not equal to the reference sheet.
At very old product the diode is not mounted, Z2500 EDS filter is mounted instead.
SL 4: scrap the phone.
1202-3085 rev. 2
61 (121)
TROUBLESHOOTER
Test the diode V2504 and switch S2500.
Test the diode V2504 and Switches S2500, S2505 & S2506
K800 - K810
Test the Switch S2505 Game A.
Connect the Black probe onto MP 82.
Connect the Red probe onto MP 83.
MP 47
MP 44
MP 85
Connect the Black probe onto MP 44 or Ground.
Connect the Red probe onto MP 47 and MP 85
No key pressed
S2505 pressed
1.4-OL
0
Volt
Volt
The switch S2505 is working properly.
Replace S2505 if the measurements are not equal to the reference sheet.
Test the Switch S2506 Game B.
TROUBLESHOOTER
The diode V2504 and S2500 is working properly.
S2500
No action
Pressed
85
47
1.4-OL
1.4-OL
0.0
0.6
V2504
S2500
Tolerance up to 20 %
MP
Volt
Volt
Repair actions if the measurements are not equal to the reference sheet.
Replace V2504 if MP 47 is wrong and MP 85 is right.
Remove S2500 if MP 85 is 0 Volt when S2500 is not pressed.
Replace N2000 if MP 85 is still 0 Volt after S2500 is removed.
Replace S2500 if MP 47 and MP 85 is 1.4 Volt when S2500 is pressed.
No key pressed
S2506 pressed
1.4-OL
0
Volt
Volt
1202-3085 rev. 2
62 (121)
TROUBLESHOOTER
Test the Switches S2502, S2503 & S2507
Test the Switch S2502 Volume down.
Test the Switch S2503 Volume Up.
Place the phone as picture joystick down, system connector at right.
No key pressed
S2503 pressed
1.4-OL
0
K800 - K810
Volt
Volt
Test the Switch S2507 Music.
1.4-OL
0
TROUBLESHOOTER
No key pressed
S2502 pressed
Volt
Volt
No key pressed
S2507 pressed
1.4-OL
0
Volt
Volt
1202-3085 rev. 2
63 (121)
TROUBLESHOOTER
Joystick and Keyboard Problems - Test the System Connector
Joystick and other keys problems.
K800 - K810
Test the system connector protections.
Perform voltage measurements with a multimeter.
All the measurements are equal to the reference sheet.
Connect the black probe at ground (Pin 9 system connector)
The fault is:
1. Keyboard,
2. ESD Z2500 if mounted. ( Z2500 is mounted at very old product )
3. Marika D2000
Start replacing the keyboard.
SL 5 if the fault exists then re solder or replace Z2500 if mounted.
Pin 1
Pin 9
Pin 12
If the fault exists the fault is Marika D2000, scrap the phone.
Pin at system
connector
Keyboard problems.
Diode measurements
if lower than x.x Volt
Do this repair action
Service level 4 replace
Service level 5 replace
1
2
3
4
5
6
7
8
9
10
11
12
2.0
1.0
1.4
0.7
1.0
1.0
2.0
0.9
0.0
2.0
1.8
2.0
N2300
N4202
V2303
N4202
N4202
N4202
N4202
Scrap
V2303
Scrap
V2221
Ground
N2300
N2300
Scrap
V2204
1. All the measurements are equal to the reference sheet.
2. Joystick, side keys and game keys are working properly.
The fault is:
1: keyboard
2: keyboard connector X2501.
Start replacing the keyboard if the fault exists then re solder or replace X2501.
TROUBLESHOOTER
1202-3085 rev. 2
64 (121)
TROUBLESHOOTER
Reference MP
K800 - K810
Reference MP
MP: To Vincenne 2.
MP
MP 11
MP 13
MP 38
MP 12
MP 26
Ground
VBAT
VBATi
VBATA
Phone Off
0.00
3.80
3.80
0.00
3.80
Phone On
0.00
3.80
3.80
0.00
3.80
Phone On
0.00
3.80
3.80
0.00
3.80
Power sup 3.8 Volt
MP: FromVincenne 2.
MP
MP 34
MP 35
Mp 39
Mp 24
MP37
MP 100
MP29
MP 56
MP 58
VccB
VccA
VDIG
VCORE18
VDDE18
VCORE15
VDDF13
VCORE13
VRTC13
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
1.30
1.30
Power sup 0.0 Volt
Phone Off
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
1.30
1.30
Power sup 3.80 Volt
Phone On
2.75
2.75
2.75
1.80
1.80
1.50
1.3
1.30
1.30
1.30
Power sup 3.80 Volt
C 2217
completely charged
MP: Bluetooth
MP: FM Radio
MP 134
Mp 137
VBT27
VBT_EN
BT Off
0.00
0.00
BT On
2.70
1.80
MP
MP 51
MP 77
Mp 76
VFM27
FM_EN
FM Off
0.00
0.00
FM On
2.70
1.80
MP
Power sup 3.8 Volt
TROUBLESHOOTER
MP: Charging.
Phone loaded SW ITP
MP
Mp 28
Mp 128
Mp 126
Mp 127
Mp 130
onto
R2201
Dicoint
V2202 pin 4
V2210 pin 4
DCIO
Charging off
3.8
3.6
3.6
3.6
0.0
Charger voltage 0 Volt
Charging off
3.8
5.0
5.0
5.0
5.3
Charger voltage 5.3 Volt
Charging 100mA
3.9
4.7
3.6
4.7
5.3
Charging 800mA
4.1
4.3
2.9
4.3
5.0
MP: Cameras.
MP 3
Mp 95
MP 6
Mp 43
MP 46
MP 48
MP 92
MP 89
CAM_EN
V_VGAANA
CAM_12_EN
VCAMSD_EN_2
V_VGADIG
VCAMSD
VCAMIO
VCAM12
CAMERA Off
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
CAMERA On
2.70
2.70
1.80
1.80
1.80
1.80
1.80
1.20
MP
Power sup 3.8 V.
1201–1591 rev. 1
65 (75)
APPENDIX
Part
Part Location on
Phone
Working
Instruction
Description
Receiver
Antenna Port
Plug
1.4MM Screw
1.7MM Screw
Board Frame
Webshop
Description
Ear Speaker
Plug (external
antenna)
Screw M1.4 x 4
Screw 1.7mm
self threading
Frame
Assembly
Part Number
K800 - K810
Comment
LCD Assembly
LCD Assembly
RNH 942 268
LCD Holder
LCD Holder
Assembly
SXK 109 6963
Metal Retaining
Strap
ESD protection
sheet, LCD
SXA 109 6413
Rear Camera
Module
Camera
KNC 20125
Flash Assembly
Xenon Flash
RKZ 433970
RLE 908 24/2
SXA 109 6481
Black
SXA 109 6481/1
Brown
SXA 109 6481/3
Silver
SXA 109 6306
SXA 109 5242
SXK 109 6856
Battery Cover
Conductive
Cylinder
Rubber
Connector,
Front
SXA 109 6537
Co-brand Label
Battery Lid
Assembly
Co-brand Label
SXK 109 6866
Black
SXK 109 6866/2
Brown
SXK 109 6866/3
Silver
SXA 109 6313/2
SXA 109 6313/3
SXA 109 6313/4
SXA 109 6313/5
LCD Conductive
Cylinder
Rubber
Connector, LCD
SXA 109 6540
SXA 109 6313/7
SXA 109 6313/8
SXA 109 6313/10
SXA 109 6313/11
SXA 109 6313/13
1202-3085 rev. 2
66 (121)
APPENDIX
SXA 109 6313/9
Black/
CMCC
Black/ Tmobile
Black/
Orange
Black/
Vodafone
Black /
Hutchinson
Black/
Telefonica
Black/
Swisscom
Black/ SFR
Black/
Cingular
Black/
Mobilcom
APPENDIX
SXA 109 6313/15
SXA 109 6824/2
SXA 109 6824/5
SXA 109 6824/7
Keyfoil
Assembly
Keyfoil Support
Plate
Key Support
Plate Adhesive
Film
Label
Numeric
Keyboard
Keyfoil
Assembly
Key Support
Plate
Key Support
Plate Tape
KRH Label
Numeric
Keyboard
K800 - K810
Black /
Virgin
Mobile
Brown/
CMCC
Brown/
Vodafone
Brown/
Hutchinson
ROA 128 1764
Brown/
Hebrew
SXA 109 6636/5
Brown/
Cyrillic
SXA 109 6636/6
Brown/
Latin Thai
SXA 109 6636/7
Brown/
Hindi
SXA 109 6636/8
Brown/
Arabic
SXA 109 7317/1
Silver/ Latin
SXA 109 7317/2
Silver/
Latin/Stroke
SXA 109 7317/3
Silver/
Arabic
SXA 109 7317/4
Silver/
Cyrillic
SXA 109 6669/1
Black/
Generic
SXA 109 6669/3
Black/
Vodafone
SXA 109 6669/5
Black/
CMCC
SXA 109 6669/6
Black/
Orange
SXA 109 6669/7
Black/ TMobile
SXA 109 6669/8
Black/
Cingular
SXA 109 6669/9
Black /
Hutchinson
SXA 109 6669/2
Brown/
Generic
SXA 109 6669/4
Brown/
Vodafone
SXA 109 6669/11
Brown/
CMCC
SXA 109 6669/12
Brown/
Hutchinson
SXA 109 6669/13
Brown/
Orange
SXA 109 8126
Only for
Functional
keyboards
R2A (R3A
for SXA 109
6669/9) or
higher in
order to
have a good
feeling
when you
add the
gasket
SXK 109 7140
SXA 109 6724
Functional
Keyboard
SVF 930 1478
SXA 109 6376/1
Black/ Latin
SXA 109 6376/2
Black/
Latin/Stroke
SXA 109 6376/3
Black/
Bopomofo
SXA 109 6376/4
Black/
Hebrew
SXA 109 6376/5
Black/
Cyrillic
SXA 109 6376/6
Black/ Latin
/ Thai
SXA 109 6376/7
Black/ Hindi
SXA 109 6376/8
Black/
Arabic
SXA 109 6636/1
Brown/
Latin
SXA 109 6636/2
Brown/
Stroke
SXA 109 6636/3
Brown/
Bopomofo
Joystick Gasket
Functional
Keyboard
Joystick Gasket
1202-3085 rev. 2
67 (121)
APPENDIX
SXA 109 6636/4
APPENDIX
System
Connector
System
Connector Foam
Pad
System
Connector
Dust gasket
large system
connector
RNV 79936
K800 - K810
Memory Stick
Cover
Liquid Intrusion
Indicator
Loudspeaker
Gasket
Antenna Cover
Vibrator
Antenna Cover
Assembly
SXA 109 6296/3
Silver
SXA 109 6292
Black
SXA 109 6292/2
Brown
SXA 109 6292/3
Silver
SXA 109 6294
Music Player
Key
SXK 109 6859
Black
SXK 109 6859/2
Brown
SXA 109 6295
Black
SXA 109 6295/2
Brown
SXA 109 6295/3
Silver
Camera Key
Camera Key
SXA 109 6293
Insulation Label
Insulation Label
(Shield Can)
SXA 109 6161
Shield Can Lid
over Camera
Connection
Shield can lid,
camera
assembly
SXK 109 7268
HPM-62 Stereo
Headphones
HPM-62/Stereo
PHF
RLF 501 62
Silver
(old part
number
SXK 109
6859/5)
APPENDIX
Camera Support
Pad
On/Off Key
BKE 90332
SXK 109 6859/6
Camera Support
Pad
Brown
SXA 109 6300
Music Player
Key
Vibrator
SXA 109 6296/2
Volume Key
SXA 109 4884
Power Key
Rear Speaker
Cloth
Black
SXA 109 6165
Volume Key
Liquid Intrusion
Indicator
MS Cover
SXA 109 6296
SXA 109 7348
1202-3085 rev. 2
68 (121)
APPENDIX
64MB Memory
Stick Micro(M2)
64MB Memory
Stick Micro(M2)
KDR 109 171/64
Dust Preventing
Tape
Dust Preventing
Tape
SXA 109 8088
Antenna/Speake
r Box Assembly
Antenna/Speake
r Box Assembly
SXK 109 6930
Front Camera
VGA Camera
KNC 201 16
Front Cover
Assembly
Front Assy
Complete /Black
Front Assy
Complete /Black
Cybershot
Front Assy
Complete
/Brown
Front Assy
Complete
/Brown
Cybershot
Front Assy
Complete
/Silver
Cybershot
Front Assy
Complete
/Silver
SXK 109 6857/Z
Black
SXK 109 6857/3Z
Black
SXK 109 6857/2Z
Brown
SXK 109 6857/4Z
Brown
SXK 109 6857/5Z
Silver
SXK 109 6857/6Z
Silver
K800 - K810
APPENDIX
1202-3085 rev. 2
69 (121)
APPENDIX
Part
Part Location on Phone
Working
Instruction
Description
Battery lid assembly
MS Cover
Antenna cover
assembly
Screw 1,7 x 6mm
Function keyboard
Assy
Webshop Description
SXK1097675
Battery lid assembly/Golden Ivory
SXK1097675/2
Battery lid assembly/Pulse Red
SXK1097675/3
