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

Model
TH-103PF10WL
Pages
127
Size
9.08 MB
Type
PDF
Document
Service Manual
Brand
Device
Plasma / GPF10D CHASSIS
File
th-103pf10wl.pdf
Date
PREV: Panasonic TH-103PF10WK / TH-103PF10TK / TH-103PF10RK Service Manual

Panasonic TH-103PF10WL Service Manual ▷ View online

TH-103PF10WK/TK/RK
91
10.2. Interconnection (2 of 8) Diagram
8
1
20
18
TO D5
S_D
A
T
A
2
19
RXD
STB+5V
3
1
2
11
S_D
A
T
A
1
PDBO
LED_R
S_CLOCK2
LED_G
S_CLOCK1
15
18
13
15
2
10
13
1
5
8
16
15
9
4
4
7
PB
USY
6
TXD
DN2
5
IIC_INT
3
PDB1
24
6
25
21
7
12
P+15V
11
14
19
PSTB
14
17
16
PSLCT
17
20
13
1
9
STB+3.3V
DN11
TO D3
21
GND
8
19
16
6
14
30
28
29
27
E+LVDS1
26
23
9
18
12
10
21
4
22
7
20
DN5
DN
TO DS3
17
TO DS1
10
IIC_CONT
11
2
2
5
3
3
1
24
25
10
4
22
21
20
12
30
28
29
27
26
23
11
8
19
14
9
16
18
7
17
15
6
13
2
5
2
4
3
5
14
13
1
1
0
7
GND
12
11
9
6
8
GND
DN4
S_D
A
T
A
1
TXD
S_D
A
T
A
3
IIC_CONT
STB3.3V
S_CLOCK2
S_CLOCK3
RXD
IIC_INT
STB+5V
S_CLOCK1
S_D
A
T
A
2
18
1
9
7
4
18
11
1
4
20
16
19
8
15
3
2
5
20
DN1
3
13
12
15
17
6
7
6
14
5
14
10
17
12
10
16
2
19
8
11
13
9
37
34
39
40
35
36
31
33
38
32
73
80
B_OC-
47
77
52
51
69
29
A_EC-
18
16
4
1
5
44
63
11
40
24
B_OE+
B_O
A+
70
74
B_EB-
20
41
44
57
37
39
7
78
49
74
1
2
6
36
43
80
28
10
25
48
A_O
A+
53
20
55
A_EE+
16
46
76
33
8
8
18
B_OB-
52
23
7
13
72
4
56
B_EA-
63
19
26
67
9
35
A_EE-
A_CLK+
B_OB+
47
30
3
39
26
36
59
42
38
3
57
65
13
66
27
17
15
34
50
A_OE-
32
66
1
70
60
B_OC+
38
56
65
76
31
21
62
11
12
42
72
58
60
64
B_EA+
71
14
B_OE-
A_EA+
10
34
33
79
31
A_EA-
75
27
12
61
40
A_EB-
22
B_ED-
46
51
35
19
6
37
28
A_EB+
A_EC+
24
67
45
58
A_ED-
25
75
B_EC+
9
5
43
14
29
71
22
54
B_O
A-
21
48
59
B_ED+
61
55
5
17
49
A_OC+
62
A_OB+
23
2
A_OB-
53
A_OE+
A_OC-
B_CLK+
A_CLK-
68
B_EC-
A_OD+
68
A_OD-
B_EB+
30
77
B_OD-
B_OD+
32
69
45
B_EE-
A_ED+
64
A_O
A-
79
54
78
41
B_CLK-
73
50
B_EE+
37
34
39
40
35
36
31
33
38
32
E-LVDS1
E+LVDS0
E-LVDS0
E+LVDS2
E-LVDS2
E+LVDS4
E+LVDS3
E-LVDS3
E-LVDS4
E-LVDSCLK
E+LVDSCLK
O+LVDSCLK
O-LVDSCLK
LVDS_DET
30
29
26
25
24
28
27
23
22
31
O+LVDS2
O+LVDS1
O-LVDS1
O+LVDS0
O+LVDS3
O-LVDS3
O-LVDS4
O+LVDS4
O-LVDS0
O-LVDS2
1
20
19
16
15
6
14
25
30
4
31
22
9
23
29
18
28
17
13
26
10
12
11
21
