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 notifi ed 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
This document is Sony Ericsson confi dential and should be treated as confi dential 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 Hi st o ry
Rev.DateChanges / Co mments
16/29/2007Initital revision.
CONTENTS
ABOUT 2
General Information 2
Contents 2
FUNCTION OVERVIEW 3
Description 3
General 3
Mechanical Design 3
RF Parts 3
Logic/Audio Part 5
Antenna 5
Bluetooth 5
IR 6
FM Radio 6
External Connections 6
High Level 7
Radio 8
Baseband 9
Data and Signals 10
Acoustics 11
Power Distribution 12
Baseband Top - Radio Top - Bluetooth - FM Radio 13
Radio - Top 14
Radio - Power Supply 15
Radio - UMTS 16
Radio - GSM 17
Radio - Bluetooth 18
Baseband - Logic Top 19
Baseband - System Control Top 20
Baseband - System Control Clocks and Resets 21
Baseband - System Control Test 22
Baseband - Power Top 23
Baseband - Regulators and Charging 24
Baseband - Power Camera 25
Baseband - Power ASICs 26
Baseband - Power Memories 27
Baseband - Operation & Ser vices Top 28
Baseband - Operation & Ser vices Memories 29
Baseband - Operation & Ser vices GPIO 30
Baseband - Operation & Ser vices ADC & DAC 31
Baseband - Operation & Ser vices MS Pico & SIM 32
Baseband - Operation & Ser vices Connectivity 33
Baseband - UMTS Access Top 34
Baseband - UMTS Access WCDMA 35
Baseband - UMTS Access GSM 36
Baseband - MMI Top 37
Baseband - MMI Keypad 38
Baseband - MMI Display 39
Baseband - MMI Audio 40
Baseband - MMI Camera 41
Baseband - MMI FM Radio 42
COMPONENT OVERVIEW 43
Front Side B - C 43
Front Side D - Z 44
Back Side A - Z 45
Flash Problems - Audio Internal Problems 53
Audio External Problems - Camera Problems 54
FM Radio Problems - Vibrator Problems 55
Memory Stick Problems - Bluetooth Problems 56
Network Problems - Display Problems 57
Test Current Consumptions 58
Tes t Char g i ng 58
Test the ASIC Revisions 59
Test Backup Capacitor 59
Test the Joystick Switch S2504 and Diodes V2503, V2506-09 60
Test the Diode V2500 61
Test the Protection Diodes V2510 to V2514 61
Test the diode V2504 and Switch S2500 62
Test the Switches S2505 & S2506 62
Test the Switch S2502 63
Test the Switches S2503 & S2507 63
Joystick and Other Keys Problems 64
Test the System Connector Protections 64
Reference MP 65
APPENDIX 66
K800 Mechanical Parts List 66
K810 Mechanical Par ts List 70
Part List Main Board 73
Components A1200 74
Components A1300 83
Components B2100, B4100 90
Components C2217, D1400 91
Components D2301, D2304 92
Components H2300, D3100, D3101 93
Components N2000, N2200 94
Components N2202, N2203, N2300 95
Components N2600, N3100, N4100 96
Components N4202, S2500, S2502 97
Components S2504, S2505, S2506 98
Components V2201, V2202 99
Components V2220, V2301, V2552 100
Components V2500, V4101, V2504 101
Components V3101, V3102 102
Components V3103, V3110 103
Components V3113, X1000 104
Components X1002, X2200 105
Components X2301, X2302 106
Components X2501, X2505, X2510 107
Components X2550, X3102 108
Keyboard K800 109
Keyboard K810 110
Display 111
VGA Camera KNC20116 112
Camera Module KNC20125 112
Xenon Flash Module 113
SI Can’t Power On 114
SI Can’t Power On 115
SI Joystick Switch Replacement 116
SI Support Pad for Camera Switch 116
SI Problem with Front Spare Part 117
SI Problem with On/Off Button 117
SI Emma 3 White Screen Patch 118
SIActivate Sporadic Behaviour 118
SI Pre-Confi guration Change 119
SI Vincenne Replacement 120
SI Emma 3 Important Start-Up Operation, SI New Soft ware 120
Tor q ue Se t t ings 121
Placing in a Shield Box 121
ABOUT
1202-3085 rev. 2
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Page 3
FUNCT I ON OVERVIEW
Description
SEMC Electrical Repair Manual
K800 - K810
DESCRIPTION
1 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 fl ash, 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 fl ash module, VGA camera, the Display, Bluetooth module, and FM radio
parts. The RF parts are mainly housed in separate modules.
Antenna
RFLogic / audio
Flash
VGA Camera
2.1 Mechanical Design
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 fl ash 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 fi ts in a dedicated
cavity and is covered with a battery cover.
Dimensions
Length106mm
Width47mm
Thickness18mm (22mm across the lens cover)
Weight115g
2.2 RF parts
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.
2.2.2 GSM 1800
FUNCTION OVERVIEW
3.2 MPix Camera
Transmitter
Receiver
3,6V battery
Figure 1. Block diagram of the K800.
Baseband
Control
DC and Return
Bluetooth
IR
CPU
TDMA/CDMA
DSP
AF part
Display
Keyboard
FM radio
External connector
2 Transceiver
This description provides only a simple general description of the transceiver section and its
components.
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.
2.2.4 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
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Page 4
FUNCT I ON OVERVIEW
Description
SEMC Electrical Repair Manual
K800 - K810
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.
GSM 900/1800/1900
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.
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 amplifi ed by a power amplifi er 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 fi ltering 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.
The receive signal from the duplexer reaches then the LNA (integrated into the WCDMA RX ASIC)
and the amplifi ed signal is fi ltered by means of an external inter stage SAW fi lter. The fi ltered
signal returns into the WCDMA RX ASIC to be down converted to the IF frequency, 190MHz, by
means of a mixer. The fi rst 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.
The IF signal is fi ltered by an external IF SAW fi lter, then amplifi ed and demodulated. After
demodulation, a chain of amplifi ers and low pass fi lters will render the analog I and Q signals.
High pass fi ltering (needed to remove DC offset) is provided externally using series capacitors.
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
amplifi er 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 amplifi er. The DAC is controlled by a serial
bus from the GSM/GPRS baseband controller ASIC.
nd
The PA control block applies a transfer function (2
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 I
the difference between the I
(feed current to the power amplifi er) and calculates the error signal by taking
PA
and the internal reference signal. This error signal is integrated
PA
(PI-regulator) and then adjusts the PA regulator voltage to cancel the error. The PAREG signal is
fi ltered by a low-pass to give a smooth ramping signal.
