Page 1
DIAGRAMA EM BLOCOS
21FW-C290/19
VCD MODULE
SIMPLE KARAOKE
SA BUFFER
#
SOUND PROCESSING
COMBI
HEADPH0NE
AMPLIFIER
HEADPHONE
SUBWOOFER OUT
BASS ALC
POWER
AMPLIFIER
For 12W set
Only
For 25W set
Only
FRONT
FRONT
**
**
POWER SUPPLY
TRAFO
VCD
#
VCD
#
VCD
VCD
#
#
Updated on 10-06-99
Page 2
22 FW-C290/19
DIAGRAMA DE LIGAÇÕES
ECO5 / TUNER95
ECO-MTF/
ETF7
ECO5
ECO-MTF
TU95
ETF7
***
****
FRONT
3CDC-99
/
CDC KEY
HEADPHONE
# 3CDC SERVO FOR VCD
VCD
3CDC LC
3CDC 99
NOT FOR CDC-LC
COMBI
HUM AND EMC SHIELD
FOR TAPE DECK
LOGIC
KARA
# MPEG-ESS
# CVBS OUT
HEADPHONE
MIC
MAINS
M/TOP B3P-VH
TRAFO
TRAFO
4W
Page 3
ESQUEMA ELÉTRICO
123456789101112131415161718
A
B
C
D
1401
16
F1
15
F2
14
-33V
13
+LED
E
F
G
H
GND D
+5.6V
PWM
Sh_Clk
DATA
Sh_Str
PW_DN
Amp_On
Mute
INC2
SROn
SA1
12
11
10
9
8
7
6
5
4
3
2
1
FE-ST-VK-N
1
2
DIPMATE
1431
I
3K9
J
3412
3415
4401
1K
K
L
M
12345678
4589
2492
1u
1u
2491
FTD
2493
100n
D
29
FTD
RT-01T
1
+F
47R
3406
7402
M24C01
100n
2414
1
E0
2
E1
3
E2
6
SCL
7
WC_
27
1
GND
2
RDS
3
ENABLE
4
DATA
5
CLK
6
STEREO
WH6D-1
1
ENABLE
2
DATA
3
CLK
4
STEREO
WH4D-1
25FW-C290/19
4417 E16
3446 D10
21 I16
23 H18
26 M2
+LED2 +LED2
4K7
3561
10K
3562
1438
HN-14NN12T
-FTD
3532
100K
2409
100p
7415
BC847B
F2a48F2b
01G3902G
03G
04G3605G3506G3407G3308G3209G3110G3011G
40
38
49
F2 F1
37
12G2913G2814G
27
P0124P0223P0322P0421P0520P06
25
P07
P0817P0916P1015P1114P1213P1312P1411P1510P16
19
18
4405
G14
G14x
P04
P05
P06
P07
P08
P09
1K
1K
1K
3441
RESET
12
3521
Reset
AND
3426
1K
5401
DT-38
32K768
2423
D
1K
14
OSCO
TEST
15p
3401
2K2
3442
10
P2111P22
10
2424
2443
D
3428
3427
1K
1K
3443
PROGRAM
COUNTER
8 BIT
TIMER/COUNTER
CONVERTER
TEST
9
D
3501
1K
15p
3510
D
10n
Mute
2411
47p
12
VDDD
QUALITY
BIT
GENERATOR
DIFFERENTIAL
DECODER
VSSD
11
D
6 BIT A/D-
SROn
2439
100n
910
P10
1K
3444
I/O PORT 1
560R
CdSiLd
QUAL 1
RDDA 2
RDCL 16
G01
P11
3429
1K
CdSiCl
D
T57 15
G06
G05
G03
G02
3512
1K
3445
P12
JOGB
3402
G04
3430
1K
3503
10K
RdsDat
P13
RC5
3544
G14
G13
G12
G11
G10
G09
G08
G07
P14
P15
P16
1K
1K
3431
5406
1K
1K
3446
3447
65P97
66VKK
VKK
1K
3513
JOGA
10K
10K
3539
3456
67P40
10K
68P41
3587
69P42
10K
70P43
3584
71P44
I/O PORT 4I/O PORT 5
1K
72P45
3585
73P46
1K
74P47
75P50
76P51
77P52
78P53
79P54
80P55
P102P113P124P135P146P157P168P17
1
3588
1K
3504
10K
1M
3559
2u2
9458
5407
D
PW_DN
+F
RdsClk
2u2
5403
10K
D
10K
3546
P09
P08
P07
P06
P05
P04
P03
P02
P01
-33V
9468
2u2
9418
3555
10K
D
3459
10K
3464
10K
3477
1K
3556
1K
3490
1K
10K
D
10K
10K
3583
3582
D
JOGB
JOGA
VOLB
VOLA
D
11 12 13 14 15 16 17 18
2415
3566
10K
2470
ShClk
ShStr
330R
330R
330R
330R
330R
330R
330R
330R
3518
330R
3519
330R
330R
3454
3462
3467
3474
3480
3488
3493
3505
3516
2426
22p
D
1406
1409
1411
1414
1417
1420
1423
1426
1432
3612
10K
2425
Reset
+5.6V
3494
330R
47n
F1a2F1b
1
P16
P15
P14
P13
P12
P11
P10
-FTD
D
100n
2473
2474
100n
100n
+F
3618
10K
KEY0
KEY1
KEY2
OPTIONS
TuStereo
4410
3616
NTC
1K
CdSwinfo
3586
3479
2421
SA3
1K
SA2
SA1
1K
TpAdC2
TpAdC1
CdShStrOutp
PWM
2u2
D
10K
3617
D
+F
1436
10K
10K
3461
3466
EC16
12
10n
10n
2447
2446
D
+F
1437
EC16
10K
10K
3553
3554
12
10n
10n
2442
2441
6412
P01
1N4148
6413
P02
1N4148
6414
P03
1N4148
6415
P04
1N4148
6416
P05
1N4148
6417
P06
1N4148
6418
P07
1N4148
6419
P08
1N4148
9475
SA2
6420
P09
1N4148
6421
P10
1N4148
6422
P11
1N4148
3
5
4
MT1
MT2
D
3
5
MT2
4
MT1
D
D
D
22K
22K
2479 100n
D
6426
1N4003
1K
1K
1K
1K
3548
1K
1N4003
Sh_Clk
Sh_Str
D
6425
2464
2468
2462
3541
3543
3545
3547
2433
2490
100n
D
D
5402
FTD
D
D
2u2
220n 220n
220n
47p
2434
1400
BJ722GNK
F2
2419
2416
PWM
DATA
PW_DN
Amp_On
INC2
SROn
47p
+F
9469
2408
-FTD
100p
39
F2a38F2b
01G3202G3103G3004G2905G
33
06G2807G
27
08G2509G2410G2311G2212G
26
P0119P0218P0317P0416P0515P0614P0713P0812P0911P10
20
FTD
P06
P05
P04
P03
P02
G08
470p
3576
Tu_Rds
P01
G13
G12
G11
G10
G09
G14
G01
G02
1K
10K
3458
D
1K
3455
3460
10K
3575
D
D
10K
3463
3465
6428
1K
1N4148
4413
3469
1K
3476
1K
3481
1K
3486
1K
3602
470p
2484
470p
2485
2486
D
4406
DD
2445
560p
560p
2430
G03
3453
1K
+H
3472
1K
3478
100R
3484
1K
3489
1K
10K
D
470p
7400
SAA6579T
MUX4
SCOUT8
CIN7
5
VDDA
VREF3
P08
P07
G05
G04
1K
3434
40 P66
39 P65
38 P64
37 P63
36 P62
35 P61
34 P60
33 VDD
32 P07
31 P06
30 P05
29 P04
28 P03
27 P02
26 P01
25 P00
7401
TMP87CN71
ALIASING
CLOCKED
COMPARATOR
REFERENCE
VOLTAGE
2440
P09
1K
ANTI-
FILTER
2481
P11
P10
D
VSSA
6
2u2
10K
Tu_Rds
TuCe
TuDat
TuClk
TuStereo
D
G03
G07
G04
G06
G05
+5.6V
100u
+F
+H
100u
2488
100n
D
BiPlaner
TpShClk
TpShData
TpShStr
Mute
ShClk
ShStr
ShData
NTC
TuCe
TuClk
10K
3601
D
SA1
2483
SA2
SA3
I2_DAT
I2_CLK
+F
10K
10K
3535
3534
3533
47p
47p
47p
2435
2437
2436
D
D
D
F1a2F1b
P1110P12
9
P137P146P155P16
8
7414
1
F1
BC847B
3531
100K
4404
P16
P14
P13
P12
P15
G06
G07
G08
G10
G11
G12
G09x
1K
1K
1K
3420
1K
3435
41
P6742P7043P7144P7245P7346P7447P7548P7649P7750P8051P8152P8253P8354P8455P8556P8657P8758P9059P9160P9261P9362P9463P9564P96
I/O PORT 0 I/O PORT 6
3497
1K
3506
3422
3421
1K
1K
3437
3438
3436
I/O PORT 7 I/O PORT 9
DATA MEMORY
(RAM)
1024X8 BIT
VDD
16 BIT
TIMER/COUNTER
I/O PORT 3
1K
1K
10K
3498
3499
1K
1K
3509
3508
3507
470p
I2_DAT
CdShClk
RdsDat
CdShData
VOLB
I2_CLK
TuDat
AT-51
4M332
57 Khz
RECONSTRUCTION
BANDPASS
(8th ORDER)
COSTAS LOOP
VARIABLE AND
FIXED DIVIDER
VP1
CLOCK
REGENERATION
AND SYNC
G09x
P01
G13
G14x
1K
3423
3424
1K
1K
3439
CLOCK/TIMING CONTROLLER
P20
P3018P3119P3220P3321P3422P3523P3624P37
16
17
1K
3500
1K
3520
10K
VOLA
RdsClk
2410
47p
D
1433
FILTER
G09
P02
P03
1K
3425
1K
3440
I/O PORT 8
PROGR MEMORY
(ROM)
48KX8 BIT
C P U
INTERRUPT
CONTROLLER
(I/O PORT 2)
VSS
XOUT
XIN
15
13
14
CST
D
5400
8MHz
33p
33p
2406
2407
D
3400
220K
13
OSCI
OSCILLATOR
DIVIDER
BIPHASE
SYMBOL
DECODER
TEST LOGIC AND OUTPUT
SELECTOR SWITCH
MODE
9
2482
100n
9517
D
D
1402
PH-S
4u7
1u
2477
FOR CD SL ONLY
4590
KEY1
KEY2
P08x
P09x
4412
P10x
CDC1Lit1
CDC2Lit2
CDC3Lit3
9523
D
ADC
D
4446
4u7
FTD
FTD
5405
DDFTD
-33V
+LED2
2u2
+LED1
F1
1u
F2
3569
1
2
1434
+5.6V
PH-S
1
2
3
5K6
3600
1
4
2
5
3
6
ADC
4
7
8
5
9
6
1403
PH-S
2476
9521
2420
3483
1R
9522
3471
2418
1R
9479
D
5404
2u2
3573
22K
22K
3574
3570
1n
2457
2458
180p
180p
2456
D
SA2
GND D
SA3
3410
3K9
8
VCC
3414
5
SDA
1K
4402
VSS
4
D
28
1
2
3
DIPMATE
D
D
2432
100p
D
26
Sh_Clk Sh_Data
7410
BC847B
D
22p
2469
D
4K7
3565
Sh_Str
7412
BC847B
D
+LED1
+LED2
1K
1K
1K
3614
3528
3529
6411
6410
7403
BC847B
D
KEY0
KEY1
1407
1408
1410
1412
1413
1416
1415
1419
1418
4400
1430
1421
1424
1422
1425
1427
2480
100p
ADC
1428
1429
3536
3537
470K
470K
D
+F
2417
220u
D
7408
BC847B
2422
100n
100n
10n
3515
2428
D
3496
3495
1K
10K
2
VSUP
OUT 1
GND3MT
7409
4
GP1U28XP
D
100K
2427
ShData
3615
2478
22p
10K
3564
+F
10K
3581
3568
47K
2472
SROn
22p
D
1K
3530
BiPlaner
10K
D
KEY2
OPTIONS
6423
1N4148
6424
1N4148
6433
1N4148
P08x
P09x
P10x
3611
470K
RC5
2n2
D
2471
3578
TpAdC2
TpAdC1
+F
TpShClk
TpShData
TpShStr
D
CdSiCl
CdSiLd
CdShData
CdPore
CdShClk
CdShStrOutp
CdSwinfo
NTC
D
2489
3522
3n3
3549
22p
D
+F
3563
+LED2+LED2
3567
CDC1Lit1
CDC2Lit2
CDC3Lit3
2K7
5K6
10K
4406
10K
7411
BC847B
D
10K
7413
BC847B
D
TECHNO
JAZZ
6403
OPTIMAL or JAZZ
DBB
6447
OPTIMAL
ROCK
D
3517
6K8
INC2
CdPore
3485
1K
3482
1K
2460
100p
3524
1K
3525
1K
1K
3527
3604
Sr_On
3613
47K
4408
3502
1K8
3605
6445
6404
6446
D
D
6400
6402
+LED2
Sr_On
6401
4436
9520
4407
4417
3457
9488
1K5
6406
TUNER
CD
6409
6405
IS
AUX
6408
TAPE
47K
6407
D
Amp_On
3577
12K
3448
3449
3451
3452
3558
+LED2
15
16
E0
VDD
6
O2
5
O1
4
O0
1K5
14
O4
12
O6
7405
HEF4094BT
1K5
13
O5
1K5
11
O7
7
O3
1K5
3475
3433
3417
3419
VSS
8
D
1K5
6
3603
O2
5
O1
4
O0
14
O4
6K8
12
O6
3407
1K
13
O5
11
O7
O3
7
1K5
1K5
1K5
3
CP
2
D
1
STR
9
Os
10
Os
15
E0
HEF4094BT
VSS
8
+LED2
7404
D
100n
2412
D
Sh_Clk
Sh_Data
3551
Sh_Str
330R
100p
2450
D
16
VDD
2475
D
3
CP
Sh_Clk
2
D
1
STR
9
Os
10
Os
DATA
100n
3571
3572
2451
FOR C100
ONLY
4588
2487
100p
D
3552
Sh_Str
