Text preview for : Philips - CP90.pdf part of Philips CP90 Philips - CP90
Back to : Philips - CP90.rar | Home
CHANNEL SELECTOR
3002 10 2002 150µ 16V +12 6 16 M 17 10
IF AMPL.+DET. +AGC. +AFC.
+22 2036 150µ 16V 3036 10 +12 2037 22n/63V 1) 9259 22 16 B12 5261 1) 9260 C14 3259 2k C13 2259 100p 100V 3260 3261 470 560 1262 5259 10µH 3262 510
15 2260 22n/63V
TOR CHROMINCJI+LUMINACJI
1270 3 28
8.6V
3273 1k2 1 4 5271 2 64µs 3 3271 330 2271 22p 100V 3272 330 2274 10n 63V 3274 1k 2M2 +163 3M1 4M1 +12b
WZM. RGB
1L2 3L2 +163 4L1 3L1 +12b 2M1 5L1 7446 BF483
2.5V
2.7V
1002
1040-2A 12
9
19V
12.5V
8
18 2263 100n/63V 3263 510
2264 4µ7 63V 10 Y 2265 100n 63V -0
3264 220
2267 2~22p 1267
3270 390
2270 10n/63V
5270
+163 3446 12k
130V
3447 1k5
SEE SERVICE MANUAL REMARKS
1.6V
14 2266 100n 63V 10V 10V 24 23
8.867238MHz
16
17
10V
10V
2.6V
2.6V
26
25
22
21
7260 TDA3561A
G 5 4
C11 A15 C50 11 2279 1µ 63V
1.1V
21 G BURST 8.86MHz DIV :2 B-Y B MATRIX G MATRIX R MATRIX B 16
2.8V
1M1
6L1 3440 3k3
2450 270p 100V 3441 2k2
+12B 6450 1N4148 1.9V 3451 1k1 3450 22 3449 750 3452 1k +163 3426 12k 3427 1k5 +12B 3431 1k1
2L4
S16 3 B 9 G 7 R 5 4 3474 1k5 5473 3473 1 2475 33n 630V 6 8 1
20 G-Y MATRIX
0° 180°
G 14
2.8V
6M1
1L1 3420 3k3 3421 2k2 3401 3400 680 3402 3k3 1k5 2430 270p 100V +12b 3470 4k3
2.6V
7
8
10
11
15
15 11
20
19 18
13
17
A16 3490 6k8
7 2295 10µ 63V 6 6490 1N4148 2278 22n 63V
0.8V
2.5V
7426 BF483
130V
6430
1.9V
1990
19 H/2 FF H/2 R-Y R 12
2.8V
2003 2004 2006 2007 1µ 1µ 1µ 470n 63V 63V 63V 63V
5M1
2L1
3430 22
+95 3009 4k7 3010 4k7 2010 1n5 100V 6010 ZTK33B CVBS SWITCH
3429 750 3432 1k
8
1.8V
5
4.9V
4
4.8V
2
2.3V
27
1
12.5V
9
0V
17
6.8V
15
6.8V
13
6.8V
20
10.2V
18
19 2291 100n 63V
10.2V 10.2V
3280 1k
2281 2µ2 63V 2282 220n 63V 2283 270n 63V
+12b 3283 680k 2276 22n 63V 2275 220µ 16V 3275 10 +12 3284 75
2287 2286 2285 2290 2292 100n 100n 100n 100n 100n 63V 63V 63V 63V 63V 3287 3286 3285 3290 3292 75 75 75 330 330 3291 330
+12b
V VARI
AUDIO
V AFC
CVBS
CVBS
CVBS
VHFa
VHFb
7472 BC558 3472 2.5V 2.5V 1k 7406 BF483 3471 1k1 3410 22 2410 270p 6430, 6410 100V 2 x 1N4148
+163 3406 12k 3407 130V 1k5 +12B 6410
1.9V
3475 1k5
~
