DOWNLOAD Panasonic TH-103PF10WL Service Manual ↓ Size: 9.08 MB | Pages: 127 in PDF or view online for FREE

Name: Panasonic TH-103PF10WL
Brand: Panasonic
SKU: 27862
Rating: 4 (1 reviews)

Model: TH-103PF10WL
Pages: 127
Size: 9.08 MB
Type: PDF
Document: Service Manual
Brand: Panasonic
Device: Plasma / GPF10D CHASSIS
File: th-103pf10wl.pdf
Date: 2018-11-20

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Panasonic TH-103PF10WL Service Manual ▷ View online

TH-103PF10WK/TK/RK
95
10.6. Interconnection (6 of 8) Diagram
CLKD5(-)
DOUTUA[19]
20
DOUTDA[19]
ODED9
DOUTDB[21]
DOUTUC[11]
P+5V
DOUTDA[17]
DOUTUB[21]
DOUTDB[15]
CLKD3(-)
CLKU2(+)
58
DOUTDA[11]
53
CLKU4(+)
39
DOUTDA[16]
DOUTDC[18]
60
DOUTUC[19]
27
DOUTDC[15]
DOUTDB[18]
61
63
29
DOUTUA[18]
DOUTDA[13]
55
6
C90
30
DOUTUA[12]
DOUTDC[21]
14
15
DOUTUA[15]
DOUTDB[10]
45
4
DOUTDC[19]
40
DOUTUC[13]
+5V_DET
37
9
10
DOUTUA[10]
24
38
52
DOUTDB[11]
PCU2
3
65
DOUTDB[12]
CLRU2
DOUTUA[11]
1
63
DOUTUB[13]
55
30
ODEU2
P+5V
19
54
DOUTUA[21]
7
DOUTUC[21]
DOUTUB[17]
17
DOUTUB[16]
DOUTUC[17]
44
28
DOUTUB[18]
2
DOUTUA[20]
35
CLKD4(+)
CLKU5(-)
DOUTDA[14]
DOUTUC[18]
P+5V
DOUTUB[11]
DOUTDB[14]
21
34
31
22
DOUTDC[16]
DOUTDC[20]
26
23
DOUTDC[14]
62
48
DOUTDB[19]
25
21
49
DOUTDA[20]
68
31
59
26
DOUTUB[12]
28
DOUTUA[13]
62
14
35
CLKU3(-)
48
4
DOUTUC[10]
8
36
DOUTUB[14]
47
46
DOUTUC[12]
15
57
DOUTUB[10]
40
1
9
DOUTUA[14]
45
56
13
38
37
DOUTUA[16]
50
3
24
DOUTUC[16]
16
25
11
68
59
18
DOUTUC[14]
41
P+5V
66
10
DOUTUA[17]
52
65
LEU2
+5V_DET
DOUTUC[15]
8
DOUTDC[10]
67
47
56
DOUTDC[11]
DOUTUB[19]
42
58
57
DOUTUB[15]
39
18
DOUTDC[12]
P+5V
64
27
DOUTUC[20]
41
CLKD2(+)
DOUTDB[16]
29
LED9
64
66
DOUTDA[21]
C40
DOUTDC[17]
DOUTDA[15]
DOUTDB[20]
PCD9
43
P+5V
DOUTDC[13]
51
7
13
DOUTDA[12]
50
17
16
44
12
33
11
2
34
5
CA9
46
19
67
22
32
CA10
54
42
23
20
36
DOUTDA[10]
43
DOUTDA[18]
51
DOUTDB[17]
53
CLRD9
60
61
DOUTDB[13]
6
49
12
33
5
DOUTUB[20]
32
CA11
C40
CD2
D32
CD1
C31
C41
1-68
CB9
CB10
1-68
CB11
1-68
12
4
1 1
1
P+75V(Vda)
6
1 3
Vda_RD(+78V)
7
1 4
9
11
P+75V(Vda)
Vda_RD(+78V)
1
8
3
Vda_RD(+78V)
13
4
Vda_RD(+78V)
CX4
TO DR15(SC SIDE)
8
2
1
5
5
1
4
10
6
P+75V(Vda)
7
12
15
2
10
9
5
Vda_RD(+78V)
Vda_RD(+78V)
