Philips 6CM3209 Schematic
Z
Z
Z
V
H
U
Z
L
V
H
O
H
N
W
U
R
Q
L
N
L
F
R
P
S
O
Z
Z
Z
V
H
U
Z
L
V
H
O
H
N
W
U
R
Q
L
N
L
F
R
P
S
O
T
T
MAINS
INPUT
220V
1
2
3
2191
1n
2192
1n
1208
T2A
BRN
YEL/GRN
SHIELD
BLU
1
2
M101
M101
2187
1n
2185
1n
3186
330k
2183
470n
5102
LINE
FILTER
5105
2188
1n
2186
1n
2189
470n
LINE
FILTER
M103
M103
1
2
MAINS
SWITCH
SK1
M105
M105
1
2
3102
NTC
~
~
+−
6101
61026103
6104
1N5061 x 4
P123
P123
M107
M102
1
2
M102
5103
DEGAUSSING
COIL
3150
NTC
3101
PTC
1
2
3
2104
47n
2116
100n
2108
100µ
3103
390k
3104
390k
3105
22k
2109
47n
6106
RGP10J
6107
RGP10J
8
6
2112
220p
7101
2SC3679
178.36AC
41
40
43
3106
68
3154
82
2113
100n
6110
1N4148
6108
1N4148
3120
24
5104
12µ
7106
BD434
0V17
0V17
0V15
0V92
6109
RGP15D
6117
6117
RGP10J
3153
20k
3110
2R
0V
0V58
7102
BC337
−40
7107
BC337
−40
3152
27
3107
R43
3108
R43
3109
R43
42
45
44
31122k31131k3114
680
6114
1N4148
6111
BZX79
C9V1
2115
15n
3117
1k
6115
1N4148
3151
33
0V17
0V58
0V65
2117 470µ
2111 470µ
3119
8R2
6116
SB140
7108
BC638
0V24
1V16
3118
1k
7105
BC337
−40
21141µ3111
470
3115
47
4
5
6V92
0V92
2102
4.7n
2103
4.7n
7103
CNX62A
1
2
13
15
12V62
11V82
3126
390
7125
BC547C
6V22
2135
47µ
3127
4.3k
2136
10n
6130
BZX79
C6V2
3136
2.7k
3132
2.2k
3131 (31.5kHz)
B+
470
M104
2
M104
1
6137
CQW10
1
3141
1.5k
2131
470µ
3130
1R5
2132
100µ
+12
13
2
7104
LM7812
2137
47µ
+21
2129
220p
6129
RGP15D
2128
470µ
6127
RGP10D
2127
220p
3139 24k
6134
BAV21
3138
B+ 10k
14
2134
220p
6131
SB140
6132
1N4148
6135
BZX79
F24
5124 100µ
3125
1k
2126
100n
+6
2133
1000µ
13
16
13
6125
RGP15J
2125
100µ
6128
RGP15J
3135
22k
12
11
3137
15k
2122
100p
2140
10n
A15
MODE−SW
3123
22k
7122
BF422
10
9
2121
100p
6121
RGP15J
6122
1N4004
0V
0V
94V27
87V5295V16
3122
22k
6124
RGP15J
3121
3.3k
2123
100µ
5121
180µ
5123
180µ
+75
+B
3124
100k
7123
BT151
7121
BDT60C
5101
POWER X'FORMER
94V56
POWER SUPPLY (PART OF MAIN PANEL) EMI PANEL
LED PANEL
1
2
X'FORMER
PART OF
5101
76V08
6105
SB140
6V85
37.8kHz 15V02 14V75
3129
13k
+87(31.5kHz)
+108.2(37.8kHz)
Monitor Philips
Monitor Philips
6CM3209/
00T/02T/05T/06T
6CM3209/
00T/02T/05T/06T
24kV
2703
470p
2702
680p
15k
3705
M704
1.5k
3704
5
M703
5
M306
M305 5M305 6M305
DEFLECTION YOKE
M701
1200
6701
BYD−33G
571
10
R
8
B
G
6
9
11
CRT PANEL
7.5µ
5701
+75B
3391