2.2.9 WCDMA Transmitter
FUNCTION OVERVIEW
2.2.6 GSM/DCS/PCS Receiver
The fi rst stage of the receiver is a band selection fi lter, 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 WCDMA Receiver
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.
QVGAVGA
6 bit2 bit
HGBUFFERBIAS
3 bit
Buff gain,
1 bit
PA-DAC
8 bit
Po we r con tro l DA C,
8 bit
PA -
Module
DC/DC for PA
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 amplifi er work as an
amplifi er with fi xed amplifi cation.
The VGA, QVGA and “HGBufferbias” plus “Buffgain” are all inside the TX ASIC.
1202-3085 rev. 2
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Page 5
FUNCT I ON OVERVIEW
Description
SEMC Electrical Repair Manual
K800 - K810
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.
“Buffgain” is a programmable PA buffer in which the bias current is optimized and fi nally is the buffer
possible to be used in low gain mode, which generates about 30dB lower output power compared
with the highest output setting.
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 effi ciency and it’s done with the reference signal from a DAC.
It’s also possible to change the bias current in the PA by tuning a DAC.
By combining the variable voltage and bias current it’s possible to have the best current effi ciency
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.
2.5 BLUETOOTH
TM
The Bluetooth implementation is compliant with Bluetooth specifi cation 2.0 + EDR
2.5.1 RF part
TM
The Bluetooth
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.
2.5.2 Frequency generation
TM
The Bluetooth
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 fi rst stage of the receiver is an external antenna fi lter, 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
FUNCTION OVERVIEW
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 fi ltering.
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.
The Logic/Audio part also includes a 32.768 kHz XTAL used for the real time clock.
2.4 Antenna
The in-built antenna is made as a pattern on a fl exible 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.
The antenna signal is also accessible through the external antenna connector located at the upper
part on back of the phone.
The synthesizer generates the TX frequency which modulated by the BT baseband
block. It
is then amplifi ed. The BT system is a class 1 device with maximum of +4 dBm output power
(minimum setting is about -50 dBm).
2.5.5 Logic/Audio part
The purpose of the logic part is to control and monitor the transmission and reception functions of
TM
the Bluetooth
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.
Its functions, with reference to the audio parts, include a PCM interface.
2.5.6 Antenna
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.
1202-3085 rev. 2
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Page 6
2.6 IR
The IR transceiver is IrDA compatible.
FUNCT I ON OVERVIEW
Description
SEMC Electrical Repair Manual
K800 - K810
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 fi rst fed into a low noise amplifi er. The amplifi ed signal is then
mixed with the local oscillator. The IF is of low frequency-type.
The signal is then further amplifi ed, 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 I
2
C interface.
FUNCTION OVERVIEW
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.
3CAM_EN2,7CAM SET
6CAM_12_EN1,8CAM SET
11G rou nd0
13V BAT3,8
24VCORE181,8
26VDDBUCK3,8
29V DDF131,3
34VccB2,75
35VccA2,75
37VDDE181,8
38VBATI3,8
39VDIG2,75
43VCAMSD_EN_21,8CAM SET
46V_VG ADIG1,8C AM S ET
48VCAMSD1,8CAM SET
56VCORE131,3
58VRTC131,3
77VFM272,7FM SET
89VCAM121,2CAM SET
90VCAMAFCAM SET
92VCAMIO1,8CAM SET
95V_VG AA NA2,7C AM S ET
100VCOR E151, 5
137VB T272 ,7BT S ET
3CAM_EN2,7CAM SET
6CAM_12_EN1,8CAM SET
11G rou nd0
13V BAT3,8
24VCORE181,8
26VDDBUCK3,8
29V DDF131,3
34VccB2,75
35VccA2,75
37VDDE181,8
38VBATI3,8
39VDIG2,75
43VCAMSD_EN_21,8CAM SET
46V_VG ADIG1,8C AM S ET
48VCAMSD1,8CAM SET
56VCORE131,3
58VRTC131,3
77VFM272,7FM SET
89VCAM121,2CAM SET
90VCAMAFCAM SET
92VCAMIO1,8CAM SET
95V_VG AA NA2,7C AM S ET
100VCOR E151, 5
137VB T272 ,7BT S ET
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 fi rst action has the highest probability, and subsequent actions have lower
probabilities. The intention is for the repair technician to implement the fi rst 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 specifi c symptom.
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.
Repair Actions for Manual Test Failures
FailureFailure SymptomRepair Action
• N2000
• C22109
• K790 ONLY – N1 100
• K800/K810 ONLY –
• A1200 – Approved Centers Only
• C22109
• K790 ONLY – N1 100
• K800/K810 ONLY –
• A1200 – Approved Centers Only
• A1300 – Approved Centers Only
• B2100
• Run pre-confi guration using EMMA
• N2000
• D2301
• N2200
Power On / Off
Current draw greater than 300 mAmps
Current draw when powered off
Hangs at gray display. Constant
vibration. Will not power off.
Draws current when pushing power key,
returns to zero
Perform voltage measurements with a
multimeter.
Perform resistance measurements with a
multimeter.
Software Flash
Powers on by itself after installing
battery. Will not power off.
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
Permanent phone hangs at start up or in
standby
Other symptoms
USB icon does not fl ash
Error message “USB device not
recognized”
USB icon fl ashes
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• D2301, D2304
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).
Insert a test SIM and power up the phone to a network tester.
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 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.Ty pical 750mA (RMS)
The power supplier at 3.8 Volt must allow reverse
Chargers plug
current.
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.
TROUBLESHOOTER
If the current consumptions are equal to the sheet then go to charging test.
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Page 59
Test the ASIC revisions
TROUBLESHOOTER
Test the ASIC Revisions - Te st Back u p Capacitor
Test Backup Capacitor.
This test should be preformed in 3 steps.
SEMC Electrical Repair Manual
K800 - K810
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:
D2000 Marika , N2000 Vincenne2, D1400 Bluetooth ASIC,
N2600 FM Radio ASIC and D2301 NAND memory.
How to perform the test?
Load ITP to the phone.
Use fault trace SW
General
ASIC revisions
READ all
ASIC Product number Return value (hex)
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:
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:
Compare the difference between reading 1 and reading 2 with the limits.
