Home

SERVICE MANUAL Colour Television

1. VCC 5V IF I RF AGC VIDEO INT V VCD CR CB DvD Y YCC FP VDD Me O 9 2 Moo 5 38 3 8 5 2 RB B 8 SAW o FIL 3 bar dise lg 2 gt 468 5 42 4 3B 8 5 55 5 2 2 4 4 7 iom l 16 a s 18 T o F S m Bp z 1 Te z ZO ZO o 64 65 62 61 60 69 58 57 66 65 64 62 61 50 49 48 47 a4 e 41 40 39 57 54 33 CLMP CLOCK H vx CLMP PLL RST RF VIDEO f EOS
2. IC001 LA42032 EM 81045 ASSY PWB MAIN 7 1LGOB10YOO30A me 1 10GJ100KC 1 RESISTORS SPECIFIED WITH RESISTANCE VALUE ARE 1 6DJ a R3432 PWB MAIN BA7E 1LG4B10Y0030A 2 RESISTORS SPECIFIED WITH TYPE OF RESISTOR TOLERANCE 1 10GJ10KC A101 AND RESISTANCE VALLUE ARE 1 4 R1057 3 ALL CAPACITORS ARE 50WV RATING UNLESS OTHERWISE NOTED R3433 109 F1BAMO340 x 68432 T co R1046 10086 IC1001 T 4 PARTS MARKED WITH WITH X RADITION KK4701 0 0060 1 4052 100 TUNER 5 THICK LINES ARE 15WATTS SUPPLY LINE lt E bos 100 6 8 R024 008 110020 me TOP VIEW R1062 E 8 2 5 m 81047 R1049 18969
3. T 8 Mg 49r T3 T 6 10 pan 2 3 e m Dott x L661 1 1 2FJ10LBZA 19 FJIRLBZA oo mues ss 08s ceat i Dass 1000KKIQ0OHB DDXLBBOIT En w Lr a D486 rA RL601 m Rae S20B0460N 8 soc RESO TWKS 6LBZAL nous ekc ose 0432 6 End ess Ten w um B4L51B0920N 5 ET cis 1000KK1000HB 2 paag E Pania m pu pom ese Qu n Meso Ne ua vasa SL 3 DHXAAEV0070 D607 0 047LBZA II 25033328 eso Ed e case FJ0 0478E ce 5 ot m S00KK 1000182 Dd E due 10K pe II 5VRC Vatuoook a us e J on m dl a 1 10001 2X x 23 SY ww 1611 p em ag mem V 220122 E 00001 P TT Raza 221 4 piak 189255 22022 dd Th w MT2J628 ms L gl m E TOEMIOLBVE 4 0 8 x NT sagn d Fao X DZXLEZATEA MTZJ188 4 L26B0170N R473 M7 vasos 25800000 E
4. AE 70100202 OAS OYGA AJ R 25 2412 CHIP Piven TVAVA CODE 2502812 2502412 71200220 1617 RS 2 aw XC M M wave 8 LIST OF REPLACEABLE DODE lt RF Lees PN ODE E 2 n oss 4 SET L d EM10LBVI RI302A usos 1555 182473 158076 08442 114148 We mg FBPAN MD i i A AA 70000021 181553 182076 152471 14148 E a cios Ta m CR gt m EMI0LBVD a 106200 z E H AN 2 ET a E sitio gt unzsi2sG lt SS s Riose Rio v E J VIDG4I50C caos 1096 T x 00281280 E 0815 EN 1 yap Kicak casa X Fa280250N 0 L UDZS12BG 0 01GQ MTZIS A a z 10 oso 1007 1908 zum 5 EMiLevo 01007 EMIOLBVO 1 10GJ100KC Hola oke M x p 1 UDZS1286 5 Tz 1 T DE 1 doo x ia gies 1 ES 2 5 14 65 x 25EM 1OLBVD 8 exar W 2 F EMIOLBVD 2 Bu 1 gt cx SN 1 t uozsi286 2 10an 12802 Ehe gt a 4 2 ee m prom o 47 8160 2 00251286 EMi0LBVD R gt mi
5. 1 G 2 J 20 5 15 Rated value ohms K 1 000 M 1 000 000 0 25 D 0 5 5 110 Material Carbon MT FILM Metal Film OXIDE MT Oxide Metal Film te Composition MT GLAZE Metal Glaze WIRE WOUND Wire Wound CERAMIC RES Ceramic FUSIBLE RES Fusible BA7E A013 901 0901 5 901 5 902 1000 101 A1901 A1901 A1901 001 002 C003 C004 C005 C006 C006 C007 C007 C008 C008 C009 C009 C010 C011 C012 C013 C C C C C C C C C C C C C C C C C C C C C C C C 1001 1002 1003 1004 1005 1006 1007 1009 101 1010 1010 1011 1011 1021 