3348 10
68
3323
3301
R
100
3383
+75C
3368 1k
3367
33
22
1
11
M703 2M710 2M710
M303 2M303
G
cut
22k
3375
0V04
100k
10n
2339
0V08
4.7µ
5304
47
0V93
0V93
7308
2SC3950E
100
3324
G−GAIN
20
0V019
6
0V086
75
G
7
+75B
2
7312
0V37
0V38
G
−dB
1
M703
1
off
7322
7316
6V39
0V
G
+
80V9
2303
2302
12
2SC3953E
−
+6
3376
0V04
BF423
4V56
8
+75
2SC3953E
6313
6V72
3344 47
3343
3325
21
10µ
10µ
B
B−GAIN
12
0V
3315 4.7k
3312
5
6322
3349 103371 1k
47
3351
3357
0V29
B
16
B
+
−dB
15
+75B
3372
3382
+75C
22
47
−
3314
2
M306
10k
1N4003
B
5305
3346
3345
0V29
3316 10k
3313 1k
3
M303
2346
cut
22k
0V06
100k
+75B
10n
2341
0V06
3.3µ
0V93
6309
0V28
47
390
17
2.2k
6303
+12
5
2324
10k
3335
+75 +75
6302
1N4003
22µ
6323
1N4003
off
100k
3373
150k
3374
0V04
7321
6321
BF423
BAV21
6317
BAV21
3387
7318
2SC3953E
2344
4V59
5V39
6314
1N4148
0V
1N4148
68
3356
36
1k
3358
+12
10k
3328
0V
15
0V28
CLAMPING
14
1µ
0V97
2305
47
3320
0V97
1N4148
7303
BC548C
27k
3350
SUB−CONTRAST
3
M306
PANEL
PART OF
CONTROL
2.2n
2701
+75C
22µ
2337
4R7
3369
100k
+75B
150k
3377
100
3392
6319
BAV21
6316
BAV21
330k
3386
2343
220n
6V75
7317
2SA1538E
6308
2334
0V35
13
+12D
1N4148
3354
3355
39p
0V
19
10
2313 100n
9
68
68
3326
0V
3311 1k
4
VERT
3364
1V01
7309
2SC3950E
100
3327
82
18
0V03
7
2312
100n
10p
2353
75
3303
10p
2352
75
3302
1
M306
10
14
1N4148
0V36
390
10k
0V085
3
HOR
1
2
2
3
M709 1M709
M708 1M708
M703 4M703
4
M303 3M308 1M308 2M309 1M309 2M310 2M310
M303
R
R
+75B
22k
3378
100k
3384
+75C
10
3365
2338
1k
0V08
3366
7314
5303
2SC3953E
+12D
47
3362
8V2
+12D
0V93
10n
2331
10n
2336
10n
2322
3361 680
+12
6311
34
8V2
BZV85C
3319
27
0V93
7307
100
3321
R−GAIN
33
0V02
7301 LM1203N
11328 23
Vref
47µ
2319
11
0V0V0V
10n
2314
2317
100µ
3329 4R7
10µ
2328
+12
+6
+12
5
4
M307 1M307
M307
VIDEO PANEL
4
+6
+12
1
B
G
100k
3379
off
cut
150k
3381
0V04
0V05
7323
6318
BF423
BAV21
6315
BAV21
330k
3385
+75B
37
10n
2342
220n
2V65
6V24
6V37
7315
4.7µ
7311
0V37
2SC3950E
R
25
0V38
R
+
234
10k
3309
10k
3307
10k
3308
2304
+75
+75
2SA1538E
6312
1N4148
0V
+12D
6V49
35
2SC3953E
6307
1N4148
0V36
3352
68
3353
3342 47
39p
2333
390
3341
10k
3322
0V
24
26
0V35
−
−dB
5
0V
0V085
2311
100n
2309
100n
2308
100n
10µ
2301
10p
2351
10µ
33
2
M307 3M307 6M302 1M302 3M302 5M305 1M305 2M305
M307
6
3
M407
M407