Limits
MinMaxUnit
Absolute readout
1 120 Dec
Reading 1
D2000
N2000
D1400
N2600
D2301
Marika Volume ROP 101 3083/X 99 00
Vincenne2 ROP 101 3066/4 E3
Bluetooth:
HCI Revision
LMP Subversion
FM Radio RYT 109 905/3 5764
NAND memory:
Samsung, 512 MBit
ST, 512 MBit
RYT 123 922/1
RYT 118 932/2
RYT 118 932/2
0402
0520
EC,36
20,36
Reading 1 (Dec) Reading 2–Reading
1 (Dec)
Min Max
Interval 1 (1 – 32)
Interval 2 (33 – 64)
Interval 3 (65 – 96)
Interval 4 (97 –
4 40
2 35
2 25
1 12
120)
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.
TROUBLESHOOTER
If the fault exists replace N2000 Vincenne2.
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TROUBLESHOOTER
Test the Joystick Switch S2504 and D io d es V2 5 0 3 , V2 5 06-09
SEMC Electrical Repair Manual
K800 - K810
Test the joystick Switch S2504 and the diodes V2503,
V2506, V2507, V2508 and V2509.
Place the phone as picture Joystick up, system connector at right.
Remove the keyboard.
Connect the black probe onto
Connect red probe onto MP 1 to MP 82.
MP 22 or pin 7 (frame) at joystick.
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.
If the measurement are equal to the reference sheet,
the joystick is working properly.
Joystick10482471MP
No action1.8 - O L1.8-OL1.8-OL1.8 - OL1.8-OLVolt
A Right1.8-OL0.0-0.60.60.61.8-OLVolt
B Down1.8-OL0.0-0.60.61.8-OL0.6Volt
C Left0.60.0- 0.61.8- OL1.8-OL0.6Volt
D Up0.60.0-0.61.8-OL0.61.8-OLVolt
Center push1.8-OL0.0-0.61.8-OL1.8-OL1.8-OLVolt
V2509 V2503 V2508V2506V2507Diode
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
TROUBLESHOOTER
Joystick46213Pin
No action1.8 - O L1.8-OL1.8-OL1.8 - OL1.8-OLVolt
A Right1.8-OL0.00.00.01.8-OLVolt
B Down1.8-OL0.00.01.8- OL0.0Volt
C Left0.00.01.8 - O L1.8- OL0.0Volt
D Up0.00.01.8-OL0.01.8-OLVolt
Center push1.8-OL0.01.8-OL1.8-OL1.8-OLVolt
Repair action if both joystick and diode test and joystick test is failed then replace the joystick switch
S2504.
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)
Page 61
TROUBLESHOOTER
Test the Diodes V2500 an d V2 510 to V2514
SEMC Electrical Repair Manual
K800 - K810
Test the diode V2500.
MP 23 MP22
Connect the Red probe onto MP 44 or Ground.
Connect Black probe onto MP 22 and MP 23.
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.
If the measurement are equal to the reference sheet,
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 fi lter is mounted instead.
SL 4: scrap the phone.
1202-3085 rev. 2
61(121)
Page 62
TROUBLESHOOTER
Test the diode V2504 and Sw itch es S2 5 00, S2505 & S25 06
SEMC Electrical Repair Manual
K800 - K810
Test the diode V2504 and switch S2500.
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
Test the Switch S2505 Game A.
Connect the Black probe onto MP 82.
Connect the Red probe onto MP 83.
No key pressed 1.4-OLVolt
S2505 pressed0Volt
If the measurement are equal to the reference sheet,
The switch S2505 is working properly.
Replace S2505 if the measurements are not equal to the reference sheet.
If the measurement are equal to the reference sheet,
The diode V2504 and S2500 is working properly.
S250047
No action1.4-OL
Pressed0.6
V2504 S2500
Tolerance up to 20 %
85
1.4 - O L
0.0
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.
Test the Switch S2506 Game B.
Connect the Black probe onto MP 1.
Connect the Red probe onto MP 2.
TROUBLESHOOTER
No key pressed 1.4-OLVolt
S2506 pressed0Volt
If the measurement are equal to the reference sheet,
The switch S2506 is working properly.
Replace S2506 if the measurements are not equal to the reference sheet.
1202-3085 rev. 2
62(121)
Page 63
TROUBLESHOOTER
Test the Switches S2502 , S2 5 03 & S2 5 07
SEMC Electrical Repair Manual
K800 - K810
Test the Switch S2502 Volume down.
Place the phone as picture joystick down, system connector at right.
Connect the Black probe onto MP 120.
Connect the Red probe onto MP 119.
Test the Switch S2503 Volume Up.
Connect the Black probe onto MP 117.
Connect the Red probe onto MP 116.
No key pressed 1.4-OLVolt
S2503 pressed0Volt
If the measurement are equal to the reference sheet,
The switch S2503 is working properly.
Replace S2503 if the measurements are not equal to the reference sheet.
No key pressed 1.4-OLVolt
S2502 pressed0Volt
If the measurement are equal to the reference sheet,
The switch S2502 is working properly.
Replace S2502 if the measurements are not equal to the reference sheet.
Test the Switch S2507 Music.
Connect the Black probe onto MP 122.
Connect the Red probe onto MP 121.
TROUBLESHOOTER
No key pressed 1.4-OLVolt
S2507 pressed0Volt
If the measurement are equal to the reference sheet,
The switch S2507 is working properly.
Replace S2507 if the measurements are not equal to the reference sheet.
1202-3085 rev. 2
63(121)
Page 64
TROUBLESHOOTER
Joystick and Keyboard Problems - Test the System Connector
SEMC Electrical Repair Manual
K800 - K810
Joystick and other keys problems.
All the measurements are equal to the reference sheet.
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.
If the fault exists the fault is Marika D2000, scrap the phone.
Keyboard problems.
1. All the measurements are equal to the reference sheet.
2. Joystick, side keys and game keys are working properly.
Test the system connector protections.
Perform voltage measurements with a multimeter.
Connect the black probe at ground (Pin 9 system connector)
Pin 1 Pin 9 Pin 12
Pin at system
connector 1234567 89101112
Diode measurements
if lower than x.x Volt 2.01.01.40.71.01.02.0 0.90.02.01.82.0
Do this repair action
Service level 4 replace N2300 N4202 N4202 N4202 N4202 N4202 Scrap Scrap Ground N2300 N2300 Scrap
Service level 5 replace V2303V2303 V2221V2204
The fault is:
1: keyboard
2: keyboard connector X2501.
Start replacing the keyboard if the fault exists then re solder or replace X2501.