3411 1k1 3412 3409 1k 2L2 750
+163 4L2 1L3 25kV
UHF
BL B17 A18 B19 C20 C21
B C22
G C23
R C24
R C25
B
G B28 B29 B30
0V
A1
A2
A3
A4
A61
A5
C6 C7
C8 C9
A10
C26 C27
B54
B31
B32
A+B
RGB BLANKING SCART STATUS RGB BLANKING AUDIO CVBS AUDIO UWAGA: 1) -NIE WYSTPUJE W MODELU PAL/SECAM. C33 C8 C34 C35 A36 C22 B C23 G C24 C20 R C9 CVBS A37 C7 A43 C25 C27 C26 C21
SOUND 7101 TDA8190
2107 4p7 100V 3101 270k 1
8M13 1M13 2M13 5M13 6M13 7M13 3M13
2103 4µ7 63V 2101 2102 22n 470µ 63V 25V
6100 BAX14
+22 6102 BAX14 3132 82 1 3
1750
8T13 1T13 2T13 5T13 R 6T13 G/V 7T13 3T13 3103 560
7
5108
8
BU5
+12 3518 680
B BLANKING C6
7512 4V BC548 3512 22k 3511 100k
3513 10k 3514 20k
TXT-DECODER
AUTO INTER SDA 2T14 SCL 1T14 CVBS 4T13 3T14 +12 4T14 5T14 6T14
2 3104 560 3 2104 10n 63V 17 3111 15k MUTE 3113 15k 2111 120n 100V 2115 220n 63V 3115 2R2 2113 470µ 100V 2
1103 5.5MHz
7514 BC548
2M14 1M14 4M13 3M14
4M14 5M14 6M14 3642 150 B47 4 5642
0.6V
2112 10n 63V
2M16
4 1M16
+12 2502 1µ 63V 3501 6k2 3502 6k2 7516 BC548
5 6 5 16
9 2523 47n 63V 2522 1µ 63V
10 11 2124 10n 63V
12 3121 1k5 3122 1k5
13 14
20 2118 1µ/63V
19
5995
3517 6k2 A44 A45 B46 C11
+12
A38 6106 1N4148 B40 7106 BC558
2105 100n 63V
3114 2114 910 3103 2µ2/63V +12
3M16
3515 68
3516 3k3
B48 +12b
A49
C50
C13
C14
3107 47k 2503 4n7 100V
2521 1µ 63V
7521 BC558C 3521 330k
7520 BC548C 3520 330k 2109 1µ 63V 3109 6k2
1102 MUTE PANEL
6508 3508 1N4148 3509 3507 10k 100k 5k6 7508 3504 BC548B 10k 2508 6509 1n 1N4148 2506 22n A42 3506 820
BU2
3525 75
BU3 BU4
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
1310
1M8 1C8
2M8 2C8
3M8 3C8 +12b
4M8 4C8
2M9 2C9
3M9 3C9
9M9 9C9
5M9 5C9 LUM
2509 10n
3505 560
7510 BC558B
CHROM CVBS SOUND SWITCH
SCART CONNECTOR SECAM TRANSCODER
AUDIO C34
2510 180n
6510 3510 1N4148 47k
A41
C33
C35
SCHEMAT C
4-7101 340mV 2V 14 15 16 17 2.6V 390mV 2.6V 110mV 2.6V 76mV 1.5V 18 420mV 2.1V 19 3.1V 2.1V 20 3.1V 2.1V 21 3.1V 1.7V 22 1.9V
CP90
1040-2B
SYNCHRONZACJA
8 3055 G 15625Hz HOR REF. REF. ORRIZ BURST KEY 6 15625Hz TRANSM IDENT GATE SOGLIA
0.4V 13V
C30 1M2 2036 150µ 16V +22 24 5M6 B55 +95 2697 47µ 25 +95 3629 5k6 3627 18k 5629 3 7619 BUT11A 3628 430k 6M6 2037 3036 22n 4R7 63V +12
