Pioneer DVR-65H-S Setup guide

Training Guide
DVR-65H-S / DVR-520H-S
DVR-320-S / DVR-225-S
DVR-220-S
Technical Training Department
1925 East Dominguez Street
Long Beach, CA 90810

Contents
Overview 4 Model Number Setting 26
Block Diagrams 5~9 Disc Download Procedure 27~28
Recording Block 6~7 Service Modes 29~51
Preview Block 8~9 Service Mode Screens 29~35
Overall Board Layout 10 Error Codes 36~39
Main Board 11~12 Key Codes 40~42
HDD Unit 13 Simple DV Diagnosis 43
Overall Block Diagrams 14~17 Error Rate Measurements 44~45
System Configuration 15 Channel Setting Mode 46~49
Complete Block 16~17 Aging Modes 50~51
Adjustments & Data Setting Modes 18~52 Start-Up Sequence 52
Tuner & Main PCB Adjustments 19~20 Disassembly Section 53~58
Service Diagnosis List 21 LSI_NG & Flash_NG Diagnosis 60~66
CPRM ID Number & Data Setting 22~25 HDD Diagnosis Method 68~74

Overview
All five models covered in this guide have the same basic construction, board layout
and electronic circuit design. Block diagrams shown will be of the DVR-520H-S and
DVR-65H-S. The adjustment and test mode sections will be the same for all models
with the exception of additional test modes for the hard drive models.
Basic differences in models from the DVR-520H-S & DVR-65H-S are as follows:
• DVR-320-S………..No hard drive.
• DVR-225-S & DVR-220-S………..No hard drive or DV in/out terminal.
All models listed use the (R-7) DVDR/RW writer drive
4

SIGNAL FLOW
Tuner & Line Input Recording
Audio
A/D
Audio
D/A
Y/C/CVBS Video Out
Audio Analog Out
Tuner/FL
Control CPU
ATA
SDRAM
256Mb
AV-codec
LSI
M65672WG
DIF Out (Opt.)
Y/Cb/Cr Video Out
DVD-R/RW Drive
Video
ADC
3D Y/C
DNR
（REC）
AV-Enc.
AV-Dec.
Progressive
Converter
ATA I/F 32bit RISC
CPU
3D DNR
（PB）
Graphics
Engine
Frame
TBC
Video
DAC
PAL/NTSC
Encoder
PAL/NTSC
Decoder
Backup
SRAM
4Mb
FLASH
64Mb
CPU
SDRAM
128Mb
ENC
SDRAM
128Mb
DEC
SDRAM
64Mb
INPUT
OUTPUT
1394
Phy.
1394 Link
DV-codec
SRC
Hard Disk Drive
TV
Tuner
Line-In
Select
Stereo
Decoder
Input
Selector
Audio
Video
6

Signal flow Record Mode
All video and audio record signals from tuner assembly, composite or S inputs pass
through the jack panel assembly with the exception of the DV input/output.
The Tuner/FL Control CPU instructs an input selector based on user settings and
sends the audio and video analog signals to the AV-codec IC .
This AV-codec IC will take the analog audio and video input signals convert them
to a digital DVD format and interface with the DVD-R/RW drive or the Hard Disk
for recording.
In normal recording mode the video output signal from the AV-codec IC is basically
a direct loop through the processing IC.
DV input/output record and playback line enter the AV-codec IC from the DV jack
assembly. An audio sampling rate converter (SRC) is used to convert all incoming
DV audio to 48khz.
7

