Sony CPD-210GS.pdf

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CPD-210GS/210EST
SERVICE MANUAL
CPD-210GS
US Model
Canadian Model
Chassis No. SCC-L27C-A
REVISED
CPD-210EST
AEP Model
Chassis No. SCC-L27D-A
X-110
CHASSIS
·
Divided circuit diagram
One sheet of D board circuit diagram is divided into three
sheets, each having the code D-a to D-c . For example, the
destination ab1 on the D-a sheet is connected to ab1 on the
D-b sheet.
ab1
Ref. No.
Circuit diagram division code
• D BOARD WAVEFORMS
1
2
3
3.0 Vp-p (H)
3.0 Vp-p (H)
3.4 Vp-p (H)
4
5
6
4.8 Vp-p (V)
5.0 Vp-p (H)
1.2 Vp-p (24MHz)
7
8
9
5.0 Vp-p (H)
5.0 Vp-p (V)
2.8 Vp-p (V)
0
!Á
!ª
2.0 Vp-p (V)
12.0 Vp-p (H)
50.0 Vp-p (V)
!£
!¢
!°
1.2 Vp-p (V)
1k Vp-p (H)
60.0 Vp-p (H)
!¤
!¦
12.0 Vp-p (H)
100 Vp-p (H)
(1) Schematic Diagram of D- a Board
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
A
(DEFLECTION)
D- a
ab1
+15V
ab2
+5V
0.0033
100V
C406
D402
R403
1N4001
3.3 1/2W
+5V
R405
C404
1k
1000 25V
FB901
R933
R935
0.8
R402
C408
2UH
4.7k
180
1.78k
1%
470
35V
B
+5V
+15V
Q401
RN902
2SC945
V BLK
-12.5
4.7K
ab3
Q901
D902
R934
5.0
2SC945
RESET
4.7k
HZ3C2
0.6
0.6
2
IC901
6
ab4
ST7275
CPU
Q902
R5F2
1W
7
3
R901
C917
27
R408 R410
C407
R409
+
2SC945
RESET
1k
2.2
50V
Q5E2
4.7k 3k
0.022
100V
10k
2.1
0
0
5
TITL
R5E6
47K
C5E4
10
50V
2SB667
TILT DRIVE
1
(PWM0)
GND
-
0.3
4
2.7
0.7
C409
R407
C405
IC401
R5E7
51K
3.3
1000p
R401
220
1/2W
0.22
50V
SUB/TILT
TDA8172
V OUT
R936
100V
2k
1%
(PWM1)
GND
R5E9
100
2.7
180
+5V
AUDIO/V
0.5
C403
6
5
8
C
R970
1
(PWM2)
0.022
RESET
7
2
3
C923
4.7k
100V
C5E8
0.22
50V
R5F3
2.2
2.2
50V
R969
1.5
5.0
R931
1
R404
R406
1k
470
0.82
1W
2.4
H/CENTER
(PWM3)
3.3
IC504(2/2)
4
+5V
0.5
R905
ORANGE/LED
R932
LM358H
C402
3.0
0.7
JW
470
Q5E3
470
25V
VG2
C5E6
0.1
50V
R5E8
1.6K
VG2
(PWM4)
-12V
C903
2.2 50V
2SD647
2.0
C5E5
47
16V
R5F5
470
R5F4
430
GREEN/LED
R971
R906
R930
3.0
2k 1%
100
10k
-12V
H-SIZE
TILT DRIVE
D901
H-DRIVER
CS0
(PWM5)
CS0
CN505
C904
2.2 50V
4E
2.0
IC504(1/2)
R929
2.7
R907
1k
ABL
10k
LM358H
AMP
CS1
(PWM6)
CS1
R5F1
10K
2D
2.0
TILT(ROTATION)
R974
R908
2
R928
4.3
33.2
1k
10k
H-DRV
C5E9
50V
COIL
D
C905
CS2
(PWM7)
CS2
C5E7
0.0033 100V
0.22
R5F6
2.2
1/2W
2.2
50V
1D
3
0.5
2.0
+5V
CE
R975
C906
CS3
(PWM8)
CS3
30.1k
2.2
50V
+5V
C908
6C
0.1
50V
0.1
VSS
R972
R925
NC
R977
4.7k
22
S901
13.3k
1%
C907
D903
0.1
10
50V
1SS119
3
VDD
BLANK/O
R923
ENTER
6
+5V
22
Q526
2
2.2
X901
C916
0.8
RN1203
BPCLP CONT
0.1
MUTE
24MHz
47p 50V
+5V
1
MENU
C901
OSC/I
0.1
50V
R411 R412
IC501
R976
R910
2.3
C915
6.81k
