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Service Adjustments

On-screen Service Menu

Following table shows the 

initial values

 which have been stored in the CPU ROM, and items for the service adjustments.

When  IC802  (EEPROM)  is  replaced,  check  the  bus  data  to  confirm  they  are  the  same  as  below.  The  shaded  menu  should  be 
checked and be set up or readjusted according to the procedures described in the following pages.
Initial Setup Data marked with an 

 should be changed from Initial Value Data. 

  No. 

Item  

Initial value 

Range 

Description

  01 

RFAGC 

17 

00~63 

RF AGC adjustment

  02 

H-PHA 

09 

00~31 

H-PHASE adjustment (50Hz)

  03 

V-DC 

22 

00~63 

Vertical position adjustment (50Hz)

  04 

V-SIZ 

83 

00~127 

Vertical size adjustment (50Hz)

  05 

V-SCO 

18 

00~31 

Vertical-S compensation (50Hz)

  06 

V-LIN 

16 

00~31 

Vertical linearity adjustment (50Hz)

  07 

H-P60 

+4 

-16 ~ +15 

Difference value of H-PHASE adjustment (60Hz)

  08 

V-P60 

-32~ +31 

Difference value of V-POSITION adjustment (60Hz) 

  09 

V-S60 

-64~ +63 

Difference value of V-SIZE adjustment (60Hz)

  10 

VSC60 

-16~ +15 

Difference value of Vertical-"S" compensation (60Hz)

 

11 

VLI60 

-16~ +15 

Difference value of Vertical linear adjustment (60Hz)

  12 

H-PHAZ 

-1 

-16~ +15 

Difference value of H-PHAZ adjustment (ZOOM)

  13 

V-SZZ5 

 +33 

-64~ +63 

Difference value of V-SIZE adjustment (ZOOM 50Hz)

  14 

V-SCOZ 

+7 

-16~ +15 

Difference value of Vertical-"S" compensation (ZOOM)

  15 

V-LINZ 

+4 

-16~ +15 

Difference value of Vertical linear adjustment (ZOOM)

  16 

V-SIZZ6 

 +31 

-64~ +63 

Difference value of V-SIZE adjustment (ZOOM 60Hz)

  17 

OSDHP 

38 

01~255 

OSD horizontal remark position

  18 

OSDC 

05 

00~07 

OSD contrast

  19 

EWDC 

44 

00~ 63 

EW DC(50Hz)

  20 

EWAMP 

06 

00~ 63 

EW Amp(50Hz)

  21 

EWTL 

11 

00~ 63 

EW Tilt(50Hz)

  22 

EWCTP 

05 

00~ 15 

EW Corner Top(50Hz)

  23 

EWCBM 

03 

00~ 15 

EW Corner Bottom(50Hz)

  24 

EWAMZ 

+6 

-32~ +31 

Difference value of EW Amp (ZOOM 50Hz)

  25 

EWDCN 

-32~ +31 

Difference value of EW DC (60Hz)

  26 

EWAMN 

-32~ +31 

Difference value of EW Amp (60Hz)

  27 

EWTLN 

-1 

-32~ +31 

Difference value of EW Tilt (60Hz)

  28 

EWCTPN 

+1 

-8~ +7 

Difference value of Corner Top (60Hz)

  29 

EWCBN 

-2 

-8~ +7 

Difference value of Corner Bottom (60Hz)

  30 

EWAMZN 

+5 

-32~ +31 

Difference value of EW Amp (ZOOM 60Hz)

     31        EWCOR                00              0,1                EW COR SW
     32        V-SCP                   03              0~7               V-SIZE COMP
     33        H-SCP                   07              0~7               H-SIZE COMP
  34 

SBIAS 

31 

00~127 

Sub Bias adjustment

  35 

RBIAS 

02 

00~255 

Red Bias adjustment

  36 

GBIAS 

06 

00~255 

Green Bias adjustment

  37 

BBIAS 

04 

00~255 

Blue Bias adjustment

  38 

RDRIV 

84 

00~127 

Red Drive adjustment

  39 

GDRIV                  08              00~15 

Green Drive adjustment

  40 

BDRIV 

78 

00~127 

Blue Drive adjustment

  41 

-- 

-- 

-- 

White balance (a lateral line)

