80
VSX-1128-K
1
2
3
4
A
B
C
D
E
F
1
2
3
4
10.11 D-MAIN ASSY (10/10)
B
10/10
!
!
!
!
!
!
!
!
RYAC
D
V
CPO
W
C N 9 5 0 1
A K M 7 1 5 6 - 1
R Y A C
1
G N D D
2
G N D D
3
G N D D
4
V + 5 R 6 _ E V
5
V + 5 R 6 _ E V
6
V + 5 R 6 _ E V
7
ACH7354-1
*C9436
(220/6.3)
220u/10
C9545
220u/10
C9546
C9403
1u/25
(2125)
C9405
1u/25
(2125)
C9431
10p/50
C9551
330p/50
C9435
CCG1222-A
(2125)
C9434
100p/50
C9549
10p/50
C9432
10p/50
C9544
0.1u/50
(160
8
)
C959
8
10p/50
C954
8
330p/50
C9402
10p/50
C9404
N
M
C9541
N
M
C9542
100p/50
C9543
0.01u/50
(160
8
)
C9420
330p/50
C9433
CCG1222-A
(2125)
D 9 5 0 4
1 S S 3 5 5
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
N M
* J H 9 5 0 1
R 9 4 0 1
0
( 1 6 0 8 )
R 9 4 0 2
0
( 1 6 0 8 )
R9469
N
M
R95
8
5
N
M
R9470
10
R9525
N
M
(3216)
R9514
N
M
(2125)
R9515
N
M
(2125)
R9553
10
R9567
N
M
(2125)
V+1R2_HD
V+1R8_HHH
V + 3 R 3 _ H H H V + 3 R 3 _ E M
V + 5 R 6 _ E V
V + 5 _ E V
V + 5 R 6 _ D D D
V+5R6_EV
V+5_HD
C O N T _ E V
GNDD
N M
* J H 9 5 0 3
L 9 5 1 2
A T L 7 0 1 0 - A
( 2 1 2 5 )
GNDD
C9592
N
M
R460
12.7k
(F)
GNDD
R469
8
2k
(F)
R464
100k
R45
8
12.7k
(F)
R454
22k
N
M
C453
V+5R6_DDD
L 4 5 4
A T L 7 0 1 0 - A
( 2 1 2 5 )
N
M
C459
C467
5p/50
C4
8
3
0.022u/16
R459
40.2k
(F)
GNDD
C479
2200p/50
C 4 6 2
0 . 0 4 7 u / 5 0
R463
39k
C4
8
0
N
M
C464
N
M
V+3R3_NW
R456
30k
(F)
L 4 5 2
A T H 7 0 8 6 - A
C 4 6 1
0 . 0 4 7 u / 5 0
C47
8
N
M
GNDD
C4
8
6
10u/35
R467
10k
C455
10u/35
R457
40.2k
(F)
R472
22k
C4
8
7
1000p/50
L 4 5 3
A T H 7 0 9 2 - A
GNDD
C457
330p/50
L 4 5 1
A T H 7 0 9 6 - A
C4
8
1
0.022u/16
R466
150k
C451
330p/50
GNDD
R462
39k
C4
8
2
0.022u/16
C465
10p/50
GNDD
N
M
C456
R461
20k
GNDD
V+3R3_HHH
C477
2200p/50
C454
330p/50
C 4 6 0
0 . 0 4 7 u / 5 0
GNDD
R465
150k
L 4 5 5
A T L 7 0 1 0 - A
( 2 1 2 5 )
C463
0.01u/25
R470
7.5k
(F)
C45
8
10u/35
C452
10u/35
V+1R8_HHH
R455
40.2k
(F)
R471
2.4k
N E T P O W 5
C9503
CCG1222-A
(2125)
R9501
N
M
C9505
CCG1222-A
(2125)
ACH7354-1
*C950
8
C9501
10p/50
R9502
10
C9502
10p/50
V+1R3_HD
V+1R8_HHH
GNDD
C9504
100p/50
ACH7337-1
*C9559
GNDD
I C 9 5 0 3