SIGNAL FLOW
Recording Preview Mode
Audio
A/D
Audio
D/A
Y/C/CVBS Video Out
Audio Analog Out
Tuner/FL
Control CPU
ATA
SDRAM
256Mb
AV-codec
LSI
M65672WG
DIF Out (Opt.)
Y/Cb/Cr Video Out
DVD-R/RW Drive
Video
ADC
3D Y/C
DNR
（REC）
AV-Enc.
AV-Dec.
Progressive
Converter
ATA I/F 32bit RISC
CPU
3D DNR
（PB）
Graphics
Engine
Frame
TBC
Video
DAC
PAL/NTSC
Encoder
PAL/NTSC
Decoder
Backup
SRAM
4Mb
FLASH
64Mb
CPU
SDRAM
128Mb
ENC
SDRAM
128Mb
DEC
SDRAM
64Mb
INPUT
OUTPUT
1394
Phy.
1394 Link
DV-codec
SRC
Hard Disk Drive
TV
Tuner
Line-In
Select
Stereo
Decoder
Input
Selector
Audio
Video
8

Signal flow Record Preview Mode
In the normal viewing mode (non record) or recording modes the video signal passes
through the AV-codec IC on the main board with very little processing visible at the
monitor output.
If the user selects Preview Mode the video output at the monitor will show the
effects of all encoding, 3D Y/C separation, decoding and record mode settings.
This preview mode was designed to provide the user a way of viewing the record
quality prior to making a disc.
All models have the capability to select different recording quality based on time
from one to six hours.
9

BOARD LAYOUT
REAR
REAR
FRONT
FRONT
LAYOUT
69
69 Æ
Æ59
59mm
mm
420mm
420mm
8mm space
8mm space
FL
FL
Power Supply
Power Supply
Unit
Unit
FAN
FAN
TUNER
TUNER
Front
Front- -end end
HDD
HDD
80GB (520H)
80GB (520H)
160GB (720H)
160GB (720H)
Writer Unit
Writer Unit
Æ
ÆDRIVE ASSY R7 (520H) DRIVE ASSY R7 (520H)
Æ
ÆDRIVE ASSY R7R (320) DRIVE ASSY R7R (320)
JCKB ASSY
JCKB ASSY
MAIN ASSY
MAIN ASSY
(under HDD)
(under HDD)
TUNB ASSY
TUNB ASSY
FRJB ASSY
FRJB ASSY
FLKY
FLKY ASSY ASSY
10

MAIN BOARD
MAIN FUNCTIONS
・10bit*27MHz(1ch),8bit*27MHz(3ch) Video ADC
・PAL/NTSC Decoder
・3-Dimensional YC Separation
・Frame TBC
・3-Dimensional DNR
・MPEG Video Encoder
・Dolby Digital Consumer Encoder
・Graphics Engine （OSD, Scaling, Mixing）
・MPEG Video Decoder
・Audio Decoder (AC-3, MPEG)
・PAL/NTSC Encoder
・10bit*54MHz(5ch) Video DAC
・Progressive Conversion
・Audio I/F
・Drive I/F（ATA/ATAPI, 2ch）
・Main CPU （32bit RISC, 54MHz）
1 Chip CODEC LSI (M65672WG)
Process
Æ0.13μm、CMOS 6 Layers (6Cu)
Gate Scale
Æabout 4 million gate (Except memory)
Supply voltage
ÆInternal 1.2V, External 3.3V (Voltage-proof 5V)
Package
Æ576pin PBGA
11

MAIN BOARD
IC5204
IC5204
DV SDRAM
DV SDRAM
Function: Working area for
Function: Working area for
DV link and the
DV link and the codec codec
DV Device
1. DV CODEC / IEEE1394 Link LSI (IC5202)
Voltage I/O: 3.3V
Internal: 2.5V
Function DV Decode
DV Encode
IEEE1394 Link Layer Control
IEC61883 AV/C Command Control
(The control command sending
function to a DV camcorder etc.)
CPU (For IEEE1394 processing)
2. IEEE1394 PHY LSI (IC5101)
Voltage 3.3V
Function IEEE1394 conformity physical layer control LSI
24.576MHz (PLL for IEEE1394)
built-in Crystal oscillation circuit
(Crystal oscillator is external) 3. Audio Sampling Rate Converter (IC3301)
Voltage 3.3V
Function the following sampling rates are converted
in order to absorb frequency deflection.
48kHz (DV Clock) Æ48kHz (Recorder Clock)
32kHz (DV Clock) Æ48kHz (Recorder Clock)
12