Black /
Virgin
Mobile
Brown/
CMCC
Brown/
Vodafone
Brown/
Hutchinson
Black/
Latin/Stroke
Black/
Bopomofo
Black/
Hebrew
Black/
Cyrillic
Black/ Latin
/ Thai
Black/
Arabic
Brown/
Latin
Brown/
Stroke
Brown/
Bopomofo
Functional
Keyboard
Functional
Keyboard
Joystick Gasket Joystick Gasket
SXA 109 6636/4
SXA 109 6636/5
SXA 109 6636/6
SXA 109 6636/7
SXA 109 6636/8
Brown/
Hebrew
Brown/
Cyrillic
Brown/
Latin Thai
Brown/
Hindi
Brown/
Arabic
SXA 109 7317/1 Silver/ Latin
SXA 109 7317/2
SXA 109 7317/3
SXA 109 7317/4
SXA 109 6669/1
SXA 109 6669/3
SXA 109 6669/5
SXA 109 6669/6
SXA 109 6669/7
SXA 109 6669/8
SXA 109 6669/9
SXA 109 6669/2
SXA 109 6669/4
SXA 109 6669/11
SXA 109 6669/12
SXA 109 6669/13
Silver/
Latin/Stroke
Silver/
Arabic
Silver/
Cyrillic
Black/
Generic
Black/
Vodafone
Black/
CMCC
Black/
Orange
Black/ TMobile
Black/
Cingular
Black /
Hutchinson
Brown/
Generic
Brown/
Vodafone
Brown/
CMCC
Brown/
Hutchinson
Brown/
Orange
Only for
Functional
keyboards
R2A (R3A
for SXA 109
6669/9) or
SXA 109 8126
higher in
order to
have a good
feeling
when you
add the
gasket
APPENDIX
1202-3085 rev. 2
67(121)
Page 68
APPENDIX
K800 Mechanical Parts List
SEMC Electrical Repair Manual
K800 - K810
SXA 109 6296Black
System
Connector
System
Connector Foam
Pad
Liquid Intrusion
Indicator
Rear Speaker
Cloth
System
Connector
Dust gasket
large system
connector
Liquid Intrusion
Indicator
Loudspeaker
Gasket
RNV 79936
SXA 109 6165
SXA 109 4884
SXA 109 6300
Memory Stick
Cover
Volume Key Volume Key
Power Key On/Off Key SXA 109 6294
MS Cover
SXA 109 6296/2 Brown
SXA 109 6296/3 Silver
SXA 109 6292 Black
SXA 109 6292/2 Brown
SXA 109 6292/3 Silver
SXA 109 6295 Black
VibratorVibratorBKE 90332
SXK 109 6859Black
SXK 109 6859/2 Brown
SXK 109 6859/6
SXA 109 7348
Antenna Cover
Camera Support
Pad
Antenna Cover
Assembly
Camera Support
Pad
Silver
(old part
number
SXK 109
6859/5)
Music Player
Key
Camera Key Camera Key SXA 109 6293
Insulation Label
Shield Can Lid
over Camera
Connection
HPM-62 Stereo
Headphones
Music Player
Key
Insulation Label
(Shield Can)
Shield can lid,
camera
assembly
HPM-62/Stereo
PHF
SXA 109 6295/2 Brown
SXA 109 6295/3 Silver
SXA 109 6161
SXK 109 7268
RLF 501 62
APPENDIX
1202-3085 rev. 2
68(121)
Page 69
APPENDIX
K800 Mechanical Parts List
SEMC Electrical Repair Manual
K800 - K810
64MB Memory
Stick Micro(M2)
Dust Preventing
Tape
Antenna/Speake
r Box Assembly
Front Camera VGA Camera KNC 201 16
64MB Memory
Stick Micro(M2)
Dust Preventing
Tape
Antenna/Speake
r Box Assembly
KDR 109 171/64
SXA 109 8088
SXK 109 6930
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
SXK 109 6857/3Z
SXK 109 6857/2Z
SXK 109 6857/4Z
SXK 109 6857/5Z
SXK 109 6857/6Z
Black
Black
Brown
Brown
Silver
Silver
APPENDIX
1202-3085 rev. 2
69(121)
Page 70
APPENDIX
K810 Me cha nic al Parts List
SEMC Electrical Repair Manual
K800 - K810
PartPart Location on Phone
Working
Instruction
Description
Battery lid assembly
MS Cover
Antenna cover
assembly
Screw 1,7 x 6mm Screw 1,7 x 6mm SXA1097716
Webshop Description Part Number
Battery lid assembly/Noble Blue
Battery lid assembly/Golden Ivory
Battery lid assembly/Pulse Red
MS Cover/Noble Blue
MS Cover/Golden Ivory
MS Cover/Pulse Red
Antenna cover assembly
Noble Blue
Antenna cover assembly
Golden Ivory
Antenna cover assembly
Pulse Red
SXK1097675
SXK1097675/2
SXK1097675/3
SXA1097683
SXA1097683/2
SXA1097683/3
SXK1097674
SXK1097674/2
SXK1097674/3
Function keyboard Assy Pulse Red
Generic
Function keyboard Assy Pulse Red
Orange
Function keyboard Assy Pulse Red
Function keyboard
Assys
Antenna/
Speakerbox
assembly
Keyfoil Complete Keyfoil Complete SXK1097719
Vodafone
Function keyboard Assy Pulse Red
T-mobile
Function keyboard Assy Pulse Red
TIM
Function keyboard Assy Pulse Red
Hutch
Function keyboard Assy Pulse Red
CMCC
Antenna/ Speakerbox assembly SXK1097667
SXK1097706/41
SXK1097706/42
SXK1097706/43
SXK1097706/44
SXK1097706/45
SXK1097706/48
SXK1097706/53
Function keyboard
Assy
Function keyboard Assy Nobel Blue
Generic
Function keyboard Assy Nobel Blue
Orange
Function keyboard Assy Nobel Blue
Vodafone