MS Cover/Noble Blue
SXA1097683
MS Cover/Golden Ivory
SXA1097683/2
MS Cover/Pulse Red
SXA1097683/3
Screw 1,7 x 6mm
K800 - K810
Part Number
Battery lid assembly/Noble Blue
Antenna cover assembly
Noble Blue
Golden Ivory
Pulse Red
Function keyboard
Assys
Function keyboard Assy Pulse Red
Generic
Orange
Vodafone
T-mobile
TIM
Hutch
CMCC
SXK1097706/41
SXK1097706/42
SXK1097706/43
SXK1097706/44
SXK1097706/45
SXK1097706/48
SXK1097706/53
Antenna/
Speakerbox
assembly
Antenna/ Speakerbox assembly
SXK1097667
Keyfoil Complete
Keyfoil Complete
SXK1097719
ESD protection
sheet LCD
ESD protection sheet LCD
SXA1097659
Screw 1,7 x 7mm
Screw 1,7 x 7mm
SXA1097717
LCD
LCD
RNH942286
LCD holder
assembly
LCD holder assembly
SXK1097669
SXK1097674
SXK1097674/2
SXK1097674/3
SXA1097716
Function keyboard Assy Nobel Blue
Generic
Orange
Vodafone
T-Mobile
Hutch
SXK1097706/1
Function keyboard Assy Golden
Ivory Generic
Ivory Orange
Ivory Vodafone
Ivory T-mobile
Ivory Hutch
SXK1097706/21
SXK1097706/2
SXK1097706/3
SXK1097706/4
SXK1097706/8
SXK1097706/22
SXK1097706/23
SXK1097706/24
SXK1097706/28
APPENDIX
1202-3085 rev. 2
70 (121)
APPENDIX
K800 - K810
Shield can lid,
camera assy
Shield can lid, camera assy
SXK1097268
Screw M1,4x5
Screw M1,4x5
SXA1096306
System connector
System connector
RNV79936
Liquid indicator
Liquid indicator
SXA1094884
Plug (external
antenna)
Plug (external antenna)
Noble Blue
Golden Ivory
Pulse Red
Dust gasket, system
connector
Dust gasket, system connector
SXA1096165
SXA1097681
SXA1097681/2
SXA1097681/3
Insulation label
Insulation label
SXA1096161
Tape (holder
capacitor)
Tape (holder capacitor)
SXA1097100
Camera
Camera
KNC20125
Xenon flash
Xenon flash
RKZ433999
Numeric keyboard/Noble Blue
SXA1097690/1
Numeric keyboard/Golden Ivory
SXA1097690/2
Numeric keyboard/Pulse Red
SXA1097690/3
Camera key
SXA1097663
Camera key/Pulse Red
SXA1097663/3
Frame Assembly
Frame Assembly
SXK1097666
Numeric keyboard
Vibrator
BKE90324
Camera key
Microphone gasket
Microphone gasket
SXA1096298
Ground Connector
Ground Connector
SXA1097718
VGA camera
VGA camera
KNC20116
VGA camera
window
VGA camera window
SXA1097724
VGA Socket
Gasket
VGA Socket Gasket
SXA1097865
1202-3085 rev. 2
71 (121)
APPENDIX
Vibrator
APPENDIX
Ear Speaker
Front Assy
Earspeaker gasket
A/B key
Loudspeaker gasket
Music Player Key
Volume key
Ear Speaker
RLE90824/2
Front Assy Nobel Blue
SXK1097673
Front Assy Golden Ivory
SXK1097673/2
Front Assy Pulse Red
SXK1097673/3
Earspeaker gasket
K800 - K810
Handstrap plate
Handstrap plate
SXA1097652
128Mb Memory
Stick micro
(M2)
128Mb Memory Stick micro
(M2)
KDR 109171/128
Front complete
K810i/Front complete/Z/
Noble Blue/Latin/Cybershot
Noble Blue/Arabic/Cybershot
Noble Blue/Stroke/Cybershot
Noble Blue/Thai/Cybershot
Noble Blue/Bopomofo/Cybershot
Noble Blue/Cyrillic/Cybershot
Noble Blue/Latin/Orange
Noble Blue/Latin/T-Mobile
Noble Blue/Latin/TIM
Noble Blue/Latin/Telefonica
SXA1097673
A/B key Nobel Blue
SXA1097661
A/B key Golden Ivory
SXA1097661/2
A/B key Pulse Red
SXA1097661/3
Loudspeaker gasket
SXA1097771
Music Player Key/Noble Blue
SXA1097665
Music Player Key/Golden Ivory
SXA1097665/2
Music Player Key/Pulse Red
SXA1097665/3
SXA1097662
Volume key/Golden Ivory
SXA1097662/2
Volume key/Pulse Red
SXA1097662/3
On/Off Key/Noble Blue
SXA1097664
On/Off Key/Golden ivory
SXA1097664/2
On/Off Key/Pulse Red
SXA1097664/3
KRH Label
SVF9301478
Front complete
On/Off Key
KRH Label
Pulse Red/Latin/Cybershot
Pulse Red/Arabic/Cybershot
Pulse Red/Stroke/Cybershot
Pulse Red /Thai/Cybershot
Pulse Red /Bopomofo/Cybershot
Pulse Red /Hebrew/Cybershot
Pulse Red /Cyrillic/Cybershot
SXK1097852/2
SXK1097852/3
SXK1097852/4
SXK1097852/5
SXK1097852/7
SXK1097852/8
SXK1097852/10
SXK1097852/11
SXK1097852/12
SXK 109 7852/22
SXK 109 7852/23
SXK 109 7852/24
SXK 109 7852/25
SXK 109 7852/26
SXK 109 7852/28
SXK 109 7852/43
SXK 109 7852/44
SXK 109 7852/45
SXK 109 7852/46
SXK 109 7852/47
SXK 109 7852/48
SXK 109 7852/49
1202-3085 rev. 2
72 (121)
APPENDIX
Volume key/Noble Blue
Front complete
Golden Ivory/Latin/Cybershot
Golden Ivory/Arabic/Cybershot
Golden Ivory/Stroke/Cybershot
Golden Ivory/Thai/Cybershot
Golden Ivory/Bopomofo/Cybershot
Golden Ivory/Cyrillic/Cybershot
SXK1097852/1
APPENDIX
This list contains only components that are possible to replace on the main board.
Pos. number refers to the components position number on the board.
Component placing can be found on pages 43 – 45 in this manual.
Some components are noted as MSL X. These components are moisture-sensitive and are rated at various levels
(MSL):
Level 1: Unlimited floor life; does not require dry pack or re-baking.
Level 2: 1 year floor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked after being opened if floor life is
exceeded.
Level 2A: 4 week floor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked after being opened if floor life is
exceeded.
Level 3: 168 hours floor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked after being opened if floor life
is exceeded.
Level 4: 72 hours floor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked after being opened if floor life is
exceeded.
Level 5: 48 hours floor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked
after being opened if floor life is exceeded.
Level 5A: 24 hours floor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked
Level 6: 6 hours floor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked
NOTE!
RF Calibration by using SERP can only be done by authorized repair centers.
Fence modification according to Working Instruction Electrical.
F = Front Side, B = Back Side
Pos
Description
Part Number
Comments
B
A1200
Ray/UMTS-module
ROA 128 1112/Z
Calibration Required MSL 5A
Special Soldering Process Required
74
B
A1300
Marlin/GSM-module
ROA1281640/Z
Calibration Required MSL 5A
Special Soldering Process Required
83
F
B2100
Crystal 32768HZ +-20PPM 12.5pF
RTM501911/1
Calibration Required
90
F
B4100
Microphone RF Improved
RLC509427/3
90
F
C2217
0.07F 3.3V Capacitor
RJE3551335/7
91
F
C22109
Capacitor Ceramic 10,0 uF 6,3 V
RJC5164038/1
B
D1400
MICROCIRCUIT/Bluetooth E-
RYT 123 923/2
B
D2301
512Mb NAND
RYT118932/2
92
B
D2304
USB transceiver and UART MUX
RYT109913/1
92
B
H2300
IRDA 6,7*2,45*1,7
RKZ923919/1
93
F
D3100
D3101
Octal bus transceiver
RYT109915/1
93
F
N2000
ASIC Vincenne2 A07 1.8V Cu-Plug Thin
Ni (Pb-free package)
ROP1013066/6
F
N2200
LDO 1.3V
RYT1137810/1
94
F
N2202
N2203
N2204
N2210
Voltage regulator 2,8V
RYT1137824/1
95
MSL 3
Calibration Required
MSL 3
Page
91
94
Side
Pos
B
N2300
USB FILTER NETWORK
RKZ923921/1
95
F
N2600
Single chip elec tuned FM stereo radio
RYT109905/3
96
F
N3100
Dual Bilateral Switch
RYT109933/1
96
F
N4100
1W OPAMP Pb-Free version
RYT101947/2
96
F
N4202
ASIC TJATTE 3
ROP1013074/1
97
F
R3101
Resistor 47, Ohm +/-1% 50 mW
REP621102/47
B
S2500
S2502
S2503
S2507
Side push switch
RMD10116/4
97
F
S2504
JOYSTICK SWITCH
SXA1092476
98
F
S2505
S2506
A/B key switch
RMD10147
98
B
V2201
Diode, Shottky, Pb Free
RKZ123918/1
99
B
V2202
P-CHANNEL MOSFET
RYN122684/2
99
B
V2220
Dual MOSFET complementary N-P
RYN123919/1
100
B
V2301
NPN transistor, SOT723, R1=22k
RYN121931/1
same as V2552
100
F
V2500
Dual ESD protection diode
RKZ223914/1
same as V4101
101
F
V2504
SWI X2 75V 2X75mA SC75
RKZ123904/1
F
V2552
NPN transistor, SOT723, R1=22k
RYN121931/1
F
V3101
Transistor, Mosfet, N-Channel, SC88
RYN123915/1
102
F
V3102
SCHOTTKY DIODE.
RKZ323907/1
102
B
V3103
Dual N-Channel 2.5V MOSFET
RYN901923/1
103
B
V3110
LED Red Side fire
RKZ433924/1
103
F
V3113
MOSFET, Dual P-CHANNEL NoPb
RYN122904/1
104
B
V4101
Dual ESD protection diode
RKZ223914/1
B
X1000
External Antenna connector
RPT79953
104
B
X1002
Int antenna connector
RPT79951
105
B
X2200
Battery connector
SND10622
105
B
X2301
M2 Memory Card Reader
RNK87147
106
B
X2302
Sim Reader
RNK87146
106
F
X2501
20 Pin BtB (female)
RNV799009
107
F
X2505
30 Pin BtB (male)
RNV79992
107
F
X2510
Socket VGA camera
RNV 799 015
107
F
X2550
FPC 10 pin (DDK)
RNV799019/10
108
F
X3102
26 Pin BtB (female)
RNV79994
108
Shield can lid, Bb Prim/Assembly
SXK1096823
Shield can lid, Bb Sec
SXA 109 6371
Shield Can BT
SXA 109 6043
B
F
B
Covers
E1000
Covers
E1001
E1002
Description
K800 - K810
Part Number
Comments
Page
101
same as V2301
same as V2500
1202-3085 rev. 2
100
101
73 (121)
APPENDIX
Side
APPENDIX
Components A1200
K800 - K810
A1200 Ray/UMTS Module ROA 128 1112/Z
Pins / Signal cross-reference:
Note: Size 23.50 x 19.20 = Nominal PWB-size
Pin number
1
2-3, 6-8, 10-11, 13-14, 16-17, 18-19, 2129, 31,
33-34, 40-44, 46, 48-51, 55, 57, 62, 64-65, 67,
72, 73-251, 252
4
5
9
12
15
20
30
32
35-39
45
47
52
53
54
56
58
59
60
61
63
66
68
69
70
71
Signal
VccB_mix
GND
XOOB
XOOA
VccB
CLKREQ
WRFLOOP
WCDMA_ANT
WCDMA_SENSE
WPABIAS
VBATI
RTEMP
XTLDO
WSTR
WDAT
WCLK
WON
TXIA
TXIB
TXQA
TXQB
MCLK
VCXOCONT
RXIB
RXIA
RXQB
RXQA
Interface-pattern of the module:
Pin number
1-152
153-251
252 (pin 1 marking)
Copper pad
Round 0.57mm
Round 1.00mm
Round 0.57mm
Soldermask opening
Round 0.67mm
Round 1.10mm
Round 0.67mm
The interface have copper between the pads connected to signal: GND
Pins connected to GND could be connected the copper between pads.