S - 1 1 7 2 B 1 3 - E 6
V O U T
1
V S S 1
2
O N / O F F
3
N C
4
5
V S S 2
6
V I N
I C 9 5 2 3
S - 1 1 7 2 B 1 2 - E 6
V O U T
1
V S S 1
2
O N / O F F
3
N C
4
5
V S S 2
6
V I N
C4
8
4
10u/35
C4
8
5
10u/35
C46
8
N
M
C469
N
M
C470
1
8
p/50
L 9 4 0 3
A T H 7 0 8 6 - A
4 . 7 u
V + 5 R 6 _ D D D
GNDD
C9414
10u/35
GNDD
L 9 4 0 5
A T L 7 0 1 0 - A
C9422
N
M
R9426
300
(F)
C9411
2200p/50
R9429
N
M
C9417
N
M
C9415
10p/50
R9433
100
C9412
0.015u/16
C9413
330p/50
C9421
N
M
R9427
300
(F)
R9430
N
M
L 9 4 0 4
N M
C9416
N
M
R9407
2.4k
(F)
C 9 4 1 0
0 . 1 u / 5 0
C940
8
10u/35
R942
8
8
.2k
(F)
* K N 9 4 0 1
A N E 7 3 6 8 - 1
4 0 1 0 - 2 1 0 1 9 0 - 6 1 0 - 0 S ( I N K E L )
G N D 1
1
G N D 2
2
G N D 3
3
G N D 4
4
GNDD
R473
47k
C 4 7 1
N M
C472
N
M
R474
47k
C473
N
M
(2125)
C474
1u/25
(2125)
C475
1u/25
(2125)
C476
1u/25
(2125)
C4
88
N
M
(2125)
C9475
R475
0
R 4 7 6
0
R477
0
C 4 8 9
1 0 p / 5 0
C 4 9 0
1 0 p / 5 0
C491
10p/50
C9409
0.01u/25
T P S 6 5 2 5 1 R H A
I C 4 5 1
1
RLIM3
2
SS3
3
CMP3
4
FB3
5
SY
N
C
6
ROSC
7
FB1
8
CMP1
9
SS1
10
RLIM1
1 1
E N 1
1 2
B S T 1
1 3
V I N 1
1 4
L X 1
1 5
L X 1
1 6
L X 2
1 7
L X 2
1 8
V I N 2
1 9
B S T 2
2 0
E N 2
21
RLIM2
22
SS2
23
CMP2
24
FB2
25
LO
W
_P
26
G
N
D
27
PGOOD
2
8
V
7
V
29
V
3
V
30
AG
N
D
3 1
G N D
3 2
V I N
3 3
V I N
3 4
V I N
3 5
G N D
3 6
L X 3
3 7
L X 3
3 8
V I N 3
3 9
B S T 3
4 0
E N 3
4 1
P A D
GNDD
C 4 9 2
N M
C 4 9 3
3 3 0 p / 5 0
C 4 9 4
3 3 0 p / 5 0
C495
10u/35
C496
10u/35
C497
10u/35
R47
8
0
C 4 9 8
N M
C9575
10u/35
M M 3 5 4 2 B F
I C 9 4 0 2
B S
1
V I N
2
S W
3
G N D
4
5
F B
6
C O M P
7
C E
8
S S
V+5_WF
V+1R5_EM
V+5_DAC
GNDD
V + 5 R 6 _ D D D
C544
N
M
C545
N
M
C546
N
M
GNDD
C547
N
M
C54
8
N
M
C549
N
M
C550
N
M
C551
N
M
C552
N
M
C553
N
M
C554
N
M
C555
N
M
C556
N
M
C557
N
M
C55
8
N
M
GNDD
V+3R3_HHH
V+1R8_HHH
C563
N
M
C561
N
M
C562
N
M
C56
8
N
M
C565
N
M
C567
N
M
C559
N
M
C566
N
M
C564
N
M
GNDD
C560
N
M
V + 1 _ H D
C569
N
M
C570
N
M
GNDD
V+1R2_HD
C575
N
M
C573
N
M
C574
N
M
C571
N
M
C572
N
M
GNDD
V+1R3_HD
C577
N
M
C5
8
0
N
M
GNDD
C57
8
N
M
C576
N
M
C579
N
M
V + 3 R 3 _ D S P
C5
8
2
