Panasonic TH-103PF9UK / TH-103PF9EK Service Manual ▷ View online
13.9. 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
AC100V
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
AC100V
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
AC100V
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
AC100V
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-103PF9UK/EK
Interconnection (8 of 8) Diagram
Interconnection (8 of 8) Diagram
TH-103PF9UK/EK
Interconnection (8 of 8) Diagram
Interconnection (8 of 8) Diagram
P57
5
7
3
2
6
4
1
LINE_1
LINE_2
NEUTRAL_1
NEUTRAL_2
FOR FACTRY USE
P25
TH-103PF9UK / TH-103PF9EK
85
13.10. Main (1 of 2) Block Diagram
COLD
COLD
HO
HOT
COLD
HOT
S34
STB_PS
SC23
Vda
15V
STB_PS
SC20
SOS6
V1
15V
STB_PS_ON
P23
P10
HX1
P2
F_STB_15V
15V
STB_PS_ON
S1
+15V
P9
P5
SC2
P12
RS-232C
HX PC/232C
+15V(s)
VSUS
POWER SW
SC
DS14
DS13
DS11
DS12
DS
R
L
DS2
DS9
AMP_R
VD
AMP_L
SOUND+15V
HD
DS10
DS15
+15V
DS4
LAN+15V
DN
DS1
FANx11
PB71
PB
PB30
+15V
FAN
PB51
AVR
CONTROL
FAN_SOS
DS30
+15V
DS3
DN6
DN1
DN3
DN51
SYNC PROCESSOR
LVDS TX
DDR
MEMORY
FLASH
CONTROL
DS6
L
H1
R G
HA
B
R
DVI-D
LVDS
CONT
R
DVI-D
H1
IN
HDD
L
DVI-D
DVI
30
S.R
SU
30
S.R
30
S.R
30
S.R
S.R
30
30
30
S.R
30
30
30
S.R
S.R
S.R
30
S.R
S.R
S.R
30
30
30
30
S.R
S.R
S.R
30
30
S.R
S.R
S.R
S.R
30
30
S.R
30
SM
30
30
30
30
30
S.R
30
S.R
S.R
S.R
S.R
30
30
S.R
30
S.R
30
S.R
S.R
S.R
S.R
S.R
S.R
30
30
S.R
SD
30
30
30
30
30
30
S.R
S.R
R
L
D.D.
D.D.
DR11
CX4
CY
CX
D.D.
DR2
D.D.
D.D.
Vda DET
CY2
DR12
DR15
CZ
DR13
DR14
CZ4
CY0
CY4
CZ1
D.D.
D.D.
+78V(Vda)
D.D.
V1
V2
V15
V3
V3
P+75V(Vda)
P+75V(Vda)
Vda_LD(+78V)
Vda_LD(+78V)
D.D.
C34
C3
D.D.
D.D.
C11
D.D.
D.D.
D.D.
C14
C20
C24
C22
D.D.
D.D.
C2
C1
Vda_LU(+78V)
P+75V(Vda)
DR1
Vda DET
DR2
DR4
DR3
DR5
+78V(Vda)
C21
C23
C32
C31
CY1
CY3
CX2
CX1
PB31
P11
VSUS
ON/OFF
+5V
P25
SC81
SC84
Vbk
adj
adj
Vscn
SC80
SC83
Vad
SC12
15V
SC82
SC14
F16V
F16V
15V
AUDIO
H51
H5 AUDIO OUT
SC13
SC34
SOS
(PS/Vda)
CD1
CD2
CD
15V
Vda
15V
DR1
+15V
STB_PS
STB_PS_ON
Vda,15V
VSUS
VSUS
SOS7
SOS7
Vda_CONT
P+75V(Vda)
Vda_LD(+78V)
Vda_LU(+78V)
P+75V(Vda)
COMPONENT
CONVERTER
DC-DC
SC2
SELECT
COMPONENT
SOUND
SELECT
CONTROL
SOUND
SYNC
SELECT
R
L
OUT
SIGNAL
PROCESSOR
PROCESSOR
DIGITAL
DATA DRIVER(1)
DATA DRIVER(2)
DATA DRIVER(3)
DATA DRIVER(X)
DATA DRIVER(Y)
DATA DRIVER(Z)
VIDEO IN
COMPONENTAUDIO
IN
PC AUDIO IN
PC
SYNC
SEPA/SW
FAN_CONT
FAN_CONT
FAN_SOS
REMOCON RECEIVER
KEY SCAN
STAND_BY LED_R
POWER LED_G
KEY SCAN
LED_G,R
REMOCON
RECEIVER
RECEIVER
GENE
GENE
TX
LVDS RX
PROCESSOR
DIGITAL
SIGNAL
SIGNAL
10bit
MCU
Vda_CONT
CONTROL
PULSE
VOLTAGE
SUSTAIN
SCAN
PULSE
PULSE
GENE.