APPENDIX
Recommended interface-pattern for the motherboard:
Pin number
1-152
153-251
252 (pin 1 marking)
Copper pad
Round 0.67mm
Round 1.10mm
Round 0.67mm
Soldermask opening
Round 0.77mm
Round 1.20mm
Round 0.77mm
The outer layer using this footprint shall be filled with copper with good connection to GND. Isolation
between signal copper and GND-plane filling: min 0.4mm
1202-3085 rev. 2
74 (121)
APPENDIX
Components A1200
K800 - K810
S1
1
GND
47
EXTLDO
VBATI
V_Wivi_A
EXTLDO
VBATI
VBATI
V_Wivi_A
V_Wivi_B
V_Wivi_A
V_Wivi_B
V_Wivi_B
Power_supply
WCDMA_ANT
WCDMA_ANT
20
39
WCDMA_RX
VBATI
38
37
WCDMA_TX
36
35
VBATI
Duplex
VccB
9
VccB
1
VccB_mix
WCDMA_TX
WCDMA_RX
58
TXIA
XOOA
59
TXIB
XOOB
60
TXQA
61
TXQB
66
VCXOCONT
32
WRFLOOP
RXIA
WDAT
54
WCLK
52
WSTR
12
4
30
WPABIAS
53
5
WCDMA_RX
TXIA
CLKREQ
TXIB
WCDMA_TX
RXQA
XOOA
XOOB
VCXOCONT
V_Wivi_B
VccB_mix
VccB
VBATI
WRFLOOP
RXIA
WDAT
RXIB
WCLK
RXQA
WSTR
CLKREQ
RTEMP
WON
TXQB
WPABIAS
RXQB
MCLK
TXQA
V_Wivi_A
RXIB
RXQB
15
69
68
71
70
45
63
56
3
74
115
156
197
238
2
73
114
155
196
237
6
75
116
157
198
239
7
76
117
158
199
240
8
77
118
159
200
241
10
78
119
160
201
242
11
79
120
161
202
243
13
80
121
162
203
244
14
81
122
163
204
245
16
82
123
164
205
246
17
83
124
165
206
247
18
84
125
166
207
248
19
85
126
167
208
249
21
86
127
168
209
250
22
87
128
169
210
251
23
88
129
170
211
252
24
89
130
171
212
25
90
131
172
213
27
91
132
173
214
26
92
133
174
215
28
93
134
175
216
29
94
135
176
217
31
95
136
177
218
41
96
137
178
219
33
97
138
179
220
34
98
139
180
221
40
99
140
181
222
42
100
141
182
223
43
101
142
183
224
44
102
143
184
225
46
103
144
185
226
48
104
145
186
227
49
105
146
187
228
50
106
147
188
229
51
107
148
189
230
55
108
149
190
231
57
109
150
191
232
62
110
151
192
233
64
111
152
193
234
65
112
153
194
235
67
113
154
195
236
72
GND
GND
GND
GND
GND
GND
RTEMP
MCLK
APPENDIX
V_Wivi_A
WON
V_Wivi_B
VccB_mix
VccB
VBATI
UMTS
Made for
RADIO TOP
RAY/UMTS Module
Document Nr
Revision
1/1911 - ROA 128 1112/1
1202-3085 rev. 2
75 (121)
APPENDIX
Components A1200
K800 - K810
GND
C1803
N1850
VBATI
C1 EN
A1 IN
VBATI
A3
C1801
4.7uF
GND
C1804
SW
FB
LM3671TL-2.8
RYT1137802/1
22pF
GND
GND
V_Wivi_A
2.8V
2
EXTLDO
B2
ST5003
NETCON_C
L1800 2.2uH
R1800 0ohms
1
22pF
EXTLDO
V_Wivi_B
C3
C1802
10uF
GND
APPENDIX
Made for
RADIO Power Supply
RAY/UMTS Module
Document Nr
Revision
1/1911 - ROA 128 1112/2
1202-3085 rev. 2
76 (121)
APPENDIX
Components A1200
K800 - K810
WCDMA_ANT
N1002
SAW
Freq
L1016
8
ANT
2.7nH
RX
TX
C1012
1.2pF
CASE GND
12
WCDMA_RX
4
1
11
2
10
3
9
5
7
6
xxxxxx
RTN202926/1
GND
WCDMA_TX
APPENDIX
Made for
RADIO Duplex
RAY/UMTS Module
Document Nr
Revision
1/1911 - ROA 128 1112/3
1202-3085 rev. 2
77 (121)
APPENDIX
VccB
Components A1200
K800 - K810
V_Wivi_B
WRFLOOP
WRFLOOP
MCLK
MCLK
XOOA
XOOA
XOOB
XOOB
IFLO
IFLOBAR
VCXOCONT
VCXOCONT
RFLO
RFLOBAR
VccB_mix
Synt_UMTS
VccB
VccB
VccB_mix
IFLO
IFLOBAR
RXIA
RXIA
WDAT
WDAT
RXIB
RXIB
WCLK
WCLK
WSTR
WSTR
RXQA
RXQA
WCDMA_RX
WCDMA_RX
RXQB
RXQB
CLKREQ
CLKREQ
VBATI
Rx_UMTS
V_Wivi_A
V_Wivi_A
WON
WON
WCDMA_TX
WCDMA_TX
VBATI
WDAT
WCLK
WSTR
WPABIAS
WPABIAS
WCDMA_RF
V_Wivi_A
PA_UMTS
V_Wivi_A
RFLO
RFLOBAR
TXIA
TXIA
TXIB
TXIB
TXQA
TXQA
TXQB
TXQB
WCDMA_RF
RTEMP
RTEMP
APPENDIX
Mod_UMTS
Made for
RADIO Top UMTS
RAY/UMTS Module
Document Nr
Revision
1/1911 - ROA 128 1112/4
1202-3085 rev. 2
78 (121)
APPENDIX
C1404
100nF
Components A1200
K800 - K810
C1403
22pF
C1414
22pF
N1400
K1
VCCRF
WOPY LNA
INBYP
H1
WCDMA_RX
VccB
RFIN
RFOUT
LNA
C1412
1pF
K2
C1407
10pF
C1401
10pF
Z1400
1
K3 LNA_out_50_Ohm
IN
OUT
OUT
L1401
2.7nH
VccB
F1
GNDBIAS
G1
GNDEME
GNDBYP
J1
2
L1402
3.3nH
GND
3
4
L1411
6.8nH
5
C1413
1pF
B7835
RTN201955/1
2140.0
Wopy_LEADFREE
C1402
1nF
GND
ROP1013064/2 R1A
Leadfree
N1400
C1
WOPY RFMIXER
VCCMIX
D1
MIXINA
IFQUTA A1
E1
MIXINB
IFQUTB B1
A2
GNDMIX
R1411
3.3Kohms
Wopy_LEADFREE
ROP1013064/2 R1A
Leadfree
VccB_mix
VccB_mix
VccB_mix
L1421
68nH
Z1420
C1422
27pF
C1421
1pF
<N.M>
1
7
C1423
27pF
L1422
68nH
6
2
C1425
C1424
22pF
2.2nF
IN
Freq
OUT
IN
OUT
GND
GND
GND
GND
3
5
C1444
100nF
8
4
EFCH190MD-TY1
RTN201954/1
C1441
2.2nF
N1400
WOPY IF
A6
C1443
1.2pF
L1441
100nH
A3
E10
C1442
2.2nF
N1400
WOPY CONTROL
G8
CLKREQ
H3
REFON
GLNA
D3
DATA
WCLK
E3
CLK
WSTR
F3
STROBE
REG
RXON
GNDREF
Wopy_LEADFREE
ROP1013064/2
IFINA
A5
IFINB
LNA
H4
E8
IRA
A9
IRB
A10
QRA
C4
BUS
B10 VCCREF
R1430
10ohms
LOGIC
VCCBUS
A4
C5
C1447
10nF
C1448
10nF
RXIA
VCCIF
G3
XOOON
WDAT
C1451
10nF
VCCLF
CDI
QRB
C1452
10nF
RXIB
C1453
10nF
RXQA
A7
A8
C1454
10nF
RXQB
CDQ
F10
IFLOA
G10
IFLOB
- 4
GNDLF
C6
GNDIF
C3
GNDIFLO
F8
Wopy_LEADFREE
R1A
Leadfree
ROP1013064/2
R1A
Leadfree
APPENDIX
C1431
22pF
IFLO
IFLOBAR
Made for
RADIO Receiver UMTS
RAY/UMTS Module
Document Nr
Revision
1/1911 - ROA 128 1112/5
1202-3085 rev. 2
79 (121)
APPENDIX
Components A1200
K800 - K810
N1700
Wivi IF PLL
B10
B1
XOOA
N1700
C1
PHDIFOUT
VTUNEIF
XOOB
IFLO
XOOC
IFLOBAR
GNDIFLO
Wivi RF PLL
J10
H10
E10
G10
F10
PHDRFOUT
VTUNERF
GNDRFLO
H3
R1701
10ohms
VCCRFPHD
CHP
VCCRFPLL
VCCIFLO
E1
GNDIFPHD
C5
GNDIFPLL
C6
GNDRFLO1
D8
A6
VCCIFPHD
GNDIFVCO_A9
A9
GNDRFPLL
F8
A8
VCCIFPLL
GNDIFVCO_C8
C8
C1701
100nF
GNDRFVCO
GNDTUNEVCO
H8
C1702
22pF
R1702
10ohms
I10
A10
GNDIFVCO_D10
VCCIFVCO
C1711
3.3nF
GNDTUIF C10
CHP
R1710
4.7Kohms
F3
GNDRFPHD
PHD
C1710
150pF
F1
G3
VCCRFVCO
PHD
G1
A7
C1714
100pF
D10
IFLO
C1716
4.7pF
Wivi_LEADFREE
ROP1013063/3
C1703
100nF
Wivi_LEADFREE
ROP1013063/3
IFLOBAR
Leadfree
C1704
22pF
C1715
100pF
Leadfree
V_Wivi_B
XOOA
XOOB
V_Wivi_B
WRFLOOP
VccB
R1730
10ohms
VccB
WRFLOOP
R1722
10Kohms
R1740
10ohms
R1720
C1720
5.6nF
5.6Kohms
C1730
100nF
C1731
22pF
C1741
22pF
C1740
100nF
N1400
WOPY VCO
C1721
390pF
K8
VCCVCO
K7
VCCRFLO
VTUNE
VCCPHD
VCCPLL
K6
VCXOCONT
R1771
10Kohms
C7
MCLK
C10
XOIA
D10
C8
C1770
10nF
D8
H8
C1772
330pF
C1776
4.7pF
C1777
56pF
K4
C1750
10pF
VCO
RFLOB
J10
RFLO
K10
RFLOBAR
C1751
10pF
-R
PHD
-N
XOIB
XOOA
MCLK
XOOB
GNDPLL
H7
K5
PHDOUT
RFLOA
R1770
REP621
K9
GNDTUNE
GNDPHD
GNDVCO
GNDRFLO
Wopy_LEADFREE
H5
H6
L1760
1uH
C1761
120pF
H10
C1760
10nF
APPENDIX
R1A
Confidential
ROP1013064/2
V1770
B1770
RKZ323904/2
13MHz
C1773
4.7pF
R1772
10Kohms
1
IN
OUT
3
Made for
C1778
56pF
Metal cap
4
2
TSX_8A
RTM501907/7
RADIO Synthesizer UMTS
RAY/UMTS Module
Document Nr
Revision
1/1911 - ROA 128 1112/6
1202-3085 rev. 2
80 (121)
APPENDIX
Components A1200
TXIA
K800 - K810
V_Wivi_A
TXIB
TXQA
TXQB
C1508
2pF
N1700
A4
A3
RFLO
L1508
10nH
RFLOBAR
QIN
QINBAR
H1
RFLO
A5
L1502
12nH
C1501
47pF
R1504
680ohms
MIXOUTBAR