HDD UNIT
MODEL PART# ROTATIONAL SPEED
[rpm] REMARKS
Maxtor
Western Digital
Seagate
Maxtor
Western Digital
Seagate
DVR-520H-S
DVR-65H-S
VXF1010 5,400 Replacement
VXF1043 7,200 Factory
VXF1036 7,200 Factory
VXF1028 7,200 Replacement
VXF1055 7,200 Factory
VXF1040 7,200 Factory
1. TYPE
< DVR-520H-S > < DVR-65H-S >
VXF1010 80GB VXF1028 160GB
VXF1043 80GB (NSP) VXF1055 160GB (NSP)
VXF1036 80GB (NSP) VXF1040 160GB (NSP)
2. Other Info
Factory Installed Built-In HDD’s could be one of three models. Replacement will be limited to one type.
13

System configuration
In each signal-processing LSI of the main function blocks,
various processes have been integrated into one chip, which
enables simpler system configuration. With the AV-signal-
processing LSI at the center, video inputs/outputs, audio
inputs/outputs, DV inputs/outputs, writer and various
memory cells are connected to it.
Fig2. System configuration
1394 (DV)
CVBS/YC/YCbCr
Analog Audio
DIF
Playback
Record
Tuner / Line
Select
IC202
Tuner / FL
Control
CPU
IC1001
AV Signal
Processing
LSI
Drive Assy
(DVD-R/RW)
IC5101
1394 Phy
IC1102
Flash
IC1101, IC1201, IC1301
IC1401 SDRAM
IC5202
1394 Link /
DV Codec
FL
IC1103
SRAM
Video : IC701 LA73033
Audio : IC601 LC75342M
IC3101
Audio A/D
AK5357VT
IC3201
Audio D/A
PCM1742KE
UPD72893BGD-LML UPD72852AGB-8EU
[Memorized Data]
• EEPROM (IC204 JCKB ASSY)
The information about Tuner is backed up.
(Pre-set CH, AFT ON/OFF, Skip CH, etc)
Information about timed recording
Other information
(The state of Volume, remote control mode and
last positions (Line/Tuner, etc)
• CPU SDRAM (IC1101 MAIN ASSY)
The execution area and working area of a program
• FLASH ROM (IC1102 MAIN ASSY)
The storing area of a program code and setting information
• SRAM (IC1103 MAIN ASSY)
The working area for record and the storing area of setting
information (backup RAM)
• DEC SDRAM (IC1201 MAIN ASSY)
The working area of MPEG playback and OSD/Thumbnail
(OSD is mainly for Disc Menu creation in Video mode)
• ENC SDRAM (IC1301 MAIN ASSY)
The working area of MPEG recording and analog input and output (AVIO)
• ATA SDRAM (IC1401 MAIN ASSY)
The working area of ATA/OSD2/Audio TBC (OSD2 is for all GUI.)
• ATA SDRAM (IC1421 MAIN ASSY)
This is only for HDD model.
The working area about HDD operation.
• DV SDRAM (IC5204 MAIN ASSY)
The working area of Link and DV Codec
IC3301
SRC
Playback
Record
HDD
15

