Page 1
T
Baza Porad Serwisowych Baza Porad Serwisowych Baza Porad Serwisowych
A
Monitor MAG DX1595 (TPS1564)
B
est Condition
Horizontal Frequency = 31.5KHz
Vertical Frequency = 60Hz
Resolution = 640*480
Pattern = full white
D799
1N4149
R730
10
SHEET−1
SHEET−4
5V1
1 1
5V
P1
SHEET−1
1/2W
D709
1N4148
J068
NC
R701
510
1/4W
C701
10µ
16V
R731
5.6k
1/4W
+
ZD701
1N4735
B
C
E
R708
5.1K
1/4W
UP
SW703
Q701
C1213
C
Q706
H945
E
B
R709
680
1/4W
DOWN
SW702
R726
1k
1/4W
5V
R710
1/4W
+ C702
100µ
16V
680
FUN
SW701
R707
330
1/4W
R711
680
1/4W
J121
MUTE/DEGAUSS
SW704
C704
39P
50V
XTAL701
4MHz
C705
39P
50V
R702
150
1/4W
ZD702
9C1
R703
NC
LED701
B
C
Q702
H945
E
LED702
R706
4.7M
1/4W
R704
3.3k
1/4W
R720
680
1/4W
B
LED703
R705
10k
1/4W
C
Q703
H945
E
+ C708
10µ
50V
C705
0.1µ
50V
LED704
LED705
R715 1k
1/4W
R712
10k
1/4W
1 40
PWW2
239
PWW1
3 38
PWW0
437
REST
5 36
VDO
635
VSS
7 34
XTAL
833
EXTAL
9 32
PB5
PIN
V−POS
V−SIZE
H−PHASE
H−SIZE
R713
R714
10k
1/4W
5V
30k
1/4W
10 31
PB4
11 30
PB3
12 29
PB2
13 28
PB1
14 27
PB0
15 26
IRG
16 25
PA7
17 24
PA6
18 23
PA5
19 22
PA4
20 21
PA3
D704
1N4148
R735
10k
I C 7 0 1
M C 6 8 H C 0 5 8 0 3
PC1/PWW9
PC0/PWW8
VSYNC
HSYNC
PWW3
PWW4
PWW5
PWW6
PWW7
PC7/HTTL
PC6/VTTL
PC5/PW13
PC4/PW12
PC3/PW11
PC2/PW10
PD1/SCL
PD0/SDA
PA0
PA1
PA2
R728
100 1/4W
R−PACK
10k
PR701
R729
1/4W
1N4148
100
D723
R721
100
1/4W
R722
100
1/4W
D703
1N4148
D705
NC
ZD705
5C1
ZD703
5C1
ZD704
5C1
5V
R732
56k
1/4W
R741
4.7k
ZD706
5C1
C711
NC
C716
NC
C712
NC
C710
NC
C709
NC
C713
NC
C714
NC
C715
NC
H−SIZE
H−PHASE
V−SIZE
V−SYNC
H−SYNC
V−POS
PIN
KEYST
H−BLK
MUTE
HTTL
VTTL
SDA1
43k
28k
OFFMODE
SUSPEND
SCL
SCL
SDA
SHEET−3
SHEET−3
SHEET−3
SHEET−4
SHEET−4
SHEET−3
SHEET−3
SHEET−3
SHEET−3
SHEET−3
SHEET−3,4
SHEET−3,4
SHEET−4
SHEET−3
SHEET−3
SHEET−1
SHEET−1
SHEET−3,4
8V
SHEET−1
15V
SHEET−4
SHEET−4
D707
5C1
B
R716
300
1/4W
C401
1µ
50V
C402
1µ
5V
6
R442
1/4W
B
C
E
R457
75
1/4W
B
B
C707
50V
R428
1/4W
75
C
E
C1213
0.1
B
B
75
C
E
C
E
Q418
+5V
C
E
C
E
R736
C418
NC
Q406
C1213
C4934E
Q412
C1213
Q419
C4934E
NC
C4934E
R427
390
1/4W
C419
82P
50V
NPQ
Q413
R458
1/4W
Q407
D409
1N4148
R443
390
1/4W
C427
82P
50V
NPO
D411
1N4148
390
C433
82P
50V
NPO
H−BLK
Q707
B
R429
2.2k
3W
NC
C
E
L412
1.0µH
R473
2.2k
3W
D406
1N4148
1N4148
D407
1N4148
R459
1N4148
R444
D408
2.2k
3W
D410
2.2k
3W
C
E
R419
1/4W
R420
1/4W
R430
2.2k
3W
Q404
C1213
B
22
1k
R474
2.2k
3W
R475
2.2k
3W
B
R478
10
R479
10
B
R476
R445
2.2k
R460
2.2k
C437
47µ
16V
10k
L403
C421
1µ
250V
C429
1µ
250V
NP
C454
0.1µ
250V
NPF
C435
1µ
250V
NP
C441
220µ
16V
R431
82k
1/4W
R446
82k
1/4W
1N4148
1N4148
R450
1/2W
C
Q408
C3953
E
E
Q409
A1538
C
L410
1.0µH
3W
L406
1.0µH
R485
470
1/4W
3W
R482
R483
B
B
B
R480
R481
B
10
10
+12V
C420
C455
0.01µ
100P
250V
500V
R484
JUMPER
1/4W
L405
C
Q414
C3953
E
10
10
C
Q415
A1538
E
L411
JUMP
C
Q420
C3953
E
C
Q421
A1538
E
C438
0.1µ
50v
L421
C434
0.01µ
250V
C428
0.01µ
250V
+70V
ZD402
1N4742A
E
Q704
A673
C
R717
C412
0.1µ
50V
R405
10k
R406
10k
R404
10k
C104
1µ
50V
LED706
Y
R409
1k
C
B
E
G
L415
2N3904
Q401
1/4W
C406
0.1µ
50V
C407
0.1µ
50V
C408
330
0.1µ
50V
C453
0.1µ
Q705
H945
C
B
E
1 28
VCC1
227
CON−CAP
326
CON−CAP
425
B/IN
524
BCLP−CAP
623