1%
6.81k
1%
TDA4856
DEFLECTION
CONTROL
9.31k
1%
10k
0.1
47p 50V
DEGAUSSING
D904
R968
R919
E
OSC/O
4.7k
1SS119
100
R911
R927
10k
4.9
PMG1
1M
0.2
0.8
0.1
PMG1
U/VCC
HUNLOCK
CLBL
+5V
R961
R510
IC902
5.0
0.4
1k
1%
100
4.9
PMG0
24LC16
EEPROM
PMG0
R967
CN903
HSYNC/O
U/DP
SCL
HSYNC
+5V
8.2k
R511
R914
AUDIO
1
2
3
4
5
4.9
7
0
100
R916
10k
1%
MUTE/LED
U/DM
RN901
+5V
SDA VSYNC
VSYNC/O
1k
1%
3.3K
+5V
VCC
A0
8
2.9
R979
R978
U/GND
4.9
COR
VOUT1
C512 C513
100k
100k
100p
50V
100p
50V
0.5
R962
R917
0.9
GND
C914
9
2.7
TEST
A1
22
1k 1%
10
50V
F
R960 R959
VSOMD
VOUT2
R915
22 22
R964
R949
5.11k
1%
4.9
4.9
C502
3.2
10
2.8
SCL
A2
+5V
22
10k
VFB
0.1 63V
+12V
CN901
5.0
VAGC
EWDRV
ab5
11P
1
3
1
3
D909
R502
-0.6
4.9
SDA VSS
3.1
HZ5C1
22.1k 1%
+5V
SCL/D
SDA/D
PC/DET
CS
GND
SDA
SCL
GND
H/R
V/R
1
2
3
4
5
6
7
8
9
10
11
C951
S902
C950
S903
VSYNC/I
DSA/I
4.9
VREF VCC
1000p
50V
1000p
50V
4.2
4
5.0
C503
2.7
2
2
0.1 63V
GND
C510
R508
R522
SCL/I
VCAP
DGND
1000
25V
18.2k
1%
4.7k
RIGHT+
LEFT-
5.0
4.1
C504
R513
0.01 100V
5.7
100
SDA/D
GNDS
HDRV
ab6
+5V
TO A BOARD
R956
4.6
4.9
4.1
11
1k
CN303,CN306
R503
4.7k
G
SCL/D
HPLL1
PGND
R571
+5V
10k
-0.1
4.9
5.0
C505
2.4
R500
0.1 63V
10
Q907
PC/DET
HBUF
BDRV
ab7
R505
R950
R951
2N3904
SOG BUFF
R954
R955
2.8k
1%
R504
4.9
1.7
1.0
3.4
10k
10k
22
4.7k
1.18k
1%
H/RTN
HREF BIN
ab8
+5V
D908
C506
R926 R924
C913
0.01
100V
0
2.6
2.5
22 22
100p
50V
HZ5C1
VSYNC/O
VSYNC/O
VDD
R918
HCAP
BSENS
5
20k
0.4
0.5
4.5
1.7
+5V
HSYNC/O
HSYNC/O
HSYNC/I
C930 C910
10
50V
C912
HPLL2
BOP
ab9
R973
100p
50V
C507
4.6
5.0
5.4
2.7
D910
D906
D905
1k
0.0047
100V
+5V
S.O.G
H
VSS
1SS119
HZ5C1
HZ5C1
HSMOD
XRAY
0.5
R963
5.4
10k
D911
R922
C509
4.7k
1SS119
FOCUS
HFLB
3300p
100V
Q908
6.0
0.4
2N3904
H SYNC AMP
R965
R501
10k
27k
R921
470
ab10
R506 C508 D501
10k 100p
50V
1SS119
CN902
8P
I
V/IN
H/IN
1
2
3
4
5
6
7
8
R953
JW
VBLK
TO A BOARD
CN304
GND
BPCLP
SOG
GND
ABL
D520
R5C8
JW
JW
ab11
ab12
ab13
J
ac1
ab14
TO D-c
B-SS3480<U/C>-D..-P1-24
5-7
5-8
0.1
50V
 
(2) Schematic Diagram of D- b Board
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
A
ab1
ab2
+12V
CN502
BEAD PIN
D- b
(DEFLECTION)
1
R5C1
20K
TO A BOARD
CN309
Q528
6.1
2SC945P
ABL CONT
B
V DY+
ab3
Q529
R5A8
1M
R5A6
10K
5.5
2SC945P
ABL CONT
L502
R5A5
470
V DY-
R5C3
51K
R5C2
6.8K
100µH
ab4
0.7
4.0
D592
0.2
3.4
1SS119
Q533
·
Divided circuit diagram
One sheet of D board circuit diagram is divided into three
sheets, each having the code D-a to D-c . For example, the
destination ab1 on the D-a sheet is connected to ab1 on the
D-b sheet.
