Panasonic TH-65PF30W / TH-65PF30T / TH-65PF30G Service Manual ▷ View online
37
TH-65PF30W / TH-65PF30T / TH-65PF30G
10.2.2. YUV white balance adjustment
Instrument Name
Connect to
Setting
• HD(1125/60i) W/B pattern (COMPONENT Output)
• Color analyzer
• Color analyzer
(Minolta CA-100 or equivalent)
PC IN terminal
Panel surface
Panel surface
Picture menu: STANDARD
User setting: Normal
except PICTURE: max 30
User setting: Normal
except PICTURE: max 30
Steps
Remarks
[conditions]
• Make sure the front panel to be used on the final set is fitted.
• Make sure a color signal is not being shown before adjustment.
• Put the color analyzer where there is little color variation.
• Make sure a color signal is not being shown before adjustment.
• Put the color analyzer where there is little color variation.
[Adjustment]
1. Set COMPONENT / RGB-IN SELECT to COMPONENT.
2. Select the IIC mode “PANEL W / B Adj.” item.
3. Check that the color temperature is “COOL (Hi)”.
4. Output a white balance pattern.
5. Touch the signal receiver of color analyzer to the highlight window’s center.
6. Fix G drive at E0h and adjust B drive and R drive so x, y become the “Color temperature
2. Select the IIC mode “PANEL W / B Adj.” item.
3. Check that the color temperature is “COOL (Hi)”.
4. Output a white balance pattern.
5. Touch the signal receiver of color analyzer to the highlight window’s center.
6. Fix G drive at E0h and adjust B drive and R drive so x, y become the “Color temperature
COOL (Hi)” in the below table. Adjust it again after it lowers of 08h data when the adjust-
ment is NG. (In addition, adjust it after it lowers by 08h data for NG.)
ment is NG. (In addition, adjust it after it lowers by 08h data for NG.)
7. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes
FCh with the gain ratio kept. (ALL-DRIVE)
8. Set color temperature to “NORMAL (Mid)”.
9. Fix G drive at E0h and adjust B drive and R drive so the highlight window's x, y becomes
9. Fix G drive at E0h and adjust B drive and R drive so the highlight window's x, y becomes
the “Color temperature NORMAL(Mid)” in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG.
(In addition, adjust it after it lowers by 08h data for NG.)
Adjust it again after it lowers of 08h data when the adjustment is NG.
(In addition, adjust it after it lowers by 08h data for NG.)
10. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes
FCh with the gain ratio kept. (ALL-DRIVE)
11. Set color temperature to “WARM (Low)”.
12. Set G drive to E0h and adjust B drive and R drive so the highlight window's x, y become
the “Color temperature WARM(Low)” shown in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG.
(In addition, adjust it after it lowers by 08h data for NG.)
Adjust it again after it lowers of 08h data when the adjustment is NG.
(In addition, adjust it after it lowers by 08h data for NG.)
13. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes
FCh with the gain ratio kept. (ALL-DRIVE)
14. Copy the R drive, G drive and B drive data in YUV1_525ip, YUV3_625ip region.
Adjustment target
Hi-light: x ± 0.003 y ± 0.003
Hi-light is target of the number at drive adjustment in the hi-light windows.
Therefore, it is not target of the hi-light number at after adjustment white balance.
Hi-light: x ± 0.003 y ± 0.003
Hi-light is target of the number at drive adjustment in the hi-light windows.
Therefore, it is not target of the hi-light number at after adjustment white balance.
Picture Menu: STANDARD
User setting: Normal
except PICTURE: max 30
Aspect: Full (16 : 9)
Position and size: Normal
User setting: Normal
except PICTURE: max 30
Aspect: Full (16 : 9)
Position and size: Normal
• “7” key : color temperature select.
• “9” key : Picture menu select.
• “9” key : Picture menu select.