330R
100p
D
12K
10K
10K
4403
D
1405
1
2
3
4
5
6
7
FE-BT-VK-N
1
2
21
TP_REC
TP_PLAY
DIPMATE
23
1
2
3
4
5
DIPMATE
D
1K8
1K8
2459
100n
100n
2431
3609
4409
3511
3608
1K8
1K8
3607
3610
1K8
1404
1
2
3
4
5
6
7
8
9
FE-ST-VK-N
3606
2449
47K
47p
47p
47p
2448
2452
D
2453
D
47K
10K
3619
D
+F
47p
47p
47p
2454
2455
8239_210_86590 ... 3412 pt 3a or 4 dd wk026
27 K2
28 I3
29 H2
1400 B5
1401 D1
1402 C3
1403 C2
1404 J18
A
1405 H16
1406 E13
1407 E13
1408 E14
1409 E13
1410 E13
1411 E13
1412 F13
1413 F14
1414 F13
1415 F13
1416 F14
B
1417 F13
1418 F13
1419 F14
1420 G13
1421 G13
1422 G14
1423 G13
1424 G13
1425 G14
1426 G13
1427 G13
C
1428 H13
1429 H14
1430 G14
1431 H2
1432 H13
1433 I7
1434 B2
1436 I12
1437 J12
1438 A9
2406 H8
2407 H8
D
2408 B8
2409 B8
2410 I8
2411 I9
2412 C17
2414 J2
2415 D11
2416 E5
2417 J14
2418 D3
2419 D5
2420 D3
E
2421 G11
2422 J13
2423 H8
2424 H9
2425 K13
2426 L13
2427 L14
2428 K13
2430 J6
2431 J16
2432 L4
F
2433 K4
2434 L4
2435 M5
2436 M5
2437 M5
2439 K9
2440 K6
2441 K11
2442 K11
2443 H9
2445 J6
2446 I11
G
2447 I11
2448 L16
2449 K17
2450 E17
2451 G18
2452 L17
2453 L17
2454 K17
2455 K16
2456 G3
2457 G3
2458 G3
H
2459 J16
2460 H15
2462 H4
2464 I4
2468 I4
2469 A13
2470 B13
2471 A15
2472 B15
2473 D11
2474 D12
I
2475 F18
2476 D3
2477 D3
2478 D14
2479 D4
2480 H13
2481 H6
2482 M5
2483 H5
2484 H5
2485 H6
2486 H6
J
2487 F18
2488 E5
2489 J15
2490 C5
2491 D2
2492 D2
2493 E2
3400 I8
3401 I9
3402 J10
3406 J2
3407 G17
K
3410 J3
3412 J1
3414 J3
3415 J1
3417 G16
3419 G16
3420 D7
3421 D7
3422 D7
3423 D8
3424 D8
L
3425 D8
3426 D8
3427 D9
3428 D9
3429 D9
3430 D10
3431 D10
3433 F16
3434 D6
3435 D7
3436 D7
3437 D7
M
3438 D7
3439 D8
3440 D8
3441 D8
3442 D9
3443 D9
3444 D9
3445 D9
3447 D10
3448 D16
3449 D16
3451 D16
3452 E16
3453 D6
3454 E13
3455 D6
3456 E10
3457 E16
3458 D6
3459 E11
3460 D6
3461 I11
3462 E13
3463 E5
3464 E11
3465 F6
3466 I11
3467 F13
3469 F5
3471 E3
3472 F6
3474 F13
3475 F16
3476 F6
3477 F11
3478 F6
3479 F11
3480 F13
3481 F6
3482 H15
3483 D3
3484 G6
3485 H15
3486 G6
3488 G13
3489 G6
3490 G11
3493 G13
3494 L13
3495 L13
3496 L14
3497 G7
3498 G7
3499 G7
3500 G8
3501 G9
3502 J15
3503 G10
3504 G10
3505 G13
3506 H7
3507 H7
3508 H7
3509 H7
3510 H9
3511 J16
3512 H9
3513 H10
3515 K14
3516 I13
3517 F15
3518 H13
3519 H13
3520 H8
3521 H8
3522 F15
3524 I15
3525 I15
3527 I15
3528 C13
3529 C14
3530 D14
3531 C8
3532 B9
3533 L5
3534 L5
3535 L5
3536 I13
3537 I14
3539 J10
3541 L4
3543 L4
3544 J10
3545 L4
3546 K10
3547 L4
3548 L4
3549 K15
3551 D18
3552 G18
3553 J11
3554 J11
3555 E11
3556 G11
3558 C17
3559 H10
3561 A13
3562 A13
3563 A15
3564 A15
3565 B13
3566 B13
3567 B15
3568 B15
3569 F4
3570 G4
3571 G18
3572 G18
3573 F4
3574 G4
3575 E6
3576 D5
3577 F16
3578 G15
3581 B14
3582 H10
3583 H11
3584 F10
3585 F10
3586 F11
3587 E10
3588 G10
3600 B3
3601 G5
3602 G6
3603 F16
3604 K15
3605 L15
3606 L16
3607 J16
3608 J16
3609 J16
3610 J16
3611 I14
3612 J13
3613 G15
3614 C13
3615 C14
3616 F11
3617 H11
3618 E11
3619 L16
4400 G14
4401 K1
4402 J3
4403 B16
4404 C8
4405 C9
4406 L15
4406 H6
4407 D16
4408 J15
4409 J16
4410 E11
4412 C4
4413 F6
4436 C16
4446 D4
4588 E18
4589 B2
4590 B3
5400 G8
5401 G9
5402 E5
5403 I10
5404 E3
5405 E3
5406 D10
5407 H10
6400 C16
6401 C16
6402 D15
6403 D15
6404 E15
6405 G16
6406 F16
6407 G16
6408 G16
6409 F16
6410 D13
6411 D14
6412 E12
6413 E12
6414 F12
6415 F12
6416 F12
6417 G12
6418 G12
6419 G12
6420 H12
6421 H12
6422 I12
6423 E14
6424 E14
6425 D4
6426 E4
6428 F5
6433 F14
6445 E15
6446 E15
6447 D15
7400 I6
7401 G6
7402 J2
7403 D14
7404 F17
7405 D17
7408 J13
7409 M14
7410 A13
7411 A15
7412 B13
7413 B15
7414 B8
7415 B8
9418 D11
9458 H10
9468 D11
9469 B8
9475 H12
9479 E3
9488 E16
9517 M5
9520 D16
9521 D3
9522 D3
9523 C4
Page 4
AFC +
AFC -
28 FW-C290/19
DIAGRAMA EM BLOCOS
PAINEL TUNER
PAINEL TUNER ECO5
CONTEÚDO
Diagrama em blocos........................................................28
Tabela de ajustes.............................................................29
Guia de placa - componentes........................................29
Esquema elétrico.............................................................30
A
AM-FRAME AERIAL
B
ECO 5
1101
(1102)
FM
V
Loop
V
Loop
1103
V
Stab
V
Stab
FM-Osc.
AM-Osc.
AM-RF
V
Loop
V
Loop
A
B
systems
V
Loop
43
frontend
5
6
2
Frontend
C
1
8
38
34
A V
V
Stab
FM-RF
10,7 MHz 10,7 MHz
3393733
FM
FM
Mixer
FM
Osc.
Pre-
scaler
35 9
IF1
B
Stab
IF2
RADIO IC
TEA 5757T
Discriminator
10,7 MHz
FM
Det.
Multi-
plexer
AM
Osc.
AM
AM
Mixer
AM IF
AM
Det.
AGC
Charge
pump
AFC
Vdd Vcc1
22
723
Vcc2
V
4140 36 193244 25
450kHz450kHz450kHz
AV
Stab
BV
Stab
Stab
B
20
2
buffer ampl.
5
LF filter
1018 11
RDS
(MPX)
VCO
Stereo
Decoder
CONTROL
programmable
Reference
Oscillator
output ports
75kHz
Vcc1
Vdd
Vcc2
4
15
right
14
left
stereo
24
clock
27
data
28
enable
29
31
P1
30
P0
4
Version
MW/LW
AM-RF,
AM-Osc.
Vcc
right
left
stereo
clock
data
enable
1124
4
1
3
1126
4 6
1
RDS
(MPX)
ECO5 sys., 240698
1121
1
Page 5
30 FW-C290/19
PAINEL TUNER ECO5 / Systems
A
B
C
D
E
F
G
H
I
J
K
L
M
N
FM
300 OHM
A
FM 50 OHM
AM FRAME AERIAL
B
y
1101
2
1
x
1102
1
2
T003
1103
2
1
T001
T002
6103
MW/LW-RF
T005
T006
w
3108
LW=high
2k2
LW
P0
7105
4k7w3109
BC338-40
MW=high
1N4148
w
6104
w
2108
1N4148
7104
BC338-40
w
100p
2109
451 67891011121314152 16 17 18 19 20 213
Service Solution for
Local/DX - switching
remove
9100
2105
100p
w
10p
451 67891011121314152 16 17 18 19 20 213
3106
41554156
P0
9128
9114
9119
2
1
6
6101
BA484
10k
5102
5103
1101 A 1
1102 B 2
1103 D 2
A
B
C
D
pp
E
to/from
CONTROL BOARD
F
G
Source Selector part
to/from
COMBI BOARD /
H
I
J
K
L
M
N
1121 E20
1124 G20
1126 E20
1130 I20
1131 I20
2101 C 6
2102 G 7
2103 D 9
2104 B 6
2106 F 5
2107 G 6
2108 G 3
2109 G 3
2111 C13
2120 L11
2122 N11
2123 M11
2125 M11
2126 G 9
2127 G10
2128 C11
2129 C 9
2130 H17
2131 I10
2132 I10
2133 H11
2134 J17
2135 J18
2136 J17
2137 J18
2138 H12
2139 H13
2140 H14
2141 H14
2142 H14
2143 I17
2144 H17
2145 G16
2146 F15
2147 F16
2148 F16
2149 C15
2150 B13
2152 F 7
2153 E 8
2154 E 7
2155 D 8
2158 M11
2159 F 9
2160 M12
2161 D16
2163 E16
2164 H14
2165 C 9
2166 G16
2167 F16
2168 I 13
3101 E 7
3102 E 7
3103 C 8
3104 B11
3105 C 7
3108 E 3
3109 F 2
3110 F 6
3113 C13
3119 B13
3120 C 6
3123 M 7
3125 M 6
3128 M 8
3132 L 9
3134 M12
3137 M13
3140 I13
3141 G10
3142 G 9
3143 I10
3144 I10
3145 H10
3146 I17
3147 I15
3152 H18
3153 H19
3154 H18
3155 H17
3156 G17
3157 F17
3158 F18
3159 F18
3160 E18
3161 E18
3167 G18
3169 G15
3170 F17
3171 H15
3175 B16
3176 J 9
3177 I18
3178 I15
3179 I16
3180 M7
4101 G 5
4102 F 5
4103 G 9
4104 B13
4105 B11
4106 K12
4108 L 9
5102 E 4
5103 F 4
5109 B13
5110 B14
5111 A13
5112 A15
5113 B12
5114 C16
5119 I 12
5120 H13
5121 F15
5122 M11
5123 L11
5130 E 8
5131 D 8
6103 C 2
6104 C 3
6105 K12
6105 E 6
6106 C 6
6107 H17
6120 G16
6130 E 7
6131 D 7
7101 G11
7102 D 8
7103 I 9
7104 E 3
7105 F 2
7109 M 7
7111 F18
7119 B13
7122 M 9
7124 M13
7125 I16
9100 B 4
9101 C 6
9117 L10
9128 A 4
5111
4105
SFU450B
AM
Pre-
scaler
A
STABILIZER
7101
STEREO
DECODER
left
5113
AM-IF1-in
AM
OSC
right
T046
6
z
T013
4041424344
AM
Mixout
AM
MIXER
AGC
MIXER
Multi-
plexer
AGC
V
BV
STAB
V
dd
TEA5757
z_TEA5759
IF GND
FILTER
PILOT
2u2
2138
5119
6
DISCRIMINATOR
3
6
6105
5
HN1V02H
y
x
2104
100p
100p
(if 1102 is used)
2101
47p
(if 1101 is used)
1
MW
2106
HN1V02H
3-11p
w_4-20p
9101
7
2107
6106
1N4148
0R
3120
3102
26105
3110
47R
1u
printed
MW
6
5
3
u
4
4102
w
34
2
u
1
4101
2102
3105
220R
100k
3101
33k
s_5k6
10n
C
FM-RF
6131
1SV228
6130
s_560p
2152
33n
FM-OSCILLATOR
1
2SA838B
x
2154
T009
Q-MULTIPLIER
7102
5131
4p7
2155
3-11p
printed
15p s_12pt_2p2
3103
5130
5
REF
18k
t_18k
2103
to 3103
REF
2129
T044
0.7V
100u
2165
100n
T043
0V
0V
2.1V
2
3
Ripple
AM-RF
FM-RF
CONTROL
1n
4
T012
2127
220n
T040
RF-GND
5
0V
FM-OSC.