R/IN
722
GND
821
RCLP−CAP
920
G/IN
10 19
GCLP−CAP
11 18
V−REF
12 17
CONT
13 16
VCC1
14 15
CLP−GAT
R719
4.7k
1/4W
I C 4 0 1
L M 1 2 0 3 B
+12V
B−DRV
B/CLP−
B/CLP+
R/CLP−
R/CLP+
G/CLP+
R466
10k/W
VCC1
B/OUT
VCC2
R/DRV
R/OUT
G/DRV
G/CLP
G/OUT
C424
47µ
16V
C458
NC
C450
0.1µ
50V
L420
C451
0.1µ
50V
NPO
C459
NC
C460
NC
R467
619/M
L401
R436
51
R451
51
R421
1/4W
R422
150
1/4W
D401
1N4148
C464
10P
50V
NPO
R437
150 1/4W
D402
1N4148
VR403
D403
1N4148
D404
1N4148
51
R423
VR402
100
R438
1/4W
100
R453
1/4W
390
390
390
VR401
2N3904
Q417
JUMP
R470
150
1/4W
100
Q401
Q411
JUMP
R452
1/4W
B
R454
NC
B
R424
NC
B
R439
NC
150
C
E
C423
100µ
16V
C
E
C
E
5
GND
R440
JUMPER
R455
JUMP
D04D1
L402
NC
C417
NC
R486
NC
R425
JUMP
1/4W
R441
NC
R456
NC
3SK2CS1
I C 7 0 2
9 3 C 5 5
ZD401
9C1
C425
NC
C431
NC
+12V
L407
C432
0.1µ
VCC
L414
L413
C456
NC
R425
NC
C426
0.1µ
B
Test Condition
Horizontal Frequency = 31.5KHz
R718
22k
1/4W
+12V
C411
47µ
50V
D415
D417
1N4148
D416
D419
1N4148
D418
1N4148
D420
1N4148
C403
1µ
50V
SYNC CABLE
GND
BG
B
GG
R
RG
G
SG
VS
HS
SCK
SDA
5V
W401
LF401
75
1234567891012 1113
R401
75/M
R402
75/M
R403
75/M
LF402
LF403
75
75
1N4148
1N4148
2 2
W402
CLP
GND
ABL
VS
HS
SDA
SCL
GND
5V
R410
1k
1/4W
R407
1k
C413
82P
50V
R411
1.8k
+12V
C409
C410
47µ
10µ
16V
16V
# N O T E : N C M E A N S " N O T C O N N E C T E D O N P C B B O A R D "
A L L R E S I S T O R S 1 / 8 W A T T , 5 % U N L E S S N O T E D .
A L L R E S I S T O R V A L U E S I N O H M S U N L E S S N O T E D .
A L L C A P A C I T O R S 5 0 V O L T U N L E S S N O T E D .
A L L C A P A C I T O R V A L U E S I N µ F U N L E S S N O T E D .
M = M E T A L / 1 %
D412
R435
100
1/2W
D402
100
R461
82k
1/4W
D414
1N4148
L418
1.0µH
C440
100µ
100V
R471
4.5K 2W
C439
220µ
16V
R−PACK
4.7k
PR702
C422
1µ
250v
C448
0.1µ
100V
C430
1µ
250v
C436
1µ
250v
100 1/2W
L417
50µH
R465
+70V
+70V
C445
0.1µ
250V
C452
0.1µ
250V
5V
C446
250V
L404
C
R432
1/4W
E
R447
1/4W
0.1µ
SG405
W404
E
6.8k
B
6.8k
200V
Q410
BF423
B
Q416
BF423
C
B
E
R462
6.8k
1/4W
Q422
BF423
C
+70V
H1
GND
G1
12V
H/BLK
R469
1.2(HI)
L419
1.0µH
L415
1.0µH
R433
470k
1/4W
VR404
20k
R434
43k
1/4W
R448
470
1/4W
VR405
20k
R449
43k
1/4W
R463
470
1/4W
VR406
20k
R464
43k
1/4W
C463
10P 500V
C447
100V
SG404
200V
SG405
200V
C442
0.1µ
G
0.1µ
50V
C461
10P
500V
C462
10P
500V
C443
0.01µ 2kV
SG401
1.2kV
C444
0.0047µ 630V
SG402
FUF4002
W407
HV
RB
W405
G1
L408
W406
G2
Vertical Frequency = 60Hz
Resolution = 640*480
Pattern = full white
SERWIS ELEKTRONIKI SERWIS ELEKTRONIKI SERWIS ELEKTRONIKI
A
B
Page 2
2
3
4
5
6
7
8
9
0
2
3
4
5
6
7
8
9
0
3
T
Baza Porad Serwisowych Baza Porad Ser
A
Monitor MAG DX1595 (TPS1564)
est Condition
Horizontal Frequency = 31.5KHz
Vertical Frequency = 60Hz
Resolution = 640*480
Pattern = full white
SHEET−1
SHEET−4
5V1
1
5V
P1
SHEET−1
R730
10
1/2W
D709
1N4148
J068
NC
R701
510
1/4W
C701
10µ
16V
R731
5.6k
1/4W
R705
10k
1/4W
C
Q703
H945
E
+ C708
10µ
50V
D704
1N4148
R735
10k
1
1
11
1
1
1
1
1
1
1
1
2
C705
0.1µ
50V
LED704
LED705
R715 1k
1/4W
R712
10k
1/4W
PIN
V−POS
V−SIZE
H−PHASE
H−SIZE
R713
R714
10k
1/4W
5V
30k
1/4W
C
Q702
H945
E
LED702
R706
4.7M
1/4W
R704
3.3k
1/4W
R720
680
1/4W
B