M407 2M407 5M407 1M407
UWAGI:
1. Dla kineskopu M34KBV80X−ITC:
3541=150k
3547=39k
2. Dla kineskopu E8253B22 TC05ETHT:
3541=100k
3547=43k
3. Dla transformatora linii
2436232 2422=100p
4. Dla transformatora linii
MSU1FGV29 2422=470P
6
M301
15 pin "D"−SHEL L
CONNECTOR
100k
3318
M306 6M306
2326 1µ
3337 100k
2327
3339
1µ
3336
39
7V25
0V09
38
3393
330k
220n
7319
2SA1538E
5V40
2335
3359
1V97
0V23
3347
10k
3331
3330
+12
0V
7
2
M302
M302
SELF TEST
4
PART OF
4
220k
3338
4.7µ
100k
15k
7304
4.7k
3334
47k
3333
100
5 AND 14
HLH
10 INPUT SELECTED
9
L
TABEL A 1
7313
2SC3953E
47p
560
+12
82
7306
BC558C
1.5k
3333
10k
10k
3310
4
6
M302
M302
CONTROL
2391
BC639
2 AND 15
4 AND 11
H
H
6301
10k
1
6408
2423
3437 4R7
2418 2.2µ
1N4148
+12B
7404
3453
TV
2430
220p
6410
MUR4100
5.6n
2420
470p
***
2422
+21B
3533
+21B
3524 10k
+21C +21C
3513 220
3509
+21C
2504
10
3504
1V61
2 3 14 15
812
16 11
74LS123
4077
7403−4D
3404
7401
3465
21
82
2432
3452
6412
6
RGP15D
B+
2431
MUR4100
6409
15n
2424
3542
7506
47k
7505
PANEL
PART OF
CONTROL
1
M404
2
M404
3
M404
1.8k
3522
220
3521
V YOKE
4.7k
2508
220µ
6505
1N4003
0V48
330n
6504
1N4148
3.9k
3506
8.2k
3505
6503
1N4148
2502
100n
A8
8
2V21
4
9
3V59
5
2.7k
3472
9V87
11
=1
13
12
2V01
3
3.3k
2
3403
PH2369
15µ
5403
22
5405
220µ
100
47µ
UF5404
30
15k
BC557C
BC557C
3531
7503
4
M405
3
M405
0V7
15
32
2V86 20V7
43 2
6
2503
7
13
10
+12B
1.8k
3471
4
2V10
3405
2V02
10k
1
470
3448
12m
470
3449
82
3454
B+
470
3447
3451 1R5
+12
25
3441
3468
100k
3545
31.5kHz
10k
3544
2V19
2518
220n
0V63
0V3
0V63
5V63
10k
2.2k
3532
1
M403
2
M403
3
M403
15V66
BC328
9V86
16V28
3515 2.2k
29 27
3V73
1
9V84
12
PROT
G
G
5
0V008
4.7k
3507
6502
100n
A6
6402
1N4148
7405
BC558C
69
1V48
3V75
3414
51
3411
1V48
67
0V
22n
2402
100k
0V64
6416
1N4148
1V30
2.2k
3402
2426
220
2V41
22k
39k
3534
2516
4V19
2514
3514
2512
3512
0V63
7502
1N4148
4V72
47k
27k
2405
470n
13V58
2425
7411
6509
7507
1µ
7504
4700µ
1.2k
100µ
2R2
28
13
TDA1675
A9
3415
37.8kHz
1.5n
5404
120µ
2429
330n
2427
330n
13V52
7412
BU810
14V1
470n
6411
RGP10J
+21B
RGP10J
470n
10k
37.8kHz
470k
3546
2521
0V07
6.8k
3340
10µ
2
5.6k
150
3525
100
6507
1N4148
6508
1N4148
100
3518
220n
PATRZ
LOGIC
TABELA 1
6
3V77
3
*
820k
7508 4052
11V76
4R7
3562
A2
5
M403
4
M403
4
4.7k
M404
31.5kHz