• Highlight section Signal amplitude 75%
• Drive standard G: E0h
38
TH-65PF30W / TH-65PF30T / TH-65PF30G
TH-65PF30W / TH-65PF30T / TH-65PF30G
39
11 Block Diagram
11.1. Main Block Diagram
(LED:13TIMES)
(LED:6TIMES)
(LED:10TIMES)
(LED:13TIMES)
(LED:7TIMES)
COLD
(LED:7TIMES)
(LED:11TIMES)
(LED:2TIMES)
(LED:13TIMES)
(LED:13TIMES)
(LED:4TIMES)
(LED:10TIMES)
(LED:4TIMES)
(LED:8TIMES)
(LED:2TIMES)
(LED:13TIMES)
(LED:13TIMES)
(LED:2TIMES)
HOT
(LED:9TIMES)
(LED:6TIMES)
(LED:11TIMES)
(LED:5TIMES)
(LED:8TIMES)
(LED:3TIMES)
COLD
HOT
HDMI
DECODER
P+3.3V
DC OUT
P+15V
SLOT+9V
A+5V SOS
Y,PB,PR-1
L,R-HA
SOS6_SC1
A+9V
A+1.5V
RTC_INT
DIGITAL CORE SIGNAL PROCESSOR
A
VSUS
ON
RXD/TXD
+5V
SOS6_SC1
V11
ALL_OFF
STB3.3V
Y,PB,PR-PC
RS232C
SCAN OUT (LOWER)
R+/-
PANEL STB_ON
DIGITAL
SIGNAL
(R,G,B,HD,VD)
+2.5V
PC/RS232C/3D_LED/
SP_R TERMINAL
SP_R TERMINAL
P+15V
POWER MICOM
OR
P+5V
H/V SYNC CONTROL
SOS7_SC2
SC20
V2
H37
From P16
P+1.1V
P35
P+5V
SOS7_SC2
SCAN OUT (UPPER)
P+3.3V
REMOTE_OUT(DS)
SC-BOARD
ENERGY RECOVERY
SOS DETECT
P-BOARD
SOS DETECT
PC
DATA
DRIVER
DATA
DRIVER
CVBS
A+9V
HD/VD
DATA
DRIVER
(24bit)
F+15V_MON
+3.3V(STB)
DATA
DRIVER
REMOTE_OUT
SUSTAIN CONTROL
SD11
DS3
FAN SOS
C20
FAN SOS
AUDIO IN
BUFFER
L,R-CV
PANEL SOS
DATA DRIVER (RIGHT)
A+15V
P25
SLOT+5V
A1
+3.3V
HD,VD-PC
C14
UART SW
Y,PB,PR-PC
P+3.3V
V_LRID
PLASMA AI
PANEL SOS
SUSTAIN
VOLTAGE
CONVERTER
P+5V
DATA
DRIVER
P55
REMOTE_OUT
P+15V
VAD GEN.
CPG with SS
DATA
DRIVER
RXD/TXD_TU
TERMINAL
RESET
STB+5V
MAIN SW2
STB_ON
C10
RTC_INT
VIDEO DATA
A+1.8V
POWER SUPPLY
STB_ON
DIGITAL SIGNAL PROCESSOR
C1
STB3.3V
L,R
P+5V
SUSTAIN CONTROL
P+3.3V
LDO
A15
A+9V
P11
KEY SWITCH
C26
DS1
IR_LR
A38
RECTIFIER
C36
LED_G
P_S1
H3
P+15V
C21
EEPROM
HX2
A2_SOS
P+3.3V
SUSTAIN CONTROL
SLOT+3.3V
F+3.3V
VIDEO DATA
LVDS DATA
DATA
DRIVER
A_SOS
SOUND+15V
SOS8_SS
POWER SWITCH
SLOT SOS
VIDEO DATA
A+15V SOS
C3
AUDIO_SOS
P+15V
PANEL STB_ON
P34
VDA
ASIC
VIDEO PROCESSOR
PANEL READY
SOS4_PS
VIDEO DATA
C35
SP AMP
L/R
LAN+3.3V
SOS7_SC2
LDO
TEMP
SENSOR
SPEAKER L
F+1.2V
DCDC
LVDS IN
Vda
P54
FAN A-D
P51
SLOT+3.3V
ALL_OFF
VIDEO SIGNAL
SELECT
RXD/TXD_LAN
IIC
SCAN DRIVE
L/R
C31
SC42
SC41
LAN+15V
DATA DRIVER (LEFT)
L,R-PC
P52
LVDS IN
HDMI SW
P+5V
P+5V
SYNC
PROCESSOR
DATA DRIVER (CENTER)
HDMI
AUDIO
SS33
STB+5V
SPEAKER
P16
VE GEN.