3
P+75V(Vda)
TO DR4(SC SIDE)
P+75V(Vda)
2
Vda_R
U(+78V)
8
9
C34
5
11
4
1
1
4
12
15
8
10
6
Vda_R
U(+78V)
Vda_R
U(+78V)
15
Vda_R
U(+78V)
2
1
1
1
1
0
P+75V(Vda)
13
9
Vda_R
U(+78V)
7
12
P+75V(Vda)
3
3
Vda_R
U(+78V)
13
P+75V(Vda)
7
6
4
1
4
5
40
32
50
27
43
Vda_RU(+78V)
CLRU3
36
28
23
17
29
19
5
6
37
54
Vda_RU(+78V)
45
20
16
55
P+75V_R(Vda)
P+75V_R(Vda)
PCU3
13
42
7
P+5V
34
18
P+75V_R(Vda)
21
P+75V_R(Vda)
24
Vda_RU(+78V)
4
41
3
53
30
P+75V_R(Vda)
49
12
10
15
47
26
P+75V_R(Vda)
35
C32
2
48
ODEU3
P+5V
P+5V
22
51
39
38
44
Vda_RU(+78V)
1
14
52
33
P+5V
25
8
46
LEU3
31
11
9
Vda_RU(+78V)
Vda_RU(+78V)
Vda_RU(+78V)
Vda_RU(+78V)
Vda_RU(+78V)
Vda_RU(+78V)
Vda_RU(+78V)
DRV_SOS7U_R
DRV_SOS7U
DRV_SOS7D
CD1
D35
C90
CD2
C91
CX1
P+75V_R(Vda)
8
P+75V_R(Vda)
39
20
P+5V
49
43
7
28
DRV_SOS7D_R
LEDX
PCDX
DSHL
DSLL
DMLL
DMHL
55
40
32
23
48
ODEDX
34
P+5V
P+75V_R(Vda)
18
11
50
P+75V_R(Vda)
35
21
CLRDX
P+5V
51
P+75V_R(Vda)
41
24
3
33
CX2
12
6
19
54
22
2
25
10
1
4
15
16
29
13
P+5V
9
47
46
17
26
31
36
5
4
5
P+75V_R(Vda)
27
37
52
53
44
14
42
30
38
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
35
P+5V
34
C41
18
2
48
21
P+5V
24
P+5V
22
4
51
41
40
39
3
38
53
44
30
1
49
14
52
12
33
10
P+5V
15
25
47
8
26
46
31
11
9
DRV_SOS7U_R
32
50
27
43
36
28
23
17
29
19
5
6
37
54
45
20
16
55
13
42
7
+5V_DET
DOUTUC[18]
DOUTUB[17]
DOUTUA[18]
DOUTUB[19]
DOUTUC[17]
DOUTUB[20]
DOUTUA[17]
DOUTUB[18]
DOUTUA[19]
DOUTUA[20]
DOUTUC[19]
DOUTUB[21]
DOUTUC[20]
DOUTUA[21]
DOUTUC[21]
DOUTUB[16]
DOUTUA[16]
DOUTUC[16]
CLKU4(+)
CLKU5(-)
C23
C32
C91
12
34
42
8
DRV_SOS7D_R
P+5V
10
11
1
DSHL
14
35
40
21
22
23
P+5V
41
24
3
33
44
50
26
27
37
6
30
13
31
38
P+5V
36
19
54
P+5V
51
20
DMLL
4
15
7
DSLL
2
25
43
55
32
48
DMHL
9
47
18
28
29
49
46
17
52
5
53
45
16
39
CLKD5(-)
CLKD4(+)
DOUTDB[20]
DOUTDB[19]
DOUTDA[21]
DOUTDA[20]
DOUTDC[18]
DOUTDC[19]
DOUTDA[19]
DOUTDA[18]
DOUTDB[21]
DOUTDB[18]
DOUTDC[21]
DOUTDC[20]
DOUTDA[17]
DOUTDC[17]
DOUTDA[16]
DOUTDB[17]
DOUTDC[16]
DOUTDB[16]
+5V_DET
CY3
CX2
<TNPA4040>
CA8
CA7
CA6
1-68
CB7
1-68
CB6
1-68
CB8
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
<TNPA4020>
C3
DATA DRIVER (3)
!
(Exchange board only)
<TNPA4021>
C4
DATA DRIVER (4)
!