LED703
R702
150
1/4W
ZD702
9C1
B
R703
NC
D799
1N4149
R726
1k
1/4W
5V
R710
1/4W
+ C702
100µ
16V
680
FUN
SW701
R707
330
1/4W
R711
680
1/4W
J121
MUTE/DEGAUSS
SW704
C704
39P
50V
XTAL701
4MHz
C705
39P
50V
LED701
Q701
C1213
E
C
B
+
ZD701
1N4735
B
C
E
R708
5.1K
1/4W
UP
SW703
Q706
H945
R709
680
1/4W
DOWN
SW702
R718
22k
1/4W
B
R716
300
1/4W
D707
5C1
5V
E
Q704
A673
C
R717
LED706
Y
330
1/4W
G
Q705
H945
C
B
E
R719
4.7k
1/4W
4
D0
5
GND
Page 3
D0
4
0
3
Serwisowych Baza Porad Serwisowych
B
1 40
PWW2
239
PWW1
3 38
PWW0
437
REST
5 36
VDO
635
VSS
7 34
XTAL
833
EXTAL
9 32
PB5
10 31
PB4
11 30
PB3
12 29
PB2
13 28
PB1
14 27
PB0
15 26
IRG
16 25
PA7
17 24
PA6
18 23
PA5
19 22
PA4
20 21
PA3
4
148
5
k
I C 7 0 1
M C 6 8 H C 0 5 8 0 3
PC1/PWW9
PC0/PWW8
VSYNC
HSYNC
PWW3
PWW4
PWW5
PWW6
PWW7
PC7/HTTL
PC6/VTTL
PC5/PW13
PC4/PW12
PC3/PW11
PC2/PW10
PD1/SCL
PD0/SDA
PA0
PA1
PA2
R728
100 1/4W
R−PACK
10k
PR701
R729
1/4W
1N4148
100
D723
R721
100
1/4W
R722
100
1/4W
D703
1N4148
D705
NC
ZD705
5C1
ZD703
5C1
ZD704
5C1
5V
R732
56k
1/4W
R741
4.7k
ZD706
5C1
C711
NC
C716
NC
C712
NC
C710
NC
C709
NC
C713
NC
C714
NC
C715
NC
H−SIZE
H−PHASE
V−SIZE
V−SYNC
H−SYNC
V−POS
PIN
KEYST
H−BLK
MUTE
HTTL
VTTL
SDA1
43k
28k
OFFMODE
SUSPEND
SCL
SCL
SDA
SHEET−3
SHEET−3
SHEET−3
SHEET−4
SHEET−4
SHEET−3
SHEET−3
SHEET−3
SHEET−3
SHEET−3
SHEET−3,4
SHEET−3,4
SHEET−4
SHEET−3
SHEET−3
SHEET−1
SHEET−1
SHEET−3,4
8V
SHEET−1
15V
SHEET−4
SHEET−4
1
3SK2CS1
D1
I C 7 0 2
9 3 C 5 5
VCC
R−PACK
4.7k
PR702
R736
NC
Q707
NC
6
+5V
C707
0.1
50V
C
B
E
5V
Page 4
6
5
P
W
1
C
4
C
5
C
+12V
R470
150
1/4W
C423
100µ
16V
2
SYNC CABLE
GND
BG
B
GG
R
RG
G
SG
VS
HS
SCK
SDA
5V
CLP
GND
ABL
VS
HS
SDA
SCL
GND
5V
W401
W402
L415
C401
50V
C402
C412
0.1µ
50V
1µ
C406
R404
10k
1µ
R405
10k
C407
R406
10k
C104
1µ
50V
R409
1k
C
Q401
B
2N3904
E
C411
47µ
50V
D415
D417
1N4148
D416
D419
C410
10µ
16V
1N4148
D418
1N4148
D420
1N4148
C403
1µ
50V
C409
47µ
16V
+12V
LF401
75
1234567891012 1113
R401
75/M
R402
R403
75/M
75/M
LF402
LF403
75
R410
1k
1/4W
R407
1k
75
C413
82P
50V
R411
1N4148
1N4148
1.8k
1 28
VCC1
227
CON−CAP
C453
0.1µ
326
CON−CAP
425
B/IN
0.1µ
50V
524
BCLP−CAP
623
R/IN
722
GND
I C 4 0 1
0.1µ
50V
821
920
10 19
C408
0.1µ
50V
11 18
12 17
13 16
14 15
L M 1 2 0 3 B
RCLP−CAP
G/IN
GCLP−CAP
V−REF
CONT
VCC1
CLP−GAT
+12V
B/CLP−
B/CLP+
R/CLP−
R/CLP+
G/CLP+
R466
10k/W
VCC1
B−DRV
B/OUT
VCC2
R/DRV
R/OUT
G/DRV
G/CLP
G/OUT
C424
47µ
16V
C458
NC
C450
0.1µ
50V
L420
C451
0.1µ
50V
NPO
C459
NC
C460
NC
R467
619/M
L401
R436
51
R451
51
R421
1/4W
R422
1/4W
D401
1N4148
C464
10P
50V
NPO
R437
150 1/4W
D402
1N4148
D403
1N4148
D404
1N4148
51
150
R423
VR402
100
R438
1/4W
VR403
100
R453
1/4W
390
390
390
VR401
2N3904
Q417
JUMP
100
Q401
Q411
JUMP
R452
1/4W
B
R454
NC
R424
R439
150
L402
NC
C4
N
R48
NC
C
B
E
R42
JUM
NC
B
NC
C
E
1/4
C
R440
JUMPER
E
R4
N
R455
JUMP
R4
N
# N O T E : N C M E A N S " N O T C O N N E C T E D O N P C B B O A R D "
A L L R E S I S T O R S 1 / 8 W A T T , 5 % U N L E S S N O T E D .
A L L R E S I S T O R V A L U E S I N O H M S U N L E S S N O T E D .
A L L C A P A C I T O R S 5 0 V O L T U N L E S S N O T E D .
A L L C A P A C I T O R V A L U E S I N µ F U N L E S S N O T E D .