SCAN
DRIVE
DRIVE
SCAN OUT
SCAN OUT
SCAN OUT
/SOUND PROCESSOR
SLOT INTERFACE
/SYNC PROCESSOR
VOLTAGE
POWER
RECTIFIER
STB5V
CONTROL
5V
15V
VOLTAGE
VOLTAGE
RECTIFIER
FILTER
RELAY
SUSTAIN
RECTIFIER
RECTIFIER
STANDBY
RECTIFIER
FILTER
CONTROL
12V
PROCESS
SUSTAIN
VOLTAGE
STANDBY
LINE
VOLTAGE
CORRECTOR
CONTROL
STB15V
VDA
PROCESS
FACTOR
VOLTAGE
LINE
1
2
3
5
7
4
6
8
9
10
11
16
17
18
12
13
14
15
SUPPLY
(SC SIDE)
POWER
P
ENERGY
RECOVERY
RECOVERY
ENERGY
RECOVERY
RECOVERY
AUDIO IN
TH-103PF9UK/EK
Main (1 of 2) Block Diagram
Main (1 of 2) Block Diagram
TH-103PF9UK/EK
Main (1 of 2) Block Diagram
Main (1 of 2) Block Diagram
TH-103PF9UK / TH-103PF9EK
86
13.11. Main (2 of 2) Block Diagram
COLD
COLD
HO
HOT
COLD
HOT
Vda
SS35
SOS8
SS2
SUS
SS
SS44
Vda
SS2
Vda
SS25
15V
SS21
SS3
SS36
SS30
SS12
VSUS
SS29
SS27
SS23
SS37
+78V(Vda)
Vda DET
SS42
DR4
DR2
DR5
DR3
DR1
DR1
Vda_RD(+78V)
C7
D.D.
D.D.
C71
C74
D.D.
D.D.
D.D.
C8
C84
C82
PROM
D5
D35
D34
D
FLASH
D20
SOS7
D31
EEPROM
MEMORY
CLK
SCAN CONTROL
D33
D36
DDR
SUS
D32
C9
D.D.
C94
D.D.
D.D.
P+75V(Vda)
C90
C81
C83
C93
Vda_RD(+78V)
P+75V(Vda)
C80
C88
C91
Vda_RU(+78V)
D.D.
D.D.
DR11
P+75V(Vda)
Vda_RU(+78V)
C40
C50
C44
C5
C4
D.D.
DR2
D.D.
C41
D.D.
Vda DET
C52
DR12
DR15
C6
DR13
DR14
C64
C51
C54
C61
D.D.
C53
D.D.
+78V(Vda)
C42
P+75V(Vda)
D.D.
C43
C92
15V
15V
15V
SOS8
SUS
15V
SUS
SOS8
PC
202
202
STB3.3V
(1.2V)3.3V
1.5V
1.5V
PC
201
204
PC
AND
OR
SW
F9
F8
AC IN
F1
F
LINE FILTER
PC
205
PC
203
SOS(PS/Vda)
+15V
STBY5V
+5V
SOS
(PS/Vda)
(PS/Vda)
+5V
ON/OFF
ON/OFF
SOS(PS/Vda)
+5V
+5V
+5V
STBY5V
+15V
+15V
ON/OFF
D25
CD2
CD1
CD
CD2
CD1
CD
CD2
CD1
CD
CD1
CD2
CD
CD1
CD2
CD
SOS6
(NO USE)
Vda_CONT
+5V
SOS7
SOS8
Vda_CONT
SOS7
SOS7
SOS7
Vda_RU(+78V)
P+75V(Vda)
Vda_RD(+78V)
P+75V(Vda)
PC
DATA DRIVER(4)
DATA DRIVER(5)
DATA DRIVER(6)
DATA DRIVER(7)
DATA DRIVER(8)
DATA DRIVER(9)
GENE
GENE
Vda_CONT
Vda_CONT
PANEL POWER
CONNECTION
CONNECTION
MICOM
CONTROL
SUB-FIELD PROCESSOR
PLASMA AI
DATA DRIVER
FORMAT CONVERTER
RGB PROCESSOR
LVDS RECEIVER
DISCHARGE CONTROL
FPGA CONTROL
SYNC PROCESSING
FLASH CONTROL
FORMAT CONVERTER
PLASMA AI PROCESSOR
CONVERTER
DC/DC
VOLTAGE
SUPPLY
POWER
RECTIFIER
P2
+15V
STB5V
CONTROL
5V
15V
P12
VOLTAGE
P5
VSUS
VOLTAGE
RECTIFIER
FILTER
RELAY
P25
ON/OFF
SUSTAIN
Vda
P11
RECTIFIER
RECTIFIER
+15V
(SS SIDE)
F_STB_15V
STANDBY
+5V
P23
RECTIFIER
FILTER
15V
P10
CONTROL
12V
15V
SOS(PS/Vda)
15V
PROCESS
SUSTAIN
VOLTAGE
STANDBY
POWER
LINE
VOLTAGE
CORRECTOR
CONTROL
STB15V
VDA
P
STBY5V
P9
PROCESS
FACTOR
VOLTAGE
LINE
SUSTAIN DRIVE
ERASE
VOLTAGE
PULSE
(VE)
PULSE
SUSTAIN
ADDRESS
(NO USE)
(NO USE)