  42 

DRV 

-- 

-- 

Bright and Dark of White balance adjustment

  43 

B-YD 

11 

00~15 

B-Y DC Level

  44 

R-YD 

11 

00~15 

R-Y DC Level

  45 

B-YDN 

 -16~ +15 

Difference value of NTSC B-Y DC Level

  46 

R-YDN 

 -16~ +15 

Difference value of NTSC R-Y DC Level

  47 

B-YDD 

-4 

 -16~ +15 

Difference value of DVD B-Y DC Level( 50Hz)

  48   

R-YDD 

-3 

 -16~ +15 

Difference value of DVD R-Y DC Level( 50Hz)

  49  

B-YDD6 

-4 

 -16~ +15 

Difference value of DVD B-Y DC Level( 60Hz)

  50    

R-YDD6 

-4 

 -16~ +15 

Difference value of DVD R-Y DC Level( 60Hz)

Summary of Contents for 29TC676F

Page 1: ...CH01 CH13 Mid band CH14 CH22 Super band CH23 CH36 Hyper band CH37 CH64 Ultra band CH65 CH94 and CH100 CH125 Low mid band CH95 CH99 Video IF 45 75MHz Aerial Input Impedance 75 Input Terminals AV1 Vide...

Page 2: ...tube The picture tube is specially con structed to limit X RADIATION emissions For continued X RADIATION protection the replacement tube must be the same type as the original including suffix letter...

Page 3: ...Chassis Block Diagrams SIGNAL PROCESSING CIRCUIT...

Page 4: ...IC Block Diagrams IC601 POWER SUPPLY IC QTN6Q04 E...

Page 5: ...IC Block Diagrams IC201 IF Video Chroma Def CPU LA76933...

Page 6: ...tput LA78041 E 7 X IUXTQNQMZ 7 X IUXTQNQMZ 1VX IUXTQNQMZ 1VX IUXTQNQMZ KK OZW VL PWZ QVO XZW MK QWV KQZK Q 4WIL PWZ QVO XZW MK QWV KQZK Q PMZUIT XZW MK QWV KQZK Q 16 16 7 7 8 6 7 7 Q S QXXTM QT MZ IVL...

Page 7: ...IC Block Diagrams IC3401 MTS CXA2234QP...

Page 8: ...xit from the Service Menu Press the MENU button to turn off the Service Menu display The data which is set in the service mode is stored into the memory IC automatically Service Mode Display Service A...

Page 9: ...tment ZOOM 16 V SIZZ6 31 64 63 Difference value of V SIZE adjustment ZOOM 60Hz 17 OSDHP 38 01 255 OSD horizontal remark position 18 OSDC 05 00 07 OSD contrast 19 EWDC 44 00 63 EW DC 50Hz 20 EWAMP 06 0...

Page 10: ...D 0 16 15 Difference value of DVD PAL sharpness 77 CODP 10 16 15 Difference value of DVD PAL Colour 78 CODN 0 16 15 Difference value of DVD NTSC Colour 79 RFCOL 5 16 15 Difference value of TV Color 80...

Page 11: ...ELAT ON TIME 8msecXN 123 CCD 35 1 63 Horizontal Position of Closed Captioning 124 V POSZ 1 32 31 V POSITION ZOOM 125 EWDCZ 1 32 31 E W DC ZOO 126 EWTLZ 4 32 31 E W TILT ZOOM 127 EWCTPZ 7 8 7 E W CORNE...

Page 12: ...SIZ in the service mode 4 Change value to be optimum vertical size 5 Exit from the service mode Item 17 OSDHP OSD H POSITION 1 Receive a monochrome circular pattern 2 Set the brightness and contrast t...

Page 13: ...the brightness of each colour until a dim white line produced Please see the control button alloca tions in this mode 7 Select Item 42 DRV mode to enter the white balance adjusting mode 8 Press the 7...

Page 14: ...it The Service Menu now appear MTS Adjustment Mode 3 Exit from the Service Menu Press the MENU button to turn off the Service Menu display The data which is set in the service mode is stored into the...

Page 15: ...e press the MENU button STEREO SEPARATION ADJUSTMENT 1 Connect an oscilloscope Probe A to TP 317 JD64 Probe B to TP 318 JE53 2 Turn on the TV set and receive the multi sound programme Set the Surround...