(Exchange board only)
!
(Exchange board only)
<TNPA4026>
C9
DATA DRIVER (9)
(Exchange board only)
<TNPA4027>
CX
DATA DRIVER (X)
!
D
SUB-FIELD PROCESSOR
DIGITAL SIGNAL PROCESSOR
FORMAT CONVERTER
PLASMA AI
!
(Exchange board only)
C-BOARD/D-BOARD CONNECTION
CD
(Exchange board only)
!
!
<TNPA4040>
CD C-BOARD/D-BOARD CONNECTION
(Exchange board only)
CABLE
<TSXL518>
CABLE
<TSXL518>
CABLE
<TSXL518>
<TSXL518>
CABLE
<TSXL576>
CABLE
<TSXL577>
CABLE
<TSXL571>
CABLE
CABLE
<TSXL570>
<TZTNP010XAT>
1-68
1-68
1-68
1-68
1-68
1-68
TH-103PF10WK/TK/RK
Interconnection (6 of 8)
Diagram
TH-103PF10WK/TK/RK
Interconnection (6 of 8)
Diagram

TH-103PF10WK/TK/RK
96
10.7. Interconnection (7 of 8) Diagram
DOUTDB[7]
41
12
66
DOUTUC[6]
33
10
5
52
32
DOUTDA[4]
8
20
GND
47
36
53
UMH
57
60
UEH
18
61
DOUTDA[5]
DOUTDC[8]
41
6
DOUTDA[6]
66
14
DRV_SOS8
4
USH
DOUTDC[0]
10
52
65
DOUTDB[6]
63
DOUTDA[9]
55
13
DOUTDB[9]
30
50
64
DOUTDC[6]
16
11
43
19
51
54
DOUTUC[0]
34
22
29
DOUTUB[9]
22
23
C50
23
21
DOUTUC[5]
CB12
31
35
DOUTUA[9]
26
46
38
62
DOUTUA[2]
CB13
48
3
DOUTUB[8]
49
1
CB14
12
13
33
50
5
DOUTUB[5]
DOUTDB[8]
+5V_DET
DSLL
61
DOUTDB[1]
DOUTDC[1]
6
DOUTDC[4]
14
DOUTUC[9]
DOUTDA[2]
4
DOUTDB[0]
DOUTDA[8]
8
DOUTDC[9]
37
47
CLKD0(+)
24
34
25
68
28
58
44
59
2
35
39
28
67
45
27
42
37
29
24
C80
1-68
64
25
68
1-68
59
1-68
7
DOUTUA[1]
USL
UML
17
DOUTUA[0]
GND
44
DOUTDB[4]
DOUTUA[7]
2
32
21
DOUTDB[3]
31
67
20
DOUTDA[0]
DOUTUB[0]
26
DOUTDC[7]
42
36
DOUTDC[2]
62
DOUTDC[5]
15
48
40
49
CLKU0(+)
9
DOUTUA[5]
DOUTDA[7]
16
15
DOUTDA[1]
11
40
DOUTUA[4]
19
DOUTDB[2]
9
54
38
7
DOUTUA[6]
3
17
CLKD1(-)
DOUTUB[4]
1
DOUTUC[3]
DOUTDB[5]
DOUTUB[2]
NUEL
DOUTUC[7]
DOUTDC[3]
DOUTUB[3]
DOUTUC[8]
DOUTDA[3]
DOUTUA[3]
56
58
39
27
DOUTUA[8]
65
DOUTUC[4]
63
DOUTUC[2]
55
DOUTUB[7]
46
30
+5V_DET
DOUTUB[6]
45
DOUTUB[1]
CLKU1(-)
43
56
DOUTUC[1]
51
53
57
60
18
C42
C53
8
2
1
5
5
1
4
10
6
P+75V(Vda)
7
9
12
15
2
10
9
DR
V_SOS7
5
1
Vda_LD(+78V)
10
Vda_LD(+78V)
C82
3
10
P+75V(Vda)
12
4
2
4
11
1
9
3
3
5
6
P+75V(Vda)
DMLL
8
P+5V
6
5
7
DMHL
13
4
Vda_LD(+78V)
7
6
DSLL
1
DSHL
P+5V
7
8
14
2
9
11
P+75V(Vda)
Vda_LD(+78V)
1
8
3
Vda_LD(+78V)
13
4