C29 3M2 5620 6
C32 C31
C54
C17 B53 C28
B60
ODCHYLANIE POZIOME
4M2 8 +22 3495 20k 2495 33n 100V 3623 6623 8R2 BYD33J 2623 22µ 250V
12
7
95V 15V
5
95V
7
0.8V
32 HOR. DEFL.
1 5611 2611 470n 5608
7.2V
+163 (163V)
G 50Hz
j
50Hz + 3050 3038
23 G 5
1.7V
C19 C48 B55
2629 180n 1 3 +22 3619 100V 2 4 68 3633 7630 29V 3630 6k8 BF483 68 2632 560p 5 2630 63V 4 330p 3632 100V 5k6
0.2V
2 2610 2619 8n2 95V 1n5 250V 9 6610 BYD33M 1 10
9
1M6
4M6 3611 1k
2608 4µ7 34 3600 33 8R2 5600 +12 (13.5V) +12d 7601 BC636
KOREKCJA
6609 BYD33G 2609 39n
30 2
3638 1
6638 BYD33G
14V
6.2V
5638
3601 680
5.6V
2600 22p/100V
3597 22k
0.6V
16
3.7V
14
0V
1
1V
3
0.6V
2
6.1V
15 11
3639 1 31 1640 T500mA 3
2638 2637 470µ 470p 16V 500V
2596 82n 100V
2601 4µ7 63V 3594 100k 2594 68n 63V B60
7600 BC548C
3497 3M9 C12 C40 A63 B51 B52 B53
3598 4k7
3595 100k
4
C47 B57
ROZMAGNESOWANIE
SK1 2M20 1652 T2A 2656 5653 15p 3653 100V 1k 2652 470n 3654 1M20 1k 2655 15p 5655 3655a +t 1M17 5990 2M17 3657 4R7 3655b +t 2657 2n2 6657 - 2661 33n 630V 3660 82k 6658 2658 2n2 3661 680k 2671 3µ3 2.1V 63V 3672 390 13 3673 100 12 7673 BC547 5674 7674 BC328 6674 BAX14 6675 BAX14
4x 1N4148
ZASILACZ
2690 470p/500V 5763 12 1690 T400mA 2691 330µ 6690 8 BYD33D 40V 16 +6 2726 3727 470p/500V 180
8.5V
SCHEMAT B
+6 3728 6k8
5.2V 4.5V 5V
3659 82k
2659 2n2 ~ 6659 + 6660 2660 2n2 +280 (290V) 2663 100µ +280 6 7677 2678 11 BUT11AF 470p 2680 680p 2679 1n
5.3V 6679 BYD 33G
+22 (19.5V) (3.5V )
ODCHYLANIE PIONOWE
~
3726 11 47
11.5V
6727 BAV21
5.5V
+280 3663 5654 100V 3662 330k 3652 360k 7.8V/11V 3665 4M7 4R7 5 6665 3671 1N4148 4 56k 7669-2A 3669 CNX62 470 6664 3668 2668 9 1N4148 6666 3666 4k7 430 1% 68n BZX79-F11 9 3664 63V 750 1% 8 10 6667 2 1 1N4148 3670 22 6670 1N4148
3667 22 1%
4
2703 10 330µ/25V 8.5V 6 6695 15 BAW95B 13 2695 2n2 7 17
7727 6726 BC556 SF2D41
11.5V
3729 4k7
2729 6µ8 63V
0V
2733 470p 63V 6733
A56
+163 3571 18k
+95 2577 22n/250V 7571 BD939F 3577 1k3 3585 3k9
2704 2n2/63V 6696 BT151-500R 14.5V
11V
B57 5697 6700 BZX79-C15 6697 6698 6699 BAV19 +95 95V 22V
45V
6572
45V
BAV20
1.9V
2696 47µ
3574 27 22
VERT. DEFL. 1M7
4.1V
29
44V
3584 12k SK20
2675 68n 63V
6676 1N4148 6677 1N4148
3679 180
3694 6694 10
2700 4µ7 63V
BZX79 BZX79 BZX79 F36 F33 F33 +6 3730 220 7732 3734 BC558 100 6731 3733 BZX79 82 F5V6 6732 BZX79 C4V7 7730 BD943 2730 22µ 40V