M = M E T A L / 1 %
Test Condition
Horizontal Frequency = 31.5KHz
Vertical Frequency = 60Hz
Resolution = 640*480
Pattern = full white
SERWIS ELEKTRONIKI SERWIS ELEK
A
Page 5
L402
NC
440
PER
C417
R486
NC
R425
JUMP
1/4W
R441
NC
R456
NC
z
C422
1µ
250v
C448
0.1µ
100V
C430
1µ
250v
C436
250v
100 1/2W
L417
50µH
1µ
R465
+70V
+70V
C445
0.1µ
250V
C452
0.1µ
250V
C
E
C446
0.1µ
250V
L404
SG405
W404
E
R432
6.8k
1/4W
B
R447
6.8k
1/4W
200V
Q410
BF423
B
Q416
BF423
C
B
E
R462
6.8k
1/4W
Q422
BF423
C
+70V
H1
GND
G1
12V
H/BLK
R469
1.2(HI)
L419
1.0µH
L415
1.0µH
R433
470k
1/4W
VR404
20k
R434
43k
1/4W
R448
470
1/4W
VR405
20k
R449
43k
1/4W
R463
470
1/4W
VR406
20k
R464
43k
1/4W
10P 500V
C463
C447
0.1µ
100V
SG404
200V
SG405
200V
G
C442
0.1µ
50V
0.0047µ 630V
C461
10P
500V
C462
10P
500V
C443
0.01µ 2kV
SG401
1.2kV
C444
SG402
FUF4002
W407
2
HV
RB
W405
G1
L408
W406
G2
L412
1.0µH
R429
R473
ZD401
9C1
L414
NC
R425
C425
NC
L407
C432
0.1µ
C431
NC
+12V
L413
C456
NC
NC
C426
0.1µ
B
R442
1/4W
B
C
E
R457
75
1/4W
B
B
R428
1/4W
75
C
E
C1213
B
B
75
C
E
C
E
Q418
C
E
C
E
C418
NC
Q406
C1213
C4934E
Q412
C1213
Q419
C4934E
C4934E
R427
390
1/4W
C419
82P
50V
NPQ
Q413
R458
1/4W
Q407
D409
1N4148
R443
390
1/4W
C427
82P
50V
NPO
D411
1N4148
390
C433
82P
50V
NPO
H−BLK
2.2k
3W
2.2k
3W
D406
1N4148
D407
1N4148
R444
2.2k
3W
D408
1N4148
R459
2.2k
3W
D410
1N4148
C
E
R419
1/4W
R420
1/4W
R430
2.2k
3W
Q404
C1213
B
22
1k
R474
2.2k
R475
2.2k
L403
C421
1µ
250V
C429
1µ
250V
NP
C454
0.1µ
250V
NPF
C435
1µ
250V
NP
C441
220µ
16V
R431
82k
1/4W
R446
82k
1/4W
D412
1N4148
R435
100
1/2W
D402
1N4148
R450
100
1/2W
R461
82k
1/4W
1N4148
L418
1.0µH
C440
100µ
100V
R471
4.5K 2W
D414
C439
220µ
16V
C
Q408
B
C3953
E
R478
10
R479
10
E
Q409
B
A1538
C
L410
1.0µH
R445
2.2k
3W
3W
L406
1.0µH
R485
470
1/4W
R460
2.2k
3W
3W
R482
R483
C437
47µ
16V
R476
10k
B
10
10
B
B
R480
10
R481
10
B
+12V
C420
C455
0.01µ
100P
250V
500V
R484
JUMPER
1/4W
L405
C
Q414
C3953
E
C
Q415
A1538
E
L411
JUMP
C
Q420
C3953
E
C
Q421
A1538
E
C438
0.1µ
50v
L421
C434
0.01µ
250V
C428
0.01µ
250V
+70V
ZD402
1N4742A
B
Page 6
D
Baza Porad Serwisowych Baza Porad Serwisowych Baza Porad Serwisowych
A
B
Monitor MAG DX1595 (TPS1564)
SHEET−1
TO CPU PIN1
V−SIZE
SHEET−2
TO CPU PIN38
V−POS
SHEET−2
TO CPU PIN37
SHEET−2
TO CPU PIN36
SHEET−2
SHEET−2
43k PIN30
V−SYNC
SHEET−2
TO CPU PIN32
1 1
TO CPU PIN 29
SHEET−2
SHEET−2
H−SYNC
TO CPU PIN33
TO CPU PIN30
SHEET−2
TO CPU PIN2
SHEET−2
H−PHASE
SHEET−2
TO CPU PIN
28k
H−SIZE
PIN3
R136
NC
FROM POWER
+45V
R202
22k
R203
51k
PIN
R204
22k
KEY
R205
22k
R172
+12V
R201
52k
R520
VR102
VR102
500
500
R521
13k
C207
.22µ
50V
NC
+12V
C143
HLOCK
R124 9.1k/M
6
4
R151
35.7K
R105
270k
J066
3.3k
R213
22k
29
R245
270
+12V
D201
1N4002N
3
T D A 8 1 7 2
C142
0.1µ
C509
D108
C144
1µ
D117 1N4148
C205
0.18µ
R214
11.5k
27
HPOS
152816
R122
100
C114
3.3µ
50V
R138
270k
1/4W
C222
100V
VR201
C210
330µ
35V
5
I C 2 0 1
C215
1000µ
16V
0.1µ
4.7µ
10k
1N4148
172618
+45V
47µ
16V
I C 1 0 3
Q106
A673
B
VREF
H−SYNC
Q102
C1213
R155
1k
C217
0.22µ
50V
R206
52k
C204
1µ
R149
10k
1k
R517
10k
VR103
R171NCR132
B
Q118
NC
20kB
R515
10k
R131 10k
C
E
R230
1k
R220
12k
R221
12k
C203
C198
100P
50V
1µ
51k
C123
0.1µ
C506
C214
0.1µ
R222
R207
1µ
6k8
1W
100k
C122
.0033µ
100V
PEI
R157
R130
22.1k/M
C121
100µ
C224
47µ
16V
16V
R2208
62k
C201
1µ
C202
1µ
R246
Q112E
1.2k
C1213
1/4W
42