6
0V
AM-OSC.
7
8V
Vcc1
8
I-TUNE
1.3V
9
VCO
1V
10
0.7V
AF-Out
11
1.2V
MPX-IN
12 13 14 15 16 17 18 19120 21 22
2159
3142
33p
100k
2126
F
VCO
330p
Vcc1
4103
3141
56k
3145
2131
470n
2132
22k
r
3144
1k
r
7103
BC858C
r
3176
1k
AM-OSCILLATOR
T011
Vcc1
r
3143
buffer amplifier
3104
180R
10u
2128
0.15V 0.7V 1V 0.7V 0.7V1.4V 1.4V 1.4V 1.4V 1.4V
AM Det.
Charge
Pump
0.1V
2k2
FM-In
FM
Frontend
FM
OSC
Vcc2
MUTE
2133
Ripple
RF-GND
AM IF
Frontend
STAB
1u
AGC
AGC
LPF
470n
MPX
to 1121
34
450 kHz 450 kHz
1
2150
t
2
3119
330R
FM-IF1
x
5109
4104
t
7119
2SC1047
t
t
1k
2111
100p
3113
FM
A
STAB
Mixout
FM
IF1
AM
IF
FM
IF2
FM
AM
DET
FM
DET
Mono/
Stereo
FM-Demod.
15p
2139
5120
34
2
1
82p
2168
3140
3140 and 5120
provisional as
alternative
CDA10.7MG61KA
150R
E
100n
T014
FM-IF1 in
AM-IF2
FM-IF2
AGC
CONTROL
AFC
Fieldstrength Indic.
AFC+
AFC-
1.2V 2V
1.2V1V1V0.7V0.7V0.7V0.8V
T016
T041
T042
(2140)
2164
470n
2141
2
2140 exchanged by 2164
(SMD type 0805)
from layout stage 3317.9 onwards
respectively 3103 303 3380.1
and 3103 308 3396.1
FM-IF2
5110
343536373839
V
BV
STAB
AM-AFC
Dig.GND
XTAL
OSC.
Mono/
Stereo
Vdd
Vcc2
11V
T017
2142
100n
AM-IF2AM-IF1
5112
34
1
6
2
3175
2k7
z
AM-IF
T047
22n
2149
5121
75KHz
3169
150k
3M3
T015
T037
T032
2146
Vdd
7125
BC848C
220p
z
3
1
2147
2167
12p
2166
5114
2161
100n
2163
1n
100n
z
3179
220p
x
x
2145
1M
2148
220p
AM-AFC
450 kHz
22n
P1
6120
Vcc1
8V
Vdd
8V
P1
P0
FM-IF2
P1
P0
Write
Enable
DATA
CLOCK
100n
3171
330R
3147
3M3
33
32
31
30
29
28
27
26
25
1.3V
24
23
0.7V
1.4V
stereo 0.3V
mono 4.9V
8V
z
z
3178
to 1130,1131
AM Stereo module
Programmable
Output Ports
3157
100k
3170
100k
3156
100k
version detection
1N4148
2130
3155
T018
470R
z_100R
1u
2144
T045
6107
2143
220n
BZX79-C11
22R
3146
2136
2134
15n_y22n
15n_y22n
4106
5123
MW
34
2
22p
3132
Vdd
Vdd
w
w
7109
w
4k7
3123
3125
10k
P0
BC858B
w
22k
3180
LW=high
3128
2k2
w
47R
4108
w
7122
BC848C
9117
u
6
w
5122
LW
6
2120
10p_w
w
w
2125
2123
2122
560p
390p
3n3
w_27p
3134
22k
r....apenas para versão RDS
s...apenas para versão Leste Europeu (/14/34)
t....apenas para versão Japonesa (/06/26)
u...apenas para versão 2-band (FM/AM)
v...apenas para versão SW 3.9-12.1MHz
w...apenas para LW
x....não para todas as versões
y....apenas para versão USA (/17/37)
z....apenas para versão AM-STEREO (/06/13/26/33)
u
2160
w
7124
BC848C
22n
3137
22k
w
MW=high
P0
1
2
3
6105
HN1V02H
8
7
6
54
Chip jumper
41..
1
2158
34
2
1
COMPONENTES PARA MUDANÇA DE VERSÃO
/00 FM/MW/LW
/00 FM/MW/LW/SW-Eu
/01 FM/MW-Stereo
/01 FM/MW
/01 FM/MW/SW-Ov
/06 FM-Japan/MW-stereo
/13 FM/MW-Stereo
/14 FM-OIRT/MW/LW
/17 FM/AM
/.. FM/MW/2xSW
/15 FM/MW/SW-Eu
3161
470R
3160
470R
3159
470R
3158
470R
7111
BC848C
3167
220R
22n
3154
150R
z
10k
3177
x
2137
220n
2135
220n
T020
T021
T022
T023
3152
470R
x
x
-
-
-
-
-
x
x
-
-
x = componente montado
SW = Inicializado por Software
MPX
from 3144
0.3V
0.2V
stereo 0.5V
mono 4.9V
T024
T025
T026
T027
(11 - 14V)
typ. 12V
3153
470R
T030
T031
Low=AM mono
P0
T033
T034
T035
T036
P1
T038
T039
AM-IF
EVM
V
Tensões medidas sintonizando uma emissora com sinal forte
-
-
x
x
-
-
-
--xx/14 FM-OIRT/MW
-
x
r
1121
1
GND
2
MPX
1
3
2
4
3
5
4
6
1
2
3
4
1130
1131
1
2
3
4
5
6
7
8
9
10
11
3170 Nota
315731566120
-
-
7111
-
x
x
x
---x/17 FM/AM-Stereo
x
x
xx
5V
0V
stereo stereomono
enable
data
clock
stereo
left
GND
right
Vcc
não montado
SW
SW
SW
150kHz, 50mV
3
4
to/from
AM-stereo module
x
-
-
x
x
x
1126
1124
z
z
V+
stereo
STSIG
VCO-kill
R-out
L-out
L-FM
R-FM
+FM
GND
AM-IF
Caminho de Sinal
FM
AM
MPX (Frequência de Áudio)
AF - left/right
............. Vdc modo FM stereo
V
Vdc modo MW
Vdc modo LW
V
ECO5 systems, discr.coil, 030998
Page 6
ETF7 MÓDULO TAPE DECK
Diagrama de Ligações do Tape (Duplo deck)
TO ETF BOARD
CONNECTOR 1770 (ND) 14P
CONNECTOR 1740 (DB) 14P
REC
REV
CRO2*
REC
FWD
31FW-C290/19
CRO2*
* Não para a versão Ferro
(Versão sem Dolby )
CONTEÚDO
Diagrama de ligações do Tape e Tabela de versões....31
Diagrama em Blocos......................................................32
Introdução......................................................................33
Função do Conector......................................................34
Parte Eletrônica do Tape e Ajustes...............................35
Guia de Placa do Painel ETF7 Sem Dolby ...................36
Esquema Elétrico Analógico..........................................37
Esquema elétrico do Circuito de Servo..........................38
Vistas Explodidas..........................................................39
MODE
SW
Mecanismo BMecanismo A
TO ETF BOARD
CONNECTOR 1710 (ND) 5P
CONNECTOR 1720 (DB) 6P
–
+
H
L
TAPE DECK
MOTOR
TO ETF BOARD
CONNECTOR 1730 (3P)
Tabela de variações para o Circuito Analógico
AutoreverseNão-autoreverse
ND/DD/FR ND/DD/FF
Chrome/Ferro Chrome/Ferro Ferro
2624 - - 100nF
2701 , 2702 150pF 270pF 270pF
2703 , 2704 100pF 220pF 220pF
2717 , 2718 10nF 15nF 15nF
2721 , 2722 6,8nF 6,8nF 2727 , 2728 470pF 1nF 1nF
3616 10k 1k 1k
3618 6k8 - 3620 10k trimmer - 3622 - 10k trimmer 10k trimmer
3672 4k7 - 3676 47k - 3687 220R 220R 3688 680R - 3723 , 3724 15k 18k 18k
3725 , 3726 10R 10R 3727 , 3728 5k6 6k8 6k8
3729 , 3730 3k3 4k7 4k7
3743 , 3744 1k5 2k2 2k2
3745 , 3746 3k3 5k6 5k6
3754 , 3755 1M 47R 47R
3769 12k 8k2 8k2
3772 6k8 5k6 5k6
4785 - - 0R jumper
3774 15k 8k2 8k2
6614 1N4148 - 7616 BC857B - 7622 BC847B - -
AutoreverseNão-autoreverse
ND/DD/FR ND/DD/FF
Chrome/Ferro Chrome/Ferro Ferro
Page 7
32 FW-C290/19
DIAGRAMA EM BLOCOS
Line-In
Cabeça
Play
Cabeça
HeaPlay/Rec
Cabeça
Apagadora
ATTEN
BIAS SYM
HD SW.
REC
Rec current
BIAS ADJ
Bias
7710
SOURCE SEL
HEF4952BT
1A0 1A1 1A2
7720
PRE-AMPLIF.
AN7318S
ALCEN
EQUALIZAÇÃO
PLAY
ALC
7740
PB EON. SW.
HEF4952BT
2A0 2A1 2A2
IEC I IEC II
REC EON.
7730
REC EON. SW.
HEF4952BT
3A0 3A1 3A2
(HS) (REC) (CRB)
4794 #
#
NOM/HI SPEED
REC EON.
9792 #
Apenas para a versão Dolby
PB A ADJ
1A0
MPX
PB B ADJ
7640
PB In
Rec In
1A1
AMP. REC
NJM4560D
NOM/HI SPEED
REC EON.
7630
DOLBY B NR
CXA1101M
DOLBY
REC ADJ
2A2
PB Out
ATTEN
PB Out
REC Out
MUTE
7788
2A2
NOTE:
Erase
# Apenas para a versão não-Dolby
Apenas o canal 1 é mostrado.
Controle MicroProcessador / Linhas Comunicação
Linhas de Controle Direta / Indireta dos Shift Registers
OSCILLATOR
REC
CRB
1A0
REC
CRA
NS/HS
(NS)
7622
7780
7787
7792
7791
ALCEN
1A2
1A1
2A0
HS
3A0
4x
Deck B (Rec/Pb) chaves, sensores e motor
3A0 NS
SOLENOID
SUPPLY CTRL
MOTOR VCC
SUPPLY CTRL
NS/HS CTRL
DECK(S) SW.
STATUS TO
VOLTS CONV.