Vda_LD(+78V)
C84
TO DR2(SS SIDE)
TO DR5(SS SIDE)
C51
C61
C71
C81
TO DR14(SS SIDE)
P+75V(Vda)
DSLL
9
2
2
Vda_LU(+78V)
8
5
9
C54
9
5
11
4
1
1
14
4
12
15
8
7
1
8
1
0
6
Vda_LU(+78V)
10
Vda_LU(+78V)
15
Vda_LU(+78V)
2
1
1
1
P+5V
8
10
P+75V(Vda)
DSHL
13
9
4
2
Vda_LU(+78V)
7
12
P+5V
DR
V_SOS7
6
10
7
6
C52
5
P+75V(Vda)
3
3
3
DMHL
Vda_LU(+78V)
DMLL
TO DR12(SS SIDE)
3
13
P+75V(Vda)
7
6
4
1
4
5
CA13
CA14
CA12
13
42
7
34
18
P+75V_L(Vda)
21
P+75V_L(Vda)
P+75V_L(Vda)
24
Vda_LU(+78V)
4
PCU6
41
3
53
30
P+75V_L(Vda)
49
Vda_LU(+78V)
12
10
15
47
26
Vda_LU(+78V)
P+75V_L(Vda)
35
C53
2
48
ODEU5
P+5V
P+5V
22
51
39
38
44
Vda_LU(+78V)
1
14
52
33
P+5V
25
8
46
LEU5
31
11
9
40
32
50
27
43
Vda_LU(+78V)
CLRU5
36
28
23
17
29
19
5
6
37
54
Vda_LU(+78V)
45
20
16
55
P+75V_L(Vda)
Vda_LU(+78V)
Vda_LU(+78V)
Vda_LU(+78V)
Vda_LU(+78V)
Vda_LU(+78V)
PCU5
P+5V
C50
CD2
20
3
1
5
DR
V_SOS8
4
UML
8
12
UMH
16
18
20
17
1
4
C88
5
1
4
13
10
9
3
2
19
8
10
P+5V
11
12
17
11
13
UEL
14
UEH
19
7
2
16
6
USL
1
18
15
USH
6
TO SS44
7
9
5
TO DR15(SS SIDE)
P+75V(Vda)
2
Vda_LU(+78V)
8
9
C44
5
11
4
1
1
4
12
15
8
10
6
Vda_LU(+78V)
Vda_LU(+78V)
15
Vda_LU(+78V)
2
1
1
1
1
0
P+75V(Vda)
13
9
Vda_LU(+78V)
7
12
P+75V(Vda)
3
3
Vda_LU(+78V)
13
P+75V(Vda)
7
6
4
1
4
5
10
7
6
Vda_LD(+78V)
11
2
TO DR4(SS SIDE)
12 13
9
14
3
P+75V(Vda)
Vda_LD(+78V)
8
Vda_LD(+78V)
Vda_LD(+78V)
9
1
P+75V(Vda)
12
3
2
14
4
8
11
Vda_LD(+78V)
P+75V(Vda)
6
1 3
5
15
7
C94
1
1
5
Vda_LD(+78V)
5
10
4
P+75V(Vda)
Vda_LD(+78V)
Vda_LD(+78V)
Vda_LD(+78V)
23
ODED8
Vda_LD(+78V)
P+75V_L(Vda)
Vda_LD(+78V)
50
35
CLRD8
P+5V
41
3
C83
54
22
25
1
53
Vda_LD(+78V)
42
30
38
P+75V_L(Vda)
P+75V_L(Vda)
P+75V_L(Vda)
8
39
20
P+5V
49
43
7
28
LED8
PCD8
55
40
32
48
34
P+5V
18
11
P+75V_L(Vda)
21
Vda_LD(+78V)
51
P+75V_L(Vda)
24
33
12
6
19
Vda_LD(+78V)
Vda_LD(+78V)
2
10
4
15
16
Vda_LD(+78V)
29
13
P+5V
9
47
46
17
26
Vda_LD(+78V)
31
36
5
4
5
27
37
52
44
14
4
C92
4
2
3
1
P+5V
1
2
3
P+5V
TO PC205
DRV_SOS7D_L
DSHL
DSLL
DMLL
DMHL
PCD7
8
20
(SS SIDE)
19
14
9
9
4
3
3
15
1
13
16
17
17
18
13
18
10
2
11
7
7
11
12
20
6
14
2
8
16
5
12
5
PC202
4
10
19
6
15
1
20
10
18
19
9
7
1
7
8
P+15V
P+5V
1
1
P+5V
14
6
16