5.7V
44V 3M7 6574 6573 BAV20 BAV20
3575 24k
9 8 2 1
2667 33n
3675 47 1%
BAX14 2694 100µ 18 25V
7669-2B 6730 1 CNX62 1N4148 2 3731 120
3572 390 28 3570 100
45V
3573 22
43V
2572 1n5
3576 20k
3578 200
2578 10µ 3579 63V 2k7
1580 T160mA 2580 220µ 100V
0V
3583 82k
13.2V
2682 33p 7 3 3680 4M7 1% 3681 4M7 1%
7 2677 680n 100V 3677 82 3 2699 10n 63V
3696 31k6 3699 2k
10.3V 3701 160 12.5V 6701 3703 1N4148 91k
7701 BC548B 3700 6702 1k BZX79 F6V2
7702 BC548B 3704 180k
POWER FAIL A58 3735 2735 10k RESET 220n 63V A59 4.9V 0V 7737 3732 3736 BC548C 10k 6k8
4.8V
B52 3569 1k B51
7573 BD939F 3581 6k8 26
3580 100
3582 3R3 C46
A+C
0V 76V 0V 1 0V 4 110V 120V 6 140V -24V 8 44V 3V 9 14V 0V 11 540V -2.8V 12 5.6V 0.4V 23 9.6V 640mV 26 840mV 40V 29 6.6V 95V 32 80V
800V 0V 2 0.3V 5
0.6V 18V 7
33V -24V 8
28V 8V 10
11V 0V 11
360V -7V 13
4V 0V 24
800mV 22V 27
33V -100V 30
120V 6.4V 33
860mV
2.5V -1.5V 3 110V 6
210V -18V 7
22V 16V 9
22V -2.8V 10
7.6V 4V 12
4.6V -2.2V 13
3V 0V 25
7.6V 0V 28
1V 64V 31
76V 5.4V 34
3.2V
OTVC Philips - chassis CP90 strona 2/2
CHANNEL SELECTOR
3002 10 2002 150µ 16V +12 6 16 M 17 10
IF AMPL.+DET. +AGC. +AFC.
+22 2036 150µ 16V 3036 10 +12 2037 22n/63V 1) 9259 22 16 B12 5261 1) 9260 C14 3259 2k C13 2259 100p 100V 3260 3261 470 560 1262 5259 10µH 3262 510
15 2260 22n/63V
TOR CHROM
3 28
8.6V
2.7V
1002
1040-2A 12
9
19V
12.5V
18 2263 100n/63V 3263 510 10 Y 2265 100n 63V -0
8
2264 4µ7 63V
3264 220
1.6V
14 2266 100n 63V 10V 10V 24 23
G 5 4
C11 A15 C50 11 2279 1µ 63V
1.1V
BURST
7
8
10
11
15
15 11
20
19 18
13
17
A16 3490 6k8
7 2295 10µ 63V 6 6490 1N4148 2278 22n 63V
0.8V
2003 2004 2006 2007 1µ 1µ 1µ 470n 63V 63V 63V 63V
H/2
+95 3009 4k7 3010 4k7 2010 1n5 100V 6010 ZTK33B CVBS SWITCH
8
1.8V
5
4.9V
4
4.8V
2
2.3V
3280 1k
2281 2µ2 63V 2282 220n 63V 2283 270n 63V
+12b 3283 680k
V VARI
AUDIO
V AFC
CVBS
CVBS
A1
A2
A3
A4
A61
A5
C6 C7
C8 C9
CVBS
VHFa
VHFb
UHF
A10
B17
A18
B19
A+B
RGB BLANKING SCART STATUS RGB BLANKING AUDIO CVBS AUDIO UWAGA: 1) -NIE WYSTPUJE W MODELU PAL/SECAM. C33 C8 C34 C35 A36 C22 B C23 G C24 C20 R C9 CVBS A37 C7 A43 C25 C27 C26
8M13 1M13 2M13 5M13 6M13 7M
1750
8T13 1T13 2T13 5T13 R 6T13 G/V
7T1
+12 3518 680
B B
4V
7512 BC548 3512 22k 3511 100k
3513 10k 3514 20k
TXT-DECODER
