Philips MCM521, Service Manual

Page: 48 / 58

48 MCM595
PAINEL COMBI - SELETOR DE FONTE
1
1
1
1
VOLU M E I
R IGHT
S U R.
S OU R CE
S UPPLY
POWE R
S ELECTO R
T R EBLE
LEFT
VOLU M E II
LOGIC
LEFT
R EC
IIC BU S
B ASS A LC
B ASS
LEFT
VOLU M E I
LEFT
S U R.
T R EBLE
R IGHT
VOLU M E II
R IGHT
B ASS
R IGHT
1
1
Po s 3 501 ,3 502 1 R 0
1010 B15
AM P+
AM P+
AM P-
75 W
a
tt o
n
ly
N. C .
1K fo
r
1 2 3 6 7
S ILD/uP CLK
G N D_D
S ICL/PO R E/uP D A T A
-VKK
5V6 ECO
LOW_PW
R _CT R L
5 6 7 8
S ICL/PO R E/uP D A T A
5K6 fo r
11 12
F1
S ILD/uP_CLK
B
C
D
E
F
G
H
1002 A 15
1005-1 A 1
1005-2 A 1
1006 A 15
O n ly fo r digi t a l out
G N D
n ot u sed
G N D_ A
G N D_ D
4 5
I2C_CL K
N TC
8 9 10 11 12 1 3 14 15
1 2 3 4
75 W a tt o n ly
N TC
G N D_D
F2
9 10
1028-B A 8
2500 A3
1 3 14 15
A
B
C
D
E
F
G
H
A
+5V_CD
OUT
+5V6_CO N (ECO)
G N D
25 3 7 C 3
25 3 8 B12
25 39 B11
2540 C 3
G N D_ D
CD_ R IGHT
254 3 D8
2546 D8
S ICL/ RA B/uC R E S ET
CD_LEFT
1011 C15
1012 G15
101
3 D1
1015 F1
1018 F1
1020 D1
1022 B1
1026 E15
1027 G1
1028-
A B1
LI
N
E OUT
TU_D A T A
TU_CLK
F
R
O
M
/TO F
R
O
N
T
TU_E NA B/ M PX
F1
PW R _DW N
2562 G5
256
3 G5
2501 A 8
251 9 B1
2520 A 2
2526 A 1 3
2527 A 14
2528 A3
252 9 A 12
25 3 1 A 2
25 3 2 A 1 3
25 33 B1 3
25 3 4 B 3
25 3 5 B 3
o
n
ly
DIGIT A L
CO A X
25 3 6 B10
+10V/+12V/+ A
+ 3 V/CO A X1
LOW_PW R _CT R L
2541 D6
2542 D7
2578 H7
257
9 H10
2547 D10
2550 D8
2551 D
9
2552 E 9
255 3 E 3
2554 D10
2555 E6
2556 E 3
2557 F 3
2558 F11
255
9 F 3
2560 G4
S PDIF
fo r LI N E OUT o n ly
fo r t a p e de ck
LINE OUT
25 93 H 9
3 500 A 2
3 501 C 3
TU_E NA B
2561 G5
3 506 E12
3 507 E12
2564 G5
2565 G5
2566 G6
2567 G6
2568 G1
3
256 9 H8
2570 G10
2571 G11
2572 H
9
2574 H 9
2576 H8
2577 H8
+ S PDIF G N D
G N D_ A
3 52 3 B2
3 524 A 10
3 525 B 3
3 526 B10
TU_ S TE R EO
CLIP
3 52 9 B 9
3 5 3 0 B1 3
2581 D1 3
2582 D1 3
258 3 G8
2584 D8
2585 F6
2586 A 5
2587 A 7
2588 A 7
258 9 A 6
25 9 0 B6
25 9 1 A 7
25 9 2 A 7
5DTC
RA B/ S ICL/uC R E S ET
G N D_D
-Vkk
3 502 C 3
3 504 A 2
3 508 F2
3 50 9 F2