3416
+12E
DO 3434
BC558C
3408
5V
+12B
2407
2435
6417
470
3418
BC558C
BC548C
3V59
3517
8
6V62
9
147
6V65
4V33
11
10k
3469
4V73
TV
+12C
+12
1V32
1V68
BZX79
BC338
47
6506
2509
+12B
22k
3412
2401
2527
2528
3563
2434
3445
C2V4
2511
1N4148
2507
+21C
+12
100µ
10n
6413
3535
2515
3519
3523
3516
47n
3541
3511
1µ
3413
15k
2.7n
7414
4R7
31
7512
2.7k
3557
4V82
680
3556
4V33
4.7k
3555
2522
100n
270k
3554
+21B
3553
100n
7513
BC548C
11V53
31.5kHz−HI
37.8kHz−LO
10k
2
0V007
6414
1N4148
37.8kHz−HI
31.5kHz−LO
0V007
4077
7403−4B
6
11V7
3464
+12C
0V8992V10
10
SWITCH
15 7 8 13
14
0V12611V71
0V
11 12
3V87
1
0V
5
0V
2
0V
4
16
10n
2519
2526
100µ
7514
BC548C
330k
3565
A1A4A7A9A10
5
M404
PART OF
CONTROL
2k
TV
82k
3070
100k
3432
560k
+21C
10n
2506
100µ
1000µ
5V1
2505
220µ
BZX79
2R2
3508
+21
6.8µ
2428
3561
BDT61
0V29
14V63
0V86
7511
2.2n
2524
3552
4.7M
2523
100n
3551
3549
4.7M
220k
3548
TV
31.5kHz
10k
0V02
7509
BC548C
10k
3559
6415
22k
3463
3
1
7403−4A
22k
3462
4
5
10k
480 LINES
3539
100k
3526
400 LINES
350 LINES
600 LINES
120k
3520
TV
3566
7V21
2529
0V54
A15
A10
PANEL
46µ
2436
+21B
2517
3550
3558
2462
2463
2461
4822 727 6406.
1N4148
120k
2R7
BC557C
1.2M
400 LINES
480 LINES
0V72
4077
220k
3538
3537
3536
100n
A15
DO POWER
100µ
4R7
CM3000 220V
22k
0.22µ
0.47µ
0.47µ
400 LINES
480 LINES
600 LINES
3547
220k
220k
220k
MODE−SW
A12 A14 A13 A16 A1 A16
10M
37.8kHz
A9
A11 A14 A15
A7 A10 A4
A11 A12 A13
A1, A4, A5, A7, A9, A10, A15
Typ Opis-par ametr y Odpowi edniki
Diody
1N4003 Si -Di; re ct. , uni ., 200V, 1A BY126. . .127, BY133. .. 134, 1N5614...22
1N4004 Si -Di; re ct. , uni ., 400V, 1A BY126. . .127, BY133. .. 134, 1N5616...23
1N4148 Si -Di; SS, 100V, 0. 2A, <4ns BAW62, BA W76, BA X95, 1N4446...49
1N5061 Si -Di; re ct. , c ontr. av., 600V, 1A BYW54...56, 1N247...49
BAV21 Si -Di; S, uni ., 250V, 0.25A, <50ns BA196. .. 198, BAW48...50
BZX79-B. . . Z-Di; 2. 4V.. .200V, 2%, 0. 4W BZX55..., BZX85..., ZPD..., 1N5221...81
BZX79-C. .. Z-Di; 2. 4V.. .200V, 5%, 0. 4W BZX55..., BZX85..., ZPD..., 1N5221...81
RGP10A...M Si-Di; rect., S, 50...1000V, 1A, <150. .. 500ns BYT52A...M, BYV12...16, RG1A...M
RGP15A...M Si-Di; rect., S, 50...1000V, 1. 5A, < 150.. .500ns BYT12...16, BYV36A...E, RG2A...M
SB140 Si- Di ; Sc hottk y-r ect, 40V, 1A BYS21-45, BY V10-40, MBR150, 1N5819