7
2
5
24
27
3
8
4
1
RXD
13
30
21
10
26
P+15V
29
7
11
22
3
2
S CLOCK1
8
S CLOCK2
PANEL_STBY_ON
IIC_CONT
9
ALL_OFF
20
TXD
17
25
14
19
6
S DATA1
PSLCT
PDB1
23
27
S DATA2
IIC/INT
16
PSTB
18
28
PDB0
PBUSY
15
24
5
12
STB+5V
29
18
28
17
13
26
10
12
11
21
7
2
5
1
24
20
27
19
3
16
8
15
6
14
25
30
4
22
9
23
TO DS6
DN6
<TSXL585>
P+5V
GND
VD_M
R/PR_M
GND
HD_M
GND
GND
B/PB_M
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
G/Y_M
LED_G
GND
DPMS_HD
RXD_PC
SOUND_MUTE
RTC_INT
KEY_DET
TXD_PC
IIC_CONT
S DATA1
FAN_SOS
GND
REMOCON_OUT
+5V
S CLOCK1
TXD_TU
STB+5V
S DATA3
GND
GND
POWER_STAT
RXD_TU
CABLE_DET
RESET
KEY_SW
GND
STB_ON
GND
GND
GND
+5V_M
REMOCON
LED_R
STB+3.3V
GND
DPMS_VD
GND
S CLOCK3
FOR FACTRY USE
FOR FACTRY USE
REMOCON
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
READY
GND
INEXCH
GND
FSTB
GND
ALARM
ECO_ON
GND
DISPEN
GND
GND
GND
GND
GND
GND
GND
GND
!
DIGITAL SIGNAL PROCESSOR/MICOM
(Exchange board only)
<TSXL584>
CABLE
CABLE
<TZTNP020XAT>
DN3
TH-103PF10WK/TK/RK
Interconnection (2 of 8)
Diagram
TH-103PF10WK/TK/RK
Interconnection (2 of 8)
Diagram
TH-103PF10WK/TK/RK
93
10.4. Interconnection (4 of 8) Diagram
4
17
10
5
15
17
P+15V
8
1
3
2
5
STB_IN
1
3
20
12
P+15V
SC12
8
5
8
6
9
2
4
GND
7
P+15V
4
LAN+15V
P12
13
3
15
1
2
1
9
4
P23
TO DS10
6
ALL_OFF
1
P+15V
STB
PS
4
2
20
2
7
19
6
P53
P52
2
9 10
P56
5
19
3
P51
7
<ZTXMM641MG1>
7
10
P2
LIVE
F_STBY_ON
P+15V
6
1
1
6
2
3
P+15V
16
2
4
P(SUS)
POWER SUPPLY
3
3
2
P+5V
9
1
3
1
7
11
P54
3
6
4
2
13
6
P+15V
P+15V
(SC SIDE)
2
P+5V
4
(SC SIDE)
4
4
8
14
8
18
7
Vda+75V
Vsus OUT
1
2
5
2
8
LIVE
2
10
PFC_ON
VSUS_VCC
P+15V
P+15V
5
8
1
GND
1
1
P9
P10
12
P5
3
3
3
LIVE
3
2
9
1
3
Vsus ON/OFF
3
TO F9
P(MULTI)
POWER SUPPLY
STB+5V
P+5V
10
11
6
LAN+15V
14
3
Vsus
P55
Vsus
NEUTRAL
1
2
GND
TO PC203
11
2
3
1
5
LAN+15V
P25
P57
1
7
Vda+75V
16
1
5
4
P11
STB+12V
18
3
TO SC23
P+15V
<ZTXMM641MG2>
2
5
2
3
1
6
4
2
1
3
3
1
2
13
1
11
4
SC83
4
9
10
8
20
12
14
+15V
19
17
6
7
14
19
3
9
16
7
1
11
5
Vset
+15V
18
17
+16V_F2
13
+16V_F2
15
3
2
15
20
12
6
TO SC80
5
16
10
18
2
8
+16V_F
+16V_F
Vset
Vscn
Vscn
22
22
21
21
VAD
VAD
SC84
4
2
4
16
VBK
13
10
9
6
2
15
13
9
15
8
1
1
16
14
7
3
11
10
TO SC81
14
5
5
VBK
3
11
12
8
6
12
VBK
VBK
7
P+75V(Vda)
2
4
Vda_R
U(+78V)