Function keyboard Assy Nobel Blue
T-Mobile
Function keyboard Assy Nobel Blue
Hutch
Function keyboard Assy Golden
Ivory Generic
Function keyboard Assy Golden
Ivory Orange
Function keyboard Assy Golden
Ivory Vodafone
Function keyboard Assy Golden
Ivory T-mobile
Function keyboard Assy Golden
Ivory Hutch
SXK1097706/1
SXK1097706/2
SXK1097706/3
SXK1097706/4
SXK1097706/8
SXK1097706/21
SXK1097706/22
SXK1097706/23
SXK1097706/24
SXK1097706/28
ESD protection
sheet LCD
Screw 1,7 x 7mm Screw 1,7 x 7mm
LCDLCDRNH942286
LCD holder
assembly
ESD protection sheet LCD SXA1097659
SXA1097717
LCD holder assembly SXK1097669
APPENDIX
1202-3085 rev. 2
70(121)
Page 71
APPENDIX
K810 Me cha nic al Parts List
SEMC Electrical Repair Manual
K800 - K810
Shield can lid,
camera assy
System connector System connector RNV79936
Dust gasket, system
connector
Insulation label Insulation label SXA1096161
Shield can lid, camera assy SXK1097268
Dust gasket, system connector SXA1096165
Screw M1,4x5 Screw M1,4x5 SXA1096306
Liquid indicator Liquid indicator SXA1094884
Plug (external
antenna)
Tape (holder
capacitor)
Plug (external antenna)
Noble Blue
Plug (external antenna)
Golden Ivory
Plug (external antenna)
Pulse Red
K810i/Front complete/Z/
Golden Ivory/Latin/Cybershot
K810i/Front complete/Z/
Golden Ivory/Arabic/Cybershot
K810i/Front complete/Z/
Golden Ivory/Stroke/Cybershot
K810i/Front complete/Z/
Golden Ivory/Thai/Cybershot
K810i/Front complete/Z/
Golden Ivory/Bopomofo/Cybershot
K810i/Front complete/Z/
Golden Ivory/Cyrillic/Cybershot
KDR 109171/128
SXK1097852/1
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
Volume key/Noble Blue
Volume key
On/Off Key
KRH Label KRH Label SVF9301478
Volume key/Golden Ivory
Volume key/Pulse Red
On/Off Key/Noble Blue
On/Off Key/Golden ivory
On/Off Key/Pulse Red
SXA1097662
SXA1097662/2
SXA1097662/3
SXA1097664
SXA1097664/2
SXA1097664/3
Front complete
K810i/Front complete/Z/
Pulse Red/Latin/Cybershot
K810i/Front complete/Z/
Pulse Red/Arabic/Cybershot
K810i/Front complete/Z/
Pulse Red/Stroke/Cybershot
K810i/Front complete/Z/
Pulse Red /Thai/Cybershot
K810i/Front complete/Z/
Pulse Red /Bopomofo/Cybershot
K810i/Front complete/Z/
Pulse Red /Hebrew/Cybershot
K810i/Front complete/Z/
Pulse Red /Cyrillic/Cybershot
1202-3085 rev. 2
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
72(121)
APPENDIX
Page 73
APPENDIX
Part List Main Boar d
SEMC Electrical Repair Manual
K800 - K810
Part List Main Board
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 fl oor life; does not require dry pack or re-baking.
Level 2: 1 year fl oor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked after being opened if fl oor life is
exceeded.
Level 2A: 4 week fl oor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked after being opened if fl oor life is
exceeded.
Level 3: 168 hours fl oor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked after being opened if fl oor life
is exceeded.
Level 4: 72 hours fl oor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked after being opened if fl oor life is
exceeded.
Level 5: 48 hours fl oor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked
after being opened if fl oor life is exceeded.
Level 5A: 24 hours fl oor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked
after being opened if fl oor life is exceeded.
Level 6: 6 hours fl oor life; </=30 C; 60%rh; shipped in dry pack; must be re-baked
after being opened if fl oor life is exceeded.
NOTE!
RF Calibration by using SERP can only be done by authorized repair centers.
Fence modifi cation according to Working Instruction Electrical.
The outer layer using this footprint shall be lled with copper with good connection to GND. Isolation
between signal copper and GND-plane lling: min 0.4mm
1202-3085 rev. 2
APPENDIX
74(121)
Page 75
APPENDIX
Components A1200
S1
1
GND
SEMC Electrical Repair Manual
K800 - K810
VBATI
47
39
38
37
36
35
9
1
58
59
60
61
66
32
53
54
52
12
EXTLDO
VccB
VccB_mix
TXIA
TXIB
TXQA
TXQB
VCXOCONT
WPABIAS
WDAT
WCLK
WSTR
CLKREQ
VBATI
VBATI
VBATI
VccB
EXTLDO
VBATI
