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ALIGNMENT SETTINGS

(The figures below are nominal and used for representative purposes only.)
1.  Set the Bass to maximum position, set the Treble to minimum position, set the Volume to minimum then press  the

down button (

-/v

) on the customer controls at the front of the TV and at the same time press the 

INDEX

 button on the

remote control, this will place the TV into the Service Mode 1.

2.  Press the 

RED

 

/

 

GREEN

 buttons to step up / down through the functions.

3.  Press the 

YELLOW

 

/

 

BLUE

 buttons to alter the function values.

4.  Press the 

STR

 button after each adjustment has been made to store the required values.

5.  To exit the Service Mode, press the "

N

" button.

Alignment Function

Setting indication

Note

: All setting values are approximate

Settings / Special features

Horizontal Position

H-Pos

21

Optimum setting.

Vertical Position

V-Pos

 27

Optimum setting.

Horizontal Amplitude

H-Amp

 41

Optimum setting.

Vert. Amplitude

V-Amp

 -66

Optimum setting.

EW-amplitude

EW-Amp 1

 - 25

Optimum setting.

Lower Corner

Lower Corner

2

Optimum setting.

Trapezium-comp

Trapez 1

 -7

Optimum setting.

Upper Corner

Upper Corner

 -2

Optimum setting.

Vertical Symmetry

V-Sym

 -4

Optimum setting.

Vertical Linearity

V-Lin

 40

Optimum setting.

Angle

Angle

 -2

Optimum setting.

Bow

Bow

0

Optimum setting.

DVCO

DVCO

-1

Receive a PAL Colour Bar Pattern. For
DVCO alignment press "

Blue

" button, wait

until the colours are changing slowly and
press "

STR

".

Highlight

Lowlight

High 0403 0318 0350
Low

0071 0132 0160

Optimum setting.

Sub-Brightness

Sub-Brightness

20

Optimum setting.

6

Summary of Contents for TX-32PX10D

Page 1: ...udio RCAx2 500mV rms 1kΩ AV1 IN Video 21 pin 1V p p 75Ω Audio 21 pin 500mV rms 10kΩ RGB 21 pin 0 7V p p 75Ω AV1 OUT Video 21 pin 1V p p 75Ω Audio 21 pin 500mV rms 1kΩ AV2 IN Video 21 pin 1V p p 75Ω Audio 21 pin 500mV rms 10kΩ S Video IN Y 1V p p 75Ω 21 pin C 0 3V p p 75Ω AV2 OUT Video 21 pin 1V p p 75Ω Audio 21 pin 500mV rms 1kΩ AV3 IN S Video IN Y 1V p p 75Ω 4 pin C 0 3V p p 75Ω Audio RCAx2 500mV...

Page 2: ...he receiver such as screw heads aerials connectors control shafts etc When the exposed metallic part has a return path to the chassis the reading should be between 4M ohm and 20M ohm When the exposed metal does not have a return path to the chassis the reading must be infinite LEAKAGE CURRENT HOT CHECK 1 Plug the a c cord directly into the a c outlet Do not use an isolation transformer for this ch...

Page 3: ...ent Function Setting indication Note All setting values are approximate Settings Special features Horizontal Position H Pos 21 Optimum setting Vertical Position V Pos 27 Optimum setting Horizontal Amplitude H Amp 41 Optimum setting Vert Amplitude V Amp 66 Optimum setting EW amplitude EW Amp 1 25 Optimum setting Lower Corner Lower Corner 2 Optimum setting Trapezium comp Trapez 1 7 Optimum setting U...