3 510 F 3
3 511 F 3
3 514 A3
3 515 A 1 3
3 517 A 14
3 518 A 2
3 51 9 A 2
3 520 A3
3 521 A 11
3 522 B2
fo
r
T
A
PE DECK o
r
S PDIF G N D
TU_LEFT
Po s 3 525 , 2527 27K
SA R, TP_ R EC_ R IGHT
TU_ R IGHT
+11V_ A
3 527 B 3
3 528 B11
3 56 3 G6
3 564 G6
3 5 3 1 B 9
3 5 3 2 B10
3 5 33 C2
3 5 3 4 C5
3 5 3 5 C8
3 5 3 6 C8
3 5 39 D 9
3 542 D7
3 54 3 D 9
3 544 D10
3 545 D 3
3 54 9 E6
M
IC
R
OPHO
N
E
CD_ S H_CLK/T ra y I R Q
fo r T A PE DECK o n ly
POWE R _DOW N
OVER VOLTAGE
PROTECTION CIRCUIT
-C M O S
3 578 H 9
3 57 9 H10
3 580 D8
fo
r
T
A
PE DECK
3 58 3 A 7
3 584 A 6
3 550 D 3
3 551 E10
3 552 F6
3 55 3 F6
3 554 F6
3 555 F1 3
3 556 F1 3
3 557 F6
3 558 F1 3
3 55 9 F14
3 560 F6
3 561 G12
WI
R
ELE
SS
M
ODULE
+5V6
CD_ S H_ S T R /T ra y I2C S CL
G N D_D
6505 G12
6506 E1
3
6507 F12 3 562 G1 3
7500-2 A 12
7500- 3 B12
3 566 G11
3 567 G12
3 568 G6
3 56 9 G12
3 570 G1 3
3 571 H8
3 572 H10
3 57 3 G11
3 574 H6
3 575 H8
3 576 H7
3 577 H8
DIGITAL OUT
to/f r o m T A PE DECK ,
U S B b o ard o r S ou nd _ Agen t
D A T A /uP_F RAM E
3 581 G7
3 582 B7
F022 A 1
3 585 A 7
3 586 B6
3 587 A 5
3 588 B5
3 58 9 B7
3 5 9 1 F12
5500 A 1 3
6500 C 3
6501 C5
6502 F14
650 3 G1 3
6504 G1 3
I
N
TE
R
F
A
CE
SA R, U S B R, TP_ R IGHT
+11V_ A
+5V6
F2
S W_I N FO/T ra y I2C S D A
SA L , U S B L , TP_LEFT
G N D_D
S W_I N FO/T ra y/I2C S D A
G N D_D
6508 D1 3
7500-1 A 12
TU_D A T A
A
UX I
N
A
UX I
N
7500-4 B12
7500-5 B11
7500-6
A 11
7505 B10
7506 E12
7508 E7
750
9 G14
7510 A 6
7511 A 6
7512 A 5
F020 A 1
F021 A 2
I2C_D A T A
n ot u sed
n ot_u sed
SA L , TP_ R EC_LEFT
G N D_ A
CD_ S H_ S T R /T ra y/I2C S CL
p in des c ri pt i o n de p ends o n CD m o d ul e u sed
F045 F2
F02 3 B1
F024 B2
F025 C1
F026 C2
F027 C1
F028 C2
F02
9 C1
F0 3 1 D2
F0 3 2 D2
F0 33 D2
F0 3 4 E2
F0 3 5 E2
D A T A /uP F RAM E
TU_CLK
TU_ S TE R EO
F062 C15
F06
3 C15
F065 D15
F066 D15
F067 D15
F068 D15
SA _I N
F071 E15
F072 E15
CD_ S H_CLK/T ra yI R Q
F0 3 6 E2
F0 3 7 E2
F0 3 8 E2
F0 39 F2
F040 F2
F041 F2
F042 F2
F04
3 F2
F044 F2
F
R
O
M
/TO