41
40
COMP
H−DUTY
PLL2
1
2
3
1k
C120
2.2µ
R135
22k
R158
22k
R239
62k
C213
100µ
16V
C215
10µ
50V
B
R209
10k
1/4W
R128
R129
ZD101
H−FLY
10k
5k6
5C1
R238
1k
C
E
39
4
ZD501
5C1
S+ADJ
H−GND
R215
56k
250µH
L202
R243
NC
R247
20k
KEYB
E/MOP
S2
S3
S4
HREF
5386377368359
D109
R133
3
2
C221
10µ
50V
1N4148
C119
4.7µ
50V
+
−
C212
C211
100µ
16V
220µ
16V
R133
1k
R127 1k8
D115
1N4148
I C 1 0 2
L M 3 5 8
1
1k
R210
34
C116
560P
C128
100µ
16V
D118
SBC20
R216
100k
1/4W
S1
R217
1/4W
100
VPOS
VSYNC
T D A 9 1 0 3
D0
1033113212
C118
0.01µ
100
R237
1k
R223
3300P
I C 1 0 1
R125
9.1k/M
SBC20
R168
560k
6.8k
C209
100V
PEI
D119
C145
10µ
50V
+12V
−12V
VOC
RG
Q204
C1213
R218
1k5
31
VAMP
PLL1
3.3µ 50V
R219
1
1/2W
1
7
R211
13k
R212
22k
OUT
133014
C115
0.47µ
R125 9.1k/M
R134
62k
C137
2
+
_
R123
4.7
8765
VCCVREF OUT GND
INV
124
C508
R184
550P
100
E
R115
47µ
50V
25
12A2
VABC
VCC
B
1k 1W
C227
22µ
C130
.1µ
50V
C100
220µ
16V
R242
R224
1/2W
22k
C207
0.47µ
GND
1924202321
C
R101
470
E
R236
4.7k
1.5
OUTEN
R177
68k
R225
270
1/2W
C
C206
ZD203
C208
0.1µ
22
ZD201
22−2
ZD202
22−2
OUTC01
R121
R225
1W
R148 47
1k
1
R118
+12V
Q101
A733
4k7
R103 150
3
C141
100P
C139
2200P
PEN
1N4148
R108
10
C133
1000P
R156
Q205
2SC1921
C
C225
10µ
63V
R241
56k
C138
0.1µ
R227
1k5
W101
V−DY
D105
50V
1k
B
C134
100µ
C140
470P
E
63V
R152
C113
1µ
50V
R175
2.2M
R139
24k
C218
0.47µ
50V
150
Q103
IRF630
R104
10k
R105
0.33
R117
1k
R228
300
C698
W101
L105
H−LIN
R109
180
1/2W
C107
1000P
1kV
C108
0.33
250V
PPN
L106
????
C124
115µ
250C
MPP
C699
220µ
16V
D120
SM−3−15
R515
4.7
1/2W
220µ
16V
L102
200µH
D103
R165
1/2W
C145
330p
500V
MEF
C1213
C129
NC
1k
Q119
L104
R178
820
C147
4700P
5
6
R137
100k
1/4W
R115
5.6
1W
C111
+
−
I C 1 0 2
L M 3 8 5
JUMPER
10µ
B
R120
R161
FUF5402
C104
47µ
250V
Q115
29C1521
T102
EI−19
C
E
22k
10k
8
7
−12V
C
E
D112
1LD65
R119
1/4W
Q107
2SD569A
+45V
C
B
E
1N4148
R232
91k
C232
100P
50V
D111
1N4148
B
270
C112
1000P
R162
R163 56k
2SC1521
D202
R229
4.7k
R141
2.2k
B
R150
56k
1/2W
10k
Q114
R234
R180
R181
1k
C
E
3k2
10k
R115
0.82
Q110
2N3904
R142
R143
2W
100
1k2
R179
56k
Q117
H945
D115
1N4148
C219
0.1µ
250V
C103
1000P
500V
R107
2k
1W
2W
C
B
E
Q120
A673
R160
4.7k
J024
4.3M
R170
3.9M
Q201
C1213
C
R114
22
1/2W
C1213
R140
3k9
E
R147
100
R231
24k
1/2W
Q202
R235
2.4k
1/4W
R699
R182
270k
B
R183
18k
B
Q105
5048
ZD102
12A2
R233
1k
Q109
2N3904
150
C
E
R145
1k
Q669
D558
D107
31DF6
Q206
BF423
B
C225
1000P
50V
VR699
C105
6800P
C125
0.022µ
630V
PPS
C106
6800P
C148 47µ 16V
630V
Q111
IRF630
C
E
Q108
2SC1213
R144
NC
10k
H−CENTER
1kV
Q104
H945
R112
C110
0.22µ
250V
MPS
C131 560P
+12V
−12V
R698
150
Q698
B649
R102
0.68
5W
+12V
D106 1N4148
C
B
E
22k
C109
250V
MPS
R111
10k
1/2W
R164 430k
Q205
2SA1306
R244
NC
C125
120P
R145
2k2
D699
BYT520
L107
20µH
D104
BY329
L103
42µH
RL101
NC
CON
NO
R110
220k
1µ
H−CENTER BC
D698
BYT520
T699
3
2
1
4
8 5
# N O T E : N C M E A N S " N O T C O N N E C T E D O N P C B B O A R D "
12 11
10
R175
10k
9
7
6
D502
1N4935
R505
10
1/2W
JUMPER
R508
300k
1/4W
C505
1µ
350V
Q503
BF423
R511
1M
R737
100
R739
100
VR701
10k
R738
100
A L L R E S I S T O R S 1 / 8 W A T T , 5 % U N L E S S N O T E D .
A L L R E S I S T O R V A L U E S I N O H M S U N L E S S N O T E D .
A L L C A P A C I T O R S 5 0 V O L T U N L E S S N O T E D .
A L L C A P A C I T O R V A L U E S I N µ F U N L E S S N O T E D .