ab1
2SA733
ABL CONT
C589
R5A9
470
R5A7
18K
R5C0
120K
C590
C591
1
50V
0.1
50V
0.1
50V
R595
C597
R592
D513
L508
C
100k
3300p 100V
56k
BYV26C
10µH
C598
T504
0.22
100V
R594
R593
C595 R576
R573
Ref. No.
1M
1k
+12V
0.1
400V
30k
2W
430k
R588
1M
1%
C596
R589
71
Circuit diagram division code
T501
R569 R537
2200p
1kV
SG501
C584
1M
1%
85.3
FBT
2.2M
1/2W
1k
1.2KV
8p
2kV
R590
R574
H.V
134.5
Q530
1M
1%
430k
C592
TO PICTURE TUBE
R5C9
R516
2SC2688
DF AMP
R572
10
50V
78.1
3
HV
1M
47k
10
L503
1%
3.5
+146V
Q501
10mH
RV501
C594
0.8
R578
C501
R596
100k
0.3W
C516
Q532
2200p
2kV 750k
D
VG2
2SJ307
SWITCHING
2
12
0.022
100V
127k
1%
0.01
2kV
2SC4632
G2 CONT
5
3
2
78.1
Q531
0.3
105.3
D523
R575
3.0
2SC1921
G2 CONT
12
1SS119TD
R577
C593
3.3k
C573
4
11
D528
R529
62k
0.22
50V
CN501
0.15 250V
FB501
Z10-160B
47k
6P
V.DY
3UH
HV ADJ
D503
D522
R540
C556
R566
R657
C587
C588
R591
330k
1/2W
100
200V
UF5402G
R598
C585
RPG02-18
1M
1%
D527
2.7
1/2W
0.22
250V
0.15
250V
JW
6
5
4
3
2
1
V DY+
V DY-
H DY-
H DY-
H DY+
H DY+
138.6
24.3k
1000p
1kV
JW
R524
C515
FV1
13
0.022
250V
R525
10
H.DY
R5C7
150
1/2W
D521
C599
5
FV2
220
50V
R599
PS104R
R543
D502
4.99k
270
1W
MTZJ15A
Q515
Q516
2SC945
B DRIVE
2SA733
B DRIVE
6
E
+12V
R523
R581
R584
D511
46
+12V
15 14
PS104R
D514
JW
68 3W
JW
Q517
RGP10D
13
2SD669A
H CENT DRIVE
L505
C570
R586
3.6
2200p
1kV
R570
T503
JW
68 3W
C548 R536
R553
9
14
Q520
220
16V
6.8k
10k
D516
L570
R534
R557
L506
2SC945
H DRIVE
3.5
7µH
107.1
106.6
20 2W
20 2W
10mH
1
2
1SS119
+5V
C517
10
1
R580
220p
3kV
5.8
5.9
100
C550
C549 R535
C547
R552
C531
0.1
250V
220
16V
1k
0.1
50V
100
0.022
100V
Q521
D519
RC533
1.5
1W
R526
2SA733
H DRIVE
C542
PS104R
C518
R585
D512
R551
F
4.7k
0.022
100V
1500p
1kV
JW
PS104R
47k
16
Q518
D515
C530
2SB649A
H CENT DRIVE
1SS119
0.1
50V
ab5
C521
106.2
0.0051
1800V
FB503
3UH
1.5
Q519
0.45UH
C522
R565
2SC2688
H CENT
0.0027
2kV
1k
D508
Q504
0.9
DD54RC
+78V
FS7KM-16A
EHT GENERATOR
5.7
ab6
+12V
+12V
+12V
R531
G
47.9
Q523
10k
2SD1640Q
H DRIVE
6.8
S
C554
C524
C525 C526
C527
T502
2.2
160V
0.02
250V
0.1
250V
0.22
250V
0.12
250V
C
D504
46.8
34.1
32.8
0.1
100V
Q507
1SS119
Q506
34.6
F512KM-5
S-CAP CHANGE
R539
R549
R550
ab7
H-DRIVER
1
8
10k
F512KM-5
S-CAP CHANGE
10k
10k
3.8
R587
R579
Q527
4.7k
22
1/2W
0
0
0
0
0
0
2SC3209LK
H DRIVE
ab8
C523
105.5
R545