J6
6
Freq
GND
GND
OUT
IN
GND
5
2
R1506
0ohms
WCDMA_RF
1
SAFEK1G95F0F01R00
RTN201958/1
C1507
2pF
H5
H4
VCCBB
GNDRF_J4
J4
VCCRF
GNDRF_H6
GNDIF
3
L1505
6.8nH
IN
C3
NC
VCCIF
4
J3
J5
GNDRF_H5
Z1500
J2
MIXOUT
GNDBB
IFBP
IFBPBAR
J7
OUTBAR
RFLOBAR
J9
J1
OUT
IINBAR
A1
J8
L1501
12nH
IIN
A2
I1
R1502
RES 680ohm, 1%, 50mW, K0201_HD
Wivi IQ_mod RF_mix Buffer
H6
H7
V_Wivi_A
L1503
3.3nH
C1509
10pF
L1504
4.7nH
C1510
100nF
L1507
1GHz
Wivi_LEADFREE
C1502
4.7pF
ROP1013063/3
Leadfree
C1503
22pF
C1504
10pF
C1505
22pF
C1511
100nF
C1513
22pF
C1514
22pF
C1512
100nF
V_Wivi_A
B1501
Temp Sensor
B2
A2
V_Wivi_A
V+
VO
GND
NC
B1
RTEMP
A1
LM20SITL
RYT101937/3
APPENDIX
Made for
RADIO Modulation UMTS
RAY/UMTS Module
Document Nr
Revision
1/1911 - ROA 128 1112/7
1202-3085 rev. 2
81 (121)
APPENDIX
Components A1200
K800 - K810
N1700
Wivi LOGIC
WCLK
C4
CLK
WDAT
E3
DATA
WSTR
G8
D1
L1601
2.2nH
WCDMA_RF
V_Wivi_A
WON
STROBE
TXON
VCCBUS
GNDBUS
WON
C7
E8
D3
Wivi_LEADFREE
ROP1013063/3
Leadfree
C1617
0.47pF
C1616
1pF
C1601
100nF
C1603
4.7uF
C1602
22pF
C1604
100pF
K1600
R1601
0ohms
C1605
4.7uF
C1607
10nF
R1602
0ohms
<N.M>
C1606
100pF
GND
V_Wivi_A
C1608
4.7uF
C1610
10nF
C1612
100pF
VBATI
C1613
10nF
C1614
10nF
VBATI
1
R1603
0ohms
<N.M>
GND
3
IN
OUT
GND
GND
GND
GND
Isolator
UNH1021010/1
GND
2
4
R1605
0ohms
<N.M>
6
GND
GND
R1645
0ohms
<N.M>
GND
SKY774nn Module
RFIN
V_Wivi_A
C1611
4.7uF
R1604
0ohms
ISOLATOR
5
N1630
C1609
100pF
3
WPABIAS
LOGIC
C1615
10nF
RFOUT
11
NC
1
15
VCC1A
GND
2
7
VCC1B
GND
4
13
VCC2A
GND
8
9
VCC2B
GND
10
16
VBIAS
GND
12
6
VCONT
GND
14
5
VREF
GND_CPAD
17
SKY77412
RYT101969/3
WPABIAS
APPENDIX
Made for
RADIO Power Amplifier UMTS
RAY/UMTS Module
Document Nr
Revision
1/1911 - ROA 128 1112/8
1202-3085 rev. 2
82 (121)
APPENDIX
Components A1300
K800 - K810
A1300 Marlin/GSM Module ROA1281640/Z
TOP VIEW
Pins / Signal cross-reference:
Note: Size 23.80 x 15.00 = Nominal PWB-size
Interface-pattern of the module:
Pin number
Copper pad
Solder mask opening
1-130
131-175
Round 0.67mm
Round 1.35mm
Round 0.77mm
Round 1.45mm
Pin number
1-2, 62-63, 130
8-9, 11-14, 16, 21, 28-29, 31-33, 37-38, 40-45,
47, 49-52, 54-61, 64-110, 115-129, 131-175, 176
Signal
VBATTi
GND
3
4
5
6
7
10
15
17
18
19
20
22
23
24
25
26
27
30
34
35
36
39
46
48
53
ANTSW3
ANTSW2
ANTSW1
ANTSW0
TXON
VccA
VLOOP
RADSTR
RADDAT
RADCLK
XOOB
XOOA
DIRMODCLK
MODA
MODB
MODC
MODD
CLKREQ
QDATA
DCLK
IDATA
VDIG
WCDMA_RF
ANT
VAPC
The interface has copper between pads, connected to signal: GND.
Pin number 176, are intended to be used as an “Pin-1”-marker
Recommended interface-pattern for the motherboard
Copper pad
1-130
131-175
Round 0.57mm
Round 1.25mm
APPENDIX
Pin number
Solder mask opening
Round ≤0.72mm
Round ≤1.40mm
The outer layer using this footprint shall be filled with copper with good connection to GND. Isolation
between signal copper and GND-plane filling: min 0.4mm
1202-3085 rev. 2
83 (121)
APPENDIX
Components A1300
K800 - K810
X001
XOOA
22
X001 - GND-intercae
XOOB
20
X001
WCDMA_RF
46
ANT
XOOA
ANT
"Inner ring"
"Outer ring"
48
XOOB
TXON
7
WCDMA_RF
ANTSW3
3
TXON
ANTSW2
100
51
101
52
102
103
ANTSW3
4
54
104
55
105
56
106
57
107
8
58
108
9
59
109
60
110
ANTSW2
5
50
ANTSW1
ANTSW1
ANTSW0
ANTSW0
6
MODD
11
MODC
DIRMODCLK
MODB
DIRMODCLK
23
MODA
MODD
27
MODC
RADSTR
IDATA
RADDAT
QDATA
RADCLK
DCLK
CLKREQ
VLOOP
VAPC
26
61
12
13
14
IDATA
64
65
115
66
116
67
117
68
118
69
119
70
120
71
121
72
122
73
123
74
124
75
125
76
126
77
127
28
78
128
29
79
129
16
36
QDATA
34
MODB
25
21
DCLK
35
MODA
24
VLOOP
15
RADSTR
17
VDIG
VBATTi
RADDAT
VccA
18
80
RADCLK
GSM
19
39
1
VDIG
CLKREQ
2
62
63
VBATTi
130
10
VccA
30
31
81
32
82
33
83
84
85
VAPC
53
86
37
87
38
88
89
X001 - Pin1 marking
X001 - Heat-slag pins
S001
1
R2A
X001
136
141
146
151
156
161
166
171
132
137
142
147
152
157
162
167
172
133
138
143
148
153
158
163
168
173
134
139
144
149
154
159
164
169
174
135
140
145
150
155
160
165
170
175
GND
176
90
41
91
42
92
43
93
44
94
45
95
96
47
97
98
49
99
GND
GND
GND
APPENDIX
131
GND
Shield can
40
GND
GND
Made for
RADIO TOP
Marlin/GSM-Module
Document Nr
Revision
1911 - ROA 128 140/1
1202-3085 rev. 2
84 (121)
APPENDIX
Components A1300
K800 - K810
VccA
VccA
RADSTR
RADSTR
RADDAT
RADDAT
RADCLK
RADCLK
MODA
MODA
MODB
MODB
MODC
MODC
MODD
MODD
XOOA
XOOA
XOOB
XOOB
CLKREQ
CLKREQ
VLOOP
VLOOP
VDIG
VccA
Mod_GSM
TXON
VccA
TXON
VccA
ANTSW1
VccA
VDIG
VccA
DIRMODCLK
DIRMODCLK
IDATA
IDATA
QDATA
QDATA
DCLK
DCLK
VAPC
VAPC
TX900
RF50ohm_TX900
TX900
RF50ohm_TX1800_1900
TX1800_1900
TX1800_1900
VccA
ANTSW0
ANTSW1
ANTSW2
ANTSW3
VBATTi
VBATTi
RX_900
RF50ohm_RX_900
RX_900
RX_1800
RF50ohm_RX_1800
RX_1800
RX_1900
RF50ohm_RX_1900
RX_1900
WCDMA_RF
Ant
Rx_gsm
WCDMA_RF
AntSwitch
WCDMA_RF
ANT
ANT
VccA
PA_gsm
ANTSW0
ANTSW1
ANTSW2
ANTSW3
VccA
VDIG
APPENDIX
VBATTi
Made for
RADIO TOP GSM
Marlin/GSM-Module
Document Nr
Revision
1911 - ROA 128 140/2
1202-3085 rev. 2
85 (121)
APPENDIX
Components A1300
K800 - K810
VccA
C209
1uF
Z201
IN
OUT
OUT
2
GND GND
C201
47pF
3
TILDE_RX
4
C202
47pF
5
L200
6.8nH
C203
22pF
Z202
1
RX_1900
IN
3
OUT
4
OUT
2
C204
22pF
5
GND GND
B3902-B9403-K610
RTN201973/2
1960MHz
Z203
C206
68pF
1
RX_900
IN
OUT
2
L201
5.6nH
C207
27pF
OUT
GND GND
33pF
N200
B39182-B9402-K610
RTN201976/3
1842.5MHz
C205
15pF
C212
100nF
30
VCCRF
VCCADC
27
22
VCCDIG
DECADC1
29
DECADC2
28
TESTOUT
12
BBTEST
26
43
GNDRF5
42
RX1800N
41
RX1800P
40
GNDRF4
39
RX1900P
38
RX1900N
37
GNDRF3
36
RX900N
1
0
LNAs
ADC
35
RX900P
3
34
GNDRF2
4
33
RX800N
RxLOp
32
RX800P
RxLOn
31
GNDRF1
5
C208
27pF
L202
15nH
C215
10nF
C216
33pF
DIRMODCLK
B9401_DGLL96F
RTN201977/3
942.5MHz
IDAT
25
IDATA
QDAT
23
QDATA
DCLK
24
DCLK
XoDACp
XoDACn
TILDE_BIN2
ROP1013073/3
VDIG
C214
33pF
C213
MUX
1
C211
33pF
QUAD
C200
15pF
RX_1800
C210
10nF
R1B
VccA
APPENDIX
C219
10uF
<NM>
Made for
RADIO Receiver GSM
Marlin/GSM-Module
Document Nr
Revision
1911 - ROA 128 140/3
1202-3085 rev. 2
86 (121)
APPENDIX
Components A1300
K800 - K810
R313
0ohms
R311
0ohms
C303
47nF
N200
C302
100nF
C301
TILDE_CONTROL
33pF
RADSTR
9
RADDAT
10
DATA
RADCLK
11
CLK
STROBE
BUS
IF
MUX
MOD0
MODB
14
MOD1
MODC
15
MOD2
16
MOD3
MODD
CLKREQ
C397 1nF
XOOA
L300
5.6uH
XOOB
C395
17
REFON
19
XOP
18
XON
4
VCCPLL
20
VTUNEP
5
VTUNEN
6
VccA_N200_20
L301 100uH
PHD
CHARGE
PUMP
13
PRE
SCALER
MODA
VCCVCO
CHPOUTP
8
CHPOUTN
7
C304
1.8nF
+/- 5%
R307
560ohms
C305
1.2nF
C306
560pF
C300
470pF
+/- 5%
XoADCp
XoADCn
X0OUT
21
GNDPLANE
49
1nF
TILDE_BIN2
ROP1013073/3
1MHz
R310
390ohms
R309
120ohms
VLOOP
C307
10nF