AUTO INTER SDA 2T14 SCL 1T14 CVBS 4T13 3T14 +12 4T14 5T
7514 BC548
2M14 1M14 4M13 3M14
4M14 5M
+12 2502 1µ 63V 3501 6k2 3502 6k2 7516 BC548
3517 6k2 A44 A45 B46 C11
+12
36 15 B47
3515 68
3516 3k3
B48 +12b
A49
C50
C1
BU2
3525 75
BU3 BU4
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
1310
1M8 1C8
2M8 2C8
3M8 3C8 +12b
4M8 4C8
2M9 2C9
3M9 3C9
CHR CVBS
SCART CONNECTOR SECAM TRANSCODER
SCHEMAT C
340mV 2V 14 15 16 17 2.6V 390mV 2.6V 110mV 2.6V 76mV 1.5V 18 420mV
1040-2B
SYNCHRONZACJA
8 3055 G 15625Hz HOR REF. REF. ORRIZ BURST KEY 6 12 24 B55 +95
13V
2036 150µ 16V +22
2037 3036 22n 4R7 63V
+12
ODCH POZIO
R CHROMINCJI+LUMINACJI
1270 1 2267 2~22p 1267 3270 390 2270 10n/63V 5270 4 5271 2 64µs 3
3273 1k2
WZM. RGB
1L2
3272 330 3271 330 2271 22p 100V
3264 220 14 2266 100n 63V 10V 24 23
8.867238MHz
16
2274 10n 63V
3274 1k
2M2 +163 3M1 4M1 +12b
3L2 +163 4L1 3L1 +12b 5L1
+163 3446 12k
130V
17
7446 BF483
2.5V
3447 1k5
SEE SERVICE MANUAL REMARKS
10V
10V
2.6V
2.6V
26
25
22
21
7260 TDA3561A
2M1
21 G 8.86MHz DIV :2 B-Y B MATRIX G MATRIX R MATRIX B 16
2.8V
1M1
6L1 3440 3k3
2450 270p 100V 3441 2k2
+12B 6450 1N4148 1.9V 3451 1k1 3450 22 3449 750 3452 1k +163 3426 12k 3427 1k5 +12B 3431 1k1
2L4
S16 3 B 9 G 7 R 5 4 3474 1k5 5473 3473 1 2475 33n 630V 6 8 1
20 G-Y MATRIX
0° 180°
G 14
2.8V
6M1
1L1 3420 3k3 3421 2k2 3401 3400 680 3402 3k3 1k5 2430 2.6V 270p 100V +12b 3470 4k3
2.5V
7426 BF483
130V
6430
1.9V
1990
19 FF H/2 R-Y R 12
2.8V
5M1
2L1
3430 22
3429 750
27
1
12.5V
9
0V
17
6.8V
15
6.8V
13
6.8V
20
10.2V
18
19 2291 100n 63V
10.2V 10.2V
+12b 3283 680k 2276 22n 63V 2275 220µ 16V 3275 10 +12 3284 75
3 n V
2287 2286 2285 2290 2292 100n 100n 100n 100n 100n 63V 63V 63V 63V 63V 3287 3286 3285 3290 3292 75 75 75 330 330 3291 330
+12b
7472 BC558 3472 2.5V 2.5V 1k 7406 BF483 3471 1k1 3410 22 2410 270p 6430, 6410 100V 2 x 1N4148
3432 1k +163 3406 12k 3407 130V 1k5 +12B 6410
1.9V
3475 1k5
~
3411 1k1 3412 3409 1k 2L2 750
+163 4L2 1L3 25kV
BL C20 C21
B C22
G C23
R C24
R C25
B
G B28 B29 B30
0V
C26 C27
B54
B31
B32
C27
C26
C21
SOUND 7101 TDA8190
2107 4p7 100V 3101 270k 1
3 6M13 7M13 3M13 6T13 G/V 7T13 3T13 3103 560
2103 4µ7 63V 2101 2102 22n 470µ 63V 25V
6100 BAX14
+22 6102 BAX14 3132 82 1 3
7
5108
8
BU5
B BLANKING C6