R546
2
7
+146V
10
160V
100k
1/2W
100k
1/2W
D507
S
R538
S
R547
S
R548
-0.4
Q524
0.7
0.6
0.6
SB140
4.7k
4.7k
4.7k
F512KM-5
S-CAP
CHANGE
17
L507
R544
CS0
C528
CS1
C529
CS2
3
6
1.2mH
100k
1/2W
0.1
50V
0.1
50V
C555
R582
D526
R530
C560
Q503
Q505
Q508
Q509
0.1
50V
1.2k
1.5 3W
0.1
50V
1SS119
2SC945
S-CAP CHANGE
2SC945
S-CAP CHANGE
2SC5387
H OUT
2SC945
S-CAP CHANGE
ab9
45.8
4.0
4
5
R528
R583
H
220 1/2W
1.5 3W
+12V
R561
100UH
Q502
S
FS10KM-6
H DRIVE OUT
D506
R527
C543
R532
IC503(2/2)
C572
4.7
4.6
1SS119
10k
220p
500V
47
1/2W
LM358H
220
16V
+12V
Q510
6
R560 C537 C546
R559
2SC945
HV REG OUT
10k 47
16V
0.1
50V
4.7k
7
4.7
5
R562
IC502(1/2)
IC502(2/2)
R554
22
LM393
LM393
4.7k
ab10
6.8
7.1
6.6
8
3.9
4.6
3.9
R558
6
+5V
*
27k
2
7
4.6
1
5
IC503(1/2)
R519
R515
3
R556
LM358H
R567
5.8
4
910
C539
1k
R563
100k
10k
D509
D518
Q514
R518
0.015
100V
R520
C536
C535
100k
I
Q511
MTZJ9.1C 1SS119
2SA733
3.3
510k
7.5k
R5C5
4.7K
330p
50V
0.001
100V
C532
4.7
2SA733
HV REG OUT
C533
0.015
100V
R555
8
0.47 50V
10k
D517
D510
2
C545
R568
C553
2.9
Q513
R5C4
82K
4.6
1
1SS119
HZ5C1
0.1
50V
2.2k
100
16V
2SA733
BOP CONT
3
2.5
4.7
4
0.1
0.022
100V
C540
R5C6
100
0.2
R517
C541
C538
R521
CS3
510
1/4W
220
16V
0.012
100V
10k
Q534
RN1203
SW
Q512
ab11
RN1203
BOP CONT
ab12
ab13
J
ab14
B-SS3480<U/C>-D..-P2-24
5-9
5-10
8.2k
FB502
 
(3) Schematic Diagram of D- c Board
1
2
3
4
5
6
7
8
9
10
11
12
13
14
A
A
ac1
TO D-a
Q607
2SA966
+6.3V SW
+6.3V
JW113
D618
0.75
1W
POWER
SB360
FB616
S601
R602
T601
2.3UH
LF601
3UH
PCF CKT
T603
D619
FB604
R664
C636
R650
CN601
FB613
F601
3UH
JW
1000p 1kV 150 1/2W
1SS119
5.5
AC-SOCKET
130UH
CHOKE
4A
250V
FB617
C632
D601
1
16
2.3UH
470
16V
4
1
B
B
GBU4J
R651
R652
L
0.1
Q608
10k
1k
1 10
G
FB614
FB618
C601 R601
C602
RN1203
+6.3V SW CONT
2
15
2.3UH
2.3UH
0.47
250V
560k
1/2W
1.0
250V
JW103
D617
L601
N
4.9
JW
UF5402G
100µH
3
2
FB615
FB619
TH601
PMG0
3
14
2.3UH
2.3UH
10
C610
3
9
JW105
FB605
JW116
R656
4700p
400V
C605
JW
3UH
C651
1
1/2W
10k
4700p
400V
C630
1000
25V
4
13
470
25V
-12V
C603
FB620
220p
250V 470p
250V
C604
3UH
Q609
R603
C606
5
12
2SA966
+15V SW
39k
2W
330
400V
FB606
D616
L602
+15V
CN603
UF5402G
3UH
100µH
3P
DGC
NC
DGC
D604
RY601
6
11
SR1003
6 4
D626
C
C
C647
R666
1
2
3
1SS119
470 35V
14.3
1.5k
TH602
5 3
7
10
C628
9
1000
25V
C608
D605
FB621
R665