R306
10Kohms
R1B
VccA
APPENDIX
Made for
RADIO Modulation GSM
Marlin/GSM-Module
Document Nr
Revision
1911 - ROA 128 140/4
1202-3085 rev. 2
87 (121)
APPENDIX
Components A1300
K800 - K810
VBATTi
C412 close to N1300 pin 2
C411 close to N1300 pin 6
C410, C409, C408 and C407 close to N1300 pin 17
C410
10uF
C412
10nF
C411
10nF
C417
22pF
<NM>
C408
100nF
C409
10uF
C416
22pF
C407
22pF
<NM>
N400
VAPC
QUADBAND PA
6
C415
1.2nF
2
<NM>
20
ANTSW1
1
TXON
18
C413
22pF
C414
22pF
RF50ohm_GSM_2
4
RF50ohm_DCSPCS_2
3
7
VccA
8
12
VccA_N110_5
6
L400
33nH
TILDE_TX
44
VCCBUFF
GNDBUF1
C401
33pF
Tx BUFF
MUX
TXLN
2
NC
1
VccA
TXLP
46
48
TXHN
1
TXHP
2
GNDBUF3
3
RxLOp
TILDE_BIN2
ROP1013073/3
VccA
R1B
IC N;ASIC_TILDE;BYX101158_C
ENABLE
GND5
GSM_in
GND14
DCS_PCS_in
GND13
GND7
DCS_PCS_out
GND8
GND16
GND12
GND9
L403
4.7nH
RF50ohm_TX900
TX900
10
C406
1.2pF
C405
2.7pF
<NM>
11
5
14
13
15
L402
4.7nH
RF50ohm_TX1800_1900_1
RF50ohm_TX1800_1900
TX1800_1900
16
9
C403
2.7pF
<NM>
C404
1.2pF
5
GND
R409
0ohms
R404
470ohms
R406
470ohms
C402
15pF
VccA_N111_5
RF75ohm_TXHN
RF75ohm_TXHP
L401
8.2nH
N111
3
Balun
1810MHz
BalB
GND
2
6
NC
1
Unbal
4
RxLOn
GSM_OUT
BS
RF50ohm_TX900_1
47
GNDBUF2
SYNTH
GND10
19
R405
12ohms
LDB18869M15G-120TEMP
REG7359906/1
<NM>
3 X VCO
Unbal
BalA
45
VAPC
17
2dB Attenuator
Balun
869.5MHz
BalB
GND
RF75ohm_TXLP4
<NM>
RSVD(GND)
SKY77334
RYT1017810/1
R1B
N110
N200
VBATT
VCC1A
C400
33pF
R410
0ohms
RF75ohm_TXLN
3
VCC1B
L404
5.6nH
5
BalA
GND
LDB181G8115G-120TEMP
REG7359906/2
C418
1.5pF
C419
1.5pF
VBATTi
VccA
VBATTi
APPENDIX
Made for
RADIO Power Amplifier GSM
Marlin/GSM-Module
Document Nr
Revision
1911 - ROA 128 140/5
1202-3085 rev. 2
88 (121)
APPENDIX
Components A1300
K800 - K810
TX1800_1900
N500
TX900
Dual Mode Quad Band
Switchplexer
12
13
C507
100pF
WCDMA_RF
4
2
RX_1800
900-Rx1
1
RX_900
7
Ant
WCDMA
GND(6)
9
L503
1GHz
ANTSW0
ANTSW3
1800-Rx
900-Tx
ANT
L502
1GHz
ANTSW2
RX_1900
1900-Rx
L501
1GHz
ANTSW1
3
1800/1900-Tx
8
10
L504
1GHz
R501 0ohms
5
<NM>
VccA
C502
22pF
C503
22pF
C504
22pF
C505
1nF
C506
22pF
VC1
GND(11)
VC2
GND(14)
VDD
GND(15)
VCG
GND(16)
6
11
14
15
16
RYT901962/1
LMSP43MA-412
C501
1nF
<NM>
V100
RYN901904/3
RN47A4_LEADFREE
3
5
4
5
V100
RN47A4_LEADFREE
RYN901904/3
2
R500
10Kohms
1
VccA
APPENDIX
Made for
RADIO Antenna Switch
Marlin/GSM-Module
Document Nr
Revision
1911 - ROA 128 140/6
1202-3085 rev. 2
89 (121)
APPENDIX
B2100 Crystal 32 768 Hz RTM501911/1
Components B2100 - B4100
K800 - K810
B4100 Microphone RF Improved RLC509427/3
Dimensions
Mounting
Bottom view
Housing
2
3
1
4
Grommet
6.15 mm
PWB
3.76 mm
Microphone
port hole
Microphone
1.25 mm
Side view
Connections
Terminal
Function
1
Output
2
Ground
3
Ground
4
Power
Electrical Characteristics
Test condition (VS=2.0±0.05 V, R=2.0±0.05 k , Tamb = 20±2 C, R.H.=65±5 %).
Quantity
Symbol Condition
Limits
Sensitivity
S
Output impedance
ZOUT
f=1kHz, Pin=1Pa, 0db=1V/Pa
Unit
Min
Typ
Max
-39
-42
-45 dB
f=1kHz, Pin=0.1Pa
300
Current consumption I
1.5 to 3.6 V
250
S/N Ratio
f=1kHz, Pin=1Pa,
A-Weighted, 100 – 8000 Hz
S/N(A)
Decreasing voltage
S
f=1kHz, Pin=0.1Pa, Vs=2.0
55
D
SPL = 110 dB, 0 dB = 20 Pa, f=1kHz
TDMA Disturbance
Immunity
TDMADI
Under study
A
dB
-3
1.5V
Distortion
59
Ω
dB
2% THD
TBD
Supply Voltage
1.5
3.6 V
Test Circuit
Microphone
APPENDIX
Terminal 4
Terminal 1
1 ųF
Terminal 3
(Ground)
1202-3085 rev. 2
90 (121)
APPENDIX
C2217 0.07F 3.3V Capacitor RJE3551335/7
Components C2217 - D1400
K800 - K810
D1400 Microcircuit/Bluetooth E-STLC2500C4 RYT 123 923/2
STLC2500C Block Diagram
VDD[4:0]
VDD_HV[1:0]
VDD_IO_A
VDD_IO_B
INTERNAL SUPPLY MANAGEMENT
GPIO_0
ARM7TDMI
CPU Wrapper
RECEIVER
DEMODULATOR
GPIO/JTAG
[4:0]
JTAG
RAM
LP_CLK
HOST_WAKEUP/
SPI_INT
ROM
RFP
RF PLL
Fractional N
Filter
CONTROL
AND
REGISTER
BT_WAKEUP
UART/
SPI
BASEBAND
CORE
EBC
RFN
MODULATOR
TRANSMITTER
RESETN
TIMER
AMBA
PERIPH.
BUS
AUTOCALIBRATION
UART/SPI
[3:0]
INTERRUPT
PCM
[3:0]
PCM
CONFIG
[2:0]
PLL
WLAN
CLK_REQ_IN
[1:0]
I2C
CLK_REQ_OUT
[1:0]
REF_CLK_IN
TOUT[1:0]
VDD_CLD
AF_PRG
VSS[5:0]
Pin out bottom view
7
6
VDD_HV_A
TOUT_IP_QN
VDD_DSM
5
4
3
2
1
VSS_RF
RFN
RFP
VSS_RF
VDD_RF
VSS_ANA
TOUT_IN_QP
VSS_ANA
GPIO_16
GPIO_11
GPIO_9
VDD_N
VSS_ANA
BT_WAKEUP CLK_REQ_OUT_1 GPIO_8
JTAG_TCK
PCM_SYNC
GPIO_10
VDD_CL
REF_CLK_IN
GPIO_0
GPIO_0
RESET_N
PCM_A
PCM_CLK
VDD_CLD
CLK_REQ_IN_1
AF_PRG
VSS_DIG
VSS_DIG
CONFIG_1
PCM_B
UART_RXD
/ SPI_DI
UART_RTS
/ SPI_CS
VDD_IO_B
CONFIG_3
CONFIG_2
CLK_REQ_OUT_2 CLK_REQ_IN_2 VDD_IO_A
UART_CTS
/ SPI_CLK
LP_CLK
VDD_D
VDD_HV_D
A
B
C
D
E
APPENDIX
HOST_WAKEUP UART_TXD
GPIO_3
/ SPI_INT
/ SPI_DO
F
G
1202-3085 rev. 2
91 (121)
APPENDIX
D2301 512 MB NAND RYT118932/2
Components D2301 - D2304
K800 - K810
D2304 USB Transceiver and UART MUX RYT109913/1
DU
DU
NC
NC
C
NC
NC
NC
NC
NC
NC
D
NC
NC
NC
NC
NC
NC
E
NC
NC
NC
NC
NC
NC
F
NC
I/O0
NC
NC
NC
VDD
G
NC
I/O1
NC
VDD
I/O5
I/O7
DU
VREG
14
VBUSDET
004aaa683
Transparent top view
Pin configuration HBCC16; top view.
VM/VMO
5
VP/VPO
4
9
VBUSDET
10
DM
11
DP
12
VCC(5V0)
13
VCC(UART)
VSS
DU
DU
DU
RCV
3
TXD
2
RXD
1
ISP1110W
GND (exposed
die pad)
DU
APPENDIX
14
DU
DU
9
VREG
DU
I/O6
5
VM/VMO
8
NC
I/O4
DM
SOFTCON
CL
I/O3
10
SOFTCON
R
I/O2
4
VP/VPO
ISP1110W
8
NC
VSS
DP
3
7
B
H
11
RCV
RB
SUSPEND
W
VCC(5V0)
2
SUSPEND
E
12
TXD
7
VSS
VCC(UART)
1
15
AL
DU
13
RXD
VCC(I/O)
WP
DU
OE_N
A
VCC(I/O)
DU
15
DU
UART_EN
6
6
5
OE_N
4
6
3
16
DU
2
UART_EN
1
16
FBGA63 Connections, x8 devices (Top view through package)
004aaa684
bottom view
Pin configuration HBCC16; bottom view.
1202-3085 rev. 2
92 (121)
APPENDIX
H2300 IrDA 6,7*2,45*1,7 RKZ923919/1
Components H2300 - D3100, D3101
K800 - K810
D3100, D3101 Octal Bus Transceiver RYT109915/1
handbook, halfpage
Dimensions in mm and tolerance 0. 2 mm unless noted.
Lot No.
0 .7 2 5
Mounting Center
0
VCC
1
20
A0
2
19
OE
A1
3
18
B0
A2
4
17
B1
A3
5
16
B2
GND*
R
1.
1.
DIR
6
15
B3
A5
7
14
B4
A6
8
13
B5
A7
9
12
B6
R
0
A4
Light receiving center
Emitting center
2.55
2.55
10
11
GND
B7
MCE182
Pin configuration DHVQFN20
(6) (5) (4) (3) (2) (1)
0.6
P0.95 ×5=4.75±0.1
3.35
1 .4 5
0 .4
1 .7 ±0 .1
30
2 .5 5
3.35
2 .5 5
0 .8 2 5
0 .8 2 5
6.7
(1)LEDA
(5)VCC
(2)TXD
(6)GND
A
B
D
A
E
A1
c
(3)RXD
(4)SD
detail X
terminal 1
index area
Soldering Pads for Reflow Soldering
terminal 1
index area
Mounting center
Grounded wholly
C
e1
e
2
9
y
y1 C
v M C A B
w M C
b
1
1 .22 5
0 .5 1 2 5
L
10
Eh
e
20
0.6
2.375
11
2.375
P0.95 ×5=4.75±0.1
19
APPENDIX
12
Dh
X
0
2.5
5 mm
scale
DIMENSIONS (mm are the original dimensions)
UNIT
A(1)
max.