F501
VR503
50k
R510
91k
1/4W
D504
1N4148
B
HV
G4
G2
+12V
E
C
−12V
T104
F.B.T
Test Condition
Horizontal Frequency = 31.5KHz
Vertical Frequency = 60Hz
Resolution = 640*480
Pattern = full white
VR504
C501
0.1µ
100V
50K (FOR OSD)
C503
220
16V
R524
8k2
R514
10k
ROTATION CIRCUIT
Q708
2N3904
R740
100
Q709
2N8908
10k
R501
R502
10k
1k
C502
2.2µ
VR501
10k
D501
1N4148
Q504
A733
R523
10k 1/4W
D505
1N4148
R513
10k
ZD502
9C1
ROTATION COIL
W704
33µ
50V
VR502
10K
R509
100
R505
100k
C510
R522
1µ
50V
6.8k
Q501
A733
R504
390
+12V
TCO
H−BLK
+12V
G1
GND
H1
70V
SHEET−1
SHEET−1
TO SHEET 4 (W405)
TO CPU PIN 35
SHEET−2
−12V
FROM POWER
SHEET−1
SHEET−2,4
SHEET−2,4
SHEET−2
SHEET−2
SHEET−2
5V
VS
HS
SDA
SCL
GND
TO W402
CLAMP
H (TTL)
V (TTL)
GND
ABL
HS
VS
SDA
SCL
W702
SHEET−2,4
SHEET−2,4
47
C306
470P
50V
1N4148
R311
330
1/4W
C331
4700P
400V
D301
RF2005
D302
RF2005
C304
100µ
25V
D309
R318
10k
1/4W
R306
1
1/4W
R343
360k
1W
C330
4700P
400V
L301
JUMPER
L302
JUMPER
R307
1
1/4W
L307
C301
150µ
400V
Q301
2SK1507
R308
1
1/4W
JUMPER
D307
1N4935
R346
C302
0.01µ
500V
R305
1k
5W
R309
1
1/4W
5
4
D305
1N4937
C303
220P
1kV
R310
1/4W
1
R304
33k
5W
1N4937
K
A
TL431CLP
D309
1
1
B
IC302
C325
0.01µ
100V
IC303
4N35
D311
1N4936
13
C313
100µ
35V
105C
D317
1N4002
+70V
SHEET−3
9
C314
1000P
500V
D312
FUF5404
R320
10
2W
HS302
C315
470µ
63V
105C
C316
470µ
63V
105C
+45V
SHEET−3
6
7
12
8
11
D313
4
30DF2
L304
15
C319
470µ
25V
1
105C
14
R322
1k
1/4W
EBC
B
Q303
B857
C
E
R323
560
1/4W
Q304
C945
HS303
10
D314
30DF2
11
R344
JUMPER
C320
1000µ
16V
105C
R327
100
1/4W
C321
4.7µ
50V
R325
1k
1/4W
R325
10k
1/4W
R324
3.3k
1/4W
B
C
Q305
C945
E
−12V
+8V
SHEET−3
TO D706
SHEET−2
SHEET−3
OFF
+8V
TO R730
SHEET−2
SHEET−3
C334
220P
500V
16
D315
30DF2
11
C322
1000µ
16V
105C
HS303
R338
470
1/4W
R325
16.2K
1/4W
R333
100
1/4W
C324
4.7µ
50V
R332
1k
1/4W
R331
R331
10k
10k
1/4W
1/4W
R330
5.1k
1/4W
B
R345
Q305
JUMPER
B857
EBC
R329
1k
1/4W
R329
750
1/2W
C
Q308
C945
E
C
Q307
B
C945
E
OFF/SUSPEN
R334
91k
1/4W
VR301
500
R336
3.83k
1/4W
D306
1N4002
R302
15k
2W
R303
15k
2W
D304
RF2005
D303
RF2005
ZD303
HZ18−2
SK301
IX−0343−P
L
90V
TO
264V
P1
SHEET−2
F301
T3.15A/250V
R341
330
1/4W
R301
1M
1/2W
L305
C329
0.47µ
250V
C328
330µ
16V
R339
20k
1/4W
R340
1/4W
TH302
SCK054
T302
SW301
A
Q309
A673
1k
D316
1N4002
RL301
Test Condition
TH301
Horizontal Frequency = 31.5KHz
Vertical Frequency = 60Hz
Resolution = 640*480
Pattern = full white
DEGAUSSING
W301
COIL
2 2
C305
0.1µ
50V
C307
H−SYNC
FROM FBT
0.1µ
50V
R313
36k
1/4W
C312
0.01µ
100V101/4W
R316
310
0.1µ
50V
R315
470
1/4W
VREF
VCC OUT GND
IC301
CS3842A
COMP INV CT ISEN
1827364
C311
2200P
100V
D310
1N4148
HZ15−2
C309
100P
50V
R314
47
1/4W
R319
1/4W
R317
180
1/4W
ZD301
5
SERWIS ELEKTRONIKI SERWIS ELEKTRONIKI SERWIS ELEKTRONIKI
A
B
Page 7
Q
D
1
2
1
Baza Porad Serwisowych Baza Porad Ser
A
Monitor MAG DX1595 (TPS1564)
SHEET−1
TO CPU PIN1
V−SIZE
SHEET−2
TO CPU PIN38
V−POS
SHEET−2
TO CPU PIN37
SHEET−2
TO CPU PIN36
SHEET−2
SHEET−2
43k PIN30
V−SYNC
SHEET−2
TO CPU PIN32
1
TO CPU PIN 29
SHEET−2
H−SYNC
TO CPU PIN33
TO CPU PIN30
SHEET−2
TO CPU PIN2
SHEET−2
H−PHASE
SHEET−2
TO CPU PIN
R136
28k
SHEET−2
H−SIZE
PIN3
NC
FROM POWER
+45V
R202
22k
R203
51k
PIN
R204
22k
KEY
R205
22k
R172
+12V
R201
52k
R520
VR102
VR102
500
500
R521
C207
.22µ
50V
NC
R206
52k
C204
1µ
R149
10k
1k
13k
R517
10k
VR103
R171NCR132
B
Q118
NC
20kB
R230
R515
C
E
1k
R220
12k
R221
12k
C203
1µ
C198
100P
50V
10k
R131 10k
51k
C123
0.1µ
C506
C214
0.1µ
R207
100k
1µ
R222
6k8
1W
C122
.0033µ
100V
PEI
R157
R130
22.1k/M
C224
47µ
16V
1k
C121
100µ
16V
C202
1µ
42
1
C215
R246
1.2k
1/4W
PLL2
10µ
50V
R2208
41
C120
2.2µ
R135
R158