SFOR5D43 Tyr ysto r
Tranzystory (Ucbo/Ic/Ptot/ft)
2SA1538E Si -pnp ; v id. out .po wer, hi-d ef, 120V, 0.2A , 8W, 400MHz -
2SC3680 Si -npn; S-p ower, 900/ 800V, 7A, 120W, 6MHz BUV47A, BUW12A, 2SC3466, 2SC3636
2SC3950 Si -npn; vi d- dri ver, hi -de f, 30V, 0. 5A, 5W, 2000MHz -
2SC3953 Si -npn; vi d. out. po wer, hi -de f, 120V, 0. 2A, 8W, 400MHz -
BC328 S i-p np; AF-Tr; 30V, 0. 8A, 0.625W, 100MHz BC638, BC640, 2SB647
BC337-40 Si -npn; AF-Tr; 50V, 0.8A, 0. 625W, 100MHz BC637, BC639, 2SD667
BC547 S i-np n; uni ., 50V, 0. 1A, 0. 5W, 300MHz BC167, BC182, BC237
BC548 S i-np n; uni ., 30V, 0. 1A, 0. 5W, 300MHz BC168, BC183, BC238
BC557 S i-p np; uni. , 50V, 0. 1A, 0.5W, 150MHz BC212, BC257, BC307
BC558 S i-p np; uni. , 30V, 0. 1A, 0.5W, 150MHz BC212, BC257, BC307
BC638 S i-p np; AF, 60V, 1A, 0. 8W, 50MHz BC527.. .528, 2SB 647, 2SA1013
BC639 S i-p np; AF, 100V, 1A, 0. 8W, 50MHz 2SD667, 2N3700.. .3701, 2SC2383
BD434 S i-p np; AF-po wer, 22V, 4A , 36W, >3MHz BD185, 2N5190
BDT60C Si -pnp -Darl +Di; AF- power, 120V, 4A, 50W, >10MHz, B> 750 BD716, BDW24A, BDW54A, BDW64A
BDT61 Si -npn- Darl +Di; AF-p ower, 60V, 4A , 50W, >10MHz, B>750 BD715, BDW23A , BDW53A, B DW63A
BF422 Si -npn; vi d. , 250V, 25. .. 50mA, 0. 83W, >60MHz BF298. .. 299, B F483, BFR88...99
BF423 Si -pnp ;v id. , 250V, 25. .. 50mA, 0.83W, >60MHz BF436.. .437, 2SA 1371.. .1372, 2SA1251
BT151-500W F-Thy; 500. .. 800V, 12A, l gt/ h<15/ 15/<20mA, 2µ s -
BU810 S i-np n-Darl+ Di ; S- power, 600/ 400V, 7A, 75W 2SD798...799
CNX62A Transo pto r -
PH2369 (~2N2369); 0. 5W; Si -npn; SS, 40V, 0.2A, < 12/15ns, B> 40 BSS10...11, BSX19...20, 2N3261
7654321
13µs
8µs
4µs
4µs
4µs
4µs
4.2V
4V
4V
11.1V
10.4V
11.5V
3.2V
40.6V
32µs
16µs
0V
0V
2120191817
32µs
1.3V
32µs
16µs
0V
32µs
2µs
5.2V
32µs
0V
0V
32µs
32µs
6µs
0V
1.5V
0V
4.1V
32µs
32µs
32µs
4µs
16
16µs
3µs
32µs
0V
1V
10 11 12 13 14
5.6V
15µs
0V
0V
2.2V
32µs
32µs
8µs SHIFT
0V
32µs
0V
8 9
13µs
3.3V
0V
15
16µs
32µs
0V
0V
3.2V
140V
11.95V
0.88V
0V
9.65V
−4V
0V
300V
0V
15.8V
15.2V
−4.2V
65V
−14V
0V
0V
4.85V
0V
32µs
6µs
−0.38V
6µs
2822
14.5ms
25 26 27
24
23
14.5ms
19.1V
1.3V
12V
11.7V
300V
280V
0V
19.5V
14.5V
0V
0V
0V
3.36V
2.7V
0V
0.5ms
14.5ms
0V
14.5ms
14.5ms
14.5ms
65V