A1
b
c
D (1)
Dh
E (1)
Eh
e
e1
L
v
w
y
y1
mm
1
0.05
0.00
0.30
0.18
0.2
4.6
4.4
3.15
2.85
2.6
2.4
1.15
0.85
0.5
3.5
0.5
0.3
0.1
0.05
0.05
0.1
1202-3085 rev. 2
93 (121)
APPENDIX
N2000 ASIC Vincenne 2 A07 1.8V Cu-Plug Thin Ni (Pb Free Package)
ROP1013066/6
Components N2000 - N2200
N2200 LDO 1.3V RYT1137810/1
Pin Configurations
Pin Configuration Diagram
5
6
7
8
SW
BUCK
VDD
BUCK
VBAT_
C
SW
BOOST
BOOST
ISENSE
-
LED1
ONSW
C
VBAT_
F
VIBR
BOOST
ISENSE
+
VSS
BUCK
C
IRQ
D
V
BUCK
SIM
OFF
VDD
_IO
ONSW
A
DACO1
ONSW
B
LED2
VSS_C
BUCK
DCDC
VDD_F
AD
STR
9
VDD_ G
PWR
RST
SDA
SCL
DAC
DAT
10
DAC
CLK
DAC
STR
SLEEP
11
12
VDD_B
VBAT_
A
LDOa,b
B
DATA
EXT
LDO
VDD_A
CHSEN
SE+
TEST
BOOST
FB+
VSS
TH 17
VSS
TH 18
VSS
TH 19
GPA13
SUB
PA
REG
IOUT
Vbat-D
CHRG,
SIM
DCIO
VSS_D
CHRG
V
BOOST
VSS
TH 4
VSS
TH 5
VSS
TH 6
VSS
TH 7
MOD1
VSS
PA
PASEN
SE-
PASEN
SE+
SIM
VCC
VBUS
MOD_
USB
VSS
TH 30
VSS
TH 15
VSS
TH 1
VSS
TH 8
VSS
TH 21
FF_IN
FGSEN
SE+
FGSEN
SE-
SIM
CLK
SIM
RST
VSS_B
SIM
DEC4
VSS
TH 14
VSS
TH 3
VSS
TH 2
VSS
TH 9
VSS
TH 22
EXP
OUT
DACO2/
4
VDD
PA/
DAC
SDAT
SRST
SIM
DAT
DEC3
VSS
TH 13
VSS
TH 12
VSS
TH 11
VSS
TH 10
DIG
VSS
VSS_A
ANALOG
DACO3
IREF
J
PCM
CLK
PCMI
SCLK
AUXO2
VSS
TH 27
VSS
TH 26
VSS
TH 25
DIG
VDD
GPA12
GPA7
GPA6
VREF
K
PCM
SYN
PCMO
CLK_
REQ
VSS
BEAR
VSS
CODEC
AUXI1N
AUXI3N
VSS
ADC
MCLK
GPA2
GPA4
GPA5
L
LINE P
VDD
LP
BEARN
AUXO1
DEC0
AUXI2P
AUXI2N
MIC1N
CCO
GPA1
GPA3
VDD_E
M
XTAL1
LINE N
VDD
BEAR
BEARP
VDD
CODEC
AUXI1P
AUXI3P
MIC1P
VDD
ADC
VDD_IO
_18
VDD_D
VBAT_
B
LDOd,e
G
H
IN
N.C.
SHDN
GND
6
5
1
2
3
4
VDD
BUF
CHSEN
SE-
F
7
TDFN
2mm x 2mm
CH
REG
E
8
RESET
4
I.C.
3
N.C.
B
2
OUT
A
TOP VIEW
1
K800 - K810
Pin Description
8-PIN
TDFN
(2mm x 2mm)
NAME
8
IN
Regulator Input. Supply voltage can range from +1.62V to +3.6V. Bypass IN
with at least a 1μF ceramic capacitor to GND (see the
Capacitor Selection and
Regulator Stability section).
—
GND
Ground. GND also functions as a heatsink. Solder to a large pad or circuitboard ground plane to maximize SOT23 power dissipation.
5
GND
Ground
6
SHDN
Active-Low Shutdown Input. A logic-low reduces supply current to below 1μA.
Connect to IN or logic-high for normal operation.
4
RESET
Open-Drain, Active-Low Reset Output.
RESET rises
100ms after the output has achieved regulation.
RESET falls
immediately if V OUT drops below 82.5% of its nominal voltage, or if the
is shut down.
3
.C.
1
OUT
2, 7
N.C.
—
EP
FUNCTION
device
Internally Connected. Leave floating or connect to GND.
Regulator Output. Sources up to 300mA. Bypass with a 4.7μF low-ESR
ceramic capacitor to GND.
No Connection. Not internally connected.
Ground. EP also functions as a heatsink. Solder EP to a large pad or circuitboard ground plane to maximize TDFN power dissipation.
Package Information
APPENDIX
View of Pin Configuration Diagram (as seen from top of package)
COMMON DIMENSIONS
SYMBOL
MIN.
MAX.
A
0.70
0.80
D
1.90
2.10
E
1.90
2.10
A1
0.00
0.05
L
0.20
0.40
k
0.25 MIN.
A2
0.20 REF.
1202-3085 rev. 2
94 (121)
APPENDIX
N2202, N2203, N2204, N2210 Voltage Regulator 2.8V RYT1137824/1
Components N2202, N2203 - N2300
K800 - K810
N2300 USB Filter Network RKZ923921/1
PACKAGE OUTLINE
PIN CONFIGURATION
WL-CSP4-P4
3 GND
4
4 V OUT
0.41 (0.445)3
+/- 0.05
3
~ 0.98
+/- 0.05
C
0.32 +/- 0.05
2 CE
1V
1
DD
0.5 +/- 0.05
Silicon Side
Bump side
~ 1.5 +/- 0.05
B
2
A
1
PIN DESCRIPTIONS
•
R1115Z
0.24 +/- 0.02
P in N o .
S y m bo l
D e s c r i p ti o n
1
V DD
Input Pin
2
CE
Chip Enable Pin
3
GND
Ground Pin
4
V OUT
Output pin
Side view
Pin A1 Indicator
Unit: mm
0.97
A
Bottom view, balls facing upwards
A
PACKAGE DIMENSIONS
78
B
Marking Code
Area
C
1
0.50
B
2
2
Top view, balls down
0.235
0.05
0.50
2
0.97
×4
IP4078CX6/LF outline dimensions
1
INDEX
B
0.05 S
0.12±0.03
S
A
0.235
? 0.30±0.03
? 0.05 M S AB
Bottom View
APPENDIX
0.475±0.02
0.05 S
Notes: (Unless otherwise specified)
1. Dimensions are in mm.
2. Solder ball diameter 0.30 mm before reflow
3. Back side protected by an additional 35μm polymer layer (optional)
1202-3085 rev. 2
95 (121)
APPENDIX
TMUTE
INTCON1
NC3
27 26
VAFR
MPXIN
28
25 24
23
22
21
VAFL
DGND
30 29
AGND
NC4
MPXOUT
N2600 Single Chip elec tuned FM Stereo Radio RYT109905/3
31
20
INTX
FREFIN
32
19
DGND
XTAL
33
18
INTCON2
VCC
34
17
NC2
CD3
35
16
CD2 / INTCON3
RFIN1
36
15
VDD
RFIN2
37
14
DGND
RFGND
38
13
DGND
CAGC
39
12
NC1
NC6
40
11
DATA
1
2
3
4
5
6
7
8
9
10
LOOPSW
CPOUT
LO1
LO2
CD1
PILLP
SWPORT
BUSENABLE
VREFDIG
CLOCK
47 nF
29
R1
47 nF
TIFC
28
27
22 nF
A1
A2
A3
INM
OUTA
INP
B1
B2
B3
MPXO
TMUTE
VAFL
VAFR
VM_P
VM
Vp
26
25
24
23
22
C1
C2
C3
POWER
SUPPLY
BYPASS
34
VCCA
RESONANCE
AMPLIFIER
I/Q-MIXER
1st FM
FM antenna
DEMODULATOR
RFI1 35
SDS
Iref
18 PHASEFIL
programmable divider output
MUX
reference frequency divider output
CRYSTAL
OSCILLATOR
16 XTAL1
Cpull(1)
SOFTWARE
PROGRAMMABLE
PORT
14 SWPORT1
10 kΩ
pilot
13 BUSENABLE
I2C-BUS
AND
3-WIRE BUS
VCO
10 nF
39 nF
D1
D2
L3
L2
5
VCC(VCO)
VCCD
7
8
9
1, 10, 20, 21,
30, 31, 40
DGND
VCCD
DATA
CLOCK
n.c.
(1) Ccomp and Cpull data depends on crystal specification.
Block diagram.
D
0.10 C
-BE
A
0.10 C
0.05 C
-C-
A2
A1
SEATING
PLANE
D1
C
B
11 WRITE/READ
MHC283
e
E1
A
32.768 kHz
or
13 MHz
9X
b
1
2
3
0.05 C A B
VCCA
NOTES:
1. DIMENSIONING AND TOLERANCING PER ANSI
Y14.5M, 1982.
2. CONTROLLING DIMENSION: MILLIMETERS.
3. COPLANARITY APPLIES TO SPHERICAL
CROWNS OF SOLDER BALLS.
22 nF
handbook, full pagewidth
VCC(VCO)
-A-
4X
0.03 C
RECOMMENDED PCB FOOTPRINT
12 Ω
22 nF
47 Ω
12 BUSMODE
6
10 kΩ
100 kΩ
OUTB SHUTDOWN
(Top View)
15 SWPORT2 10 kΩ
mono
4
1
DIM
A
A1
A2
D
E
b
e
D1
E1
MILLIMETERS
MIN
MAX
0.540
0.660
0.210
0.270
0.330
0.390
1.450 BSC
1.450 BSC
0.290
0.340
0.500 BSC
1.000 BSC
1.000 BSC
APPENDIX
TUNING SYSTEM
VCOTANK2
8
Ccomp(1)
17 XTAL2
TEA5767HN
3
2
22 nF
TAGC 38
2
7
33 kΩ 22 nF
4.7 nF
CPOUT VCOTANK1
3
1 nF
19 PILFIL
MPX
DECODER
AGC
LOOPSW 39
6
GND
2C
1B
1A
e
IF
COUNTER
IF CENTRE
FREQUENCY
ADJUST
27 pF RFGND 36
47 pF
RFI2 37
SOFT
MUTE
LIMITER
LEVEL
ADC
2
N1
100 pF
L1
Vref
AGND 33
22 μF
4
N4100 1W OPAMP Pb-free version RYT101947/2
Igain 32
4.7 Ω
5
33 nF
33 nF
GAIN
STABILIZATION
VCCA
2A
2B
1C
VCC
Microbump-9
white to force landscape pages to be rotated correctly when browsing through the pdf in the Acrobat reader. white to force landscape pages to be ...
LIMDEC1
N3100 Dual Bilateral Analog Switch RYT109933/1
PIN CONNECTIONS
Pin configuration - Topview
47 nF
LIMDEC2
K800 - K810
TOP VIEW
NC5
TEA5764HN
Components N2600 - N3100, N4100
0.5
0.5
0.250
0.280
1202-3085 rev. 2
96 (121)
APPENDIX
N4202 ASIC Tjatte 3 ROP1013074/1
1
2
Components N4202 - S2500, S2502
K800 - K810
S2500, S2502, S2503, S2507 Side Push Switch RMD10116/4
3
4
5
A
B
C
D
Top View (Bumps down)
PIN
DESCRIPTION
PIN
DESCRIPTION
PIN
DESCRIPTION
PIN
DESCRIPTION
A1
MICPint
B1
VAD
C1
GND
D1
SP_ref
A2
MICNint
B2
COO
C2
GND
D2
MICP
A3
SPLint
B3
INTMICint
C3
GND
D3
MICN
A4
SPRint
B4
GND
C4
GND
D4
SPL
A5
VMIC
B5
INTMIC
C5
GND
D5
SPR
IP4027CX20/LF Pin configurations
Electrical diagram
VAD CCO/VMIC
MICPe
R1
R2
MICPi
R3
MICNe
R7
SPLe
SPLi
MICNi
R5
R4
GND
R6
INTmice
INTmici
R8
SPRe
SPRi
a
b
c
d
SPREF
CCO/VMIC
GND
1
Pin A1 Indicator
B
C
D
3
4
5
APPENDIX
A
2
4027
PHILIPS
Top view, bump side down
1202-3085 rev. 2
97 (121)
APPENDIX
S2504 Joystick Switch SXA1092476
Components S2504 - S2505, S2506
K800 - K810
S2505, S2506 A/B Key Switch RMD10147
2
4
1
3
APPENDIX
1202-3085 rev. 2
98 (121)
APPENDIX
V2201 Diode, Schottky, Pb-free RKZ123918/1
handbook, halfpage k
Components V2201 - V2202
K800 - K810
V2202 P-channel MOSFET RYN122684/2
a
Top view
MAM403
L
Marking code: L5.
The marking bar indicates the cathode.
Fig.1
Simplified outline (SOD523; SC-79) and
symbol.