AD1 AD2
CLK
DATA
STROBE
2x
7610
SHIFT
REGISTER
HEF4094BT
SOLENOID
SUPPLY CTRL
Deck A (Pb) chaves, sensores e motor
1A0
2A1
2A2
REC
NS/HS (NS)
Page 8
37FW-C290/19
CIRCUITO ANALÓGICO
1701 F9
1710 C1
1730 A1
2701 B2
2702 B2
2703 A2
2704 B2
2705 A2
2706 A2
2707 A4
2708 B4
2709 A5
2710 B5
2711 A6
REC_L
A
REC_R
B
C
D
E
F
15n
2784
A
A
2712 B6
2713 A6
2714 B6
2715 A4
2716 C4
2717 C6
2718 D6
2719 C5
2720 D5
2721 C5
2722 D5
2723 C5
2724 D5
2725 D4
2726 D4
2727 A3
2728 E5
2729 A8
2730 B8
2733 A5
2734 C4
2735 B3
2737 A6
2738 B6
2741 D6
2742 C3
2743 F1
2744 A4
2745 F5
2746 F8
2747 E8
2760 E3
2761 B5
2762 B6
2763 B6
2765 B4
2769 F7
2770 F8
2780 F3
2781 F2
2782 F2
2784 F1
2785 F1
2786 D1
2787 D3
3701 B1
3702 C2
3703 A2
3704 B1
3705 A4
3706 B4
3707 A5
3708 B4
3709 A4
3710 C4
3711 A5
3712 B4
3713 A7
3714 B7
3715 A6
3716 B6
3717 C6
3718 E6
3719 C6
3720 E6
3721 C6
3722 D6
3723 A3
3724 D5
3725 C5
3726 D5
3727 A7
3728 B7
3729 A7
3730 B7
3731 A7
3732 B7
3733 A2
3734 B2
3735 A2
3736 B1
3741 A6
3742 C7
3743 F8
3744 F8
3745 F8
3746 E8
3748 C8
3749 C7
3751 E5
3752 F4
3753 F5
3754 E8
3755 E7
3756 D8
3757 D8
3758 D8
3759 D7
3760 A7
3761 E3
3762 E2
3763 A5
3764 A5
3765 B6
3766 B7
3767 A7
3768 E8
3769 E4
3770 F2
3771 F2
3772 F3
3773 E3
3774 E3
3775 F3
3776 F2
3777 F2
3778 E1
3779 D3
3780 D2
3781 D2
3784 D1
3786 F4
3787 C3
3788 C3
3789 F4
4790 C3
4794 C6
5701 D2
5703 F1
6770 E2
6771 E2
6772 D1
6773 D1
6774 D3
6775 C3
6776 F3
6777 E2
6778 E4
6782 C7
6785 A7
6786 B7
7710 A3
7720 A5
7730 D6
7740 A8
7780 F4
7781 F3
7782 E1
7783 E2
7784 D2
7786 C2
7787 C8
7791 F5
7792 D8
9791 A8
9792 B8
9793 A6
123456789
2727
*
13
14
2
3
4
A0
A1
A2
2711
100p
2762
2738
100n
2712
A
2717
*
10n
3717
2K2
7
9
10
8
4
13
7730
HEF4952B
A2
A1
0
0
0
0
1
0
0
1
1
0
0
1
1
1
1
1
2713
10u
2737
100n
100p
A
4u7
100n
A
3765
39K
10u
3A0
REC
CRB
3741
2K2
9793
ALCEN
LH
2741
-C
+C
3715
A
2763
3716
2714
P
1K8
47u
1K8
4794
LH
3713
10R
3767
3766
3714
10R
3742
2K2
3760
120R
4M7
4M7
A
1A0
REC
6785
1N4148
*
*
1N4148
6786
*
*
6782
1N4148
3749
47K
2A0
3727
5K6
3731
8K2
3729
3K3
3732
8K2
3730
3K3
3728
5K6
2729
22n
2730
22n
3748
2K2
+5
CONTROL LOGIC
10K
3759
7792
BC847B
B2
ALCEN
A
3756
220K
3757
220K
B1
9791
HEF4952B
15
16
S0
14
S1
12
S2
S3
11
2
1
S0
3
S1
5
S2
S3
6
7787
BC847B
7740
S4
VSS
VEE
VDD
S4
9792
--
STOP
--
REC
HS Chrome
Pb Chrome
--
Pb Ferro
CRA
HS
B3
7
A0
A1
A2
2A0
9
2A1
10
2A2
8
A
4
-C
13
+C
EQUALIZAÇÃO
PLAY
B4
S0
A0
A1
A2
0
0
0
0
1
0
0
1
1
0
0
1
1
1
1
1
S1
0
1
1
1
0
1
1
1
0
1
1
0
1
P
2718
A0 S0
0
1
0
1
0
1
0
1
*
1
1
1
10n
3718
2K2
S1
1
1
S2
S3
1
1
1
1
11
1
3754
*
3755
*
1M
1M
M
3A0
S4
1
1
1
1
B4
B3
*
*
3746
3K3
3745
3K3
3758
-C
P
10K
HS
#
2747
+12
A
100n
3768
10K
1
2
A
1K5
470p
*
3744
A
L
Não Para ND/DD/FR
2769
470p
2770
A
A
* Veja tabela de variações PARA DETALHES
*
3743
1K5
A
2746
#
REC_R
100n
REC_L
A
1701
DE/PARA AF
4
3
# Somente para previsão
Nota : Alguns valores podem variar, veja a respectiva lista de materiais para obter o valor correto.
A
P
M
S2
S3
S4
1
1
1
1
11
1
1
1
1
1
-CMOS
7
TAPE-R
6
+12V
5
TAPE-L
4
3
GND_A
2
REC-R
1
REC-L
PLAY BACK
DECK A
1730
1
2
3
4
5
REC/PB
DECK B
1710
1
2
3
4
5
A
3784
2786
100p
1N4148
6772
+12
A
6R8
3778
BC557B
P
MT1
3
2
1
CLNS-2A833 YEZ
7
5703
MT2
8
6
5
4
2743
22n
A
P
3
3704
220R
3736
22K
3701
220R
6
1K
-C
6773
1N4148
7782
2785
3735
22K
3703
220R
A
A
A
*
3702
220R
3770
1K5
3777
150R
1u
ERASE
OSCILLATOR
P
3733
A
3734
2702
7786
J111
A
3781
4M7
6770
6771
BC847B
1K2
2705
2706
1K2
A
150p
3780
1M
7783
2703
*
A
220p
220p
2704
*
2701
*
3762
820R
1N4148
1N4148
2782
4n7
3776
6K8
100p
100p
150p
5701
2781
STOP
Pb deck A
Pb deck B
REC in
Dubbing
2u2
6777
P
3771
1K2
10n
P
7710
HEF4952B
15
16
S0
S1
14
S2
12
S3
11
2
S0
1
S1
3
5
S2
S3
6
0
0
0
--
0
1
1
--
1
--
1
4790
7784
BC857B
A
BIAS
LEVEL
BZX79-F8V2
P
7781
BC847B
4R7
3775
P
*
S4
S4
A1A2
0
0
1
1
0
0
1
1
2787
*
*
470p
3723
15K
A0
A1
A2
VSS
VEE
VDD
A0
0
1
0
1
0
1
0
1
3774
3773
3772
MODE
SELECTOR
7
9
10
8
4
13
S0
S1
1
1
1
11
1
3779
330K
6774
33n
1N4148
A
3761
10K
15K
4K7
6K8
P
2780
LEFT CHANNEL
1A0
1A1
-C
2735
100n
A
S2
S4
S3
1
1
1
1
1
1
1
1
1
1
6775
1N4148
3787
1M
P
REC
+C
2760
100n
A
6776
1N4148
7780
BC847B
22u
P
+C
2744
A
RIGHT
CHANNEL
1M
3788
22n
2742
3769
*
6K8
+12
3789
2707
100n
2708
47K
P
A
A
470p
470p
B1
B2
6778
1N4148
3709
3786
22K
10R
A
3705
220R
2715
470u
2765
A
2716
3710
2725
+12
A
A
47u
3706
220R
3708
100R
470u
10R
4n7
A
3752
100K
REC
3711
150K
2733
470p
3707
100R
3764
220R
2710
3712
150K
2734
470p
2721
*
*
6n8
2723
15n
2722
*
*
6n8
2724
15n
4n7
2726
*
*
REC EQUALISATION
CRB
3753
100K
1A0
2709
2761
A
330p
3725
10R
3726
10R
3724
15K
2728
470p
10
330p
11
16
220u
1
15
7
6
+5
3751
7791
BC847B
P
IN2
NF2
Vcc
GND
RF
IN1
NF1
A
10K
3763
150K
5
12
PC1
PC2
OUT2
7720
PB/REC
A
2719
33n
AN2
ALCC
AIN1
OUT1
3721
3K9
3719
AN7323S
AMPLIFIER
NC19NC2
8
12K
15
16
S0
14
S1
12
S2
S3
11
S4
VSS
2
1
3
5
6
2720
33n
S0
S1
S2
S3
3720
VEE
VDD
S4
3722
3K9
12K
NS Ferro
HS Ferro
REC MUTE
REC MUTE
NS Chrome
HS Chrome
REC MUTE
1A1
--
2745
100n
#
A
CIRCUITO ANALÓGICO
A
B
C
D
E
F
12345
6789
Page 9
38 FW-C290/19
CIRCUITO DE CONTROLE DE SERVO
A
B
C
D
E
1702 A7
1703 B1
1706 E1
1760 B8
1770 B7
2621 D2
2622 D2
2623 D2
2624 E2
123456789
SOL_A
PHOTO_A
CR02_A
+MOTOR
2
1
1703
STROBE
GND_P
7
6
DATA
5
CLK
4
3
+5
2
AD1
1
AD2
1706
TO/FROM FRONT
2625 E4
2626 B1
2627 A7
2626
#
M
M
P
BC847B
*
P
100n
7623
2623
2624
100n
470p
3687
*
220R
4785
*
3601 B2
3602 C2
3603 B2
L
3613
27K
2622
M
6611
+5
3604 C2
3605 B3
3606 C3
1N4003
M
3685
100K
2621
470p
+5
3601
3602
1n
2K2
27K
+5
3603
3604
P
3607 C6
3608 D6
3609 C6
2K2
3605
56K
3606
3610 D6
3611 C6
3612 D6
7613
BC807-25
2K2
Rec_RVS
CRA
120K
*
*
4795
3689
4K7
3625
1K
+MOTOR
3679
3613 B2
3614 C6
3616 A5
3623
47K
*
*
3619
#
100K
7619
BC847B
M
10
2625
P
100n
3618 A4
3619 A4
3620 A4
680R
3620
*
Os’
9
Os
1
STR
HEF4094BT
2
D
3
CP
16
*
10K
7616
BC857B
6614
*
7610
VDD
+5
3622 A4
3623 B3
3624 B6
6K8
3618
L
*
1N4148
8
VSS
E0
15
3622
3672
4K7
O3
O7
O5
O6
O4
O0
O1
O2
10K
*
BC847B
P
11
13
12
14
4
5
6
3625 B3
3626 B6
3628 A5
3616
*
3688
*
7622
*
7
10K
680R
3674
M
--
2A2
3630 A6
3672 B4
3674 B5
4K7
REC
2A1
+MOTOR
HS
3676
*
1A0
3678
47K
3676 C5
3678 B5
3679 B3
3628
47K
3680
3680 C5
3685 D2
3686 E6
7612
BC807-25
100K
3630
470R
7618
BC847B
M
47K
CRB
+MOTOR
3624
M
2K2
3611
56K
3612
3687 D2
3688 A5
3689 E3
BC807-25
100K
3626
1K
7620
BC847B
+5
2K2
3609
3610
120K
7614
3607
3608
4785 D2
4795 E3
6611 A2
+5
3614
2K2
27K
7624
BC847B
3686
1702
M
6612
27K
100K
9705
1N4003
M
6612 B6
6614 B4
7610 D4
2627
#
Rec_RVS
7612 A6
7613 A3
7614 A6
7616 A4
7618 B6
7619 B4
7620 B6
7622 B5
7623 D2
7624 D6
9705 A7
DECK AB
100n
14
13
12
11
10
9
8
7
6
5
4
3
2
1
1770
H
CR02_A
L
mode_A
PHOTO_A
SOL_A
Gnd
mode_B
Vcc
sol_B
photo_B
Rec_FWD
CrO2_B
Rec_RVS
#
CIRCUITO DE
CONTROLE DE SERVO
8
7
6
5
4
3
2
1
1760
* Veja tabela de variações para detalhes
# Apenas para provisão
Não Para ND/DD/FR
L
Nota : Alguns valores podem variar, veja a respectiva
lista de materiais para obter o valor correto.