13
10
2
5
DSHR
6
3
10
12
2
9
7
9
4
3
8
6
6
4
7
10
6
DSLR
5
4
(SC SIDE)
DR2
5
P+75V(Vda)
DR1
10
7
Vda_R
U(+78V)
4
6
14
11
1
4
DR3
12
Vda_RU(+78V)
Vda_RU(+78V)
13
9
DR1
P+5V
<TNPA4039>
14
7
4
P+5V
7
3
8
13
11
P+75V(Vda)
15
15
8
Vda_RU(+78V)
Vda_RU(+78V)
DR5
15
8
10
P+75V(Vda)
8
P+75V(Vda)
12
3
Vda_R
U(+78V)
15
7
6
2
2
2
14
9
14
1
Vda_RU(+78V)
9
1
1
3
Vda_RU(+78V)
9
TO C24
DMHR
8
DR4
1
8
P+75V(Vda)
3
Vda_R
U(+78V)
1
5
TO C22
P+75V(Vda)
DR
V_SOS7
Vda_R
U(+78V)
1
10
5
3
6
11
7
2
Vda_R
U(+78V)
13
DMLR
11
5
5
P+75V(Vda)
12
9
15
Vda_R
U(+78V)
6
12
9
2
TO C34
11
11
14
P+75V(Vda)
Vda_R
U(+78V)
7
12
7
10
Vda_R
U(+78V)
6
Vda_R
U(+78V)
8
5
P+75V(Vda)
3
5
P+75V(Vda)
15
13
1
1
3
8
Vda_R
U(+78V)
P+75V(Vda)
Vda_R
U(+78V)
10
4
3
1
4
4
1
2
TO C14
7
13
5
Vda_RD(+78V)
DR12
2
9
1
3
6
3
9
TO CZ4
15
4
3
Vda_RD(+78V)
8
6
12
1
12
6
9
2
2
TO CX4
7
11
14
1
4
DSLR
DR
V_SOS7
15
10
11
3
12
14
Vda_RD(+78V)
9
11
7
P+75V(Vda)
Vda_RD(+78V)
P+75V(Vda)
7
15
7
3
13
Vda_RD(+78V)
DR14
15
12
Vda_RD(+78V)
P+75V(Vda)
P+75V(Vda)
7
4
10
Vda_RD(+78V)
10
Vda_RD(+78V)
12
4
9
6
3
P+75V(Vda)
Vda_RD(+78V)
5
8
7
DMHR
13
Vda_RD(+78V)
Vda_RD(+78V)
Vda_RD(+78V)
P+75V(Vda)
10
5
10
14
P+75V(Vda)
6
6
P+75V(Vda)
DR13
TO CY2
11
P+75V(Vda)
GND
3
8
5
2
1
8
4
P+5V
P+75V(Vda)
10
GND
5
10
15
13
8
14
P+5V
2
13
DR15
1
1
3
8
5
Vda_RD(+78V)
P+75V(Vda)
Vda_RD(+78V)
P+75V(Vda)
Vda_RD(+78V)
7
9
DSHR
11
5
15
DMLR
1
Vda_RD(+78V)
10
9
14
2
4
8
Vda_RD(+78V)
5
4
2
3
1
4
11
4
TO CY4
6
Vda_RD(+78V)
8
6
9
1
12
1
2
AC CORD
AC INLET ASSY
F1
3
4
2
1
2
3
1
3
NEUTRAL
LIVE
1
2
LIVE
NEUTRAL
TO P9(SC SIDE)
3
1
2
LIVE
1
4
2
TO P9(SS SIDE)
3
NEUTRAL
<TNPA4055>
F
LINE FILTER
F9
F8
3
Vsus
2
3
1
2
GND
1
SC82
TO P11(SC SIDE)
TO SC2
TO SC82
2
Vda+75V
3
Vda+75V
1
6
5
4
7
Vda+75V
8
Vda+75V
+15V
3
7
Vda+75V
5
Vda+75V
8
2
6
8
Vda+75V
4
DR11
3
+15V
6
7
2
1
4
Vda+75V
1
5
SC13
SC14
<TNPA4034>
SC2
VCENT
VCENT
VCENT
VCENT
<TNPA4084>
1
S1 POWER SW
3
2
3
2
SC34
SC30
STB+12V
STB PS
S34
1
9 10
7
5
8
3
6
2
1
1
1
4
TO DS4
<TXAJS01YLTJ>
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
VDA_LOW
GND
GND
GND
GND
GND
GND
SOS4_PS
(Exchange board only)
(Exchange board only)
(Exchange board only)
(Exchange board only)
DC-DC CONVERTER
(Exchange board only)
!