SPDL
MOTOR
LD
DRIVE
Pickup
LOADING
MOTOR
STEPPIONG
MOTOR
TV FRONT-END
U301 VXF1022
ANT
INPUT3
VIDEO
Y/C
L
R
(15P)
CN1301
(19P)
CN301
(13P)
CN451
(19P)
CN401
(13P)
CN402
(15P)
CN705
FRJB
ASSY
JCKB ASSY(1/3)
JCKB ASSY
(2/3)
C
F
TUNB
ASSY
A
MAIN ASSY
DRIVE ASSY
M
6 8
10
6
12
4
8
VOUT
19
Y
C
UVL UVL
MPX
IN
L
OUT
LIN2
LIN4
LIN1
LIN3
L
V/Y
C
AOUT
16
RF IN
RF
OUT
V/Y
UVV
UVV
1V
3V
3Y
1Y
2Y
3C
1C
2C
2V
C
Video Selector
Video Driver
ATT WIDEBAND SPECTRAL
IC701
LA73033(1/2)
IC601
LC75342M
IC451 CXA2020M
13
5
11
14
12
19
27
17
15
13
79
77
75
7
5
3
LPF
1 Chip
System Codec
Audio MPX
Decoder
Audio Selector with Electirc ATT
721
JA1302
JA1301
VIN2
YIN2
CIN2
2
LIN2
INPUT1
INPUT3
VIDEO
Y/C
L
R
PICKUP
ASSY
Y
C
Y
C
JA601
VIDEO
Y/C
L
R
VIN1
LIN1
LIN3
VIN3
YIN1
YIN3
M
(40P)
[ATAPI]
DVD-VR DVD-Video
DVD-VR
DVD-Video
CD Digital
CD Digital
CN4401
1
CN201
(2P)
CN703 (2P)
CN101
(45P)
8
CIN1
CIN3
CN501
CN502
(12P)
33
39
A
B
C
D
S4
S3
S2
S1
5
4
3
2
1/3
B
2/3
B
PB DVD/CD
IC1001
M65673WG
IC201
UPD63630GM
IC501
BD7907FS
IC101
UPC3330GC
RF IC
IC301
M30700FKLGP
IC202
SDRAM
16Mbit
7-10
13-16
(40P)
(21P) (21P)
CN702
(1/2)
DSP
48
37
40
36
38
34
35
: Recording system signal route : Playback system signal route
LPF
IC1401 ATA SDRAM
256Mbit
CPU SDRAM
128Mbit
IC1102 IC1101
Flash
64Mbit
2
13 13
17 3
7 7
Writer
CPU
25
6CH
Driver
2
LPF
201
76 CN3001
(1/2)
CN401
HDD
[ATA]
(40P)
CN4501
IC1421 ×2
IC1103
SRAM
4Mbit
16

DFLKY ASSY
EKIRB ASSY
J
L
Control
Data
IC1301
IC3201
PCM1742KE
IC1001 PT6315
V1001
IC3101
AK5357VT
IC3301
SM5950AM
IC5101
UPD72852AGB-8EU
IEEE1394
Physical IC
IC5202
UPD72893BGD-LML
IEEE1394
Link IC
Audio
A/D 2
SEL.L
VOUT
(19P)
CN201
(19P)
CN1001
DVJB ASSY
YOUT
COUT
LOUT
(32P)
CN701(1/2)
9SEL.V/Y
7SEL.C
C IN
CVBS IN
CN1401
(7P)
CN5102
(7P)
JA1401
(32P)
(21P) (21P)
CN2001
(2/2)
(32P)
CN701
(2/2)
CN702(2/2)
38 39 37 36
1,3 2 6 7
XTPA
TPA TPB
XTPB
XTPB TPB XTPA TPA
1,3 2 6 7
1 2 3 4
Audio
D/A Conv.
FL Driver
FL Key
SW
IC701
LA73033(2/2)
Sampling Rate
Converter
7
C
Y
Y/G
Cr/R
Cb/B
C OUT
Y OUT
Y(G) OUT
Cb OUT
Cr OUT
27
29
25
23
21
CN3001(2/2)
27
29
25
23
21
L OUT
17 17
SPDIF
1 1
3
21
IC3251-1/2
UPC4570G2
Cb
Cb
Cr
Cr
Y(G)
Y(G)
Y
C
V
Tuner U-com
JA651
OPTICAL
AC-3/PCM
DIGITAL
AUDIO
OUT
LINE
OUT 1
VIDEO
JA702
Y
C
Y
C
VIDEO
L
R
L
R
Y(G)
JA701
• R ch is same as L ch.
Cb
Cr
COMPONENT VIDEO OUT
DV TERMINAL
LINE
OUT 2
(32P)
CN2001
9
5
7
Master Clock Freerun
48KHz 20Bit
JCKB ASSY(3/3)
3/3
B
ENC
SDRAM
128Mbit
IC1201
DEC
SDRAM
128Mbit
IC5204
DV SDRAM
16Mbit
53
51
45
43
41
56
60
58
63
65
68
I C202
PEG034A
Tuner
U-com
I C204
BR24L32F-W
EEPROM
I C203
RS5C372A
Real
Time
Clock
5
9
10
12
1-3
F5 D2
AE24
AG25
AD21
AF23
AG24
T26
V27
• MPEG2 PS Encode
• AC-3/Linear PCM
Audio Encode
• 2ch ATA/ATAPI Interface
• MPEG2 PS Decode
• AC-3/MPEG1/Linear
PCM Audio Decode
17