2 3104 560 3 2104 10n 63V 17 3111 15k MUTE 3113 15k 2111 120n 100V 2115 220n 63V 3115 2R2 2113 470µ 100V 2
+12 4T14 5T14 6T14
1103 5.5MHz
4M14 5M14 6M14 3642 150 B47 4 5642
0.6V
2112 10n 63V
2M16
4 1M16
5 6 5 16
9 2523 47n 63V 2522 1µ 63V
10 11 2124 10n 63V
12 3121 1k5 3122 1k5
13 14
20 2118 1µ/63V
19
5995
+12
A38 6106 1N4148 B40 7106 BC558
2105 100n 63V
3114 2114 910 3103 2µ2/63V +12
3M16
C50
C13
C14
3107 47k 2503 4n7 100V
2521 1µ 63V
7521 BC558C 3521 330k
7520 BC548C 3520 330k 2109 1µ 63V 3109 6k2
1102 MUTE PANEL
6508 3509 3508 1N4148 3507 100k 10k 5k6 7508 3504 BC548B 10k 6509 2508 1N4148 1n 2506 22n A42 3506 820
M9
3M9 3C9
9M9 9C9
5M9 5C9 LUM
2509 10n
C9
3505 560
7510 BC558B
CHROM CVBS SOUND SWITCH
AUDIO C34
2510 180n
6510 3510 1N4148 47k
A41
C33
C35
4-7101 420mV 2.1V 19 3.1V 2.1V 20 3.1V 2.1V 21 3.1V 1.7V 22 1.9V
CP90
C30 1M2
C29 3M2 5620 6
C32 C31
C54
C17 B53 C28
B60
ODCHYLANIE POZIOME
4M2 8 +22 3495 20k 2495
5M6 +95
6M6
7
95V 15V
HOR REF. REF. ORRIZ
BURST KEY 6 15625Hz
0.4V
24 B55 +95
TRANSM IDENT
GATE SOGLIA
7
0.8V
25 +95
3629 5k6 +22 C19 C48 B55 2630 330p 100V 5 4 3630 68
3627 18k 5629 3 3 4 2632 560p 63V 3632 5k6
761 BUT1 3619 68
G 50Hz
j
50Hz + 3050 3038
23 G 5
1.7V
2629 180n 1 100V 2 3633 7630 29V 6k8 BF483
0.2V
16
3.7V
14
0V
1
1V
3
0.6V
2
6.1V
15 11
3497 3M9 C12 C40 A63 B51 B52 B53
ROZMAGNESOWANIE
SK1 2M20 1652 T2A 2656 5653 15p 3653 100V 1k 2652 470n 3654 1M20 1k 2655 15p 5655 3655a +t 1M17 5990 2M17 3657 4R7 3655b +t 2657 2n2 6657 - 2661 33n 630V 3660 82k 6658 2658 2n2 3661 680k 2671 3µ3 2.1V 63V 3672 390 13 3673 100 12 7673 BC547 5674 7674 BC328 6674 BAX14 6675 BAX14
4x 1N4148
ZASILACZ
2690 470p/500V 5763 12 1690 T400mA 2691 330µ 6690 8 BYD33D 40V 16 +6 2726 3727 470p/500V 180
8.5V
3659 82k
2659 2n2 ~ 6659 + 6660 2660 2n2 +280 (290V) 2663 100µ +280 6 7677 2678 11 BUT11AF 470p 2680 680p 2679 1n
5.3V 6679 BYD 33G
+6 3728 6k8
5.2V 4.5V
~
3726 11 47
11.5V
6727 BAV21
5.5V
+280 3663 5654 100V 3662 330k 3652 360k 7.8V/11V 3665 4M7 4R7 5 6665 3671 1N4148 4 56k 7669-2A 3669 CNX62 470 6664 3668 2668 9 1N4148 6666 3666 4k7 430 1% 68n BZX79-F11 9 3664 63V 750 1% 8 10 6667 2 1 1N4148 3670 22 6670 1N4148
3667 22 1%
4
2703 10 330µ/25V 8.5V 6 6695 15 BAW95B 13 2695 2n2 7 17
7727 6726 BC556 SF2D41
11.5V
3729 4k7
2729 6µ8 63V