!
!
!
!
!
(Exchange board only)
(SC SIDE)
<TNPA4100>
(Exchange board only)
!
!
FOR SCAN DRIVE
ENERGY DATA RECOVERY
ENERGY DATA RECOVERY
!
DR2
GND
GND
GND
GND
GND
GND
GND
5
7
3
2
6
4
1
VA
D
SOS7
VSCAN
GND
5
7
3
2
6
4
1
LIVE
NEUTRAL
LIVE
NEUTRAL
TH-103PF10WK/TK/RK
Interconnection (4 of 8)
Diagram
TH-103PF10WK/TK/RK
Interconnection (4 of 8)
Diagram
FOR FACTRY USE
FOR FACTRY USE
UK : <K2CG3YY00011>
EK : <K2CN3YY00003>
<K2CT3YY00002>
UK : AC 240V, 50 / 60Hz
EK : AC 220-240V, 50 / 60Hz
TH-103PF10WK/TK/RK
94
10.5. Interconnection (5 of 8) Diagram
57
45
DOUTUB[24]
40
18
37
DOUTUC[22]
9
24
41
DOUTDA[22]
DOUTDB[30]
46
DOUTUA[28]
25
66
DOUTDC[31]
DOUTUC[25]
68
10
DOUTDC[30]
59
50
38
16
3
DOUTUA[25]
11
56
1
19
58
13
54
39
50
7
27
16
29
45
DOUTDA[24]
37
64
24
PCDY
25
DOUTDA[25]
68
DOUTDB[23]
43
5
59
LEDY
51
32
53
20
DOUTDC[23]
36
DOUTUC[27]
15
DOUTUA[30]
DOUTUC[23]
60
61
52
DOUTUC[31]
6
65
DOUTUB[27]
DOUTUC[24]
14
63
43
4
51
55
8
53
30
DOUTUA[29]
34
60
DOUTDC[27]
22
17
DOUTUC[26]
28
23
44
DOUTDB[27]
35
2
DOUTDA[30]
DOUTDB[31]
39
67
DOUTUB[30]
CLKD6(+)
27
+5V_DET
42
DOUTUA[23]
29
DOUTDA[28]
61
CY0
DOUTUC[28]
DOUTDA[23]
6
21
DOUTUA[27]
14
DOUTUB[26]
31
DOUTDB[28]
+5V_DET
DOUTUA[24]
4
DOUTDA[27]
DOUTDB[26]
CLKU7(-)
DSLR
CLKU6(+)
8
DOUTDB[24]
DOUTUA[31]
ODEDY
DOUTUB[28]
DOUTUB[23]
LEU1
DOUTDB[22]
CLRU1
DOUTUB[29]
DOUTUB[22]
PCU1
DOUTUC[30]
ODEU1
DOUTUB[31]
DOUTDA[26]
DOUTDB[25]
DOUTDA[29]
DOUTUA[26]
CLRDY
CLKD7(-)
DOUTDC[28]
40
9
38
3
DOUTUA[22]
1
34
13
22
26
62
48
49
48
12
49
33
12
46
33
DOUTDB[29]
5
DOUTDC[26]
32
56
CA2
28
58
35
DOUTDC[29]
DOUTDC[24]
11
47
CA1
19
57
54
18
7
41
17
66
44
2
DOUTDA[31]
C20
67
10
42
21
52
65
31
DOUTDC[25]
63
64
26
55
62
20
DOUTDC[22]
30
36
DOUTUB[25]
23
47
DOUTUC[29]
15
CA5
CA4
CA3
C32
C23
DMHR
DSHR
DMLR
P+75V(Vda)
Vda_R
U(+78V)
5
8
10
7
TO DR3(SC SIDE)
15
12
2
8
11
14
14
4
1
5
6
P+75V(Vda)
13
7
P+75V(Vda)
1
1
3
5
Vda_R
U(+78V)
Vda_R
U(+78V)
3
P+75V(Vda)
11
Vda_R
U(+78V)
1
4
10
C14
6
9
Vda_R
U(+78V)
9
Vda_R
U(+78V)
12
3
2
54
17
16
52
37
P+5V
46
C21
11
43
7
CLKU[6](+)
48
18
49
32
1
Vda_RU(+78V)
19
4
PCU1