TO P25(SC SIDE)
13 14
3
4
13
2
P+15V
11
9
12
19
PC203
10
5
17
8
1
8
15
20
15
4
1 1
16
3
12
5
7
STB+5V
2
6
PC205
4
2
3
1
P+5V
1
2
3
P+5V
TO C92
4
8
20
D25
19
14
9
9
4
3
3
15
1
13
16
17
17
18
13
18
10
2
11
7
7
11
12
20
6
14
2
8
16
5
12
5
PC201
4
10
19
6
15
1
C80
CD2
C93
C83
P+5V
TO C43
3
3
1
1
2
P+5V
4
PC204
2
4
C43
4
2
3
1
P+5V
1
2
3
P+5V
TO PC204
4
D33
CD1
CD1
D34
DRV_SOS7U_L
PC
<TNPA4041>
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
TO P25
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
PANEL_MAIN_ON
F_STBY_ON
GND
STB+5V
P+5V
VDA_LOW
P+5V
P+15V
P+15V
SOS4_PS
GND
GND
GND
GND
GND
ALL_OFF
P+15V
P+15V
SOS4_PS
GND
GND
GND
GND
F_STBY_ON
GND
STB+5V
P+5V
VDA_LOW
GND
ALL_OFF
PANEL_MAIN_ON
P+5V
GND
GND
VD
A_LO
W
ALL_OFF
P
ANEL_MAIN_ON
SOS4_PS
F_STBY_ON
C4
DATA DRIVER (4)
!
(Exchange board only)
<TNPA4021>
!
(Exchange board only)
<TNPA4022>
C5
DATA DRIVER (5)
C8
DATA DRIVER (8)
!
(Exchange board only)
<TNPA4025>
C9
DATA DRIVER (9)
!
(Exchange board only)
<TNPA4026>
D
FORMAT CONVERTER
SUB-FIELD PROCESSOR
DIGITAL SIGNAL PROCESSOR
(Exchange board only)
!
PLASMA AI
<TNPA4040>
CD C-BOARD/D-BOARD CONNECTION
(Exchange board only)
!
<TNPA4040>
CD C-BOARD/D-BOARD CONNECTION
(Exchange board only)
!
CABLE
<TSXL518>
CABLE
<TSXL518>
CABLE
<TSXL518>
CABLE
<TSXL518>
<TSXL571>
CABLE
<TSXL572>
CABLE
<TSXL575>
CABLE
<TSXL574>
CABLE
POWER CONTROL
!
(Exchange board only)
<TZTNP010XAT>
1-68
1-68
1-68
TH-103PF10WK/TK/RK
Interconnection (7 of 8)
Diagram
TH-103PF10WK/TK/RK
Interconnection (7 of 8)
Diagram
P+5V
P+5V
P+5V

TH-103PF10WK/TK/RK
97
10.8. Interconnection (8 of 8) Diagram
2
41
P23
1
8
STB
PS
DOUTDA[2]
15
3
2
ODED7
19
12
14
4
3
5
5
2
2
2
6
DOUTDC[1]
3
LIVE
3
17
1
STB+12V
18
10
4
STB PS
33
SS29
22
5
51
P56
5
3
7
SUSTAIN DRIVE
3
4
23
21
13
STB+12V
9
9
10
43
8
10
Vda_LD(+78V)
6
15
7
2
4
1
5
SS55
6
52
1-13
10
45
DOUTDA[0]
5
6
3
11
46
8
DSHL
P+15V
4
14
1
11
1-19
49
13
10
6
9
1
CLKD[0](+)
29
11
P52
P+75V(Vda)
7
7
19
DOUTDB[0]
Vda_LU(+78V)
14
P+15V
8
1
9
1
12
3
15
34
3
DOUTDA[1]
Vda_LU(+78V)
17
47
17
13
8
2
2
25
1-13
10
SS12
11
9
12
SS53
11
3
P2
DR
V_SOS7
31
SS52
UMH
53
5
4
3
4
5