353433
4µs
32µs
31 32
30
14.5ms
29
14.5ms
76.5V
62.5V
42.5V
4.38V
1.16V
21.1V
17.4V
5.68V
4.84V
20.5V
0V
0V
1.52V
0V
0.47V
0V
21V
0V
14.5ms
1.34V
2.66V
4µs
4µs
14.5ms
0V
0V
41 42
40
14µs
39383736
14.5ms
14.5ms
4µs
32µs
4µs
0.78V
2.15V
76.5V
290V
62.5V
−2.9V
0V
−1V
46V
0.7V
12V
0V
27µs
0V
0V
22.5V
0V
4.2V
27µs
0V
CZĘSTOTLIWOŚĆ LINII
CZĘSTOTLIWOŚĆ RAMKI
45
0V
6.4V
0V
2.16V
14µs
43 44
1.25V
ZASILANIE
−4.6V
27µs
−0.86V
0V
−0.5V
7413
12V32
1k
3459
**
3457
+21 +21
RGP10G
7410
3467 220
A19 A18 A3 A18 A19
3434 22k
2415 100n
7406
A8
PH2369
11V14
TV
SCREEN
4
9
3
1R5
3443
3444
20
6406
4.7µ
2438
2421
120k
3466
3450
6126
B18V
BZX79
17
3435
1.5M
68k
3420
18
6403
1N4148
0V05
5402 5µ
19
14 15
220
3460
6404
2440
100n
RGP10D
7.5k
3440
6421
BFOR5D
680
3431
6420
1N4148
10n
10
2417
+12E
2V45
11
4
2V32
j
MC1391P
3
5
2V26
10n
2410
12k
1.5k
3433
3423
47k
3422
37.8kHz
TV
3421 47k
7407
BC558C
3419
PANEL
33n
SHIELD
LOT
5406
6407
10
M307
11
M307
1 AND 12
L
L
9
M307
1N4148
M407
M407
M407
10
11
A4
A3
9
MAIN PANEL
A4, A8
A4
A8
A1
M307
M307
8
7
M407
M407
M401
M401
M401
8
7
+12C
+12C +12C +12C +12C
2
3
1
A1, A2
A1 A2
3527
3528
7403−4C
3406
A2
470
1k
14
4077
24
3.3k
26
7501
BC548C
0V
3502
7516
BC558C
11V7
25
10
=1
9
0V89
7402
11V7
11V67
8
PH2369
0V
1k
3510
3410
0V03
0V88
0V89
23
2.2k
3409
10k
A6
3503
6501
2501
3501
7
100k
1k
BC547C
3461
9V44
9V9
100k
3458
47n
2433
1k
3456
100k
3455
2
M405
H. YOKE
97
100
BAV21
47n
18k
3
1
1
G
1V39
1
M405
8
7409
1V1
68
3R3
3438
3439
16
6405
RGP10D
5401
4
2419 47µ
2
820
3436
6419
20V39
RGP10D
7408
27p
2416
0V01
13
220
3432
2414
220n
2
3V77
3424
3426
9V24
68
12
4V12
7
2408
4V13
150k
3429
4.7n
2412
3427
1µ
2413
3430
3425 4.7k
4V61
9V23
2409
11V49
10k
2411
3428
+12
A7A9A2
A1A2A5A6A7A8A9
2406
1k
1N4148
10n
2.2k
22n
2404
0V66
+12C
6510
1N4148
2.2k
3407
LSH16018−1
2.2k
2.7n
1.8k
13k
10n
100µ
180
+21
BC639
6401
1.8k
31.5kHz
3417 12k
2.7n
+12B +12B
+12B +12B
Z
Z
Z
V
H
U
Z
L
V
H
O
H
N
W
U
R
Q
L
N
L
F
R
P
µ
37 8kHz
3546
BU810
MAINS
INPUT
220V
1
2
3
2191
1n
2192
1n
1208
T2A
BRN
YEL/GRN
SHIELD
BLU
1
2
M101
M101
2187
1n
2185
1n
3186
330k
2183
470n
5102
LINE
FILTER
2188
1n
2186
1n
EMI PANEL
Monitor Philips
Monitor Philips
6CM3209/
00T/02T/05T/06T
6CM3209/
00T/02T/05T/06T
1200
6701
9
M703 2M710 2M710