+8V
POWER SW
P_S0
3D SIGNAL
F15V
LAN+15V
SCAN
DRIVER
D31
SUSTAIN DRIVE
A+1.5V
SLOT+5V
SCAN CONTROL
SU41
P+15V
STB+5V
HX2
C2
SS-BOARD
SOS DETECT
DISCHARGE
CONTROL
ON/OFF CONTROL
DATA DRIVER
ENERGY RECOVERY
DCDC
STB1.2V
RELAY
SS11
ALL OFF
STB_ON
SOS8_SS
Vda
Vda
SCAN CONTROL
FAN+15V
C33
+9V
FAN VOLTAGE
CONTROL
P56
A_SOS
SS
STB5V
SPEAKER R
+5V
DATA
DRIVER
AUDIO IN
SD46
SUSTAIN CONTROL
CONTROL
PULSE
TXD,RXD
SOS8_SS
SOUND
+15V
RECTIFIER
LAN DATA
L,R-1
DCDC
P+5V
AUDIO IN
DATA
DRIVER
P+15V
STB+5V
L,R-PC
VSUS
SUS
Vda
+1.8V
TERMINALS
SD
SOS4_PS
VSUS GEN.
REMOTE_OUT
LDO
CONTROL SIGNAL
D20
POWER
FACTOR
CONTROL
REMOTE IN
RXD/TXD _TU
A16
PANEL STB_ON
A14
SU11
A+5V
ALL OFF
+3.3V(STB)
POWER
FACTOR
CONTROL
P_S1
+1.1V
POWER SOS
VIDEO
IN
+1.5V
P+15V
V_LRID
DCC_SS
LDO
RESET
SLOT2
ASIC OUT
F+15V
P+2.5V
P+3.3V DET
SOUND+15V
KEYSCAN
PC
DCDC
STB_ON
PANEL READY
P9
DATA
DRIVER
+1.2V(STB)
STB+5V
KEY SWITCH
GenX7
AC CORD
P2
MICOM
SLOT SOS
+1.5V
PC/DVI
AUDIO IN
8V
D25
D
A+3.3V
AUDIO
IN
PROCESS
VOLTAGE
CONVERTER
DATA
DRIVER
P
+1.2V
+15VSW
COMPONENT/
COMPOSIT
AUDIO IN
DS SLOT INTERFACE
S34
P53
SC46
PWM
SIGNAL
F+15V_MON
SD42
S1
V22
L+/-
VIDEO DATA
Y,PB,PR
A37
L+/-
P+3.3V
P+5V
TERMINAL
DS_SOS
IR_LR
F+1.2V
A+15V
To A16
STANDBY
VOLTAGE
CONVERTER
VIDEO DATA
(24bit)
SCX2
SLOT+9V
P_S0
AUDIO SIGNAL
SELECT
RTC_INT
STB5V
DS_SOS
A11
A38
DATA
DRIVER
VSUS
DATA
DRIVER
R,G,B
VIDEO SIGNAL
DECODER
SOS4_PS
P+3.3V
CONTROL
SIGNAL
DATA
DRIVER
HD,VD
SC2
DS_SOS
SCAN
DRIVER
SYNC SIGNAL
SELECT
SOS8_SS
HX1
SUB-FIELD PROCESSOR
PANEL SOS
P+5V DET
REMOTE RECEIVER/LED
DDR3
SOUND
+15V
P+15V
SUSTAIN
VOLTAGE
CONVERTER
MAIN
RXD/TXD_TU
D32
DS2
LVDS
RXD/TXD_PC
LVDS
RECEIVER
TTL CONV.