A
B
C
D
E
1234
56789
Page 10
7808
TCA0372
DATA
SDA
VCC
1805
D1-D5
D2-D4
7821
7873
TCA0372
7822
TCA0372
HEF4094BT
DISC+
DISC -
MOT2
LD ON
LD
MON
CD R/W
HF IN
V1
D1
D2
D3
D4
R1,R2
MOT1
SLIDE -
TRACK -
COMMON
FOC -
COMMON
+5V
+10V
SHR_CL
STR-OUTP
OE_LATCH
FLEX-FOIL
8001
REGISTER
SHIFT
SERVO - DECODER
CD10
SAA7324 (SAA7325)
Active low pass
Filter
TDA1308
MOTOR
TRAY MOTOR
CARROUSEL
CD DRIVE UP/DOWN SWITCH
1881
1880
TRAY SWITCH
1882
7874
CD POS.1 SWITCH
SL
O2
O0
O1
O6
VDD
+10V
O7
O4
O5
RA
FO
DIODES
PHOTO
D3D2
D5D1
D4
INNER SWITCH
SWITCH INFO
LASER &
MONITOR
DIODE
TURNTABLE
MOTOR
DISC
MECANISMO CD
FOCUS
MOTOR
RADIAL
MOTOR
SLEDGE
MOTOR
MOTOR
TURNTABLE
FOTODIODO E AMPLIFICADOR DE HF - PAINEL DE CONTROLE DE CARGA
EN1
DATA
STB
SHR_CL
SICL
SILD
PORE
7875
7801
+3,3V
Vref
7807
TCA0372
7806
TCA0372
CD LEFT
78057877
CD RIGHT
Laser Control
&
HF AMPLIFIER
TZA1024 (TZA1025)
55
54
56
38
7
18
20
21
23
15
5
2
3
22
23
18
19
2
4
6
5
9
SWITCH INFO
17
16
15
6
42
40
39
5,17,21,52,57
59
60
64
1
13
+5V
2
+5,6V
8
4
5
7
V4
61
156310
11
6,14
6
7
4
15
2
1
3
16
5
12
11
14
13
5V1
+5V
+3,3V
SCL
SILD
RN
RP
LN
LP
PORE
+
-
+
-
Blockdiagram 3CDC-LC-MB 2000 04 27
Closed if carrousel is in Position 1.
1883
O3
Open if carrousel is in a valid Play-Position.
Closed if the tray is in one endposition.
Open during movement.
Open if the drive is in one endposition.
Closed during movement.
V
t
VDD (pin 16)
EN1 (pin 15)
Power on
Diagrama em Blocos
47FW-C290/19
Page 11
only for digital out versions
(in combination with Quartz )
1810
TF01
SER. DATA
LOOPBACK
INTERF.
KILL
TIMING
BITSTREAM DAC
SER. DATA
INTERFACE
VERSAT.
INTERF.
EBU
INTERF.
CORR.
ERROR
CONTROL
FUNCTION
PRE-
PROCESSING
AUDIO
PROCESSOR
MICROCONTROLLER
INTERFACE
SUBCODE
PROCESSOR
ADDR
SRAM
PEAK
DET.
MOTOR
CONTROL
OUTPUT
STAGES
DIG.
PLL
EFM
DEMOD
VERSATILE
INTERFACE
ADC
VREF GEN.
FRONT
END
2x
4x
1x
V/I
V/I
Vgap
D3
D1
3M3
1,6V
F
G
H
Processador de Sinal
D2 (CD10)
R2 (CD10)
123456789101112
from 1801
for basic version
R1 (CD10)
for CD TEXT only
3M3
D1 (CD10)
13 14 15
1234567891011
parte 2
#.... for provision only
for Coax out versions
12 13 14 15
A
B
C
D
E
F
G
H
II
A
B
C
D
E
p/ circ. saída digital
to 7877/63
#
na
D4
D3 (CD10)
D5
11,3 MHz
D2
/ SAA7325
PIN50
DOBM
D4 (CD10)
3834
22K
2818
1n5
2855
470p
1n5
2816
+5V
3804
10K
10K
3807
10
11
12
13
14
15
2
3
4
5
6
7
8
9
1800
1
3889
470R
4K7
3728
4R7
3815
470R
3853
3867
120R
220p
2811
2888
4u7
3832
10K
33p
2834
2804
47n
10K
3808
2892
4n7
+3,3V
220u
2851
3873 470R
+3,3V
2838
10u
4u7
2849
+3,3V
3803
10K
10K
220p
2806
3801
+5V
68R
3857
3866
10K
3827
27K
2823
470R
3892
56p
1K
3825
22K
3828
EBUGND
56K
3800
3833
22K
3709
1R
+3,3V
3811
27K
4811
3727
4K7
+3,3V
10K
3805
VDDA1
5
VDDA2
17
VDDD1P
52
VDDD2C
57
VNEG20VPOS
21
VRIN
7
VSSA1
4
VSSA2
14
VSSD1
33
VSSD2
50
VSSD3
58
WCLI
35
WCLK28SCLK
29
SDA
39
SDI
36
SELPLL
24
SFSY
47
SILD
42
56
SL
STATUS
43
SUB
46
TEST1
25
TEST2
31
TEST3
44
V1
63
V2|V3
34
V4
61
V5
62
LN18LP
19
MOTO159MOTO2
60
R1
12
R2
13
RA
54
41
RAB
RCK
45
RESETn
38
RN22RP
23
SBSY
48
SCL
40
SCLI
37
CROUT
15
D1
8
D2
9
D3
10
D4
11
DATA
27
51
30
EF
FO
55
HFIN
2
HFREF
1
IREF
6
ISLICE
3
32
LDON
64
7877
SAA7324
CFLG
53
CL11|4
49
CL16
26
CRIN
16
220p
2808
68R
3856
33p
2833
2887 100n
220p
4812
2803
22K
3826
+3servo
+3servo
3819
470R
100R
3894
1n
2850
4u7
2885
2802
180p
37683769
3895
3767
150K
+3,3V
15R
220p
2805
2856
27p
2822
2n2
330p180p
2800
3
4
5
6
2807
PH-S
1801
1
2
12
GND
6
LD
1
MON
4
PWRON
7
RFEQO
10
RFFB
9
RGADJ
14
VCC2
13
VCCL
2
CDRW
11
CFIL
3
CMFB
8
DIN
5
EQSEL
47n
2824
47u
2826
2815
220n
+3,3V
10K
3806
3774
47K
2825
10n
2801
220p
56K
120R
3862
3802
180p
2810
HFIN
KILL_R
Innersw
VrefCD10
DOBM
CL11
KILL_L
LPLN RN
RCK
SBSY
RP
SFSY
SUB
Innersw
VrefCD10
SILD
SICL
SDA
PORE
3CDC LC-MB sh1
, 260400
tde/para parte 2
1805/7874
(µP-interface)
to part 2
3770, 3780
de/para parte 2
7876
(CD-TEXT IC)
Controle de potência do Laser/ Amplificador HF
/ TZA1025TZA1024
7801
to part 2
7805
3897
100R
3823
1K
1K
3824
2884
4u7
+3,3V
VrefCD10
VrefCD10
HFOUT
1800 D1
1801 G1
1810 C10
2800 C4
2801 C5
2802 C4
2803 C5
2804 E10
2805 B5
2806 B5
2807 A4
2808 A5
2809 H4
2810 A4
2811 A5
2812 I3
2813 G3
2815 D5
2816 B12
2817 I3
2818 B11
2819 A13
2820 A13
2821 I4
2822 F9
2823 F10
2824 F10
2825 F10
2826 G12
2828 B14
2833 C10
2834 C10
2835 B13
2836 I4
2837 A13
2838 E8
2839 H3
2840 H4
2841 F5
2842 E4
2843 G3
2844 F5
2845 G4
2846 G4
2847 F3
2848 F4
2849 C2
2850 D14
2851 B11
2855 B4
2856 D14
2857 H4
2859 I4
2866 F4
2869 E4
2879 H5
2884 E7
2885 F9
2887 B10
2888 E5
2891 F4
2892 D5
3709 C14
3727 B12
3728 E14
3752 F3
3753 F3
3754 F3
3767 E9
3768 A4
3769 A4
3773 G3
3774 G12
3775 I3
3800 C4
3801 C4
3802 C4
3803 C4
3804 C14
3805 B4
3806 B4
3807 A4
3808 A4
3810 G3
3811 B4
3812 I3
3813 I3
3815 E5
3816 I3
3817 A14
3818 F3
3819 D14
3820 D3
3821 D3
3822 D3
3823 E8
3824 E8
3825 F10
3826 F9
3827 E10
3828 G10
3829 F3
3830 G3
3832 D15
3833 A3
3834 A3
3835 H3
3836 H3
3837 B14
3838 B14
3839 I5
3840 I5
3841 G3
3842 E5
3843 E5
3844 I3
3845 F5
3846 F5
3847 H3
3848 H5
3849 H5
3850 I3
3852 A14
3853 E9
3856 C2
3857 C2
3862 B10
3863 B14
3866 D8
3867 B11
3869 D4
3870 E3
3873 D14
3889 D14
3892 E14
3894 E9
3895 G12
3896 A14
3897 E7
4811 F8
4812 F8
7801 E7
7806 E4
7807 G4
7808 H4
7877 D12
MON
LD
MEC. CD
GND
VCC
TRACK
FOCUS
D5
T-
VREF
GND
D1
D4
VAM2201
D1
D2
D3
F+
D2
D3
D5
T+
D4
F-
SLIDE
DISC
chave limite
+
+
-
-
FOCUS-
DISC+
COMMON
COMMON
COMMON
DISC-
SLIDE+
TRACK-
D2
D3
D4
3822
4K7
3820
2K7
3821
4K7
4R7
3869
3870
100R
2869
47n
parte 1
3CDC-LC - Painel Principal
3837
1K
3838
1K
2835
47n
Vref
33R for digital out version
+3servo
2828
47u
+3,3V
+5V
+3,3V
+5V
100R
3863
2837
47u
+10V
3852
2R2
+C2
47u
2819
+C1
2R2
3896
+C5
47u
2820
2R2
3817
from part 2
2847
100n
150p
2848
39R
3752
7806
7
8
1
2
4
TCA0372
220p
2842
3753
47K
3754
27K
+C2
6
5
3
3829
47K
3846
2K7
100n
2813
3845
10K
3818
39R
150p
2866
27K
3830
470p
2844
2891
220p
Vref
Vref
2843
100n
100n
2845
39R
3810
7807
6
5
3
2
4
TCA0372
220p
2846
3841
47K
3773
27K
+C5
7
8
1
3835
47K
3843
2K7
100n
2839
3842
10K
3847
39R
100n
2840
27K
3836
1n
2841
2809
220p
Vref
Vref
3849
18K
3848
18K
100n
2879
2812
100n
100n
2836
39R
3813
7808
6
5
3
2
4
TCA0372
220p
2857
3816
47K
3844
27K
+C1
7
8
1
3812
47K
3840
27k
100n
2817
3850
39R
100n
2821
27K
3775
2859
220p
Vref
Vref
3839
27k
FOCUS
TRACK
SLIDE
DISC MOTOR 1
DISC MOTOR 2
. . . V Tensões DC medidas em
MODO PLAY
com as seguintes condições:
"+10V" = 11,6V
"+5V" = 5V
EVM
V
11,6V
11,6V
11,6V
11,6V
5V
5V
3,3V
3,3V
3,2V
1,6V
0V
3,2V
3,2V
3,2V
0V
for CD_DA : 0V
for CD_RW : 3V
TB = 0,5µs/div
EYE-PATTERN
800mVpp
3V
0V
ESD sensitive lines!
->Laser damaged !