0.1
0.1 400V ER106
3UH
10k
+15V
1 2
DGC
C648
C649
C607
4.9
8
9
R628
4700p
400V
4700p
400V
47
35V
D615
Q610
62
1/4W
R605
FB607
14.9
PMG1
30k 2W
3UH
BYM26C
RN1203
+15V SW CONT
R630
FB601
CN504
3.9k
1/4W
R629
3UH
D606
R653
1k
1/4W
R610
C620
10P
0.1
D611
10 1/4W
1SS119
220p
1kV
220
2W
1SS119
C625
1
2
3
4
5
6
7
8
9
10
+146V
220
100V
123.9
+78V
R611
FB602
4.9
FB622
L603
L607
AGND
Q615
18 1/4W
3UH
3UH
100µH
100µH
C618
C619
R655
2SC945P
RELAY DRIVE
+78V/VIDEO
1.6k
1/4W
10
50V
0.1
50V
FB608
D613
L604
+146V
L606
D
D
Q602
AGND
FS10KM-12
SWITCHING
3UH
BYM26C
100µH
100µH
D607
R609
+6.3V
2.7k
1/4W
HZ18-2
0.1
18V
R615
FB603
AGND
1k
1/4W
100
200V
+5V
IC605
AGND
7805
+5V REG
10k
1/4W
+12V
AGND
C611 R616
R614
R645
IC601
680p
50V
6.2k
0.22
2W
JW
µC3842A
PWM CONTROL
IN OUT
GND
R622
R621
C614
R625
TO A BOARD
CN305
220
1/4W
220
1/4W
0.1
50V
10k
1/4W 9.1k
1/4W
R624
1
3
3.7
5.0
R640
2
100k 1/4W
2.2
C633
C635
COMP
VAEF
1000
25V
1000
10V
D610
R618
E
E
17.9
1.7
2.5
3.6
IC606
1SS119
10k 1/4W
R643
D608
Q601
MCR100-6
C622
88.7k
1/4W
1%
HZ24-2
2SA733
FB
VCC
2
3
2200p
50V
0.3
0.2
2.5
0.3
4.9
D609
1
1SS119
R619
ISENCE
OUT
220
1/4W
1
R623
10k
1/4W
2.2
R641
IC607
100
1/4W
470
1/4W
+12V
3
2
7812
+12V REG
R626 C615
R644
OSC
GND
IC603
15k
1/4W
100
16V
R627
3.01k
1/4W
7.32k
1%
TL431
VOLTAGE
FEED BACK
R612
JW104
IN OUT
GND
6.49k
1%
C612
JW
1
3
0.01
100V
2
C634
1000
16V
F
F
C613
270p
50V
IC602
5.0
TLP721
VOLTAGE
FEED BACK
4.7
4
1
Q605
1.2
3.6
IRFI9620G
3
2
USB+5V
FB610
3UH
FB611
C616 R620
R660
R662
C642
0.1
50V
1k
1.3k
1/4W
1k
1/4W
470
16V
G
G
Q606
IC604
2SA733
D623
R631
C646
TL431
FROM
1SS119
75 1/4W
0.0047 50V
FBT SYNC
3
D624
R632
R635
D625
C641
1SS119
5.6k 1/4W
5.1k 1/4W
1SS119
470
16V
1
2
R661
R663
SYNC CKT
C645
R633
R634
1.5k
1/4W
1k
1/4W
1
50V
750
1/4W
24
1/4W
H
USB POWER
H
D621
FB609
·
Divided circuit diagram
One sheet of D board circuit diagram is divided into three
sheets, each having the code D-a to D-c . For example, the
destination ab1 on the D-a sheet is connected to ab1 on the
D-b sheet.
ab1
3UH
30DF2
L605
TO
FROM
T603
AUDIO
C644
I
C643
I
470
25V
R659
AUDIO POWER OUTPUT
D- c
Ref. No.
(POWER SUPPLY)
Circuit diagram division code
J
J
B-SS3480<U/C>-D..-P3-24
5-13
5-14
S
2UH
C626
R658
R642
3UH

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