Page 4: ...EXT 12 G EXT 11 B EXT 10 MAIN Y CVBS 56 MAIN C 58 D1 15 20 21 22 H1 15 20 21 22 Q3014 Q3015 7 H4 8 9 11 12 7 A4 8 9 11 12 Q3301 Q3011 1 H5 1 A5 Q3016 TEXT CVBS H BOARD IC1501 VSP9405VKB11 VIDEO SIGNAL PROCESSOR 39 40 41 R EXT G EXT B EXT 55 MAIN Y CVBS 56 MAIN C Y0 Y7 IC1701 DDP3315CQAE3 DEFLECTION PROCESSOR Y0 Y7 8bit IC1101 SDA6000 A23 MICRO PROCESSOR Q1125 121 112 113 114 R OSD G OSD B OSD 51 5...

Page 5: ... 9 8 8 AV3 R 2 AV3 L 64 TUNER R 62 TUNER L 54 52 Q3010 Q3009 AUDIO MONITOR OUT L R MAIN R MAIN L Q3006 Q3005 IC2001 MSP3410GAB83 AUDIO PROCESSOR 57 60 MONO IN TUNER R AV3 R AV3 L TUNER L R OUT L OUT 56 36 37 TUNER AM MSP Q106 Q101 Q102 X101 X102 67 ANA IN 1 78 D CTRL 24 25 27 28 Q2005 Q2004 Q2003 Q2002 HP R HP L SPKR OUT R SPKR OUT L IC251 LA4282 AUDIO OUTPUT 5 R IN 2 L IN L OUT 11 R OUT 7 G7 6 7 ...

Page 6: ...ARD A BOARD IC3001 VIDEO AUDIO MATRIX 34 33 SCL3 SDA3 SLOW1 27 SLOW2 20 SLOW4 13 3 A5 5 6 8 H5 AV LINK SDA3 SCL3 SERVICE H1 D1 1 2 3 4 3 5 6 8 6 35 33 32 31 30 28 27 15 34 9 AUDIO MUTE 9 14 15 16 KEYSCAN RC SIG LED SBY 14 15 16 17 ROTATION 17 18 RST MAIN 18 ROTATION LED SBY RC SIG KEYSCAN 6 RST MAIN 28 AUDIO MUTE 30 SMUTE2 1 2 3 4 6 28 30 Q3003 Q3004 Q3017 Q3018 Q3007 Q3008 Q1113 Q1116 Q1115 POWER...

Page 7: ...EO SIGNAL PROCESSOR IC1101 SDA6000 A23 MICRO PROCESSOR VS 10 VS 23 V SYNC 102 H SYNC 8 H SYNC 103 V PROT 12 13 A1 12 9 6 4 D2 13 9 6 4 12 Q1701 Q1702 H DRIVE VERT VFLB HFLB H DRIVE EW Q503 T501 Q551 Q703 FBT 10 DIODE MODULATOR 3 D16 VERT DY 4 D15 1 HORIZ DY A BOARD D BOARD DF BOARD DF1 D14 1 2 7 8 H DAF V DAF 1 2 7 8 T701 Q523 DAF 2 1 2 1 Q522 Q521 5 8 1 Used only for 32 models VDAF HDAF VDAF 22 H...

Page 8: ...1 D12 3 IC3801 4 IC3802 3 IC3803 3 2 9V HEADER 9V H1 D1 27 34 27 34 9V 1 8V 1 5V HEADER 8V R887 IC2001 AUDIO PROC 11 12 13 5V 65 66 5V 39 8V POWER BUS SB3 3V SB5V 3 3V 22 22 5V 9V SB2 5V 8V 147V T551 1 2 7 8 D553 D557 D558 9 D554 R567 200V 15V 15V 27V IC451 VERT 7 2 T501 A BOARD H BOARD L BOARD IC351 6 IC361 6 IC371 6 Q908 L2 1 2 2 2 9V Q906 IC1701 DEFLECTION IC1501 VIDEO IC1101 MICRO IC1107 BUS L...

Page 9: ...atest at time of printing and are subject to change without notice REMARKS a Do not touch the hot part or the hot and cold parts at the same time as you are liable to a shock hazard b Do not short circuit the hot and cold circuits as electrical components may be damaged c Do not connect an instrument such as an oscilloscope to the hot and cold circuits simultaneously as this may cause fuse failure...

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