U >400mV
0,2V
0,8V
4,7V
2,1V
1V
1,7V
3V
1,7V
1,6V
0V
1,6V
1,6V
1,6V
3,2V
1,6V
1,6V
1,6V
1,6V
1,7V
3V
1,6V
0,8V
1,6V
3,4V
1,6V
3,2V
3V
1,6V
1,6V
0V
0V
0,9V
3V
1,6V
1,6V
1,6V
1,9V
5V
3V
3V
0V
0V
0V
4,6V
4,8V
1,6V
1,6V
1,6V
1,6V
11,6V
4,5V
4,4V
1,6V
1,6V
1,6V
1,6V
11,6V
5,7V
6,2V
1,6V
1,6V
1,6V
1,6V
11,6V
A
B
Focus search
Service step 2
2V
+
-
1s
49FW-C290/19
Page 12
7851
BC817-40
22K
3771
10K
3770
1K
3772
7850
BC857B
KILL_L_out
+3,3V
KILL_L
7861
BC817-40
22K
3781
10K
3780
1K
3782
7860
BC857B
KILL_R_out
+3,3V
KILL_R
From 7877 Part1
MUTE CIRCUIT
provisional only
4 5 6 7 8 9 10 11 12 13 14 15
A
B
123456789101112131415
12 3
C
D
E
F
G
H
I I
A
B
C
D
E
F
G
H
3CDCLC-MB sheet2 2000-04-26
PROTECTION
TIMING & SYNC
CHECK
CRC
INTERF
CPU
RAM
2 PORT
32 x 8
Circuito CD-Text (não em todas as versões)
470R3706
2853
22n
3700 470R
3733 470R
3732 470R
3734 470R
3707
3831
100R
470R
3718
4K7
47n
2852
33K
3730
10K
3711
3705
220R
DQSY 13
1
EXCK
GND
7
MCK5
SBSO2
SCLK 11
SCOR3 SRDT 12
SW1 9
SW2 10
TEST
8
14
VDD
WFCK4
XMODE6
7876
LC89170M
470R3708
10K3731
To/from Signal Processor
7877 Part1
RCK
SUB
CL11
SBSY
SFSY
6879
BZX284-C3V9
TDA1308
TDA1308
2867
220p
3746
10K
3740
22K
2831
100p
3859
22K
GNDA
2858
220u
3751
1K 1K
3750
220p
2863
3855
100R
2876
220u
7
8
4
3858
22K
7805-A
5
6
220p
2862
3741
22K
3743
22K
3854
100R
10K
3860
2882
220p
10u
2860
7805-B
3
2
1
3744
10K
2830
2861
10u
47n
3742
22K
2832
100p
3861
10K
+5,6V
100R
3864
LN
RN
LP
RP
From Signal processor 7877 Part1
5,6V
version
only
Transformer
3V-5V Logic Level
+3,3V
+3,3V
+4V
3874
10K(2x)
3876
100K
+10V
BC847B
7874
7875
BC847B
BZX284-F3V9
6877
33R
3814
BAS216
6876
3875
10K
3872
3899
100R
+5V
+3,3V
4876
+5,6V
SDA
SICL
SILD
To / From 7877 Part1
POS1
1882
POS rec.
1883
M
8002
CAROUSEL-MOTOR
2
5
1876
1
RF-500TB
SW_INFO
3
4
5
1875
1
2
3
4
SRG8
EN1
1
D
STB
CLK
8
7873
TRAY POS
SW_INFO
1805
UP/DOWN
POS1
POS rec.
6872
6871
1880
3
2
4
5
6
7
14
13
12
11
9
10
1881
6873
BAS216(4x)
6878
1882
1883
3878
10K
3891
220p
2893
2877
47p
1K
470R
3893
10K
3888
10K
3871
1K
220p
2878
10K
3877
3890
15
1
16
18751876
3
5
3
1
Power on
Output enable delay
BC847B
7812
2872
47n
BZX284-C5V1
6875
4u7
2881
BAS216
6874
3715
100K
3898
220R
22K
3713
10K
3714
220R
3887
logic
DQSY
COAX2/EBU
BASIC VERSION
GNDA
SW_INFO
SW_INFO
COAX1/+3V
GND
para Painel Combi
LEFT
from
digital-out
circuitry
SRDT
uP_CLK
GND/KILL_R
EBU_GND
RIGHT
SHR_CL
Changer Control
FILTRO PASSA-BAIXA ATIVO
SICL
DATA
CD-TEXT
GND
+5V(+5,6V)
+10V
(15 Pin)
SILD
GND
to 7877
on part 1
(19 Pin)
(23 Pin)
DIGout
PORE
KILL_L
SHR_STR
4813
provisional
4827
4849
22
23
3
4
5
6
7
8
9
12
13
14
15
16
17
18
19
2
20
21
FE-ST-VK-N
1805
1
10
11
PORE
KILL_R_out
COAX1
COAX2
KILL_L_out
+5,6V
parte 2
3CDC-LC-Painel Principal
LEFT
RIGHT
1805 E14
1850 G3
1875 E8
1876 E7
1877 E3
1878 D3
1878 G3
1880 E7
1881 E7
1882 E7
1883 E7
2814 F6
2829 F2
2830 C8
2831 B8
2832 A7
2852 I8
2853 H9
2854 H3
2858 A5
2860 A9
2861 B9
2862 B7
2863 A6
2864 I3
2865 I4
2867 B8
2868 F5
2870 E4
2871 G3
2872 D8
2873 D6
2874 G4
2875 D5
2876 A6
2877 G10
2878 G10
2880 D1
2881 D10
2882 B8
2883 E3
2893 G11
3372 C13
3374 C13
3700 I7
3701 F2
3702 F5
3703 F1
3704 F5
3705 H10
3706 I10
3707 I10
3708 I10
3710 D5
3711 I10
3712 H4
3713 D10
3714 D9
3715 D10
3716 I3
3718 H8
3719 D2
3730 I7
3730 I7
3732 I7
3733 I7
3734 I7
3740 A6
3741 A6
3742 B6
3743 B6
3744 B8
3746 B9
3750 A6
3751 A6
3755 G2
3756 G2
3757 G3
3758 G4
3759 G4
3760 G4
3761 D4
3762 E4
3763 D4
3764 D2
3765 E2
3766 D3
3770 A15
3771 A14
3772 B14
3780 B15
3781 B15
3782 B15
3809 H2
3814 D12
3831 H11
3851 C6
3854 A9
3855 B9
3858 B9
3859 B9
3860 A6
3861 A7
3864 A5
3865 F6
3871 F10
3875 D12
3876 C11
3877 F10
3878 E6
3879 D1
3880 D1
3881 D5
3882 F1
3883 F5
3884 F5
3885 F1
3886 D5
3887 D7
3888 F11
3890 F10
3891 F10
3893 F10
3898 D7
3899 E12
4813 G13
4827 H13
4849 G13
4876 D12
5802 H4
6871 E8
6872 E8
6873 E8
6874 D10
6875 D8
6876 D12
6877 E12
6878 E8
6879 H10
7805-A A7
7805-B B8
7812 D9
7821-A F2
7821-B F4
7822-A D4
7822-B D2
7850 A14
7851 B14
7860 B15
7861 C14
7873 D9
7874 C12
7875 D12
7876 I8
M
1877
8003
TRAY-MOTOR
RF-500TB
1
3765
33K
TCA0372
7822-B
3881
470K
3886
27K
1u
2875
+10V
3885
27K
3719
470K
3701
470K
470K
3702
470K
3710
3764
10K
4
7822-A
TCA0372
3880
470K
23
2880
1u
1878
100n
2883
47R
3763
2870
100n
33K
3762
10K
3761
470K
3884
1n
2868
3882
470K
2829
1n
3
2
TCA0372
7821-B
6
3851
2R2
47u
2873
2814
47u
3865
2R2
3766
47R
3879
27K
27K
3883
7821-A
TCA0372
7
1
M
RF-500TB
CAROUSEL-MOTOR
1876
8002
3758
10K
3759
33K
3757
39R
1875
100n
2871
4
5
2874
100n 39R
3760
3756
10K
3755
33K
3703
47K
3704
47K
8
1
2
7
6
3
4
85
+10V
2
4
4
2
EVM
V
Tensões DC medidas em
MODO PLAY
c/ as seguintes condições:
"+10V" = 11,6V
"+5V" = 5V
...V
4V
7,35KHz
11MHz
SRDT
SCLK
3,3ms
CD-TEXT INFO
DQSY
4V
durante a leitura do TOC
2,3V
2V
2V
2,3V
2V
2V
4,5V
2,25V
11,6V
5V(5,6V)
5,1V
5,1V
0V
5V
0V
3,2V
0V
Carousel stop
Turn left
Turn right
O6
0V
0V
5V
O7
0V
5V
0V
Tray stop
Moving in
Moving out
O4
0V
0V
5V
O7
O6
O5
O4
O3
O2
O1
O0
O5
0V
5V
0V
11,6V
11,6V
voltage stabilizer
7877
from
on
part1
330R
3809
470R
3809
2864
22p
2854
47n
3716
470R
3716
100R
DOBM
7877
from
on
part1
DOBM
10R
3712
1R
3717
10R
3712
to 1805
to 1805
COAX2
COAX2
COAX1
5802
920927152B
1
2
34
6
78
2865
22n
Circuito de saída digital - versão 75Ω (não em todas as versões)
Circuito de saída digital
(não para versões 75Ω )
51FW-C290/19
Page 13
60 FW-C290/19
ESQUEMA ELÉTRICO- FONTE DE ALIMENTAÇÃO
A
B
C
D
E
F
1 23456789
1206
T5A
EH-B
1222
1
2
3
4
5
6
EH-B
1210
1
2
3
4
1569
1203
1
2
^Para /37 apenas
&Para /22 apenas versão digital
#Previsão no Layout
@Para versão VCD somente
Verifique a lista de materiais para o uso
1223
1
2
3
^
4502
4503
^
@
1
e
C
1207
T6.3A
e
1209
T1.6A
F1
CD
2225
2220
2221
AP
16V
3m3
6248
100n
6249
100n
e
F2
2231
2230
2219
Q
T
100n
100n
/25V
3300U
1N4003
1N4003
6241
1N4003
1208
315mA
6252
6255
D
6240
1N4003
2229
e
1N4003
1N4003
6253
6254
+14.6V
6220
6221
1N4003
100n
1N4003
1N4003
+14.6V
+C
1N4003
1N4003
6230
3214
4R7
3215
4R7
3209
4R7
3286
330R
3287
330R
3248
330R
1N4003
6243
2227
6m8
CD
6242
6222
6223
1N4003
100u
e
+14.5V
2228
2232
+10.4V
6262
1N4003
6261
1N4003
-41.7V
3264
e
3220
BC847B
BC337-25
+10.4V
3247
1N4003
1N4003
7249
BC327-25
5K6
47u
6229
7244
BD438
33K
1K2
3223
1V
7243
CD
6264
6263
3269
e
3219
7248
68R
-39V
-33V
+9.8V
3289
330R
3288
330R
3246
330R
6224
1N4003
6225
1N4003
-34V
6231
2K2
3265
BZX79-C33
e
1K2
3222
0.6V
3217
CD
3242
4R7
3243
4R7
3210
4R7
+6.3V
6244
1N4003
6245
1N4003
1N4003
BZX79-C4V7
3268
220R
3266
220R
22K
1K2
1K2
3221
3218
4K7
10K
+9.75V
6226
1N4003
6227
BC337-25
6266
1N4003
1N4003
6265
1N4003
1N4003
-32V
F1
F2
+VCD_STBY
3249
6250
6251
#
BC368
7247
68R
D
2223
7245
+6.3V
6268
1N4003
6267
1N4003
6233
1N4148
10K
3257
e
1K
3252
6.2V
7241
BC337-25
7240
BC337-25
6260
1N4003
1N4003
6259
1N4003
1N4003
1u
2222
1u
6232
1N4148
3258
4K7
#
CD
3216
270R
7246
L7805
IN OUT
GND
1571
FROM VCD VIDEO OUT
CD
+5.64V
+5.5V
+0.65V
2243
e
M
B
3256
10K
47n
2224
e
#
6256
BZX79-C6V8
1
#
3213
1K2
+30V
4m7
Q
6228
2233
CD
paa
e
3253
10R
3254
10R
3212
10R
2242
e
PWDN
220u
6236
3283
120R
+A
D
4m7
CD
a
3282
BZX79-C5V6
+5.5V
2226
220u
D
BZX79-B4V7
+0.78V
#
4218
BD242BFP
+30V
4217
10K
47u
3275
4K7
2248
3274
B
% VALORES PARA FW-V28 APENAS
ITEM
VALUE
12V
3281
4K7
+5V6
7233
1K5
3280
29V
BC337-25
B
4215
#
e
For NTC version only
NTC
1392
FROM T-NTC
L7812CP
7250
1
IN3OUT
GND
1K5
3279
6257
1N4148
2246
1n
7237
CD
M
3398
3399
2
1
#
2
4221
1K5
6258
B
+12M
330R
4K7
3397
10K
10n
2393
D
D
#
4224
#
4222
1N4148
3278
7236
BC327-25
BZX79-C5V6
3273
3272
B
1
2
3
4
328132803279
1K1K 1K
2392
6269
680R
4.7V
2K2
4K7
25
7397
BC847B
10n
D
B
2247
BC847B
BC817-25
DIPMATE
1601
3277
1n
3276
B
7238
7239
4216
3395
D
2245
B
47K
39K
1N4148
6391
10K
7396
BC857B
3391
100R
BC857B
3396
470R
3393
10K
10n
1m
2391
D
3259
7235
15K
3394
7234
BC369
4K7
6235
3392
1N4148
2K2
DD
BC547B
0.6V
3263
12K
3260
B
220R
3261
B
2234
B
10n
12K
3271
10K
B
STB_BY
&
2235
22n
2236
100n
3270
10K
B
e
3139 118 52620 ...86410 ... 3411 pt 3 dd wk038
7395
D
4226
AMPON
1563
1566
1567
1568
1570
+5V6
1391
1
2
TO FRONT
+PA
+LED
+12A
+12M
1
1564
1560
1
1561
1
1
1
1
1
1
A
B
C
D
E