15
2
3
P+15V
DOUTDC[0]
8
1
9
1-13
1-68
13
P+5V
1
5
44
4
CLRD7
SS54
7
11
P+75V(Vda)
CABLE
LEU6
P+75V(Vda)
P+75V(Vda)
15
DOUTUC[3]
10
C71
Vda_LU(+78V)
10
9
36
1-13
Vda_LU(+78V)
ODEU6
9
4
DOUTUC[1]
33
6
4
DR12
P+5V
1-13
3
2
<TSXL518>
LAN+15V
7
23
6
2
39
SS27
6
4
7
52
Vda_LD(+78V)
SS
8
P54
46
3
11
CLKU[0](+)
38
3
DOUTUB[0]
1
8
DOUTUA[1]
26
6
10
SS61
14
25
31
P+5V
9
13
SS60
CLRU6
36
3
P+75V(Vda)
P+5V
1
2
11
1-13
3
3
5
DOUTDB[2]
1
7
13
1
4
SS62
Vda_LD(+78V)
12
42
DR4
39
11
38
8
CA15
3
1-13
19
P+5V
P+5V
9
6
4
10
1-13
DOUTUB[2]
Vda_LD(+78V)
20
<TNPA4035>
42
6
SS59
2
6
16
3
PCD7
4
DR
V_SOS7
LIVE
Vda_LD(+78V)
P+5V
<TNPA4036>
8
11
15
2
12
P+15V
5
5
15
UEL
4
1
5
Vda_LU(+78V)
PCU6
DOUTDB[3]
4
2
1
P9
9
10
14
15
1
Vda_LD(+78V)
11
8
Vda_LD(+78V)
2
7
P+15V
10
24
1
Vda_LU(+78V)
Vda_LD(+78V)
24
5
5
8
6
50
Vda_LU(+78V)
5
10
Vda_LD(+78V)
P+15V
7
3
9
12
P+75V(Vda)
+5V_DET
3
20
Vda_LD(+78V)
50
11
6
15
2
5
7
54
DOUTUA[3]
15
16
4
DR2
Vda_LD(+78V)
10
13
6
14
12
7
P+75V_L(Vda)
18
+5V_DET
32
15
15
DOUTUB[1]
19
7
3
20
Vda_LD(+78V)
8
13
2
LIVE
10
54
1
55
1
10
2
DOUTDC[3]
8
2
P+75V_L(Vda)
P12
Vda_LD(+78V)
2
9
9
9
7
P+75V(Vda)
16
Vda+75V
11
P11
3
CB15
10
5
37
C51
DOUTDC[2]
1-13
12
7
SS35
2
4
2
3
UEH
8
18
3
16
DMLL
2
Vda_LU(+78V)
CLKU[1](-)
2
STB_IN
2
32
4
3
12
1
Vda_LU(+78V)
30
10
1
4
DOUTDB[1]
5
Vda+75V
Vsus
Vda_LD(+78V)
1
6
8
3
15
19
12
28
USL
DMHL
1
Vda+75V
3
3
2
CLKD[1](-)
USH
14
1
4
12
7
5
P+75V(Vda)
C61
3
40
5
30
27
8
SS37
17
DR5
17
Vda+75V
6
12
P+75V(Vda)
2
6
4
43
6
Vda_LU(+78V)
6
8
SS36
DMLL
4
DOUTUC[2]
P+75V(Vda)
9
14
28
CA16
P+75V_L(Vda)
SS30
CB16
8
11
12
16
8
11
26
P+75V_L(Vda)
2
1
1-19
P+5V
1
6
SS2 SUSTAIN OUT(UPPER)
10
5
55
P+75V_L(Vda)
SS57
P+15V
5
P+75V(Vda)
1
Vda_LD(+78V)
21
P+75V_L(Vda)
P+75V_L(Vda)
7
6
7
6
8
6
8
P+15V
DMHL
13
10
35
Vda_LD(+78V)
P10
13
4
Vda_LU(+78V)
Vda_LU(+78V)
7
TO C82
15
7
2
6
7
P+75V(Vda)
DOUTUA[0]
27
5
TO C94
13
2
DSLL
14
7
3
UML
9
8
P5
9
TO C84
1
DSHL
9
2
14
17
12
TO F8
P+5V
11
11
4
P+75V_L(Vda)
14
1
3
20
TO SS12
7
P51
9
LIVE
P+75V(Vda)
1
Vda_LD(+78V)
2
P+15V
C61
DOUTUA[2]
13
10
DSLL
8
P+5V
2
Vda_LU(+78V)
6
14
7
6
9
5
9
Vda_LD(+78V)
DR1
8
12
34
1
14