2704 2n2/63V 6696 BT151-500R 14.5V
11V
1.9V
2696 47µ
6700 BZX79-C 6697
2675 68n 63V
6676 1N4148 6677 1N4148
3679 180
6
3694 6694 10 BAX14 2694 100µ 25V
2700 4µ7 63V
BZX79 B F36
9 18 8 2 1
2667 33n
7669-2B 6730 1 CNX62 1N4148
3675 47 1%
373 22
2682 33p 7 3 3680 4M7 1% 3681 4M7 1%
7 2677 680n 100V 3677 82 3 2699 10n 63V
3731 2 13.2V 120 10.3V 3701 373 160 12.5V 6701 3703 10 3696 1N4148 91k 31k6 67 3699 BZX 7701 7702 2k F5V BC548B BC548B 3704 3700 6702 180k 1k BZX79 F6V2
0V 76V 0V 1 0V 4 110V 120V 6 140V -24V 8 44V 3V 9 14V 0V 11
800V 0V 2 0.3V 5
0.6V 18V 7
33V -24V 8
28V 8V 10
11V 0V 11
2.5V -1.5V 3 110V 6
210V -18V 7
22V 16V 9
22V -2.8V 10
7.6V 4V 12
OTVC Philips - chassis CP90 strona 2/2
5M6 +95
6M6 2697 47µ
7
95V 15V
3495 20k 2495 33n 100V 3623 6623 8R2 BYD33J 2623 22µ 250V
5
95V
32 HOR. DEFL.
627 8k 3
7619 BUT11A 3619 68
0.2V
2 2610 2619 8n2 95V 1n5 250V 9 6610 BYD33M 1 10
3628 430k
1 5611 2611 470n 5608
7.2V
+163 (163V)
9
3 4
1M6
4M6 3611 1k
2608 4µ7 34 3600 33 8R2 5600 +12 (13.5V) +12d 7601 BC636
KOREKCJA
632 60p 3V 632 k6
6609 BYD33G 2609 39n
30 2
3638 1
6638 BYD33G
14V
6.2V
5638
3601 680
5.6V
2600 22p/100V
3597 22k
0.6V
3639 1 31 1640 T500mA 3
2638 2637 470µ 470p 16V 500V
2596 82n 100V
2601 4µ7 63V 3594 100k 2594 68n 63V B60
7600 BC548C
3598 4k7
3595 100k
4
C47 B57
SCHEMAT B
+22 (19.5V) (3.5V )
ODCHYLANIE PIONOWE
5V 0V
2729 6µ8 63V
2733 470p 63V 6733
A56
+163 3571 18k
+95 2577 22n/250V 7571 BD939F 3577 1k3 3585 3k9
B57 5697 6700 BZX79-C15 6697 6698 6699 BAV19 +95 95V 22V
45V
6572
45V
BAV20
3574 27 22
VERT. DEFL. 1M7
4.1V
29
44V
3584 12k SK20
BZX79 BZX79 BZX79 F36 F33 F33 +6 3730 220 7732 3734 BC558 100 6731 3733 BZX79 82 F5V6 6732 BZX79 C4V7 7730 BD943 2730 22µ 40V
5.7V
44V 3M7 6574 6573 BAV20 BAV20
3575 24k
3572 390 28 3570 100
6730 N4148 3731 120
45V
3573 22
43V
2572 1n5
3576 20k
3578 200
2578 10µ 3579 63V 2k7
1580 T160mA 2580 220µ 100V
0V
3583 82k
3703 91k
POWER FAIL A58 2735 3735 220n 10k RESET 63V A59 4.9V 0V 7737 3732 3736 BC548C 10k 6k8
4.8V
B52 3569 1k B51
7573 BD939F 3581 6k8 26
3580 100
3582 3R3 C46
A+C
540V -2.8V 11 12
5.6V 0.4V 23
9.6V 640mV 26
840mV 40V 29
6.6V 95V 32
80V
360V -7V 11 13
4V 0V 24
800mV 22V 27
33V -100V 30
120V 6.4V 33
860mV
4.6V -2.2V 12 13
3V 0V 25
7.6V 0V 28
1V 64V 31
76V 5.4V 34
3.2V
/2