N
M
C5
8
4
N
M
C5
8
5
N
M
C5
8
1
N
M
GNDD
C5
8
3
N
M
C5
8
6
N
M
V+3R3_NW
C5
88
N
M
C590
N
M
C591
N
M
C5
8
7
N
M
GNDD
C5
8
9
N
M
C592
N
M
C594
N
M
GNDD
C595
N
M
C593
N
M
C596
N
M
GNDD
C599
N
M
C597
N
M
C59
8
N
M
C600
N
M
I C 9 5 1 1
M M 3 5 2 9 A 5 0 P
CS
1
G
N
D
2
CE
3
V
DD
4
5
V
OUT
ACH7337-1
*C499
R 9 5 3 5
0
C9534
N
M
R 9 5 3 4
22k
C9535
330p/50
R9531
N
M
(2125)
R9533
4.7k
R 9 5 3 2
1 0 k
C 9 5 3 3
0 . 1 u / 1 6
R9536
N
M
V + 3 R 3 _ H H H
Q 9 5 1 6
R A Q 0 4 5 P 0 1
@ D U M M Y
D 1
1
D 2
2
G
3
S
4
5
D 3
6
D 4
Q 9 5 1 5
2 S C 4 0 8 1 ( Q R S )
C 5 0 6
1 0 u / 3 5
C 5 0 7
1 0 u / 3 5
C 5 0 8
1 0 u / 3 5
L 4 5 6
A T L 7 0 1 0 - A
2 1 2 5
L 4 5 7
A T L 7 0 1 0 - A
2 1 2 5
L 4 5 8
A T L 7 0 1 0 - A
R 5 0 1NM
GNDD
C 5 1 0
N M
R505
N
M
R506
N
M
All 1u/10 is DCH1246-A.
CCG1222-A is 4.7u/25.
V+3R3_HHH
V+3R3_NW
V+1R8_HHH
R e g - H : A C H 7 3 3 7 - 1 ( 1 0 0 u
C 9 5 5 9
R e g - H : A C H 7 3 5 4 - 1 ( 2 2 0 u / 6 . 3 V )
C 9 5 0 8
R e g - H : A C H 7 3 5 4 - 1 ( 2 2 0 u / 6 . 3 V )
C 9 4 3 6
3 1
3 9
4 0
1 1
1 2
2 0
1 9
R e g - H : A C H
HDMI POWER BLOCK
Deneb CORE
Phalanx CORE
Sparta CORE
ACH7352-1:100uF/6.3V
ACH7337-1:100uF/16V
ACH7354-1:220uF/6.3V
AWX1330: VSX-1128-K/CUXE, VSX-1123-K/CUXESM, VSX-70/CUXE
AWX1352: VSX-1028-K/CUXE
AWX1648: VSX-1123-K/SYXE8
AWX1647: VSX-923-K/SYXE8, VSX-923-S/SYXE8, VSX-923-K/PWVXE8
P
CX101
B
2/10
Содержание Elite VSX-70
Страница 11: ...11 VSX 1128 K 5 6 7 8 5 6 7 8 A B C D E F ...
Страница 34: ...34 VSX 1128 K 1 2 3 4 A B C D E F 1 2 3 4 2 TEMP Protection Circuit CPU ASSY J AMP7 ASSY K AMP7 ASSY K ...
Страница 51: ...51 VSX 1128 K 5 6 7 8 5 6 7 8 A B C D E F ...
Страница 75: ...75 VSX 1128 K 5 6 7 8 5 6 7 8 A B C D E F ...
Страница 107: ...107 VSX 1128 K 5 6 7 8 5 6 7 8 A B C D E F A SIDE B CP3 CP1 CN3 CN2 CN5 CN1 ...
Страница 119: ...119 VSX 1128 K 5 6 7 8 5 6 7 8 A B C D E F C2916 I SIDE B SIDE B I AUDIO ASSY CP17 CP18 CP12 CP13 CP15 CN2103 ...
Страница 122: ...122 VSX 1128 K 1 2 3 4 A B C D E F 1 2 3 4 J SIDE B J CPU ASSY CN310 CN308 CN309 CN305 CN304 CN306 CN301 Q31 Q31 ...