M303 2M303
G
3375
100
0V04
100k
3383
5701
cut
22k
CRT PANEL
7.5µ
off
7322
BYD−33G
571
10
1
M703
1
+6
+75
3376
0V04
BF423
2.2n
2701
+75C
100k
150k
3377
6319
BAV21
6316
BAV21
DEFLECTION YOKE
R
8
M701
M703 4M703
4
M303
2
3
M708 1M708
M303 3M308 1M308 2M309 1M309 2M310 2M310
R
R
+75B
3378
3384
22k
100k
cut
0V05
G
6
M709 1M709
G
off
0V04
7323
3379
BF423
B
11
1
2
1
B
100k
150k
3381
6318
BAV21
6315
BAV21
+75B
3391
24kV
2703
470p
2702
680p
15k
3705
M704
1.5k
3704
5
M703
5
M303
+75 +75
+75B
+75B
22µ
2346
6323
6322
100
3372
3382
1N4003
1N4003
B
off
cut
3373
22k
0V04
0V06
7321
BF423
100k
22µ
2337
4R7
3369
3392
3318
5
M306 6M306
M306
M305 5M305 6M305
3337 100k
1µ
2324
10k
3335
7V25
6302
1N4003
0V09
100k
150k
3374
6321
BAV21
6317
BAV21
100k
3393
4
4
2326 1µ
2327
3339
3336
39
38
4.7µ
100k
15k
3333
100
0 INPUT SELECTED
3338
3334
47k
5 AND 14
PART OF
220k
7304
4.7k
2 AND 15
L
CONTROL
2391
BC639
4 AND 11
M307
M307
PANEL
33n
10k
7413
12V32
1k
3459
**
3457
+21 +21
TV
SCREEN
SHIELD
LOT
5406
10
11
1 AND 12
L
M407
M407
4
9
3
1R5
3443
3444
20
6407
RGP10G
10
11
2438
A4
18
7410
PH2369
11V14
3467 220
A18 A3 A18 A19
6406
4.7µ
2421
120k
3466
3450
6126
B18V
BZX79
17
3435
1.5M
68k
3420
6403
1N4148
0V05
5402 5µ
19
14 15
220
3460
6404
2440
100n
RGP10D
7.5k
3440
D
1k
BC547C
3461
9V44
9V9
100k
3458
47n
2433
1k
3456
100k
3455
2
M405
H. YOKE
97
100
BAV21
47n
18k
3
1
1
M405
8
7409
LSH16018−1
1V1
68
3R3
3439
3438
16
6405
RGP10D
5401
4
2419 47µ
2
820
3436
6419
20V39
RGP10D
7408
01
416
27p
+21
BC639
3465
21
5405
82
3453
2432
220µ
TV
100
3452
6412
2430
220p
6
RGP15D
1
B+
47µ
2431
6408
6410
MUR4100
MUR4100
6409
5.6n
2423
3437 4R7
2418 2.2µ
2420
2422
+21B
+21B
3524 10k
1C
470p
***
3533
PART OF
47k
CONTROL
M404
M404
M404
UF5404
15n
2424
15k
3542
7506
BC557C
7505
BC557C
3531
PANEL
1
2
3
15µ
5403
22
470
3448
12m
470
3449
82
3454
2426
470n
B+
3451 1R5
25
100k
3545
3544
30
2518
220n
0V3
5V63
10k
15V66
13V58
470
3447
2425
+12
7411
220
3441
2V41
22k
3468
31.5kHz
10k
2V19
7507
0V63
0V63
39k
3534
2.2k
3532
1µ
2516
1
M403
2
M403
3
M403
19
2429
330n
2427
330n
13V52
7412
14V1
470n
6411
RGP10J
6413
RGP10J
BC558C
1V32
2434
470n
1V68
10k
3445
6509
C2V4
BZX79
BC548C
6.8k
3535
10
2515
2
3519
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