Audio ouput (L)
(Rear panel)
Audio ouputs (L/R)
(Rear panel)
Audio ouputs (L/R)
(Rear panel)
Best point of separation
≥25dB Note 1
Best point of separation
≥30dB Note 1
2
370mVrms ±18.5mV
3
Input a signal of Mono 1kHz/100% modulation
to terrestrial tuner input. /through output.
Input a signal of Stereo 300Hz/30% modulation
(NR-ON/L ch only) to terrestrial tuner input.
Note 2
Input a signal of Stereo 3kHz/30% modulation
(NR-ON) to terrestrial wave input. /through output
Note 2
Note 1 : The values for channel separation is defined as those having passed through the following filters :
100Hz – 10kHz : +0/–0.5dB
15.75kHz – 100kHz : -40dB or more
Note 2 : The adjustment No.2 and No.3 should be repeated 2 times for good adjustment.
(Steps : No.1 → No.2 →No.3 →No.2 →No.3)
No. Adjustment Name
Adj. Point Measurement Point Adjustment Value Adjustment State
1
Stereo Decoder ATT adjustment
(Input system adjustment)
Stereo Decoder Wideband
adjustment (Input system adjustment)
Stereo Decoder Spectral adjustment
(Input system adjustment).
VR453
VR451
VR452
543
21
19
1 13 1
R328
R325
R324
C328
L306
C327
KN300
C329
D301
U301
C326
Q301
R301
C304
C301 C302
R307
R306
C313
D302 C303 C309
Q302
C305 C306
R312
R315
C319
R316
R317
R318
Q304
L303
JA301
C316
Q306
C318
CN301
C461
C451
VR451
VR452
R454 R453 R455 C459
C453
C462
C456
C458 C460 R463
VR453
C465
R467 R466 R468 C473
Q451
CN451
C467
C468
C471
C472
C474 R471
R326
VNP1963-A
LF
SEPA
WIDE
INPUT
LAVEL
ADJAST
SPECTRUM
SEPA
ADJAST ADJAST
FCICT
V+9
V+9
GND
V+5TU
VWV
or
GND
PC
G-Link TUNB
PYKC F4X
C2BE
E2B2C
R
NP
191
NP
13
1
TUNB ASSY
VR451
VR452 VR453
Fig.1 Adjustment Points (TUNB ASSY)
* It is not necessary to adjust the ASSY normaly when exchanging the ASSY. But the adjustment is
necessary when exchanging the Tuner Module and IC451 stereo decoder IC.
19