25
29
31
3
P+75V_R(Vda)
22
CLKU[7](-)
9
51
12
Vda_RU(+78V)
34
15
26
P+75V_R(Vda)
P+75V_R(Vda)
21
P+75V_R(Vda)
44
30
53
8
13
LEU1
24
Vda_RU(+78V)
55
41
P+75V_R(Vda)
Vda_RU(+78V)
10
47
35
39
5
28
38
ODEU1
50
Vda_RU(+78V)
45
P+5V
33
14
+5V_DET
20
CLRU1
36
23
2
40
42
P+5V
27
6
P+75V_R(Vda)
9
1
P+75V(Vda)
1
1
5
12
6
Vda_R
U(+78V)
6
P+75V(Vda)
8
2
3
P+75V(Vda)
Vda_R
U(+78V)
12
7
TO DR5(SC SIDE)
4
9
2
1
1
13 14
14
C24
11
Vda_R
U(+78V)
5
13
10
Vda_R
U(+78V)
4
5
8
7
Vda_R
U(+78V)
10
P+75V(Vda)
Vda_R
U(+78V)
3
15
DOUTUA[28]
DOUTUB[28]
DOUTUC[28]
DOUTUC[31]
DOUTUB[30]
DOUTUA[31]
DOUTUB[29]
DOUTUB[31]
DOUTUC[29]
DOUTUA[30]
DOUTUA[29]
DOUTUC[30]
DSLL
DSLR
DMLR
DSHR
DMHR
DMLL
DMHL
DSHL
CY3
CX2
1-68
CB3
1-68
CB4
1-68
CB5
DR
V_SOS7
6
10
7
6
C22
5
3
UMHR
UMLR
TO DR2(SC SIDE)
3
9
2
5
9
1
4
DSLR
7
1
8
10
P+5V
8
DSHR
4
2
P+5V
2
4
9
3
3
5
6
DMLR
8
P+5V
5
7
DMHR
4
6
DSLR
1
DSHR
P+5V
7
8
2
TO DR12(SC SIDE)
9
DR
V_SOS7
1
1
0
CY2
10
C20
D31
CD2
CD1
CD1
CD2
D36
CY0
12
Vda_RD(+78V)
7
1 4
9
11
P+75V(Vda)
Vda_RD(+78V)
1
4
8
11
3
1
Vda_RD(+78V)
P+75V(Vda)
13
6
4
13
Vda_RD(+78V)
10
9
5
Vda_RD(+78V)
Vda_RD(+78V)
3
P+75V(Vda)
CY4
TO DR14(SC SIDE)
8
2
1
5
5
1
4
10
6
P+75V(Vda)
7
12
15
2
C11
C21
<TNPA4019>
C2
DATA DRIVER (2)
C1
DATA DRIVER (1)
<TNPA4018>
PCDZ
12
Vda_RD(+78V)
3
DOUTDA[30]
51
13
14
46
P+75V_R(Vda)
22
31
+5V_DET
38
44
DOUTDC[31]
30
11
15
53
26
Vda_RD(+78V)
DOUTDB[28]
20
48
CLKD[7](+)
33
P+5V
DOUTDC[30]
9
54
41
DOUTDB[30]
55
29
8
23
DOUTDC[28]
21
CLRDZ
17
P+75V_R(Vda)
LEDZ
DOUTDB[29]
5
43
P+75V_R(Vda)
40
6
45
24
Vda_RD(+78V)
16
42
35
49
36
DOUTDA[28]
1
Vda_RD(+78V)
37
DOUTDB[31]
47
P+5V
DOUTDC[29]
34
7
32
DOUTDA[31]
10
2
P+75V_R(Vda)
19
50
Vda_RD(+78V)
4
27
18
DOUTDA[29]
25
39
P+5V
52
CLKD[6](-)
P+75V_R(Vda)
P+75V_R(Vda)
ODEDZ
28
CZ1
CY1
12
Vda_RD(+78V)
7
1 4
9
11
P+75V(Vda)
Vda_RD(+78V)
GND
1
4
8
11
3
1
Vda_RD(+78V)
P+75V(Vda)
13
6
4
13
Vda_RD(+78V)
10
9
5
GND
Vda_RD(+78V)
Vda_RD(+78V)
GND
3
P+75V(Vda)
CZ4
TO DR13(SC SIDE)
8
2
1
5
5
1
4
10
6
P+75V(Vda)
7
12
15
2
CB1
1-68
CB2
1-68
24
11
18
STB+3.3V
12
20
PSTB
5
28
3
11
19
14
1
8
21
10
27