6
1-68
SS44
1
1
15
P+75V(Vda)
5
19
2
8
8
4
8
1
Vda+75V
C64
(SS SIDE)
7
3
1
TO C52
P55
SS42
DR13
37
TO C88
Vda+75V
Vda_LU(+78V)
SS25
TO C54
8
2
14
10
9
5
Vda+75V
2
13
Vda+75V
13
4
3
TO PB31
4
20
7
+15V
9
P+75V_L(Vda)
Vda+75V
P+75V_L(Vda)
11
Vda_LU(+78V)
P+75V(Vda)
1
TO C44
P+75V(Vda)
1
P+75V_L(Vda)
P+75V(Vda)
7
1
P+5V
DR15
7
13
SS21
SS56
6
22
6
1-13
Vda_LU(+78V)
DOUTUB[3]
P+5V
4
18
5
P+75V(Vda)
1
1
51
SS58
4
P+75V(Vda)
P+75V(Vda)
1-13
SS23
7
P+75V(Vda)
3
12
9
8
5
1-13
Vda+75V
P+75V(Vda)
5
1-68
DR3
8
15
45
3
LAN+15V
Vda+75V
13
49
DOUTUC[0]
1-68
P+15V
5
+15V
Vda_LD(+78V)
48
48
2
10
C81
3
10
11
3
41
P+75V(Vda)
29
1
2
TO PC202
1
6
4
2
Vda_LU(+78V)
4
6
C74
15
Vda_LU(+78V)
40
P53
Vda_LD(+78V)
53
4
Vda_LD(+78V)
6
2
2
5
Vda_LD(+78V)
5
5
1-19
47
35
4
1
14
1
2
7
3
2
10
4
1
8
Vsus
4
6
8
7
2
3
4
9
3
14
LAN+15V
GND
1-19
P+75V(Vda)
Vda_LU(+78V)
44
3
16
5
7
Vda_LU(+78V)
Vda_LU(+78V)
18
LED7
13
15
12
7
4
10
6
VSUS_VCC
SS2
DR11
3
DRV_SOS8
9
Vda_LU(+78V)
Vda+75V
Vda_LU(+78V)
DOUTDA[3]
DR14
Vda_LD(+78V)
18
3
20
12
SS51
14
10
14
13
C71
NO USE
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
NO USE
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
TO P12
P+5V
P+15V
P+15V
SOS4_PS
GND
GND
GND
GND
F_STBY_ON
GND
STB+5V
P+5V
VDA_LOW
GND
ALL_OFF
PANEL_MAIN_ON
GND
GND
NO USE
(SS SIDE)
<TNPA4039>
(Exchange board only)
<TNPA4100>
(Exchange board only)
(SS SIDE)
(Exchange board only)
<TNPA4023>
C6
DATA DRIVER (6)
!
<TNPA4024>
C7
DATA DRIVER (7)
!
(Exchange board only)
P(SUS)
POWER SUPPLY
(SS SIDE)
(Exchange board only)
!
<ZTXMM641MG2>
<ZTXMM641MG1>
(SS SIDE)
P(MULTI)
POWER SUPPLY
(Exchange board only)
!
!
(Exchange board only)
!
(Exchange board only)
!
<TNPA4037>
(Exchange board only)
SS3 SUSTAIN OUT(LOWER)
<TSXL518>
CABLE
DR2
ENERGY DATA RECOVERY
!
DR1
!
ENERGY DATA RECOVERY
Vsus ON/OFF
GND
PFC_ON
GND
GND
Vsus OUT
GND
TH-103PF10WK/TK/RK
Interconnection (8 of 8)
Diagram
TH-103PF10WK/TK/RK
Interconnection (8 of 8)
Diagram
P57
5
7
3
2
6
4
1
LIVE
NEUTRAL
LIVE
NEUTRAL
FOR FACTRY USE
P25

TH-103PF10WK/TK/RK
98
10.8. Lead Wiring (1)

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