R
PIN
DESCRIPTION
1
cathode
2
anode
A
c
v M A
HE
A
D
1
E
0
0.5
1 mm
scale
2
DIMENSIONS (mm are the original dimensions)
bp
(1)
UNIT
A
bp
c
D
E
HE
v
mm
0.65
0.58
0.34
0.26
0.17
0.11
1.25
1.15
0.85
0.75
1.65
1.55
0.1
APPENDIX
Note
1. The marking bar indicates the cathode.
1202-3085 rev. 2
99 (121)
APPENDIX
V2220 Dual MOSFET complementary N-P RYN123919/1
Components V2220 - V2301, V2552
K800 - K810
V2301, V2552 NPN Transistor, SOT723, R1=22k RYN121931/1
SOT−363
S1
1
6
D1
G1
2
5
G2
D2
3
4
S2
Top View
6
1
MARKING DIAGRAM
& PIN ASSIGNMENT
1
6
Source−1
Drain−2
TC
D
TCD
Gate−1
Drain−1
Gate−2
Source−2
Top View
= Specific Device Code
= Date Code
APPENDIX
1202-3085 rev. 2 100 (121)
APPENDIX
V2500, V4101 Dual ESD Protection Diode RKZ223914/1
PIN 1. CATHODE
2. CATHODE
3. ANODE
1
Components V2500, V4101 - V2504
K800 - K810
V2504 SWI X2 75V 2X75mA SC75 RKZ123904/1
3
2
MARKING
DIAGRAM
3
1
2
SOT−723
CASE 631AA
STYLE 4
xx M
xx
M
= Device Code
= Date Code
APPENDIX
1202-3085 rev. 2 101 (121)
APPENDIX
V3101 Transistor MOSFET N-Channel, SC88 RYN123915/1
K800 - K810
V3102 Schottky Diode RKZ323907/1
N−Channel
Drain 1 2 5 6
Gate 3
Source 4
SC−88
(SOT−363)
6
1
PIN CONNECTIONS AND
MARKING DIAGRAM
1
6
DRAIN
GATE
TS D
DRAIN
DRAIN
DRAIN
SOURCE
TS = Specific Device Code
D = Date Code
APPENDIX
1202-3085 rev. 2 102 (121)
APPENDIX
V3103 Dual N-Channel 2.5V MOSFET RYN901923/1
K800 - K810
V3110 LED Red Side Fire RKZ433924/1
APPENDIX
1202-3085 rev. 2 103 (121)
APPENDIX
V3113 MOSFET, Dual P-Channel NoPb RYN122904/1
S1
1
6
D1
G1
2
5
G2
D2
3
4
S2
Components V3113 - X1000
K800 - K810
X1000 External Antenna Connector RPT79953
Top View
SOT−363 (SC−88−6)
MARKING DIAGRAM
6
1
TK D
SOT−363 / SC−88
CASE 419B
STYLE 26
TK
D
= Device Code
= Date Code
PIN ASSIGNMENT
1
6
Source−1
Drain−1
Gate−1
Gate−2
Drain−2
Source−2
Top View
APPENDIX
1202-3085 rev. 2 104 (121)
APPENDIX
X1002 Internal Antenna Connector RPT79951
Components X1002 - X2200
K800 - K810
X2200 Battery Connector SND10622
APPENDIX
1202-3085 rev. 2 105 (121)
APPENDIX
X2301 M2 Memory Card Reader RNK87147
K800 - K810
X2302 Sim Card Reader RNK87146
TOP VIEW
1
2
3
5
6
7
APPENDIX
1202-3085 rev. 2 106 (121)
APPENDIX
X2501 20 Pin BtB (female) RNV799009
Components X2501 - X2505, X2510
K800 - K810
X2505 30 Pin BtB (male) RNV79992
X2510 Socket VGA Camera RNV799015
APPENDIX
1202-3085 rev. 2 107 (121)
APPENDIX
X2550 FPC 10 Pin (DDK) RNV799019/10
K800 - K810
X3102 26 Pin BtB (female) RNV79994
APPENDIX
1202-3085 rev. 2 108 (121)
APPENDIX
Keyboard K800
K800 - K810
Keyboard K800
X1
KIN0
12
S4
S9
3
S3
8
S10
2
9
KIN1
13
S7
S1
6
S5
0
4
KIN2
14
S2
S18
S13
Soft
Left
Back
1
S8
7
KIN3
15
S15
S6
Clear
S11
5
*
KIN4
16
S16
S17
OP
/Yes
Keyboard
Connector
S12
Multi
/No
S14
#
Camera Shutter Button
Soft
Right
S20
1
1
IN1
KOUT0
3
IN2
4
KOUT1
5
GND
5
KOUT2
6
KOUT3
7
GND
OUT1
2
OUT2
GND
2
4
6
SXA1095033
SKRNPAE010
GND
KOUT4
8
V1
A
V2
C
A
V3
C
A
V4
C
A
C
2
RKZ433949/2
LNJ026X8B4ER
19
RKZ433949/2
LNJ026X8B4ER
V5
A
RKZ433949/2
LNJ026X8B4ER
V6
C
A
RKZ433949/2
LNJ026X8B4ER
V7
C
A
R1 470ohms
LED V1, V2, V3 and V4 are the 4 upper LEDs on the keyboard.
V8
C
A
C
3
RKZ433949/2
LNJ026X8B4ER
RKZ433949/2
LNJ026X8B4ER
RKZ433949/2
LNJ026X8B4ER
RKZ433949/2
LNJ026X8B4ER
R2 470ohms
LED V5, V6, V7 and V8 are the 4 lower LEDs on the keyboard.
18
APPENDIX
9
NC
1
10
Made for
11
Keyboard K800
17
20
Document Nr
GND
Revision
1911-ROA 128 1764
1202-3085 rev. 2 109 (121)
APPENDIX
Keyboard K810
K800 - K810
Keyboard K810
X1
X1
21
12
R4 0ohms
KIN0
22
S4
S9
3
23
24
13
S3
8
S10
2
9
KIN1
GND
S7
S1
6
14
S5
0
4
KIN0_int
KIN2
S2
S18
S8
Soft
Left
Back
1
15
S13
7
R5 0ohms
KIN3
S15
Clear
16
S11
S6
5
*
KIN4
S17
S16
OP
/Yes
Keyboard
Connector
S12
Multi
/No
S14
#
Camera Shutter Button
Soft
Right
S20
1
IN1
4
KOUT0
3
IN2
5
KOUT1
5
GND
6
KOUT2
7
KOUT3
8
GND
1
OUT1
2
OUT2
GND
SXA1096160
SKRNPEE010
2
4
6
KIN3_int
GND
KOUT4
V1
V2
A
2
C
A
RKZ433998/1
SSC_HB601_AD3
19
R1 470ohms
V6
A
C
V7
C
A
A
A
C
C
RKZ433952/1
SSC-Z16B
RKZ433949/2
RKZ433949/2
V9
V10
V11
V12
RKZ433949/2
C
A
RKZ433949/2
C
A
RKZ433949/2
LED V1 and V2 are Blue sidefire diodes.
V8
RKZ433952/1
SSC-Z16B
A
18
BLUE DIODES
RKZ433998/1
SSC_HB601_AD3
V5
3
C
C
A
C
R2 180ohms
LED V5 and V6 are blue
R3 180ohms
LED V7-V12 are white.
RKZ433949/2
9
APPENDIX
1
10
11
17
20
Made for
GND
Keyboard K810
Document Nr
Revision
1911-ROA 128 2402
1202-3085 rev. 2
110 (121)
APPENDIX
Display
K800 - K810
APPENDIX
Made for
Display
Document Nr
Revision
1_1301-RNH942268ENB
1202-3085 rev. 2
111 (121)
APPENDIX
VGA Camera KNC 201 16
VGA Camera KNC20116 - Camera Module KNC20125
K800 - K810
Camera Module KNC 201 25
Pin#
Pin name
Description
I/O
State @
Reset
1
AF_GND
2
GND
3
VDD_AF
Description
Type State After
reset
State @ standby
1
DVDD
Digital power
S
VDD 2.8
VDD 2.8
2
DOUT0
Pixel Data Output bit 0 (LSB)
O
Default Value
High-Z
3
DOUT1
Pixel Data Output bit 1
O
Default Value
High-Z
4
DOUT2
O
Default Value
High-Z
5
DOUT4
O
Default Value
High-Z
GND
Ground
S
GND
GND
7
PCLK
Pixel clock output
O
Default Value
High-Z
8
STROBE
Flash active
O
Default Value
High-Z
9
SCLK
Two-Wire Serial Interface
Clock
I
Default Value
SCLK
I
Low
High
S
VANA
VANA
Default Value
SDATA
10
RESET_BAR# Asynchronous reset, active
low
-
-
Ground
-
-
-
-
Voltage supply for autofocus
(2.7 V)
-
-
-
-
I/O
HiZ
HiZ
Active
-
-
-
-
I2C serial bus clock
5
GND
Ground
6
SDA
I2C serial bus data
I/O
HiZ
HiZ
Active
-
-
-
-
VDD_SA
Voltage supply for analog part
of sensor (2.7 V)
8
VSYNC
Vertical synchronization signal
O
Low
HiZ
HiZ
9
GND
-
-
-
-
10
HSYNC
Ground
Horizontal synchronization
signal
O
Low
HiZ
HiZ
Voltage supply for DSP I/O (2.7
V)
-
-
-
-
VDD_IO
12
XRST
System reset
I
-
-
-
13
TRIG
Interrupt signal
O
Low
HiZ*
HiZ*
14
CAPTSTRB
Capture/strobe signal
O
Low
HiZ*
HiZ*
15
GND
Ground
-
-
-
-
16
D[6]
Digital video data
O
Low
HiZ
HiZ
17
D[7]
Digital video data (MSB)
O
Low
HiZ
HiZ
18
D[4]
Digital video data
O
Low
HiZ
HiZ
19
D[5]
Digital video data
O
Low
HiZ
HiZ
20
D[2]
Digital video data
O
Low
HiZ
HiZ
21
D[3]
Digital video data
O
Low
HiZ
HiZ
22
D[0]
Digital video data (LSB)
O
Low
HiZ
HiZ
23
D[1]
Digital video data
O
Low
HiZ
HiZ
24
GND
Ground
-
-
-
-
Voltage supply for digital part of
sensor (1.8 V)
-
-
-
-
MCK
System clock input
I
-
-
-
27
DCK
Digital video data clock
O
Low
HiZ
HiZ
28
GND
Ground
-
-
-
-
GND
Ground
-
-
-
-
Voltage supply for DSP core
(1.2 V)
-
-
-
-
25
11
AVDD
Analog power
12
SDATA
Two-Wire Serial Interface
Data I/O
13
STANDBY
Standby mode setting
I
Low
High
14
HSYNC
Active high, indicates active
pixel
O
Default Value
High-Z
15
VSYNC
Active high, indicates active
frame
O
Default Value
High-Z
16
MCLK
Master clock in sensor
I
MCLK
MCLK
17
DOUT7
(MSB)
O
Default Value
High-Z
29
18
DOUT6
O
Default Value
High-Z
30
19
DOUT5
O
Default Value
High-Z
20
DOUT4
O
Default Value
High-Z
I/O
-
VDD_SD
26
VDD_L
1202-3085 rev. 2
APPENDIX
6
-
SCL
11
Pin name
State@
Standby
Autofocus ground
4
7
PIN#
State @
Power
off
112 (121)
APPENDIX
Xenon Flash Module
K800 - K810
Xenon Flash Module RKZ 433 970
The connector interface of the flash module consists of 10 terminals.
Terminal definitions are shown in the table
.
Symbol
1
Shield (GND)*
2
LED (K)
3
SW
4
CC
5
COK
6
GND (Module)
7
GND (Module)
8
VB
9
VB
Xenon Flash Module
10
TRIG
Document Nr
APPENDIX
No
Made for
Revision
1301-RKZ433970ENF
1202-3085 rev. 2
113 (121)
APPENDIX
SI - Can’t Power On
Symptom:
SI Can’t Power On
Pre-config (2) fix for “Inaccessible GDFS”
Require access to Activate in Emma III.
Before doing any electrical / mechanical repair on “Can not Power on”, first secure that the problem is not
caused by software!
Instructions:
Attach a charger; if the charging indicator LED is blinking only approx. 4-7 times before it stops, the problem is caused by software!
1a) If EMMAIII is showing a USB icon, apply normal trouble shooting.
Important: You might have to try attaching the charger up to 5 times in order to be sure you don’t have
symptom.
IF THE UNIT’S CHARGING INDICATOR BLINKS ONLY APPROX. 4-7 TIMES YOU SHALL NOT REPLACE ANY COMPONENTS!
The problem is caused by corrupt software.
K800 - K810
1) Connect the phone to EMMAIII with a USB cable while pressing the “C” button.
1b) If you can’t see a USB icon, continue with 2 below.