25
25
7
4
26
30
24
4
3
E- LVDS1
29
22
S
D
ATA
1
18
21
6
20
15
D6
9
O+ LVDS0
2
30
24
20
1
1
4
S
CLOCK2
O- LVDS0
10
TXD
13
5
7
O- LVDS4
E+ LVDSCLK
17
27
16
16
RXD
GND
11
23
O+ LVDS3
12
E- LVDS2
15
5
REMO
TE
25
3
E+ LVDS0
19
8
4
IIC_CONT
PB
USY
E+ LVDS3
E+ LVDS2
18
E- LVDSCLK
E- LVDS4
O+ LVDS1
E- LVDS3
GND
7
IIC_INT
P+15V
TO DN51
PDB1
17
9
E+ LVDS1
15
O- LVDS3
6
O+ LVDSCLK
23
14
27
31
19
2
5
3
16
22
8
6
17
26
9
13
13
10
12
1
PSLCT
29
4
24
D5
18
20
19
28
11
E+ LVDS4
14
12
28
21
25
11
PDB0
7
STB+5V
30
4
O+ LVDS2
22
O+ LVDS4
21
9
S
CLOCK1
22
15
6
6
15
23
23
E- LVDS0
27
LVDS_DET
9
19
2
LED_R
2
28
O- LVDS2
5
18
20
3
8
O- LVDS1
LED_G
29
1
16
S
D
ATA
2
14
8
31
17
O- LVDSCLK
30
26
21
10
13
13
10
2
7
12
17
1
26
29
16
12
13
5
5
13
6
7
11
3
20
17
15
14
2
18
16
10
8
18
19
9
7
4
8
1
15
20
16
12
6
11
17
9
10
19
1
4
14
3
2
D20
CPH
CSH
CEL2
P+5V
CLK
SOS6_SC1
SIU
SCSU
DRV_RST0
CMH
CML
CSL
SID
CSK
CEL
CL
TO SC20
TO DN2
CY1
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
ALL_OFF
TXD
STB+5V
S DATA1
PSLCT
PDB1
READY
GND
GND
INEXCH
GND
FSTB
GND
ALARM
P+5V
GND
S DATA2
IIC/INT
PSTB
RXD
PDB0
ECO_ON
GND
P+15V
DISPEN
S CLOCK1
S CLOCK2
PANEL_STBY_ON
IIC_CONT
PBUSY
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
FOR FACTRY 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
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
(Exchange board only)
(Exchange board only)
!
(Exchange board only)
<TNPA4028>
CY
DATA DRIVER (Y)
!
(Exchange board only)
<TNPA4029>
CZ
DATA DRIVER (Z)
!
(Exchange board only)
DIGITAL SIGNAL PROCESSOR
PLASMA AI
SUB-FIELD PROCESSOR
FORMAT CONVERTER
D
!
!
<TNPA4040>
CD
CONNECTION
(Exchange board only)
C-BOARD/D-BOARD
!
<TNPA4040>
CD
CONNECTION
(Exchange board only)
C-BOARD/D-BOARD
<TSXL518>
CABLE
CABLE
<TSXL518>
CABLE
<TSXL518>
CABLE
<TSXL518>
<TSXL569>
CABLE
<TSXL568>
CABLE
<TSXL578>
CABLE
<TSXL579>
CABLE
<TZTNP010XAT>
1-68
1-68
1-68
1-68
1-68
!
TH-103PF10WK/TK/RK
Interconnection (5 of 8)
Diagram
TH-103PF10WK/TK/RK
Interconnection (5 of 8)
Diagram
D3
Page of 127
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