A5
EEPROM
VIDEO DATA
A22
FLASH
MEMORY
A+15V
IR_LR(HX)
DATA
DRIVER
VSUS
+15VSW
L,R-DS
+3.3V
F15V
ASIC OUT
HX
LDO
SOS6_SC1
DS
13
MAIN SW1
100BASE-TX
SC
REMOTE
RECEIVER
DCDC
+9V
TXD,RXD
10BASE-T/
RELAY
RECTIFIER
F+3.3V
DCDC
LVDS IN
A2_SOS
LDO
LVDS RX
IP CONV.
SLOT1
STB5V
DCDC
PANEL READY
V1
LVDS
HDMI DVI
V
R+/-
RXD/TXD_TU
P+3.3V
LAN CON.
HD,VD-1
LED_R/
A+5V
LVDS DATA
SLOT+15V
SC-BOARD
FLOATING PART
SOS DETECT
AUDIO
PROCESSOR
P+3.3V
LED
DCDC
A13
+3.3V
SW
DS_SOS
FLASH
MEMORY
D15
SU
P+15V DET
RESET
VSCAN GEN.
+3.3V
(LOWER)
ZA16102
SS2
OUT
ZA16112
SUSTAIN
ZA16111
ZA16101
NO USE
(LED:13TIMES)
(LED:6TIMES)
(LED:10TIMES)
(LED:13TIMES)
(LED:7TIMES)
COLD
(LED:7TIMES)
(LED:11TIMES)
(LED:2TIMES)
(LED:13TIMES)
(LED:13TIMES)
(LED:4TIMES)
(LED:10TIMES)
(LED:4TIMES)
(LED:8TIMES)
(LED:2TIMES)
(LED:13TIMES)
(LED:13TIMES)
(LED:2TIMES)
HOT
(LED:9TIMES)
(LED:6TIMES)
(LED:11TIMES)
(LED:5TIMES)
(LED:8TIMES)
(LED:3TIMES)
COLD
HOT
TH-65PF30W / TH-65PF30T / TH-65PF30G
40
11.2. Block (1 of 6) Diagram
(LED:10TIMES)
LAN15V_ON/OFF
SDA3
SLOT_RXD
RESET
DS_SOS
3.3V_ON/OFF
TXD_PC
SLOT_TXD
5V_IR_LR
LAN3.3V_ON/OFF
SCL3
RXD_PC
15V_ON/OFF
LED8V_DET
STB_ON
REMOTE_OUT
VS_PC
ALL_OFF
IIC_CONT
FSTB+15V_MON
HS_PC
SLOT1_DET
LAN+15V
STB+5V
+3.3V_LAN
D3012
D3011
D3007
SLOT+9V
SLOT+15V
D3008
Q3004
SLOT+5V
D3014
A+15V
F+3.3V
A+1.8V
D3015
D3013
R3040
F+1.2V
F+3.3V
F+15V
F+15V
A+3.3V
A+3.3V
D3009
D3010
IIC CLOCK
EEPROM
6
IIC DATA
SLOT1
PC-R
54
IC2103
12
A_EA+- - EE+-
JK3504
B31
B2
68
JK3502
A13
RXD_S1
45
B26
2
A1
3
A+9V
RXD
TX2+/-
RS232C
B19
B9
A_CLK+-
A_OE+/-
A_EE+/-
A_CLK+/-
+3.3V
TXD
14
LED+8V
38
IIC_CONT
SLOT+3.3V
SLOT+9V
1
A_OA+/-
IC2303
PC IN
10
REMOTE_OUT
3.3V->5V
3.3V->5V
L_1
A_OA+- - OE+-
B25
B27
B31
A+5V
B19
B17
B37
TX7+/-