F0 9 0 A 14
F0 9 1 A 14
F0 9 2 A 14
G N D
+D2
AM P-
+D
M UTE
p in des c ri pt i o n de p ends o n
CD m o d ul e u sed
G N D
F
R
O
M
/ TO
MA
I
NS
BO
AR
D
F046 F2
F047 F2
F048 F2
F04
9 F2
F050 F2
F051 G2
F052 G2
F05
3 G2
F058 B15
F05
9 B14
F060 B15
F061 C15
o n ly fo r
S ou nd Agen t
F
R
O
M
/TO TU
N
E
R
3
CDC
S HIELD
F06 9 D15
F070 D15
EBU/ S PDIF/CO A X2
F064 C15 F07 3 E15
F074 H15
F075 E15
F076 E15
F077 D1
F078 E11
F07
9 F10
F080 G11
F082 E6
F08
3 H7
F088 B10
F08
9 D1 3
22K
*
470
n
3
5
3
6
6
7
8
9
2558
11
12
1 3
14
15
2
3
4
5
15FE-BT-VK- N
1015
1
10
3
K
3
3
5
9
1
F06 3
BC847B
7510
F070
F020
39R
3
528
470
R
14
2
3 517
7500-1
74LVU04D
1
3
555
5K6
3
556
15K
3
581
F0 3 8
100
R
470p 2566 256
3
470p
2K2
3 586
470 R
3 585
3
588
2552
4 n 7
10K
15K 3
520
F061
1u0
25 3 7
3n3
2578
1
2
3 4
6
+12V_ A
6 R G
5500
10
8K2
3
578
74LVU04D
7500-5
11
F048
3 515
220 R
100 n
F04 9
+5V6
25 33
G
N
D_
A
50V
1u0
25
9
2
G N D_ A G N D_ A
470p
2564
F02 9
2500
1u0 50V
F025
G N D_ A
3
542
12K
2555
16V
47u
G N D_D
F022
1u0 50V
2528
150K
3 5 3 1
3 518
1K5
G N D_ A
2540
to 258 3
to 2584
1u0
+12V_ M
G N D_ A
BZX7
9
-C10
6500
G N D_ A
B
AS3
16
G N D_D
G
N
D_
A
6504
G
N
D_
A
G N D_D
G N D_ A
+5V6
+12V_ A
4
n
7
2574
BZX 3 84-C47
6506
F050
251
9
2588
2
n
2
100
n
+12V_ M
BC847B
7511
G N D_ A
G N D_ A
G N D_ A
39 K
3 545
G N D_ A
7505
BC847BW
BC857BW
7506
G N D_ A
2585
100 n
2565 470p
2K7
3
58
9
YKC21- 3 416
1006
1
3
2
3
580
100
R
F071
2560 470p
1
10
2
3
4
5
6
7
8
9
33
0K
3
526
1010
440052
1020
1
2
G N D_ A
G N D_ A
B2B-EH- A
+12V_ A
F088
50V 1u0
2557
+5V6
G N D_ M
+5V_CD
3
510
6K8
*
3
4
5
6
7
G N D_ A
G N D_D
FE-BT-VK- NA
1022
1
2
2581
1u0
220
n
2572
G N D_P R OTECT
254 3
470 n
33 0 n 470 n
2554
2547
8K2
3
54
3
50V
1u0
G N D_ A
G N D_ A
2526
470 R
3 506
G N D_ A
258 9
10p
16V 47u
2584
3
576
12K
50V
2556
1u0
39 K
3 550
G N D_D
F075
3
57
9
5K6
2561 470p
1K0
3
561
3 508
2K2
3 521
F028
G N D_ S HIELD
2K2
3
5
3
2
F0 33
F0 3 4
82K
4
5
7
6
258 3
47u 16V
1028-B
YKC21- 3 424
F02 3
2K2
3 584
G N D_ A
2546
33n