Power_supply
VBATI
V_Wivi_A
V_Wivi_B
VccB
V_Wivi_A
VccB_mix
V_Wivi_AV_Wivi_B
V_Wivi_B
V_Wivi_A
V_Wivi_B
WCDMA_RX
WCDMA_RX
TXIA
TXIB
TXQA
TXQB
VCXOCONT
WPABIAS
WDAT
WCLK
WSTR
CLKREQ
V_Wivi_A
V_Wivi_B
VccB_mix
VccB
VBATI
WCDMA_RX
Duplex
WCDMA_TX
XOOA
XOOB
WRFLOOP
RXIA
RXIB
RXQA
RXQB
RTEMP
MCLK
WON
WCDMA_ANT
WCDMA_TX
WCDMA_TX
WCDMA_ANT
XOOA
XOOB
WRFLOOP
RXIA
RXIB
RXQA
RXQB
RTEMP
MCLK
WON
3
2
20
5
4
30
15
69
68
71
70
45
63
56
6
7
8
10
11
13
14
16
17
18
19
21
22
23
24
25
27
26
28
29
31
41
33
34
40
42
43
44
46
48
49
50
51
55
57
62
64
65
67
72
GND
74
73
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
GND
115
114
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
GND
156
155
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
GND
197
196
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
GND
238
237
239
240
241
242
243
244
245
246
247
248
249
250
251
252
GND
APPENDIX
UMTS
Made for
RADIO TOP
RAY/UMTS Module
Document NrRevision
1/1911 - ROA 128 1112/1
1202-3085 rev. 2
75(121)
Page 76
APPENDIX
GND
Components A1200
SEMC Electrical Repair Manual
K800 - K810
EXTLDO
VBATI
EXTLDO
VBATI
GND
C1801
4.7uF
C1803
22pF
C1804
22pF
C1
A3
GNDGND
N1850
EN
2.8V
IN
LM3671TL-2.8
RYT1137802/1
SW
V_Wivi_A
ST5003
2.2uH
L1800
B2A1
C3
FBGND
C1802
10uF
0ohmsR1800
NETCON_C
12
V_Wivi_B
Made for
RADIO Power Supply
RAY/UMTS Module
Document NrRevision
1/1911 - ROA 128 1112/2
1202-3085 rev. 2
76(121)
APPENDIX
Page 77
C1012
1.2pF
L1016
2.7nH
APPENDIX
N1002
SAW
Freq
ANT
CASE GND
11
10
9
76
RX
TX
128
4
1
2
3
5
Components A1200
SEMC Electrical Repair Manual
K800 - K810
WCDMA_ANT
WCDMA_RX
WCDMA_TX
GND
xxxxxx
RTN202926/1
APPENDIX
Made for
RADIO Duplex
RAY/UMTS Module
Document NrRevision
1/1911 - ROA 128 1112/3
1202-3085 rev. 2
77(121)
Page 78
APPENDIX
V_Wivi_BVccB
Components A1200
SEMC Electrical Repair Manual
K800 - K810
VCXOCONT
WDAT
WCLK
WSTR
WCDMA_RX
CLKREQ
WRFLOOP
MCLK
XOOA
XOOB
IFLO
IFLOBAR
VCXOCONT
RFLO
RFLOBAR
Synt_UMTS
VccB_mix
VccB
VccB
VccB_mix
IFLO
IFLOBAR
WDAT
WCLK
WSTR
WCDMA_RX
CLKREQ
RXIA
RXIB
RXQA
RXQB
WRFLOOP
MCLK
XOOA
XOOB
RXIA
RXIB
RXQA
RXQB
V_Wivi_AVBATI
WPABIAS
TXIA
TXIB
TXQA
TXQB
V_Wivi_A
Rx_UMTS
V_Wivi_A
RFLO
RFLOBAR
TXIA
TXIB
TXQA
TXQB
Mod_UMTS
WCDMA_RF
RTEMP
V_Wivi_A
VBATI
WDAT
WCLK
WSTR
WPABIAS
WCDMA_RF
PA_UMTS
WON
WCDMA_TX
WON
WCDMA_TX
RTEMP
APPENDIX
Made for
RADIO Top UMTS
RAY/UMTS Module
Document NrRevision
1/1911 - ROA 128 1112/4
1202-3085 rev. 2
78(121)
Page 79
APPENDIX
Components A1200
SEMC Electrical Repair Manual
K800 - K810
WCDMA_RX
VccB_mix
CLKREQ
WDAT
WCLK
WSTR
VccB
C1404
100nF
VccB_mix
C1401
10pF
VccB
R1430
10ohms
C1403
22pF
N1400
K1
H1K 3
L1401
2.7nH
C1402
1nF
L1421
68nH
L1422
68nH
N1400
H3
D3
E3
F3
B10E8
Wopy_LEADFREE
G1
VccB_mix
C1424
22pF
REFON
XOOON
DATA
CLK
STROBE
WOPY LNA
VCCRF
RFIN
LNA
GNDBIAS
GNDEME
Wopy_LEADFREE
Leadfree
WOPY CONTROL
REGLOGI C
BUS
R1AROP1013064/2
Leadfree
R1AROP1013064/2
C1421
1pF
<N.M>
C1425
2.2nF
INBYP
RFOUT
GNDBYP
GNDREFVCCREF
GLNA
RXON
K2
LNA_out_50_Ohm
J1F1
C1422
27pF
C1423
27pF
G3G8
H4
C1447
10nF
C1407
10pF
L1402
3.3nH
Z1420
Freq
1
IN
7
IN
GND
GND
EFCH190MD-TY1
RTN201954/1
C1448
10nF
OUT
OUT
GND
GND
C1414
22pF
C1412
Z1400
OUT
OUT
GNDGND
31
4
C1444
100nF
L1441
100nH
IN
25
B7835
RTN201955/1
2140.0
3
5
86
42
C1441
2.2nF
C1443
1.2pF
C1442
2.2nF
1pF
C1413
1pF
N1400
A6
VCCLF
A3
VCCIF
E10
VCCBUS
A4
IFINA
A5
IFINB
C5
CDI
C4
CDQ
F10
IFLOA
G10
Wopy_LEADFREE
L1411
6.8nH
LNA
WOPY IF
-4
R1AROP1013064/2
Leadfree
N1400
WOPY RFMIXER
C1
VCCMIX
D1
MIXINA
E1
MIXINB
A2
GNDMIX
Wopy_LEADFREE
Leadfree
GNDLF
GNDIF
GNDIFLOIFLOB
IFQUTA
IFQUTB
R1AROP1013064/2
IRA
IRB
QRA
QRB
A10
A1
B1
A9
A7
A8
C6
C3
F8
C1451
10nF
C1452
10nF
C1453
10nF
C1454
10nF
R1411
3.3Kohms
RXIA
RXIB
RXQA
RXQB
APPENDIX
IFLO
IFLOBAR
C1431
22pF
Made for
RADIO Receiver UMTS
RAY/UMTS Module
Document NrRevision
1/1911 - ROA 128 1112/5
1202-3085 rev. 2
79(121)
Page 80
N1700
J10
VTUNERF
H10
VCCRFVCO
E10
VCCRFPHD
G10
VCCRFPLLGNDTUNEVCO
Wivi_LEADFREE
ROP1013063/3
V_Wivi_B
VccB
Wivi RF PLL
Leadfree
V_Wivi_B
VccB
CHPPHD
PHDRFOUT
GNDRFLO
GNDRFLO1
GNDRFPHD
GNDRFPLL
GNDRFVCO
H3
G3
D8
H8
I10
F10