F
25 E7
1203 E1
1206 A1
1207 B1
1208 C2
1209 E1
1210 C1
1222 B1
1223 B1
1391 A9
1392 A7
1560 E9
1561 E9
1563 E9
1564 E9
1566 F9
1567 F9
1568 F9
1569 D1
1570 F9
1571 F5
2219 A2
2220 B1
2221 C1
2222 C5
2223 C5
2224 D5
2225 A1
2226 A6
2227 C3
2228 D3
2229 D2
2230 E2
2231 E2
2232 E3
2233 F5
2234 D9
2235 E9
2236 E9
2242 B6
2243 B5
2245 C8
2246 D7
2247 C8
2248 C6
2391 B8
2392 B7
2393 B7
3209 A3
3210 A4
3212 A6
3213 A6
3214 A3
3215 A3
3216 E5
3217 F4
3218 F4
3219 E3
3220 E3
3221 E4
3222 E4
3223 E3
3242 A4
3243 A4
3246 A4
3247 A3
3248 B3
3249 A4
3252 A5
3253 A6
3254 A6
3256 C5
3257 D5
3258 D5
3259 C8
3260 D8
3261 D8
3263 C9
3264 C3
3265 D4
3266 D4
3268 D4
3269 D3
3270 E8
3271 D8
3272 D7
3273 D7
3274 D6
3275 C6
3276 D8
3277 C8
3278 C7
3279 C7
3280 C7
3281 C6
3282 C6
3283 B6
3286 A3
3287 A3
3288 A4
3289 A4
3391 A9
3392 B9
3393 A9
3394 B8
3395 A8
3396 A8
3397 A7
3398 A7
3399 A7
4215 F7
4216 F8
4217 C6
4218 B6
4221 C7
4222 C7
4224 B7
4226 B9
4502 D1
4503 D1
6220 B2
6221 C2
6222 B3
6223 C3
6224 B4
6225 C4
6226 B4
6227 C4
6228 D5
6229 D3
6230 C2
6231 C4
6232 C5
6233 D5
6235 C9
6236 A6
6240 B2
6241 C2
6242 B3
6243 C2
6244 B4
6245 C4
6248 B2
6249 C2
6250 B4
6251 C4
6252 E2
6253 E2
6254 E2
6255 E2
6256 E5
6257 C7
6258 D7
6259 C5
6260 B5
6261 C3
6262 B3
6263 C3
6264 B3
6265 C4
6266 B4
6267 C5
6268 B5
6269 C7
6391 A9
7233 B7
7234 B8
7235 C8
7236 C7
7237 D7
7238 D8
7239 E8
7240 A5
7241 A5
7243 F3
7244 E3
7245 E4
7246 E5
7247 A4
7248 A3
7249 C3
7250 B7
7395 A9
7396 A8
7397 A8
1 23456789
Page 14
ESQUEMA ELÉTRICO- SELEÇÃO DE FONTES E AMPLIFICADOR
61FW-C290/19
A
B
C
D
E
F
G
H
26 F2
51 C2
55 B6
56 C15
65 A15
1322-A H14
1322-B G14
1323-A H15
1323-B H15
1323-C G15
1323-D G15
1325 F15
1507 A1
1508 F1
1509 F1
1510 E2
CD
2410
1511 F1
1512 C1
1517 A1
1518 A1
1519 H9
1562 B15
1572 C2
2249 B15
2321 B12
2322 D12
2323 C12
2324 C12
2327 B13
2328 C13
2329 B13
2330 C13
2331 A13
2332 D13
2333 B14
2334 C14
2335 B15
2336 D15
2337 G9
2338 H9
2339 B11
2340 E15
2341 E15
2342 F8
2343 G10
2344 H10
2345 G13
2346 H13
2347 G13
2348 G13
2349 F13
2350 H13
2351 H15
2352 G15
2353 F10
2354 F11
2355 E12
2356 E14
2357 C14
2358 G13
2359 H13
2360 A14
2361 B2
2362 F9
2363 H5
2364 F12
2365 E13
2366 F15
2370 F13
2400 H4
2401 H4
2402 H4
2405 G2
2406 C1
2407 E2
2408 B2
2409 C1
2410 C1
2411 C2
2460 G5
2463 H7
2465 H7
2466 G7
2469 G7
2470 G6
2500 C10
2501 B5
2502 D5
2503 E8
2504 D7
2505 D10
2506 H2
2507 F5
2508 F4
2509 D4
2510 F5
2511 E5
2512 F5
2513 E5
2514 E6
2515 B6
2516 A4
2517 A12
2518 C8
2519 C8
2520 C7
2521 C6
2522 C7
2523 B7
2524 D7
2525 B7
2526 E10
2527 A10
2528 E10
2529 A10
2530 G4
2531 E4
2532 E8
2533 A8
2534 D8
2535 B8
2536 F5
2537 A10
2538 E9
2539 C7
2540 C7
2541 A10
2542 E9
2543 B10
2544 C2
2545 A9
2546 E9
2547 A12
2548 C1
2549 C10
2550 C10
2551 B4
2552 C4
2553 B3
2554 B2
2555 C3
2556 C3
2557 D2
2558 D3
2559 A6
2560 D6
2561 H5
2563 E2
2564 A2
2565 A2
2566 A1
2567 A6
2568 F1
2569 F2
2570 A13
2571 A13
2572 A2
2573 A2
2574 A2
2575 B10
2576 D10
2577 F6
2578 A5
2579 D4
2580 E7
2581 H2
2582 C9
2583 C9
2584 E10
2585 A10
2586 F9
2587 A8
2588 F6
2589 E3
2590 C1
2591 E6
2592 F5
2593 A9
2594 E9
2595 B5
2596 C5
2597 F14
2598 E3
2599 F7
2600 H9
3251 D4
3321 C11
3322 C11
3325 B12
3326 C12
3329 B12
3330 D11
3331 B13
3332 C13
3333 B13
3334 D13
3335 B13
3336 D13
3337 B14
3338 C14
3339 B14
3340 C14
3341 B14
3342 C14
3343 G10
3344 H10
3345 G10
3346 G10
3347 F12
3348 H12
3349 G12
3350 H12
3351 G13
3352 H13
3353 F13
3354 H13
3356 G15
3357 H15
3358 G15
3359 H15
3360 H15
3361 F11
3362 F11
3363 F12
3364 E12
3365 F12
3366 G12
3367 G13
3368 G13
3369 G14
3370 F14
3371 F14
3372 C13
3373 F11
3374 H15
3378 B14
3379 B11
3380 B11
3381 E14
3382 E14
3383 E12
3384 E13
3385 F13
3386 E13
3387 H5
3388 H5
3390 H4
3400 G4
3401 G3
3402 G3
3403 G3
3404 G3
3406 G3
3407 G2
3409 G2
3410 G1
3411 F8
3412 F8
3413 F8
3414 H5
3415 H6
3488 H7
3489 H7
3490 H7
3491 H8
3492 H7
3493 H7
3494 H7
3495 H8
3496 G7
3497 G7
3498 G8
3499 G8
3501 D6
3502 F6
3503 C8
3504 C8
3507 C7
3508 C7
3509 B7
3510 D7
3511 C10
3512 C10
3517 A5
3518 D8
3519 B8
3520 A4
3521 A6
3522 D8
3523 B8
3524 E7
3525 A8
3526 E8
3527 A8
3528 D8
3529 B9
3530 E9
3531 A9
3532 C9
3533 C9
3534 E10
3535 A10
3536 E9
3537 A9
3538 E8
3539 A9
3540 F8
3541 A8
3542 H2
3543 A8
3544 E8
3545 A11
3546 D11
3547 A10
3548 E10
3549 A12
3550 D10
3551 E5
3552 G5
3553 E4
3554 F4
3555 B10
3556 A6
3557 A5
3558 C5
3559 A5
3560 C5
3561 A4
3562 A3
3563 A3
3564 D5
3565 B5
3566 B3
3567 B3
3568 C4
3569 B4
3570 C3
3571 C3
3574 D3
3575 D3
3576 D3
3577 D3
3579 H4
3580 E4
3581 E4
3582 E3
3583 E4
3584 E6
3585 E6
3586 E5
3587 E5
3588 F5
3589 H5
3590 H6
3591 F9
3592 D9
3593 A2
3594 A2
3596 G5
3597 D5
3598 D5
3599 B5
3601 A3
3602 A3
3603 A8
3604 E8
3605 B8
3606 D8
3609 B6
3610 D6
3611 B9
3616 E14
3617 G9
3618 G9
3638 C5
3639 B5
3640 A12
4228 F8
4229 F7
4232 C5
4233 B5
4504 C11
5501 F7
5502 C13
5503 G13
5504 G13
5505 H13
5506 H13
5507 F9
5508 F10
5510 F8
5511 C1
5512 F10
5520 A15
5521 A15
6320 E12
6321 G12
6322 G12
6323 G12
6324 H12
6325 F12
6326 E11
6327 F11
6328 E11
6329 F12
6330 F1
6331 E11
6502 F6
6549 A13
6550 A13
6551 D4
6553 E2
7320 C12
7321 C12
7322 B14
7323 C14
7324 D14
7329 E11
7330 E11
7331 E13
7332 E13
7333 E13
7391 F11
7400 F2
7401 F8
7402 G3
7403 H8
7404 G8
7405 G8
7501 A4
7503 A5
7504 C5
7505 E5
7506 G5
7507 E6
7508 G6
7509 H6
7510 H6
7530-A B7
7530-B B8
7530-C B9
7530-D D9
7530-E D8
7530-F D7
7537 A8
7538 E8
7539 C9
7540 C9
7543 B7
7544 D8
7545 A11
7546 D11
7547 A9
7548 E9
7549 B10
7550 D10
7554-B C13
7556 F9
9210 E15
9229 A15
9285 F9
9286 F10
9287 A15
9509 E2
1 234567891011121314 15
1507
a
3
1
2
4
2566
e
1517
1
2
3
4
5
6
1511
&
1518
100n
1
2
3
4
5
6
7
1512
1
47n
100p
19
2548
18
17
16
15
15
14
14
13
13
12
12
11
11
10
10
9
8
7
6
6
5
5
4
4
3
3
2
1
+5V6
1508
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
3
2
9
8
7
2
1
STB_BY
PWDN
SHSTR
SHCLK
+5V6
5511
2u2
SA1
INC2
--MUTE
AMPON
DATA
PWM
-32V
F2
F1
TAPE_R
TAPE_L
1509
6330
1N4148
REC_R
REC_L
D
3410
5K6
-CMOS
2590
100n
2406
68p
2409
+5V
+LED
2568
+5V6
2572
100n
1K
3593
1K
47n
2544
2506
3n3
3594
a
e
CD
2411
100p
+CD
2563
22n
7400
BC857B
68p
2405
D
3542
10R
a
e
330p
2564
2574
4u7
2573
4u7
330p
2565
a
+12A
22n
2361
a
1572
2408
1
100n
+12A
4
3
100n
2
1
e
51
1
2
3
4
2557
5
6
+12M
7
8
6553
9
1N4003
1510
9509
47n
2407
Not for VCD
1
2
a
3
26
MUTE
2n2
2569
D
3409
15
5K6
5V
16
VDD
47u
2581
470u
D
3602
47K
3601
47K
2553
2554
330p
a
a
2555
#
2556
#
330p
a
A1
A0
3406
2K2
3407
6
E0
7402
a
8K2
3562
8K2
3563
a
a
330p
3567
15K
1
5
23
4
15K
3566
12
14
330p
3571
10K
a
3570
10K
330p
a
^
3575
22K
15
11
27k
27k
^
3574
22K
6K8
330p
3577
a
14
a
3404
O4
^
15k
a
BASS
PRESENT
3403
2K2
12
O6
^
15k
REC_R
REC_L
2K2
13
3576
3402
O5
a
Jazz
2558
330p
2598
330p
2589
CD_STBY
2K2
O04O15O2
a
HEF4094BT
CP
32
SHCLK
STR
D
1
DATA
SHSTR
3520
a
15K
16
VDD
7501
HEF4052BT
LL
LH
HL
HH
LL
LH
HL
HH
VSS
8
-32V
-CMOS
-9V
6K8
BZX79-C9V1
D
FOR ETF ONLY
1K2
3582
a
D_BB
2K2
3401
2K2
3400
11
7
O7
O3
VSS
Os
Os
9
10
2402
2401
560p
2400
10p
10p
a
6551
3583
INC1
47u
7
2579
a
2K2
VEE
3251
3580
22K
3581
22K
1K2
8
9
a
D
A1 A0
10
LOGIC
6
10K
D
D
D
a
LSBMSB
150K
3579
3517
10K
2578
10n
2516
a
a
100u
3559
3557
3K3
3556
3K3
180K
7503
3561
470R
2501
470p
a
100p
100p
2502
100K
^
a
3597
22u
3596
a
4233
3639
2K7
2k2
a
3638
2K7
4232
3558
180K
470p
68K
7505
ON4986
2536
470u
3588
470R
ON4986
7506
68K
a
3565
7504
BC550C
3564
3586
2K2
2592
680p
+12A
^
2k2
a
2513
470p
2512
470p
a
180R
2460
100u
180R
2551
3569
1u
12K
3599
50mV
2595
H
L
a
H
12K
2596
3568
13
L
2552
50mV
1u
3560
470R
3598
100K
a
a
1u
2509
3551
2R2
39K
3553
27p
2531
2511
a
470p
PWM
3587
6K8
2507
a
1u
2508
2510
39K
3554
470p
3552
27p
2530
2R2
a
+12A
6K8
BC550C
3589
3414
390R
3390
150K
47p
2363
3388
2561
100n
330K
1V
3387
a
82K
BC847B
1
2
3
4
a
7509
55
7507
ON4986
2591
a
2588
ON4986
7508
a
6K8
3415
a
+S_P
2K2
2560
3501
68K
680p
680p
a
a
9V
2559
1u
+S_C
3585
6502
a
3502
7510
3590
BC857B
68K
10V
+12A
3521
33R
2567
22n
a
1u
19mV
3609
1
470R
2525
2515
220n
33p
2521
3610
470R
19mV
220n
2514
+12A
2R2
3584
680R
470u
2577
a
BZX79-F5V6
SA1
+S_P
1K5
1u
2470
a
1K5
3492
+S_P
1K5
3488
+S_P
a
NOT FOR ONE BAND SPECTRUM.