C213
100µ
62k
COMP
2
22k
22k
R239
62k
16V
Q112E
C1213
H−DUTY
40
R209
1/4W
3
C201
B
10k
H−FLY
R128
R129
5k6
ZD101
R238
1µ
C
E
10k
ZD501
5C1
1k
39
S+ADJ
4
5C1
R215
R243
NC
KEYB
E/MOP
S3
S4
H−GND
HREF
5386377368359
D109
1N4148
R133
1k
C119
4.7µ
50V
1N4148
I C 1 0 2
L M 3 5 8
3
+
−
1
2
56k
C221
10µ
50V
C212
L202
100µ
250µH
16V
C211
220µ
16V
R247
S2
R133
R127 1k8
D115
20k
1k
R216
1/4W
100k
R210
SBC20
34
C116
560P
C128
100µ
16V
D118
VSYNC
S1
R217
100
1/4W
R237
100
C118
0.01µ
1k
VOC
VPOS
I C 1 0 1
T D A 9 1 0 3
RG
D0
1033113212
R125
9.1k/M
D119
SBC20
C145
10µ
50V
R168
560k
+12V
Q204
C1213
R218
1k5
−12V
R223
6.8k
C209
3300P
100V
PEI
31
VAMP
PLL1
3.3µ 50V
R219
1
1/2W
1
7
R211
13k
R212
22k
OUT
HLOCK
133014
C115
0.47µ
R125 9.1k/M
R134
62k
C137
2
+
_
29
R124 9.1k/M
+12V
6
4
R151
35.7K
R105
270k
J066
3.3k
R213
22k
152816
R245
270
D201
1N4002N
C210
330µ
35V
3
I C 2 0 1
T D A 8 1 7 2
C215
1000µ
C142
0.1µ
C509
0.1µ
D108
1N4148
C144
1µ
D117 1N4148
C205
0.18µ
R214
11.5k
27
HPOS
R122
100
C114
3.3µ
50V
R138
270k
1/4W
+45V
C222
4.7µ
100V
VR201
10k
5
16V
C143
47µ
16V
I C 1 0 3
Q106
A673
E
B
C
VREF
H−SYNC
172618
Q102
C1213
R155
1k
C217
0.22µ
50V
+12V
R123
4.7
8765
VCCVREF OUT GND
INV
124
C508
R184
550P
100
R115
22k
C130
.1µ
50V
C206
C207
47µ
0.47µ
50V
25
VABC
OUTEN
VCC
GND
1924202321
C100
220µ
16V
C
B
R101
470
E
R242
1k 1W
R236
4.7k
C227
22µ
R224
1.5
1/2W
R177
68k
R225
270
1/2W
ZD203
12A2
C208
0.1µ
22
ZD201
22−2
ZD202
22−2
OUTC01
R121
R225
1W
R148 47
1k
1
R103 150
C141
100P
C139
2200P
PEN
R118
4k7
+12V
Q101
A733
W101
V−DY
2SC1921
C225
10µ
63V
R241
56k
3
C
C138
0.1µ
1N4148
R108
10
C133
1000P
R156
Q205
R227
1k5
D105
50V
1k
B
C134
100µ
C140
470P
E
63V
C113
1µ
50V
R175
2.2M
R139
24k
C218
0.47µ
R152
150
50V
Q103
IRF630
R104
10k
R105
0.33
2W
R117
1k
R228
300
J024
4.3M
R170
3.9M
B
Q120
A673
C103
1000P
500V
R107
2k
1W
C
E
R160
4.7k
C1213
C129
Q201
R165
1k
1/2W
C145
330p
500V
MEF
Q119
C1213
R178
C147
4700P
NC
R137
100k
1/4W
L102
200µH
L104
820
5
6
R115
5.6
1W
C111
+
−
I C 1 0 2
L M 3 8 5
FUF540
JUMPER
10µ
B
R120
22k
R161
10k
8
D103
C104
47µ
250V
Q115
29C152
T102
EI−19
C
E
7
−12V
2S
B
Page 8
k
k
T
Serwisowych Baza Porad Serwisowych
B
103
F5402
C104
47µ
250V
Q115
C1521
PER
102
I−19
C
E
0
1
2
5
12V
C
E
D112
1LD65
R119
1/4W
Q107
2SD569A
+45V
C
B
E
1N4148
R232
91k
C232
100P
50V
D111
1N4148
B
270
C112
1000P
R162
R163 56k
2SC1521
D202
R229
4.7k
R141
2.2k
B
R150
1/2W
10k
Q114
56k
R180
R181
R234
1k
C
E
3k2
10k
R115
0.82
Q110
2N3904
R142
R143
2W
100
1k2
R179
56k
Q117
H945
D115
1N4148
C219
0.1µ
250V
C
R114
22
1/2W
C1213
R140
3k9
E
R147
100
R231
24k
1/2W
Q202
R235
2.4k
1/4W
C698
W101
L105
H−LIN
R109
180
1/2W
C107
1000P
1kV
C108
0.33
250V
PPN
L106
????
C124
115µ
250C
MPP
C699
220µ
16V
D120
SM−3−15
R515
4.7
1/2W
220µ
16V
R699
R182
270k
B
R183
18k
B
Q105
5048
ZD102
12A2
R233
1k
Q109
2N3904
150
C
E
R145
1k
Q669
D558
D107
31DF6
Q206
BF423
B
C225
1000P
50V
VR699
C105
6800P
1kV
C125
0.022µ
630V
PPS
C106
6800P
C148 47µ 16V
630V
Q111
IRF630
C131 560P
C
E
Q108
2SC1213
R144
NC
10k
H−CENTER
C110
0.22µ
250V
MPS
+12V
−12V
Q104
H945
R112
22k
R164 430k
B
D106 1N4148
R244
NC
R102
C
E
C125
120P
R145
0.68
5W
+12V
R111
10k
1/2W
2SA1306
2k2
Q698
B649
Q205
R698
150
C109
250V
MPS
D699
BYT520
L107
20µH
D104
BY329
L103
42µH
RL101
NC
CON
NO
R110
220k
1µ
H−CENTER BC
D698
BYT520
T699
3
2
1
4
8 5
# N O T E : N C M E A N S " N O T C O N N E C T E D O N P C B B O A R D "
12 11
10
R175
10k
9
7
6
D502
1N4935
R505
10
1/2W
JUMPER
R508
300k
1/4W
C505
1µ
350V
Q503
BF423
R511
1M
R737
100
R739
100
VR701
10k
R738
100
A L L R E S I S T O R S 1 / 8 W A T T , 5 % U N L E S S N O T E D .