LINE
FILTER
FILTER
LINE
1
17
16
12
14
15
13
18
11
2
8
6
7
4
3
10
9
5
SUSTAIN
OUT
OUT
OUT
SUSTAIN
RECOVERY
ENERGY
ENERGY
RECOVERY
RECOVERY
TH-103PF9UK/EK
Main (2 of 2) Block Diagram
TH-103PF9UK/EK
Main (2 of 2) Block Diagram
TH-103PF9UK / TH-103PF9EK
87
13.12. P-Board (1 of 2) and F-Board Block Diagram
L.F
L.F
L.F
+
L.F
L.F
L.F
L.F
Vsus
Vsus
Vsus
D1601
F1601
F1602
D1602
L1601
L1602
L1603
R1607
R1605
R1606
R1608
Q1602
G
D
S
Q1603
G
D
S
Q1607
G
D
S
Q1606
G
D
S
D1606
R1635
R1636
R1631
C1620
R1639
R1638
R1637
R1633
R1632
D1605
D1609
ZD1602
F201
R1644
R1642
R1643
R219
R221
R222
R220
Q203
G
D
S
Q204
G
D
S
Q202
G
D
S
Q201
G
D
S
LF905
1
*
2
*
3
*
4
*
LF906
1
*
2
*
3
*
4
*
F901
F903
LF902
1
*
2
*
3
*
4
*
F900
F904
LF903
1
*
2
*
3
*
4
*
(+4.7V)
K1601
3
P9
K1602
1
RF1601 3A
AC+
AC-
+AC
-AC
L1604
PFC
OVP
9
ON/OFF
4
Q1608
Q1609
1
+S
OCL
3
(IDET)
7
11
GATE
6
GND
Q1604
Q1605
MC1601
PFC MODULE
MAIN
7
RUSH
8
RELAY
RELAY
6
BIAS-PFC
(VCC-OUT)
PFC-SUS
15
Q206
Q205
2
VDD
V+
9
I+
SH
24
0V
25
SL
GL
12
VCC
SG
IRS
13
GH
BIAS
Vsus
5
10
ON/OFF
I+
6
VCO
STOP
22
23
1
P1
P2
P2
T201
P1
Zero Voltage
Switching Controller
MC201
POWER SUPPLY
Vsus
R278
P11
C255
R260
S1
D251
Vsus
R282
R279
R261
Vsus
R264
S2
R267
1
D252
R277
S2
P2
R257
R262
T2
R266
S1
VR251
T1
D255
R281
D253
D254
VSUS
R280
C256
R268
R254
1
R265
PC201
PC202
PFC ON/OFF
Vsus ON/OFF
RELAY/
PFC CONTROL MODULE
PFC CONTROL MODULE
MC202
(18V)
VCC
10
VIN
(VDET)
H:ON
L:ON
3
SUS
ON/OFF
PFC
PFC
11
ON/OFF
2
ON/OFF
BIAS
L:ON
4
P52
1
1
P54
1
VCC-IN
5
TIMING
4
-GND
CAP
BIAS
GND
P56
PFC_ON
Vs_STOP
7
1
5Vc_OUT
2
6
TO P55
Vs_OUT
8
HV(SUS)_ON
STB_IN
5
Q251
AC_N
AC_L
VSUS_VCC
COLD
HOT
COLD
HOT
TO P51
TO P53
D1603
D1604
ZD251
ZD252
ZD252
ZD253
ZD254
ZD254
ZD255
ZD256
ZD256
TO SS2
TO SC2
TO SC82
TO F9
(SC SIDE)
TO F8
(SS SIDE)
(SS SIDE)
(SC SIDE)
(SS SIDE)
(SC SIDE)
NO USE
NO USE
NEUTRAL
3
4
TO P9(SC SIDE)
1
1
TO P9(SS SIDE)
1
F9
4
LIVE
NEUTRAL
F1
F8
LIVE
AC240V 5A
NEUTRAL
LIVE
AC240V 5A
P(SUS) POWER SUPPLY
(Exchange board only)
!
<ZTXMM641MG2>
<TNPA4055>
F LINE FILTER
(Exchange board only)
!
!
!
UK : <K2CG3YY00011>
EK : <K2CN3YY00003>
<K2CT3YY00002>
<K2AHYH000009>
AC CORD
AC INLET
UK : AC 240V, 50 / 60Hz
EK : AC 220-240V, 50 / 60Hz
EK : AC 220-240V, 50 / 60Hz
<K5D103BMA001>
<K5D103BMA001>
!
!
TH-103PF9UK/EK
P-Board (1 of 2) and F-Board Block Diagram
P-Board (1 of 2) and F-Board Block Diagram
TH-103PF9UK/EK
P-Board (1 of 2) and F-Board Block Diagram
P-Board (1 of 2) and F-Board Block Diagram
TH-103PF9UK / TH-103PF9EK
88
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