RXD
Q3006
TXD
1
B12
B21
B15
TX3+/-
A_EB+/-
A+15V
5
A10
5V_SCL3
A9
33
A_ED+/-
B28
B6
1
3
A_CLK+-
A17
TXD
+3.3V
+5V
51
Q2365
B38
IC2307
REMOTE_OUT_S1
LAN+15V
B5
A_OB+/-
11
A28
49
TXD_S1
JK3501
12
PC-B
Q2364
HX2
CLOCK IC
REMOTE_OUT
IC2306
A14
A8
A_EA+- - EE+-
53
A5
A22
A19
SOS
A21
Q3001
R_1
6
IC2304
3D LED SIGNAL
TX5+/-
2
TX4+/-
DS_SOS
5
3
+1.5V
Q3005
10
12
Q2366
B11
2
+9V
62
PC/DVI AUDIO IN L
47
32.768KHz
14
RS232C
RXD
A12
B14
A17
A+9V
A_OC+/-
IC2113
IC2305
LAN+15V
TX8+/-
13
2
13
3
A13
Q4105,06
2
SLOT2
5V_SDA3
IC3004
5V_IIC3
B40
A19
A2
ALL_OFF
15
STB5V
DS2
11
B40
STB_ON
IC2310
RTC INT
57
SOUND+15V
13
SLOT+5V
B30
A+9V
B3
JK3505
F+15V
B23
DRIVER
64
+1.2V
STB5V
TX1+/-
PC/DVI AUDIO IN R
RXD_TU
IC8002
5V_SCL3
VCC
A40
8
4
TXD_TU
A14
PC-G
B17
IC3002
Q2369
1
A16
A40
TX9+/-
F+15V_MON
JK3503
44
A_OD+/-
A4
40
IC2107
3
Q2368
TXC+/-
A_EA+/-
DS_SOS
LAN+15V
B8
P16
A21
TX6+/-
A3
A26
B21
IC2106
DS3
B24
Q2370
SOS
HX1
IC3001
10
9
9
A_OA+- - OE+-
Q2371
2
SLOT+5V
5V_SDA3
RESET
+1.8V
35
SLOT+5V
A15
Q2367
A38
1
8
1
TXD
B37
42
2
(L OUT-)
8
4
A_EC+/-
SLOT+9V
B35
B38
DS13
3D_LED_P
4
37
(L OUT+)
TX0+/-
3D_LED_N
DS1
DC OUT
3
+8V
A7
RXD
1
SLOT1_DET
4
A22
PC/DVI
AUDIO IN
4
LED+8V
JK2101
AUDIO IN L
AUDIO IN R
AUDIO IN L
AUDIO IN R
DS SLOT INTERFACE
IIC_CLOCK1
REMOTE
IIC_CONT1(SRQ)
IIC_DATA1
PLUG DET
RESET
LAN15V
SLOT15V
SLOT9V
SLOT3.3V
SLOT5V
STB5V
STB5V
LAN15V
SLOT3.3V
SLOT15V
SLOT5V
SLOT9V
OVER VOLTAGE SOS
SHORT SOS
REMOTE
PLUG DET
RESET
IIC_CONT1(SRQ)
PC/RS232C/3D_LED/
SP_R TERMINAL
SP_R TERMINAL
HX
SPEAKER L
TERMINAL
TERMINAL
PC/DVI AUDIO IN R
PC/DVI AUDIO IN L
2
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
(LED:10TIMES)
A
DIGITAL CORE SIGNAL PROCESSOR
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