A L L R E S I S T O R V A L U E S I N O H M S U N L E S S N O T E D .
A L L C A P A C I T O R S 5 0 V O L T U N L E S S N O T E D .
A L L C A P A C I T O R V A L U E S I N µ F U N L E S S N O T E D .
F501
VR503
50k
R510
91k
1/4W
D504
1N4148
B
F.B.T
HV
G4
G2
+12V
E
C
−12V
T104
Test Condition
Horizontal Frequency = 31.5KHz
Vertical Frequency = 60Hz
Resolution = 640*480
Pattern = full white
VR504
R502
C501
0.1µ
100V
50K (FOR OSD)
C503
220
16V
R524
8k2
R514
10k
ROTATION CIRCUIT
Q708
2N3904
R740
100
Q709
2N8908
10k
R501
10k
1k
C502
2.2µ
50V
VR501
10k
D501
1N4148
Q504
A733
R523
10k 1/4W
D505
1N4148
R513
10k
ZD502
9C1
ROTATION COIL
W704
33µ
VR502
10K
R509
100
R505
100k
C510
50V
R522
6.8k
1µ
Q501
A733
R504
390
+12V
TCO
H−BLK
+12V
G1
GND
H1
70V
SHEET−1
SHEET−1
TO SHEET 4 (W405)
1
TO CPU PIN 35
SHEET−2
−12V
FROM POWER
SHEET−1
SHEET−2,4
SHEET−2,4
SHEET−2
SHEET−2
SHEET−2
5V
VS
HS
SDA
SCL
GND
TO W402
CLAMP
H (TTL)
V (TTL)
GND
ABL
HS
VS
SDA
SCL
W702
SHEET−2,4
SHEET−2,4
Page 9
1
SK301
IX−0343−P
L
90V
TO
264V
P1
SHEET−2
F301
T3.15A/250V
R341
330
1/4W
R301
1M
1/2W
L305
C329
0.47µ
250V
C328
330µ
16V
R339
20k
1/4W
R340
1/4W
TH302
SCK054
T302
SW301
A
Q309
A673
1k
D316
1N4002
RL301
RF2005
RF2005
D306
1N4002
R302
15k
2W
R303
15k
2W
D304
D303
D301
RF2005
D302
RF2005
R343
360k
1W
L307
C301
150µ
400V
R346
JUMPER
C302
0.01µ
500V
D305
1N4937
R304
33k
5W
2
Test Condition
Horizontal Frequency = 31.5KHz
Vertical Frequency = 60Hz
Resolution = 640*480
Pattern = full white
C307
0.1µ
50V
DEGAUSSING
R313
36k
1/4W
TH301
310
0.1µ
50V
W301
COIL
C305
0.1µ
50V
ZD303
HZ18−2
R319
1/4W
R317
180
1/4W
ZD301
HZ15−2
IC301
C311
100V
C309
100P
50V
5
VREF
VCC OUT GND
CS3842A
COMP INV CT ISEN
1827364
2200P
47
C306
470P
50V
1N4148
R311
330
1/4W
C304
100µ
25V
D309
R318
10k
1/4W
R306
1
1/4W
L301
JUMPER
L302
JUMPER
R307
1
1/4W
Q301
2SK1507
R308
1
1/4W
D307
1N4935
R305
1k
5W
R309
1/4W
C303
220P
1kV
R310
1
1
1/4W
D310
R315
470
1/4W
1N4148
R314
47
1/4W
C331
4700P
400V
C330
4700P
400V
C312
R316
A
0.01µ
100V101/4W
H−SYNC
FROM FBT
SERWIS ELEKTRONIKI SERWIS ELEK
5
4
K
A
Page 10
−
12V
D
R304
33k
5W
7
D311
1N4936
13
C313
100µ
35V
105C
9
C314
1000P
500V
D312
FUF5404
D313
30DF2
R320
10
2W
HS302
C315
470µ
63V
105C
C319
470µ
25V
105C
C316
470µ
63V
105C
6
7
8
4
1
12
11
15
14
L304
D317
1N4002
+70V
+45V
−12V
SHEET−3
SHEET−3
SHEET−3
TO D706
SHEET−2
10
W
1N4937
K
A
TL431CLP
D309
1
1
B
IC303
C325
0.01µ
100V
IC302
4N35
R334
91k
1/4W
R322
1k
1/4W
R329
1/4W
Q303
B857
EBC
R323
560
1/4W
C
Q304
B
C945
E
Q305
B857
EBC
1k
R329
750
1/2W
C
Q307
B
C945
E
HS303
10
11
16
11
VR301
500
R336
3.83k
1/4W
D314
30DF2
30DF2
C334
220P
500V
D315
R344
JUMPER
C322
1000µ
16V
105C
HS303
R338
470
1/4W
C320
1000µ
16V
105C
R325
16.2K
1/4W
R327
100
1/4W
C321
R333
1/4W
4.7µ
50V
100
C324
4.7µ
50V
R325
1k
1/4W
R332
1/4W
R325
10k
1/4W
1k
R331
R331
1/4W
1/4W
10k
10k
R324
3.3k
1/4W
B
R330
5.1k
1/4W
C
Q305
C945
E
C
Q308
B
C945
E
R345
JUMPER
+8V
+8V
SHEET−3
2
OFF
TO R730
SHEET−2
SHEET−3
OFF/SUSPEN
B
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