MAIN ASSY
IC3402 Pin8 (XTO)
(SM8707KV)
No. Adjustment Name Adj. Point Measurement Point Adjustment Value Adjustment State
127.000000MHZ
±130Hz
Master clock free-running adjustment
(Clock system adjustment)
VC4201 No signal input
* It is not necessary to adjust the ASSY normaly when exchanging the ASSY, but confirm the data.
IC3402
R5234
R5217
C5210 C5209
C5204
C5214
TP4015
D4002 L5504
L5502C5121 C5122 C5124
F5101
R5252
17
R5251
17
R5249
1
7
R5247
1
7
R5116
R5114
R5122
R5120
IC4007
L5102
L5101
L5501
7
1
CN5102
C4033
R5129
R5128 R5216
R5215
R5233
C5101
C5103
C5112
C5127
C5120
C5212
C5216
C4032
C5132
C5138
C5137
C5136
TP31
TP32 TP38
TP5202
TP5201
C5102
C5104
C4034
C5207
L5103
L5104
L5106
L5105
2
82828 28
16
1732
33
X5101
1
156 157
208
R5107
R5108
R5103
R5110
R5115
R5117
R5121
R5109
R5125 R5126
R5263
R5262
R5260 R5257 R5256
R5253
R5254
R5232
R5231
R5214
L1004 C1056
R3312
R1074
R2206
R2207
717171
Q2202
R1005
L5507
R4435
R4101
R5282
R2109
105
52
2
R5290
TP1051
C1028 C1027
C1025
C1016
R5127 R5237
R5113
R5112
R5132
R5131
R4105
C1011
C4107
R4407
1
2
L1009 L1008
R1111
R1052
R1012
R5236
R5235
D1111
R5272
R5106
R5105
R5104
R5130 IC5202
6449
48 1
IC5101
C5226
C5126
C5125
C5110
C5111
C5105
C5217
C5215
C1114
C4105
R4108
C1054
C1061
TP5106
Q1102
C4106
R5273
1
7
2
8
R5274
1
7
2
8
R5221
1
7
28
R5220
1
7
28
R5219
1
7
2
8
R5218
1
7
2
8
R5275
1
7
28
R4405
17
2
8
R4406
17
28
L1007
C1031
C1032
C1104
CN4401
R1090
R1071
R4432
R4429
R4428
R4102
R5314
R5313
R5228
R5227
R5225
R5224
R5238
R5276
R5286
R5277
R5287
R5288
R5278
R5279
R5280
R5281
R2114
R2116
R5265
R4104
R4103
R4110
R5123 R5124
R4106
R4107
R2112
R2115 R1024
R1023
R1022
R1021
3
4
2
1
X4102
82
71
C5228
C5227
C5123
C5119 C5118
C5113
C1014
C1050
C1004 C1003 C1002
C1001
C1510
C1509
C1508
C4102
C4103
C4104
R1009
R4109
C1060
TP28 TP1041
TP1050
TP1060
VR2104
IC4101
1
4
58
VR2105
VR1001
VR1002
R5230
1
7
2
8
R5229
17
28
R5289
17
28
7 8
R4408
R2302 R2303
R2111
R4508
R4306
R4305
TP3303
C2104
C1055
L1005
R4501 R4503
R2252 R4504
R5261 C5211
C1042
Q2311
1717
R1034
R2105 R2106
R5248
R5240
R5296 R5295
L1102
L1001
R2266
R2312
R2311
R5245
R5246
R5239
R5244
R5283
R5284
R5285
R1011
R2113
R1003
TP1002 C4020
C4401
C2246
C2265
C5218
C5208
C1041 C1037 C1034
C2319
C2106 C2105
C5206 TP5204
Q2105
Q2104
C2317
1
7
2
8
R5259
28
R5258
28
R5250
28
28
R4436
17
8
53 104
R5243
R5241
R5242
R4307
R3303
R2313
R2314
R3304
R2102
R2103
R5293 R5294
C1057
R1006
C5329
C5230 C5223
C5213
C5225
C5222
C1044
C1045
C1017
C1018
C1019
C2103 C2102
TP4304
TP4305 TP4306 TP4307
TP1067
Q2312
Q2102
Q2101
Q2302
C5205
17
R5255