7530-A
2520
3510
82K
13
5V
7530-F
3496
6V
+S_C
HEF4069UBT
14
7
a
3509
82K
6n8
2523
1n
47K
3507
47K
3508
1n
6n8
2522
2524
33p
+S_C
14
7
a
+VCD_STBY
+CD
2599
a
3497
680K
6V
2466
3493
680K
6V
3489
680K
Jazz
400mV
2
PRESENT
2539
1u
2540
1u
PRESENT
12
320mV
Jazz
2580
5V
5501
2u2
CD_STBY
22n
NOT FOR VCD
a
100n
6n8
2465
820p
2463
BC847B
a
4229
47p
2469
47u
2504
a
BC847B
7537
7543
3605
47K
3606
47K
47u
3524
68K
5510
2u2
VCD
only
5V6
D
0.9V
0.9V
3494
82K
3490
82K
0.9V
3525
68K
3498
82K
7404
7403
3603
1M
4228
7405
3523
1M
11
7544
3522
1M
3604
1M
BC847B
7538
D_BB
BC337-25
2342
100u
3
7530-B
2519
470p
100K
3504
7530-E
BC847B
2503
a
7401
0.2V
0.2V
BC857B
BC857B
2533
180p
2534
1n5
2532
180p
BC857B
0.2V
D_BB
2535
+S_C
14
7
a
2518
470p
+S_C
14
7
47u
ALC
3495
3491
1n5
3499
ALC
3503
100K
3544
68K
3543
10
3540
4K7
470K
a
470K
3541
68K
3527
3519
4
3528
3518
3526
3413
100R
3412
100R
3411
100R
470K
4K7
10K
27K
33K
33K
27K
a
3529
2582
220n
2583
220n
3538
2587
10K
%
1
2
3
100n
a
2546
100n
82K
BC847B
#
+12A
1519
BC847B
7547
3539
7548
2586
100n
+5V
82K
2545
100n
3611
33K
7539
BC847B
3533
3532
39K
7540
BC847B
3592
33K
3536
3K3
a
7556
PDTA114ET
5V
/
5V
0V
--MUTE
SPK_L
SPK_R
SA2
2600
22p
SA3
39K
2594
a
3617
3618
a
3530
2538
3531
33K
5
BC847B
BC847B
+S_C
9
33K
47p
2362
2337
4u7
1K8
1K8
2338
4u7
3537
3K3
+S_C
7530-C
7530-D
100n
2542
100n
#
a
7549
7550
a
3591
220R
9285
5507
D
2593
2u2
paa
3.3v
3.3v
2576
2528
680p
47n
14
7
3511
3512
14
7
47p
3555
82K
3550
82K
18p
3343
150K
3344
150K
AMP_IC
180K
180K
2537
6
2575
18p
a
8
2500
9512
5512
*
*
2543
2u2
3345
3346
a
INC2
100n
a
3534
150mV
2529
47n
2541
100n
3535
100K
2527
22n
INC2
100u
INC1
470u
3548
470R
12K
12K
100K
#
2343
2526
9286
5V
2344
C
10K
2323
2324
10K
2517
HPREF
pa
100K
1u
1u
100K
6323
6324
3549
4K7
22p
a
HPREF
3384
22K
3383
22K
2364
C
BZX79-B18
3353
2R2
5503
3351
2R2
5504
1N4003
3366
4K7
3354
2R2
5506
5505
1N4003
3352
2R2
6550
1N4148
6549
1N4148
2327
3331
HPREF
HPREF
3332
2328
680p
1u
1u
1u
1u
3333
2K2
470p
12K
12K
470p
3334
2K2
7331
BC857B
2370
C
C
22u
2345
2347
2348
2346
2571
680p
2329
pa
pa
2330
3385
C
2570
680p
5
6
2349
100n
220n
220n
2350
100n
3545
3547
470R
BASS
2585
2549
150n
2550
150n
BASS
47p
47K
2339
pa
a
220u
+12A
4504
3380
3379
pa
3321
3K9
3322
3K9
7545
BC847B
3K9
4K7
HPREF
pa
3640
ALC
10K
2547
100u
a
MUTE
4K7
3329
2321
pa
100p
3325
7321
BC817-25
7320
BC817-25
2322
3326
100p
4K7
14.3V
6328
6327
6331
1N5392
BDW94C
7329
BC337-25
BZX79-B4V7
1K8
3361
7391
AN7125
OUT1+
GND1
OUT1-
OUT2-
GND2
OUT2+
7330
3362
2
3
4
10
11
12
3330
MUTE
1N5392
1K8
AL
47u
2505
a
4K7
3546
6326
+C
13.7V
*
7546
BC847B
22n
47p
2584
BZX79-C22
*
3373
220u
2353
330R
C
2354
50R
5508
0V/
22p
4u7
C
50
C
1
VCC
IN1
6
STB
5
STB
MUTE
VREF
MUTE
9
22p
IN2
8
GND
7
6320
3363
AR
3364
2355
pa
1N5392
470R
2n2
6329
1N4148
1K8
3365
220R
6321
6322
3348
3350
pa
+A
6325
*
3347
3349
1N4003
1N4003
10K
10K
paa
2
3
100p
+12A
3372
5502
100p
47K
3386
7332
BC857B
7333
BC817-25
47K
220n
3367
AL
AR
220n
2331
220p
3335
27K
4
pa
8
NJM4556AM
+S
10R
2u2
NJM4556AM
8
4
3336
27K
2332
220p
C
1K
ALC_L
ALC_R
7554-A
11.8V
+S
7554-B
pa
2365
C
3368
2359
1
2358
2357
47u
7
680p
1K
10n
3337
3338
3369
10n
47R
pa
47R
pa
3382
3381
-CMOS
#
7324
BC857B
15K
100R
3370
1K
3378
3616
100K
2356
1u
1K
1322-B
4
3
2
1
1322-A
10M
3341
1K
3342
1K
2334
47u
AMPON
3371
2333
47u
MUTE
BC817-25
HP
BC817-25
HP
C
AMP_IC
150R
2360
7322
7323
3340
47R
C
2597
+12M
TO TAPE MOTOR
22n
3339
47R
2336
HP
1n5
VCD ONLY
3356
150R
3358
150R
3360
150R
3359
150R
3357
150R
3374
150R
paa
2366
ALC_R
680p
2340
2341
680p
AP
4n7
M
HP
SPK_L
SPK_R
33n
2352
2351
ALC_L
2335
2
1
65
680p
HP
E
AP
2
3
220u
220u
#
47n
e
9210
C
2u2
5521
2u2
5520
1562
2249
WH6D-1
56
YKC21-3416
1325
1
6
8
5
7
4
2
3
1
#
9229
9287
from tuner
1
2
3
4
5
6
AL
AR
1323-D
1323-C
1323-B
1323-A
9512 F10
A
1
B
C
D
E
F
G
H
nota : Alimentação +A e +C chaveiam no VOL 32
I
1
&
^ For VCD version only
Refer to parts list for usage
/
1
1
0
0
1
0
0
1 2345
VALUE FOR ONE BAND SOPECTRUM ANALYZER
%
ITEM #
VALUE
3497
150K
3498
56K
3499
220K
2469
100nF
6 7 8 9 1011121314 15
* Valores para versões 12W e 18W
3345 3346 6325 6326
ITEM
6K8 6K8
12W
18W 10K 10K
BZX79-F15
BZX79-F15
BZX79-C18
BZX79-B3V3
BZX79-C18 BZX79-B3V3
6327
I
3139 118 52620 ...86410 ... 3411 pt 3 dd wk038
Page 15
62 FW-C290/19
SEÇÃO KARAOKE - ESQUEMA ELÉTRICO E GUIA DE PLACA
1 23456789
A
3653
10K
5640
u
22
mic_gnd
3655
agnd
10K
mic_gnd
2641
4n7
3641
10K
BC847B
7647
agnd
2642
100n
+Kara
7646
BC847B
3643
1M
2643
1n
2664
agnd
B
C
D
E
agnd
3652
10K
3
2
1
TC38
1642
6
5
4
8
7
9
mic_gnd
3645
3644
mic_gnd
3666
100n
2K7
7641
BC550C
470R
3665
150K
1M
2663
agndagnd
470n
2651
6633
1N4148
50
10u
3
3647
1
agnd
mic_gnd
2645
20K
2
3664
1N4148
agnd
470n
1K
6632
agnd
3631
2662
100n
7645
BC847B
2644
220u
3630
3662
agnd
470R
agnd
470R
2650
2649
680p
agnd
3663
100R
3633
1M
680p
agnd
3632
1M
6K8
3661
1M
3635
3637
3636
2661
agnd
10K
7643
BC550C
820R
7642
BC550C
820R
agnd
2660
1u
1n
3634
10K
2648
3660
10K
2647
1u
1u
agnd
agnd
3651
3650
100K
100K
3678
10K
+Kara
2666
agnd
2665
1u
100n
2670
agnd
2667
680p
3669
680p
1M
3674
3675
agnd
12K
2669
100n
7650
BC847B
220R
4606
DIPMATE
3648
470R
4605
agnd
DIPMATE
3676
1K
2671
#
#
4268
2668
agnd
MPEG_gnd
10n
MPEG_gnd
3139 118 52620 ...86750 ... 3411 pt 3 dd wk038
1
2
100n
48 D9
57 B9
1642 C1
2641 C2
2642 B3
2643 B3
2644 A5
2645 C5
E
2647 B6
2648 C6
2649 B5
2650 C5
2651 B4
2660 E6
2661 E5
2662 D5
2663 E4
2664 E3
2665 E7
2666 E7
2667 D7
2668 E8
2669 D8
2670 E7
2671 E9
3630 C5
3631 B5
3632 C5
3633 B5
3634 C6
3635 A5
3636 C5
3637 B5
3641 B2
3643 B3
3644 C4
3645 B4
3647 C4
3648 B8
3650 C6
3651 B6
3652 B1
3653 B2
3655 C2
3660 E6
3661 D5
3662 E5
3663 D5
3664 D5
3665 E4
3666 E4
3669 D7
3674 D8
3675 E8
3676 D8
3678 E6
4268 E8
4605 C8
4606 B8
5640 B2
6632 E5
6633 E4
A
57
1
+12A
2
mic_L
3
gnd
4
mic_R
B
C
D
48
7641 B4
7642 C6
7643 B6
7645 E5
7646 D3
7647 E3
7650 E8
1 23456789
Este desenho mostra apenas um sumário de todas as versões possíveis. Para
componentes de uma versão específica veja o esquema elétrico.
3139 113 3411 pt 3 dd wk038
Este desenho mostra apenas um sumário de todas as versões possíveis. Para
componentes de uma versão específica veja o esquema elétrico.
3139 113 3411 pt 3 dd wk038
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