1K0
3
562
7512
BC857B
2550
3n3
4K7
3 502
F062
100 R
3 55 3
F060
F0 3 7
F0 3 6
G N D_D
F0 3 5
100 R
3 557
G N D_D
G
N
D_
A
G
N
D_
A
G N D_D
3 552
100 R
G N D_D
F065
6501
BZX 3 84-C2V7
3
514
15K
+5V6
10K
3 51 9
470p 2520
100 R
3 56 3
3
567
100
R
650
3
B
AS3
16
22u
2541
50V
F076
3 501
4K7
1
2
3
4
F0 9 0
B
AS3
16
6502
F MN
1002
2542
1
n
0
1K5
3 500
F040
F08 9
F042
G
N
D_
A
G
N
D_
A
F041
74LVU04D
7500-2
3 4
470
n
256
9
5K6
3
5
3
5
470
R
3
572
2501
100 n
15
9
20
1
470 R
3 58 3
3
26
4
25
5
24
6
2 3
8
21
2
7
22
12
17
14
7508
TD A 7468
16
10
1 9
11
18
27
1 3
28
F0 9 1
F026
1K8
3
55
9
3
570
100K
3
558
1K8
2568
47u
F0 3 2
+5V6
G
N
D_
A
2
3
4
3 54 9
100 R
1027
FE-BT-VK- N
1
1K0
3
56
9
+ AM P
+12V_ A
1K2 3
524
G
N
D_
A
F058
12
BC847BW
750 9
74LVU04D
7500-6
1 3
F067
3 504
10K
F06 9
100 R
3 568
1
2
3
1005-2
25
3
8
1
n
0
3 564
100 R
F047
F021
F046
2567
470p
2586
1u0
22K
*
3
571
G N D_ A
3 575
5K6
2576
G N D_ A
1
n
0
2551 220
n
4K7
3
587
G
N
D_
A
G N D_ A
7
8
4u7
25 3 5
1
2
3
4
5
6
08FE-BT-VK- N
101 3
3 527
1K0
F051
F027
F068
255 9
1u0 50V
1K0
3 525
F074
F07 3
F05 9
3 554
100 R
3
57
3
470
R
3 574
100 R
F04 3
3 5 3 4
10 R
33n
F0 39
G N D_ A
2577
G N D_ A
2587
2
n
2
25
3
1
470p
F082 6
7
8
9
F0 3 1
14
15
16
17
18
1 9
2
3
4
5
1026
1 9 FE-BT-VK- N
1
10
11
12
1 3
+5V6
G N D_D
252 9
100 n
G N D_ A
F044
G N D_D
2562 470p
5K6
3
5
33
F077
100p 2571 2570 100p
25
9
1
1u0
50V
G N D_ A
G N D_D
BZX
3
84-C47
6507
G N D_ A
100
n
2582
F066
G N D_ A
1u0
255 3
50V
G N D_ A
F05 3
+12V_ A
G N D_ M
BZX
3
84-C5V6 6508
F072
3 560
100 R
F08 3
74LVU04D
7500- 3
5 6
3 551
100 R
3 566
100 R
G N D_D
G N D_D
F052
G N D_D
F080
G N D_ S HIELD
9
7
8
7500-4
74LVU04D
3
522
1K5
3 507
8K2
257
9
G N D_ A
470
n
G N D_ A
2527
100 n
25 3 6
100 n
150K
3 52 9
25 3 4
4u7
G N D_D
2K7
3
582
25 9 0
10p
7
G N D_D
B AS3 16
6505
FE-BT-VK- NA
1011
1
2
3
4
5
6
F07 9
F078
25 93
33 0 n
25
3
2
150p
1K5
3
52
3
2
3
4
5
6
7
8
9
1
10
11
12
1 3
14
15
16
17
18
1 9
1018
1 9 FE-BT-VK- N
25
39
100
n
3
5
3
0
560
R
G N D_ A G N D_ A
3 50 9
2K2