17
2828
R4507
1
7
2
8
1
2
R2301
L1003
L1006
CN4501
C2204
C1059
12 13
IC3301
CN4301
R3311
R1066
R3307
R2233
R2235
R3310
R2107
R2210
R2201
R2202 R2304
R2307
R1031
IC5204
82
71
R4510
8
7
82
71
R4509
717
1
C2301 Q2301
Q2201 Q2222
Q2103
TP14
C5321
C2101 C1039
C1049
C1036 C1038 C1035
C1029
C1030
C1026 C1024
C1023
C1022
C1021 C1048
C1047
C1012 C1052
C1051C1005
C1006
C2222
C2209
C2202
C2306
R1008
R1004
D4201
R4209
R4208
R4207
R3104
R3103
D4202
6
1
8 1
3
1
C3102 C4027
C4018
C2210
F4001
R4205 R1080
R4201
F3403
C3301
C4201
C4202
F3401
L5508
L3301
C3403
1
24
R3313 R5298 R5297
R5222
R5223
R3306
R3305
R2204
R4530
R4531
R4534R4537
R4541
R2239R2221
R3407
R3403
R3405 R3406
R3309
R2227
R2205
R2203
R2209 D4001
IC4008
R3411
82
71
R4538
82
R4304
82
R4303
82
R4302
8
2
R1048
8
2
R1045
82
R1043
85
IC3403
VC4201
2 3
D4501
C3107
C5221
C1058
R4019
R3102
C2201
C2205
C5231
C5224
C5229
C4211
C3404
C3405
C3302
C3303
C3408
C1053
C1040
C1013
C2221
TP3401
TP4010
TP4202
TP4001
TP4301
TP4302
TP4303
TP15
TP1012
TP1013
TP1027
TP1028 TP1029
TP1030
TP1032
TP1031 TP1033
TP1026
TP1024
Q2203
16 9
C2208
CN4001
C2220
C3406
C4209
C4208
R4020
IC3101
1
3
IC4205
R3408
R3105
R1901
R1903 R1904 R1902
R2331
R2332
R2333
R4210
1
C4014 C3402
R4213
8
1
Q2204
C3106 TP3403
C4029
C2331
C3108
C3101
C3407
C4028
C2206
F4201
8 9
L4201
X4201
1
8
14
1717
17
R2334
R2208
R2305
R4017
R3410
R3409
R3108
R3107
R3106
R4211
R4212
R4206
8
C4206 R2214
F3102
TP4201
TP4009
TP4008 TP3402
C3105
C4210
C4203
C4031
C2332
C2333
C2223
R4010
R4015
F3402
16
1
4 1
IC4206
45
IC4004
4
5
4 5
R4018
L4202
IC2331
4 3
R4202
R4204
R2026
R2019
C2311
C4021
Q2001
C2243
IC3001
R2306
R2407
R2404
R3270
R3271
R2011
R2012 R2013
R2014 R2015
D3104
D3103
D3001 D3002
D3101 D3102
71
CN1901
C2334
R2308
R2254
R2253
R2255
R3205
R3204
R3203
R3202
R3003
C3251
R4014
R4001
R4009
R2017
C2302
C2241
C2305
C4006
C4005
C4024
C4023
C4013
C4207
C2406
C3004
C2407
F4003
C2405
C4004
C3255
TP4002
TP4012TP2007
TP4011 TP4005
Q2241
Q3201 Q3202
C2308
10 11
IC2211
4
5
IC2302
1
4 58
IC4003 IC4005
IC2301
1
4
58
R1905
R3001R3025
R3024
R3023
R3022
R2047
R2027
R2025 R2040
R4008
R4004
R3002
C4010
C3001
C3002
TP40
TP41
TP42
TP48
TP49
TP50
TP2506
TP2505
TP2504 TP2502
TP2503
TP2501
TP2016
TP2018 TP2001
TP2002
TP2003 TP2004
TP2005
TP2006
TP2008
TP2009
TP2021
TP2011
TP2022
TP2012 TP2013
TP2014 TP2015
TP2017
TP2019
TP3012 TP3011 TP3013 TP3010
TP3009 TP3008 TP3007
TP3006 TP3004
TP3002
TP3014TP3001TP3003
TP3005
TP2024
TP2023
TP2020
TP2025
Q2403
Q2402
1
20
R2502 17 28
R2408
R2409
R2406
R2405
R2411
R2412
MAIN ASSY
CSIDE A
VC4201
IC3402 Pin8
20