Page 16: ...g the MENU button on the television press the 4 or MENU button on the remote control unit The Service Menu now appear 2 Service Adjustments Press and hold the VOLUME button on the remote control hands...

Page 17: ...supply turn the power to the TV set OFF and then ON again via either the main power switch or the ON OFF button on the remote control This will work only if the power supply trou ble was temporary If...

Page 18: ...C4CA 8 1AA2CBM0433 CABINET BACK BB7E 9 1AA6P4S3231 LABEL RATING BB7A 10 1AV0U10B30303 ASSY REMOCON JXMTG 11 1AA2RCM0226 RC BATTERY LID JXMTA 12 1AV4U19B00700 ANTENNA CONVERTER or 1AV4U19B00701 ANTENNA...

Page 19: ...Semiconductive Electrolytic DL ELECT Double Layered Electrolytic RESISTOR CARBON 4 7K J A 1 4W Rated Wattage Performance Symbols A General B Non flammable Z Low noise Other Temperature coefficient To...

Page 20: ...LB1H1R0VDN ELECT 1U M 50V C1102 CEXLB1H100VDN ELECT 10U M 50V C1103 CEXLB1H100VDN ELECT 10U M 50V C111 CK1H103KGQBNZ CERAMIC 0 01U K 50V C1111 CPXLB1C100ZAN NP ELECT 10U M 16V C1112 CPXLB1C100ZAN NP E...

Page 21: ...C601 CGXAA2E683BJN MT POLYEST 0 068U M 250V C601 CGXAV27683DBN MT POLYEST 0 068U M 275V C607 CK3A102KAHBNN CERAMIC 1000P K 1K C607 CK3A102KCBBJN CERAMIC 1000P K 1K C609 CEXAA2G271ABN ELECT 270U M 400...

Page 22: ...DZMTZJ5 1A N ZENER DIODE MTZJ5 1A D357 DDXAAED0434 DIODE 1N4148 D357 DD1SS133 N DIODE 1SS133 D357 DD1S2076A N DIODE 1S2076A E D421 DZXLBZA16A N ZENER DIODE MTZJ16A D438 DDERD07 15L N DIODE ERD07 15L D...

Page 23: ...6 K1101 1LB4J12B08300 JACK RCA 8 K1303 1LB4J12B02000 JACK RCA 3 L101 1AV4L2C1101KN INDUCTOR 100U K L202 1AV4L2B9120KN INDUCTOR 12U K L431 1LB4Z21B0160N CORE PIPE L432 1LB4Z21B0160N CORE PIPE L441 1LB...

Page 24: ...0JTCANZ MT GLAZE 150 JA 1 10W R1103 RGF1003JTCANZ MT GLAZE 100K JA 1 10W R1105 RGF1003JTCANZ MT GLAZE 100K JA 1 10W R111 RGF1001JTCANZ MT GLAZE 1K JA 1 10W R1112 RDB3900JPBANN CARBON 390 JA 1 4W R1114...

Page 25: ...1 2 JA 2W R481 RS21R20JGDANN OXIDE MT 1 2 JA 2W R481A RSXLB21R5JXAS OXIDE MT 1 5JA 2W R481A RS21R50JGDAGN OXIDE MT 1 5 JA 2W R481A RS21R50JGDANN OXIDE MT 1 5 JA 2W R484 RDB1003JPBANN CARBON 100K JA 1...

Page 26: ...NZ MT GLAZE 100 JA 1 10W SW1901 1AV4S10B5650J SWITCH PUSH 1P 1TX1 SW1902 1AV4S10B5650J SWITCH PUSH 1P 1TX1 SW1903 1AV4S10B5650J SWITCH PUSH 1P 1TX1 SW1904 1AV4S10B5650J SWITCH PUSH 1P 1TX1 SW1905 1AV4...

Page 27: ...RDD4700JPAANN CARBON 470 JA 1 6W R724 RSXLB2123JXAS OXIDE MT 12KJA 2 W R724 RS21202JGDAGN OXIDE MT 12K JA 2W R724 RS21202JGDANN OXIDE MT 12K JA 2W R732 RDD10R0JPAANN CARBON 10 JA 1 6W R741 RGF1201JTC...

Page 28: ...Mar 2007 NOBLEX...

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