2) Remove and re-insert the battery and make sure Emma III is working online. Press “5” first, keep it pressed
and then press the “2” and keep it pressed. There after and while pressing “2” and “5” attach the USB cable to the
phone.
2a) If there is no USB icon in Emma III you shall apply normal trouble shooting.
2b) If you now can see a USB icon in Emma III followed by below information box:
Please see solutions Pre-config (1) and Pre-config (2) below for this type of problems.
Pre-config (1) (see old SI for more details)
ONLY applicable if you have a K800 or K790 produced 2006 otherwise go directly to Pre-configuration 2
section.
Log on to EMMA III as usual.
Make sure you that there is at least 1/3 left of the battery capacity, loss off power during below will destroy
the unit!
You should press “5” first, keep it pressed and then press the “2” and keep it pressed.
Thereafter while pressing “2” and “5”, you attach the USB cable.
When information box appears in the Service Client window, release the keys.
Press No (this box is needed to be able to support both variants of pre-configuration)
If you now get the box with “Pre-configuration 2” script below, you should run this script.
APPENDIX
Select “Yes” and the Pre-configuration will proceed as normal.
If this doesn’t help proceed to pre-config (2) below:
1202-3085 rev. 2
114 (121)
APPENDIX
SI Can’t Power On
K800 - K810
When this script is finished, you must download the DPY/Z script with the “c” key and USB cable as usual.
If you have units with exactly this symptom and the Pre-configuration and Pre-configuration 2 have not
solved the problem, please submit a BO errand and send in samples.
If you do not have access to activate, you will not see the “pre-configuration 2” script, please send the unit to
a scrap recovery center or center with access to activate appointed by your local Sony Ericsson contact.
Note: The SEPI support in EMMA III (only) for these products has been removed in order for Pre-configuration 2 to work.
Information provided by:
Customer Services
Sony Ericsson Mobile Communications AB
Helpdesk
Phone: +46 46 19 49 80
E-mail: [email protected]
Reference number: 15600-63909
Created: 2007-09-06
Author: Patrik Cesar ([email protected])
APPENDIX
1202-3085 rev. 2
115 (121)
APPENDIX
SI Joystick Switch Replacement - Support Pad for Camera Switch SEMC Electrical Repair Manual
K800 - K810
SI-Joystick Switch Replacement
SI-K800/K790 SI-Support Pad for Camera Switch
Instruction:
Background:
We have seen some cases reported that the shutter function doesn’t work, i.e. the camera is not
activated / deactivated by it.
It is very important to avoid that you get flux remains inside the
joysticks contact surfaces in order to avoid re-repair!
When you replace a joystick switch you MUST:
1.
Avoid using extra flux!
2.
Do not clean the area around the joystick with alcohol or similar. It will dissolve flux on
the PCB and bring it into the joystick switch if you are not very careful.
This can be caused by that the camera switch tilts up a little due to incorrect assembly.
From Production week 06W26 a support pad was added in the antenna cover to prevent these
problems at assembly.
Instruction:
If you order new antenna covers you will get this support pad attached to the antenna cover.
Watch the joystick replacement movie on CSPN:
CSPN/ Repair instructions/ Standard/[product] (ex. K800) /
JOYSTICK SWITCH MOVIE GENERAL
JOYSTICK SWITCH MOVIE GENERAL
JOYSTICK_SWITCH_MOVIE_GENERAL.PKZIPV2R04.zip
Created: 2007-05-09
Support pad on the antenna cover.
Created: 2006-10-19
1202-3085 rev. 2
116 (121)
APPENDIX
If you have old antenna covers without these or get in units produced earlier than W626 we will
make this support pad available as a spare part so you can add it to them to prevent any problems
during assembly. It is expected within a few weeks. There will be an update when they are
available.
APPENDIX
SI Problem with Front Spare Part - Problem with On/Off Button
SI-K800/K790 Problem with front spare part
SI-K800/K790 Problem with On/Off button
Background:
We have seen some cases of cosmetic gap problems reported on the spare part front. The cause to the problems is
that some of the hooks in the K800/K790 spare part front have unhooked during transport.
This has not been seen in production since the front is not transported or stored there.
Background:
K800 - K810
In our scrap analyze we have seen a few cases where the on / off button is stuck in the down position. The unit then starts
directly and the other keys do not work. In W642 there was done an improvement in production regarding the on/off key.
In order to avoid having to reassemble the phone if there is a problem and securing the quality, please follow the
instructions below.
Instruction:
You should always first ensure that the 6 hooks (3 on each side) are in place before assembly by gently pushing them
with a blunt plastic tool.
Recommendation:
If the K790 or K800 is produced before 06W42 and you are opening the unit due to other mechanical and electrical
problems, the on / off button shall be replaced at the same time.
Created: 2007-03-13
APPENDIX
After the hooks are in place they will stay there locked in place by the other components in the phone.
Created: 2007-02-26
1202-3085 rev. 2
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APPENDIX
SI Emma 3 White Screen Patch - Activate Sporadic Behaviour
SI - White screen patch in Emma3
SI - Sporadic behaviour for Activate
Affected products:
Below only applies if you have access to the
Activation service in EMMA 3
K800, K790, K610, K618, V630, W850, K610im, Z610, W710, Z710, W830
Description:
Emma3 has been updated and now has an implemented solution for white screen
problem seen on many different phones, e.g. W850 & Z610. Please note that it’s not a
physical script which has been released, but a new set of Emma3 loaders. This affects
the initial identification phase when connecting a unit to Emma3.
Please note that this solution is not applicable for all white screen problems. I solves the
recent white screen problems caused by ST memory failures.
To trigger White screen problem one can change the theme 15 times straight. This
triggers the problem on a non-patched unit with bad ST memory.
IMPORTANT!
Emma3 must be restarted in order for the new loaders to be downloaded locally to
PC. “Software Update Content Refresh” OR “Customize” MUST be downloaded in
affected phone in order to successfully and completely recover a unit from white screen
problem. Scripts used, and thus locally cached MUST be downloaded again from the
Server using “Server Search”. Make sure to use a fully charged battery! Loader will
be downloaded in the initial detection phase and it is CRUCIAL that this step is not
interrupted. If detection phase is interrupted the phone can become totally
unrecoverable. It is NOT sufficient to run Software Update or using the Update Service,
Update Service Pro or FOTA services.
Units that contain “infected” ST memory but still not got white screen symptom need
to be updated (using SUCR or Customize) in order to secure them from not getting
white screen problem in the future. If there are many units on stock or in warehouse that
need to be screened for ST memory, there is a “White Screen Memory Test” script in
Emma3 ( Service Information reference number: 1497958607) Memory test will only
distinguish between Intel and ST. It can not tell if phone with ST memory has been
patched and hence is a good unit.
K800 - K810
Applicable only for: K800, K790, W850, W830, K610, K610im, K618, V630, Z610, W710,
and Z710.
Description
The latest update for above products has caused a very minor sporadic behaviour on
certain occasions (not constantly and not on all phones) for Activate.
The behaviour is as follows: During the running of “Activation” script, the phone may start
up in “USB transfer mode”.
If the phone has started up in “USB transfer mode” during the time the “Activation” script
is running, the phone will automatically shut itself down after physical removal from USB
cable.
Please note, the behaviour is not harmful and does not cause issues of any kind other than
sporadic behaviour changes.
By entering “USB transfer mode” the unit will automatically shutdown when the cable
is removed, as apposed to manual shutdown normally. Either way, the unit still needs to
be restarted after the activation process to enable the activation.
We are investigating what is creating this behaviour so we can remove it, in order to
have a consistent behaviour.
Created: 2006-12-22
APPENDIX
Created: 2006-12-05
Author: Jens Lindström ([email protected])
1202-3085 rev. 2
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APPENDIX
SI Pre-Configuration Change
K800 - K810
SI-K800/K610 Pre-configuration change
Applicable for: K800/K790/K610/V630/K618
When selecting “No”, the operation will be cancelled.
Information:
The Pre-configuration process is updated on EMMA III. The Pre-configuration can
fix and prevent “Can not power on” problems on units made before approx. 06W42.
There is no need at this stage to update the software if you have the latest software version
for the DPY.
Please note that this update will not start until the EMMA III client is restarted!
IMPORTANT!
The pre-configuration process is successful even if EMMA III states that the script failed.
Instruction:
Log on to EMMA III as usual. You should press “5” first, keep it pressed and then
press the “2” and keep it pressed. Thereafter while pressing “2” and “5”, you attach
the USB cable. When icon appears in the Service Client window, release the keys.
Previously, you’ve had an automatically performed Pre-configuration, but due to
needed structural changes, there will be a question to respond to.
The pre-configuration process is successful anyway.
Select “Yes” and the Pre-configuration will proceed as normal.
MU Information:
This change is done to support a recovery script to be used in the scrap recovery centers.
(BMC will not need it since region China have not been affected by the simlock bug)
APPENDIX
Created: 2007-03-21
1202-3085 rev. 2
119 (121)
APPENDIX
SI Vincenne Replacement - Emma 3 Important Start-Up Operation SEMC Electrical Repair Manual
K800 - K810
SI - Vincenne replacement for SL4 and SL5
SI-EMMA 3 IMPORTANT Start-up operation
This document is applicable for
K800, K790, K610, V630, K618
SL4 and SL5 centers with access to:
ROP1013057/1 ASIC Vincenne
ROP1013057/2 ASIC Vincenne Leadfree
ROP1013057/3 ASIC Vincenne Leadfree
ROP1013066/2 PROD. ADAPT. CIRCUIT/ASIC Vincenne2 A07
ROP1013066/5 ASIC, Vincenne2 A07 Cu-Plug Thin Ni (PbROP1013066/6R1A ASIC Vincenne2 A07 1.8V Cu-Plu
In order to get the important pre-configuration on units made before 06W42 you should
press “5” first, keep it pressed and then press the “2” and keep it pressed. Thereafter while
pressing “2” and “5”, you attach the USB cable. Keep the buttons pressed until there is a
message appearing in Emma III (This will fix some of the “dead” or “white screen” units)
Description:
Created: 2007-03-19
Vincenne 2 is now available again as spare part for level 4. After you have replaced
Vincenne, you MUST do a Vincenne calibration with the new “Vincenne calibration
tool”
After the Vincenne calibration in “Vincenne calibration tool” you MUST do a
normal SERP (RF calibration) in order to avoid a high re-repair rate and bad quality
perception of the product.
SI-New software R8BA024
Applicable for K810, K818
Note: No more general releases planned for K800, K790
Failing to do the mandatory calibration correctly will result in that the access to
Vincenne will be permanently withdrawn for the service center.
(i.e. no default update of all those DPY / SI that doesn’t require a Operator Acceptance).
System Requirements
Information
At least a Pentium III 500 MHz, with 128 MB of RAM
Win2000 or Win XP
One free USB connector
At least 1024x768 display resolution. (1152x864 is recommended.)
SEPI interface must be installed.
SEPI A1 Cable
Dummy battery
CST-60 Charger
CST-75 Charger cable (customized according instruction)
One dual or two single Channel Power Supplies. (Equipment Setup.)
New and improved software R8BA024 for K810, K818 is about to be released on EMMA
III.
Created: 2007-05-15
For those DPY / SI with operator acceptance, the release date will depend on the approval from the operator.
APPENDIX
Software is found in CSPN under “Repair Instructions>Standard>VINCENNE
CALIBRATION TOOL 20/031 62-2/FEA 209 544/755 “. In the zip-package there are
also installation instructions. Instructions on how to use the tool are found under the
menu Help in the Vincenne calibration tool (also attached below). Important: Make
sure you connect the CST-75 Charger cable according instructions, i.e. between the
Phone and the SEPI A1 cable and not in the SEPI A1 cable!!
Due to the number of models and kits that are affected there will be a transition period
until all of the scripts are updated. We will start the release 07w44 and we estimate to
have finalised the work during 07w47.
Created: 2007-10-31
1202-3085 rev. 2 120 (121)
APPENDIX
Torque Settings K790, K800 and K810
Torque Settings - Placing in a Shield Box
K800 - K810
Placing in a Shield Box
Install four M1.4 screws where indicated using a torque driver set at
22 N*cm with an T6 bit.
The picture shows how to place the K800-unit in a Rohde & Schwartz Shield Box and Coupler
Install two M1.7 screws in the
locations indicated using a torque
driver set at 10 N*cm with a JCIS
No. 0 bit.
APPENDIX
1202-3085 rev. 2 121 (121)

SEMC ERM Wilma.indd

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