F8
C1720
5.6nF
R1701
10ohms
R1702
10ohms
C1703
100nF
R1720
5.6Kohms
XOOA
C1701
100nF
APPENDIX
N1700
B10
VTUNEIF
B1
XOOB
C1
XOOC
G1
VCCIFLO
A6
VCCIFPHD
A8
C1702
22pF
C1704
22pF
R1730
10ohms
VCCIFPLL
A10
VCCIFVCO
Wivi_LEADFREE
ROP1013063/3
Components A1200
Wivi IF PLL
PHDCHP
Leadfree
C1730
100nF
C1731
22pF
PHDIFOUT
IFLO
IFLOBAR
GNDIFLO
GNDIFPHD
GNDIFPLL
GNDTUIF
GNDIFVCO_A9
GNDIFVCO_C8
GNDIFVCO_D10
R1740
10ohms
C1740
100nF
A7
E1
C5
C6
C10
A9
C8
D10
SEMC Electrical Repair Manual
K800 - K810
C1710
F1
F3
C1741
22pF
150pF
R1710
4.7Kohms
C1711
3.3nF
C1716
4.7pF
R1722
10Kohms
C1714
100pF
C1715
100pF
WRFLOOP
IFLO
IFLOBAR
XOOA
XOOB
WRFLOOP
VCXOCONT
R1770
REP621
V1770
RKZ323904/2
R1771
10Kohms
C1770
10nF
C1772
330pF
R1772
10Kohms
C1773
4.7pF
C1777
56pF
C1778
56pF
C1721
390pF
C1776
4.7pF
B1770
13MHz
INOUT
13
Metal cap
TSX_8A
RTM501907/7
24
N1400
K8K9
VCCVCO
K7
VTUNE
K6
PHDOUT
C7
MCLK
C10
XOIA
D10
XOIB
C8
XOOA
D8
XOOB
H7
GNDTUNE
H8
GNDVCOGNDRFLO
Wopy_LEADFREE
Confidential
WOPY VCO
VCCRFLO
VCCPHD
VCCPLL
RFLOA
VCO
-NPHD-R
R1AROP1013064/2
RFLOB
GNDPLL
GNDPHD
K5
K4
J10
K10
H5
H6
H10
L1760
1uH
C1760
10nF
C1750
10pF
C1751
10pF
C1761
120pF
RFLO
RFLOBAR
MCLK
Made for
RADIO Synthesizer UMTS
RAY/UMTS Module
Document NrRevision
1/1911 - ROA 128 1112/6
APPENDIX
1202-3085 rev. 2
80(121)
Page 81
APPENDIX
Components A1200
SEMC Electrical Repair Manual
K800 - K810
TXIA
TXIB
TXQA
TXQB
RFLO
RFLOBAR
RES 680ohm, 1%, 50mW, K0201_HD
C1501
47pF
R1502
L1501
12nH
L1502
12nH
R1504
680ohms
L1508
10nH
C1502
4.7pF
C1503
22pF
C1504
10pF
N1700
A4
IIN
A3
IINBAR
A2
QIN
A1
QINBAR
H1
RFLO
I1
RFLOBAR
J8
IFBP
J9
IFBPBAR
A5
VCCBB
J1
VCCRF
J7
VCCIFGNDIF
Wivi_LEADFREE
ROP1013063/3
C1505
22pF
Wivi IQ_mod RF_mix Buffer
Leadfree
OUT
OUTBAR
MIXOUT
MIXOUTBAR
GNDBB
GNDRF_H5
NC
GNDRF_J4
GNDRF_H6
C3
H5
H4
H6
H7
V_Wivi_A
C1508
2pF
J2
J3
J5
J6
J4
C1509
10pF
C1510
100nF
C1511
100nF
L1503
3.3nH
C1513
22pF
L1504
4.7nH
C1514
22pF
C1507
2pF
L1507
1GHz
L1505
6.8nH
C1512
100nF
V_Wivi_A
Z1500
Freq
4
INGND
3
GND OUT
6
IN
GND
SAFEK1G95F0F01R00
RTN201958/1
5
2
1
R1506
0ohms
WCDMA_RF
V_Wivi_A
V_Wivi_A
B1501
Temp Sensor
A2A1
GND
LM20SITL
RYT101937/3
VOV+
NC
B1B2
RTEMP
Made for
RADIO Modulation UMTS
RAY/UMTS Module
Document NrRevision
1/1911 - ROA 128 1112/7
APPENDIX
1202-3085 rev. 2
81(121)
Page 82
WCLK
WDAT
WSTR
APPENDIX
Components A1200
N1700
C4
E3
G8E 8
D1
Wivi LOGIC
CLK
DATA
STROBE
VCCBUSGNDBUS
LOGIC
WON
TXON
C7
D3
SEMC Electrical Repair Manual
K800 - K810
WON
WCDMA_RF
V_Wivi_A
VBATI
V_Wivi_A
VBATI
C1603
4.7uF
C1605
4.7uF
C1608
4.7uF
C1611
4.7uF
C1613
10nF
C1616
1pF
L1601
2.2nH
C1604
100pF
C1607
10nF
C1610
10nF
C1612
100pF
C1606
100pF
C1609
100pF
C1614
10nF
C1617
0.47pF
V_Wivi_A
N1630
SKY774nn Module
311
C1615
10nF
RFIN
15
VCC1A
7
VCC1B
13
VCC2A
9
VCC2B
16
VBIAS
6
VCONT
5
VREF
SKY77412
RYT101969/3
RFOUT
NC
GND
GND
GND
GND
GND
GND
GND_CPAD
1
2
4
8
10
12
14
17
C1601
100nF
R1602
0ohms
<N.M>
R1601
0ohms
C1602
22pF
GNDGND
R1603
0ohms
<N.M>
Wivi_LEADFREE
ROP1013063/3
1
3
GND
Leadfree
K1600
GND
GND
Isolator
UNH1021010/1
ISOLATOR
INOUT
GND
GND
R1604
25
4
6
0ohms
R1605
0ohms
<N.M>
GNDGNDGND
R1645
0ohms
<N.M>
WPABIAS
WPABIAS
Made for
RADIO Power Amplifi er UMTS
RAY/UMTS Module
Document NrRevision
1/1911 - ROA 128 1112/8
1202-3085 rev. 2
82(121)
APPENDIX
Page 83
A1300 Marlin/GSM Module ROA1281640/Z
APPENDIX
Components A1300
SEMC Electrical Repair Manual
K800 - K810
Note: Size 23.80 x 15.00 = Nominal PWB-size
Interface-pattern of the module:
Pin number Copper pad Solder mask opening
TOP VIEW
Pins / Signal cross-reference:
Pin number Signal
1-2, 62-63, 130 VBATTi
8-9, 11-14, 16, 21, 28-29, 31-33, 37-38, 40-45,
GND
47, 49-52, 54-61, 64-110, 115-129, 131-175, 176
3 ANTSW3
4 ANTSW2
5 ANTSW1
6 ANTSW0
7 TXON
10 VccA
15 VLOOP
17 RA D ST R
18 R ADDAT
19 RADCLK
20 XOOB
22 XOOA
23 DIRMODCLK
24 MODA
25 MODB
26 MODC
27 MODD
30 CLKREQ
34 QDATA
35 DCLK
36 IDATA
39 VDIG
46 WCDMA_RF
48 ANT
53 VAPC
1-130 Round 0.67mm Round 0.77mm
131-175 Round 1.35mm Round 1.45mm
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
Pin number Copper pad Solder mask opening
