CIRCUIT DIAGRAM 3
11-9
11-9
1D
C1
EN
EN
G1
1
MUX
1~
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
1D
C1
EN
A
B
C
D
E
F
A
B
C
D
E
F
2501 A2
2502 C2
2503 C2
2504 D8
2505 F3
2506 A9
3119 F3
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
3501 C1
3502 C1
3503 C1
3504 C1
3505 E1
3506 E1
3507 E1
3508 E1
3523 F3
4501 C1
4502 C2
5501 C2
7501 A2
7502 E2
7503-A E8
7503-B E7
7503-C E6
7503-D E5
7503-E E4
7503-F F8
7503-G E6
7503-H E5
7504-A A9
7504-B A8
7504-C A7
7504-D A6
7504-E A5
7504-F A4
7504-G B7
7504-H B6
dpl_d
dpl_d
11
7
GND
10
1
14
VCC
20
dpl_d
74HCT157D
7501
100n
2503
2504
100n
dpl_d
dpl_d
3505 10K
3503
10K
3502
10K
dpl_d
100u
5501
dpl_d
10K
3501
10K
3506
15
8
GND
1
16
VCC
dpl_d
2
3
4
5
6
7
11
10
9
14
13
12
dpl_d
dpl_d
7504-F
74HCT574PW
dpl_d
dpl_d
dpl_d
10K
3504
dpl_d
dpl_d
100n
2506
dpl_d
dpl_d
dpl_d
dpl_d
dpl_d
dpl_d
dpl_d
dpl_d
dpl_d
dpl_d
dpl_d
dpl_d
4502
11
6
GND
10
1
15
VCC
20
dpl_d
15
Q3
17
Q4
18
Q5
19
Q6
20
Q7
21
VCC
32
VPP
1
VSS
16
7504-E
74HCT574PW
3
A16
2
30
A17
A2
10
A3
9
A4
8
A5
7
A6
6
A7
5
A8
27
A9
26
E_
22
G_
24
31
P_
Q0
13
Q1
14
Q2
7502
M27C2001
A0
12
A1
11
A10
23
A11
25
A12
4
28
A13
29
A14
A15
100n
2505
dpl_d
dpl_d
2502
100n
GND
10
1
16
VCC
20
dpl_d
dpl_d
GND
10
1
13
VCC
20
7504-D
74HCT574PW
11
5
7504-G
74HCT574PW
11
8
dpl_d
2501
100n
11
3
GND
10
1
18
VCC
20
dpl_d
11
7
GND
10
1
14
VCC
20
7503-B
74HCT574PW
7503-F
74HCT574PW
3523
10K
10K
31
19
3507
10K
74HCT574PW
7503-A
11
2
10
GND
1
19
20
VCC
dpl_d
4501
GND
10
1
12
VCC
20
dpl_d
GND
10
1
17
VCC
20
7504-H
74HCT574PW
11
9
10
GND
1
18
20
VCC
7504-C
74HCT574PW
11
4
10
GND
1
19
20
VCC
74HCT574PW
7504-B
11
3
10
GND
1
12
20
VCC
74HCT574PW
7504-A
11
2
10
GND
1
13
20
VCC
74HCT574PW
7503-H
11
9
74HCT574PW
7503-G
11
8
74HCT574PW
7503-E
11
6
10
GND
1
15
20
VCC
74HCT574PW
7503-D
11
5
10
GND
1
16
20
VCC
74HCT574PW
7503-C
11
4
10
GND
1
17
20
VCC
3508
10K
dpl_d
dpl_d
dpl_d
C_E
C_E
C_E
C_E
C_E
+5V
+5V
+5V
O_P
+5V
C_E
C_E
dpl_d
dpl_d
EM0
EM7
EM6
+5_+3.3V
EM5
EM3
EM1
EM2
EM4
+5_+3.3V
+3V3_DAC
+5V
+5V
C_E
C_E
C_E
C_E
C_E
C_E
C_E
C_E
+5V
+5V
C_E
+5V
C_E
+5V
EM1
SPDIF_MCLK
SPDIF_LRCLK
SPDIF_SCLK
SPDIF_SDATA
PCM_WCLK
PCM_BCLK
PCM_L_R
MCLK
DPL_MCLK
DPL_IN_WCLK
DPL_IN_BCLK
DPL_IN_DATA
EM0
EM1
EM2
EM3
EM4
EM5
EM6
EM7
3139 113 3503 pt4 sheet 3 dd wk321
5V
5V
5V
Summary of Contents for MX5800SA
Page 68: ...8239 210 93416 3139 113 3494pt6 dd wk0334 PART B 8 13 8 13 SUPPLY BOARD CHIP LAYOUT PART B ...
Page 76: ...3104 213 3525p5 dd wk0334 PART B 8 19 8 19 AMPLIFIER BOARD BOTTOM VIEW PART B ...
Page 78: ...3104 213 3525p5 dd wk0334 PART D 8 21 8 21 AMPLIFIER BOARD TOP VIEW PART D ...
Page 91: ...9 10 9 10 BOTTOM VIEW PART C PART C ...
Page 92: ...9 11 9 11 BOTTOM VIEW PART D PART D 3139 113 3500 pt6 dd wk334 ...
Page 95: ...9 14 9 14 BOTTOM VIEW PART G PART G ...
Page 96: ...9 15 9 15 BOTTOM VIEW PART H PART H 3139 113 3500 pt6 dd wk334 ...
Page 104: ...10 5 10 5 Exploded view 5DTC mechanic for orientation only ...
Page 111: ...BOTTOM VIEW COMPONENT LAYOUT For pcb layout 35037 11 4a 11 4a 3139 113 3503 pt 7 dd wk414 ...
Page 112: ...TOP VIEW PART A 11 5 11 5 PART A ...
Page 113: ...TOP VIEW PART B 11 6 11 6 PART B ...
Page 115: ...TOP VIEW PART B For pcb layout 35037 11 6a 11 6a 3139 113 3503 pt 7 dd wk414 PART B ...
Page 126: ...12 1 12 1 EXPLODED VIEW MAIN UNIT MX5800SA exploded view 3139 119 35170 dd wk318 ...