F0 9 2
YKC21-447 3
4
F024
15K
3
577
15K
3
5
39
1012
1
2
3
4
5
6
7
8
9
0 9 FE-BT-VK- N
5205
F045
F064
3
544
5K6
3
511
6K8
*
G N D_ A G N D_ A
D A T A
S ILD
S ICL
S HIELD
CO A X1
S W_I N FO
S ICL
S ILD
D A T A
F1_
F2_
CD_
S H_CLK
CD_ S H_D A T A
-VKK
I2C_D A T A
I2C_D A T A
I2C_CLK
I2C_CLK
+D2
G N D_ A
- AM P
POWE R _DOW N
N TC_
-VKK
F1_
F2_
SA _I N
POWE R _DOW N
TU_ S TE R EO
TU_CLK
TU_D
A T A
TU_E NA B
RA B
CD_ S H_CLK
CD_ S H_D A T A
S W_I N FO
S ou nd _ Agen t_ Rig ht
S ou nd _ Agen t_L e ft
TU_E NA B
TU_D A T A
TU_CLK
TU_L
M IC_DET
to 3 588
A UX_ R A UX_ R
A UX_L
A UX_L
CD_L
CD_L
T A PE_L T A PE_L
TU_L TU_L
LI N E_L
LI N E_L
LI N E_L
LI N E_ R LI N E_ R
M IC_DET
f r o m 1027
a _ R
LI N E_L
LI N E_ R
A UX_L
A UX_ R
a _L
TU_ S TE R EO
TU_ R
T A PE_ R
T A PE_L
+12V_ A
VOL_ R IGHT
VOL_LEFT
LI N E_ R
TU_ R
M IC
TU_ R
T A PE_ R T A PE_ R
CD_ R
CD_ R
LOW_PW R _CT R L
+5V5_CO N
+D
RA B
+5V5_CO N
N TC_
LOW_PW R _CT R L
AM
P_CLIP
I2C_CLK I2C_D
A
T
A
CD_ R
CD_L
SA _I N
SA _I N
Spectrum Analyzer
S ou nd _ Agen t_ Rig ht
S ou nd _ Agen t_L e ft
f r o m 1022
f r o m 1022
- AM P
+ AM P
-VKK
N TC_
N TC_B AS E
CO A X1
S HIELD
CO M BI BO AR D
SOURCE SELECTOR
Co mbi b o ard P200 3 150W cl ass D , 3 0 . 06 . 04
G N D_ A
1
2
3
YKC21- 3 424
1028- A
a _L
a _ R
o n ly fo r S ou nd Agen t
150W PO S.NR
6k8
6k8
* VARIANT-TABLE
22k
22k
6k8
6k8
22k
22k
22k
22k
1k
1k 3 571
3 5 3 6
3 511
3 510
75W SA 75W T A PE SA s t ands f r o r S ou nd A gen t
67841 67 9 41 67781
1 2
3
3
3
3
3
3
3
3
3
3
3
2
1
2 3
2 3
4
4
3
3
5
5
2
5
... V DC volt ages meas u red in Tu ner m o de
ECO S t andb y m o de
EV M V
4 , 5V
4 , 5V
4 , 5V
4 , 5V
4 , 5V
4 , 5V
4 , 4V
0 , 8V 4 , 5V
4 , 5V
4 , 8V
4 , 5V
0 , 8V 4 , 5V
4 , 5V
4 , 5V
4 , 5V
9 V
4 , 5V
4 , 5V
4 , 5V
4 , 5V
4 , 5V
7V
0 , 6V
4 , 5V
4 , 5V
4 3 V
-4 3 V
22 ,9 V
10 ,9 V
4 ,3 V
5 , 6 /0V
5 , 2V
-25 , 8V
-25 , 8V
- 33, 5V
4V
5 , 6V
0 , 5/4 , 8V
4V typ .
5 , 5V
0V
5 , 6V
0 , 6V
5 , 2V
4 ,3 V
7V
5 , 6V
- 33, 5V
-25 , 8V
-25 , 8V
5 , 6/0V
4V typ .
0 , 5/4 , 8V