1-130 Round 0.57mm Round ≤0.72mm
131-175 Round 1.25mm Round ≤1.40mm
The outer layer using this footprint shall be lled with copper with good connection to GND. Isolation
between signal copper and GND-plane lling: min 0.4mm
1202-3085 rev. 2
APPENDIX
83(121)
Page 84
X001
XOOA
22
XOOB
20
WCDMA_RF
46
TXON
7
ANTSW3
3
ANTSW2
4
ANTSW1
5
ANTSW0
6
MODD
27
MODC
26
MODB
25
MODA
24
RADSTR
17
RADDAT
18
RADCLK
19
CLKREQ
30
VAPC
53
X001 - Heat-slag pins
131
136
132
133
134
135
141
137
142
138
143
139
144
140
145
146
147
148
149
150
APPENDIX
Components A1300
SEMC Electrical Repair Manual
K800 - K810
X001 - GND-intercae
X001
ANT
DIRMODCLK
IDATA
QDATA
DCLK
VLOOP
GSM
VDIG
XOOA
XOOB
WCDMA_RF
TXON
ANTSW3
ANTSW2
ANTSW1
ANTSW0
MODD
MODC
MODB
MODA
RADSTR
RADDAT
RADCLK
CLKREQ
VAPC
VDIG
VBATTi
VccA
39
1 2
62
63 130
10
VccAVBATTi
X001 - Pin1 marking
151
156
152
157
153
158
154
159
155
160
161
166
162
163
164
165
171
167
172
168
173
169
174
170
175
X001
176
GND
ANT
48
DIRMODCLK
23
IDATA
36
QDATA
34
DCLK
35
VLOOP
15
Shield can
S001
1
R2A
"Inner ring""Outer ring"
858
9
11
12
13
14
16
21
28
29
31
32
33
37
38
40
41
42
43
44
45
47
49
GND
50
51
52
54
55
56
57
59
60
61
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
GNDGND
100
101
102
103
104
105
106
107
108
109
110
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
APPENDIX
GND
GND
GND
Made for
RADIO TOP
Marlin/GSM-Module
Document NrRevision
1911 - ROA 128 140/1
1202-3085 rev. 2
84(121)
Page 85
APPENDIX
Components A1300
VccA
VccA
SEMC Electrical Repair Manual
K800 - K810
RADSTR
RADDAT
RADCLK
MODA
MODB
MODC
MODD
XOOA
XOOB
CLKREQ
TXON
VAPC
VccA
VBATTi
TXON
ANTSW1
VAPC
VBATTi
VccA
TX900
TX1800_1900
PA_gsm
RF50ohm_TX900
RF50ohm_TX1800_1900
VccA
RADSTR
RADDAT
RADCLK
MODA
MODB
MODC
MODD
XOOA
XOOB
CLKREQ
Mod_GSM
VccA
VLOOP
VccA
TX900
TX1800_1900
ANTSW0
ANTSW1
ANTSW2
ANTSW3
WCDMA_RF
AntSwitch
RX_900
RX_1800
RX_1900
Ant
VDIGVccA
RF50ohm_RX_900
RF50ohm_RX_1800
RF50ohm_RX_1900
VccA
DIRMODCLK
VDIG
IDATA
RX_900
RX_1800DCLK
RX_1900
WCDMA_RF
QDATA
Rx_gsm
ANT
VLOOP
DIRMODCLK
IDATA
QDATA
DCLK
WCDMA_RF
ANT
ANTSW0
ANTSW1
ANTSW2
ANTSW3
VBATTi
VccA
VDIG
Made for
RADIO TOP GSM
Marlin/GSM-Module
Document NrRevision
1911 - ROA 128 140/2
1202-3085 rev. 2
85(121)
APPENDIX
Page 86
APPENDIX
Components A1300
SEMC Electrical Repair Manual
K800 - K810
VccA
RX_1800
RX_1900
RX_900
C200
15pF
C205
15pF
C206
68pF
Z201
13
IN
OUT
4
OUT
52
GNDGND
B39182-B9402-K610
RTN201976/3
1842.5MHz
Z202
13
IN
OUT
4
OUT
52
GNDGND
B3902-B9403-K610
RTN201973/2
1960MHz
Z203
13
IN
OUT
OUT
GNDGND
B9401_DGLL96F
RTN201977/3
942.5MHz
C209
1uF
4
52
C210
10nF
C204
22pF
27pF
C201
47pF
C202
47pF
C203
22pF
C207
C208
27pF
C211
33pF
L200
6.8nH
L201
5.6nH
L202
15nH
30
22
43
42
41
40
39
38
37
36
35
34
33
32
31
C212
100nF
N200
VCCRF
VCCDIG
GNDRF5
RX1800N
RX1800P
GNDRF4
RX1900P
RX1900N
GNDRF3
RX900N
RX900P
GNDRF2
RX800N
RX800P
GNDRF1
C213
33pF
LNAs
RxLOp
RxLOn
XoDACp
XoDACn
TILDE_RX
QUAD
ADC
IDAT
QDAT
DCLK
27
29
28
12
26
25
23
24
VCCADC
DECADC1
DECADC2
1
0
TESTOUT
BBTEST
MUX
C214
33pF
C215
10nF
C216
33pF
DIRMODCLK
IDATA
QDATA
DCLK
C219
10uF
<NM>
VDIGVccA
TILDE_BIN2
ROP1013073/3
R1B
Made for
RADIO Receiver GSM
Marlin/GSM-Module
Document NrRevision
1911 - ROA 128 140/3
1202-3085 rev. 2
86(121)
APPENDIX
Page 87
APPENDIX
Components A1300
SEMC Electrical Repair Manual
K800 - K810
RADSTR
RADDAT
RADCLK
MODA
MODB
MODC
MODD
CLKREQ
XOOA
XOOB
L300
5.6uH
C397
1nF
1nFC395
N200
9
STROBE
10
DATA
11
CLK
MUX
13
MOD0
14
MOD1
15
MOD2
16
MOD3
17
REFON
19
XOP
18
XON
TILDE_BIN2
ROP1013073/3
TILDE_CONTROL
BUS
IF
PHD
PRE
SCALER
CHARGE
XoADCp
XoADCn
R1B
VCCVCO
VCCPLL
VTUNEP
VTUNEN
CHPOUTP
PUMP
CHPOUTN
X0OUT
GNDPLANE
R313
0ohms
4
20
5
6
8
7
21
49
C301
33pF
R307
560ohms
C302
100nF
VccA_N200_20
C307
10nF
1MHz
C304
1.8nF
+/- 5%
R311
0ohms
C303
47nF
100uHL301
R309
120ohms
C305
1.2nF
C306
560pF
R310
390ohms
C300
470pF
+/- 5%
R306
10Kohms
VLOOP
VccA
Made for
RADIO Modulation GSM
Marlin/GSM-Module
Document NrRevision
1911 - ROA 128 140/4
1202-3085 rev. 2
87(121)
APPENDIX
Page 88
APPENDIX
C412 close to N1300 pin 2
C411 close to N1300 pin 6