1022 1023 1031 1032 1033 1034 104 106 01 013 7 1LB4L81B00700 BXXAVB429TFU 1LB4A10B03800 1LB4A10B03800 1LGOB10Y0030A LAV4F 0340 LAV4U20B32400 LAV4U20B35900 LAV4U20B63800 J 1 470 LH4R7VD LH4R7VD LH2R2VD 1E332VD O4KADA 1104 1104KADA 1104 ADA BRA ADA BEA LOOVE 101VD ARTVD LROVD LOOVD IR10VD LOOVD 11ROVD H100VD 1100VD 2471 LO4EAG 1KGOBNG H104EAG 4KGOBNG LH100VD LH100VD LA471VD 1C101VD 1C101VD LH330VD LH220VD 1LH1ROVD LH100VD LH100VD 1 10022 1 1002 O3KGQE 1103 1 1
6. loca VDD CONTROL ee Et VIDEO eem Oer 1 0 SW EE Jec Ss PORT 0 SW DH t Cou R PAL SW DI SW HOR Oxy ist cai Rid DEMO H D VCO IF e 1 226 TINT 1 256 CVBS Dc REST PDC VIF BS ENABLE Cone RO eve TET DL BS RGB e COLOR FOR 2 0 I I SW SG MATRIX CLAMP C D vs vll H I Bou 5 OSD BS TES Anc DET OSD Oe SPLL pus Fc LIM OSD k 5 i AMP CONTRAS SW BRIGHT 5 DATA 500K FM d sy PBL pervE cur orF VER 0100 1 0 PHASE PCL C D Pass E PORT 1 RAMP EPF H Dc AMP VOL EM 1 2 3 4 5 6 T 8 9 10 11 12 13 14 15 19 17 18 52 25 24 25 26 27 28 29 30 21 32 18 N2 24 14 8 alex 27840 4 5 5 S TES 9 SR G B EW o al cal o gt O mnis gt ul 2 amp al 1512 X X lt X Q N 11 Pin 10P e x z z S 29 q d a ae O a a FM VOLUME 5V ABL RGB VDD dv an EXT ALDIO oy 5 INAVM OUT Block Diagrams 1C501 lt Vertical Output gt LA78041 E Thermal Protection O O O e PZB cE EE Fa E 2 x IC001 AUDIO AMP gt LA420
7. z SW1901 SW1906 65 D 243 an 2 27 gt 0 51085650 2 casa VIF M Din x INTSC M H UDZS1286 EMI0LBVD L AV1 5 OTHERS 1 an 5 gt sy DA 5 EG 5 Ss 9 10 00 0090 Y 0 6 OE 2 0 m O 6 1 9 22 9 8 9 o BE z 35 z UD2S125G EMILBVD v amp d 2 E 224455 8 832 5 8 gt 0 8 g pum 8 5 fo E SE E g a A gt 6 0 uz g o 5 58 9 E 2 i z P 201 4 w z In 8 2 E LM gis Y a 8 8 5 5 es 8 gt 2 9g o 3 2 808 lll 5 8 a 5 2 z 1 ONS 6 a 0 28 8 k 8 iB n LA76933 AM R e 28 E 9 56 gt 3 gt 2 lt 1032 C1003 S VIDEO lt EMOALEVO 55 Pte 0 00 44 400 O 9 0 0 Feo L 2 1020 1 5 E 56 c EM an en i 1551 1 1 zum AMM K1302 sy 2 B4J31B00300 icd 2 ans Dg 9 n E 6 w 5 2 i D x 7 oe
8. 3 3 T611H13 5 Mo 2 ni o 8 5 s z 4 E 1604 T611H12 te z 55 2 15 e Fe lt 55 28 S 42 8 Y 9 8 g mua CP 2 5 gt 2 3 n gt mu E gt l S 1 e e e JD46 8 IC681 12202 1 i 8 R609 Sae lt 5 5 1 R657 JD47 3 a maa 1 8 a 8 e E 3 1214 8 5 JE61 8 i 3 5 E 4 l JEG2 9 o 9 R635 2 m g A T T 2 8 5 HE g 8 8 gt R634 JE41 3 2 8 e _ 8 C805 m R886 R628 gt gt 3 a Ress e 8 5 ls amp R103 zig 5 Www s lt e 2 D no Jesa 1 e ez gt 8885 4 m lt A x 2 gt le 8 R663 JE43 E 3 a 8 0 A Q461A D668 224 1 5 9 5 lo 82 8 JE44 1 9 1 g Be 8 9 8 T JES2 el 1 zo 1 It 0 5 5 JE45 R280 i EOD 2 0 e 4 2 JE46 L201 coos SI ls 2 C210 a 8 N L204 5 8 5 ero A el 5 2 e4 re
9. sl 8 3 3 5 8 2 9 N gt y ES A 5 ai 8 amp 5 E 2 2 90 ez 5 5 SN 9 2 3 x 5 2 A 5 3 N 5 PS601H1 a 8 1 z C607 e Fe T ed ret E 5 0608 amp 4 4 1 067 g t ES 2 9 0 2 5 i as 8 8 8 4 8 5 JB32 8 e4 E D606 C609H1 qe 2 8 R605 5 R604 8 5 meos 607 IE C609H2 ela 8 3703 eje 0601 gt 9711 2704 4705 ES gt 3 Vier 0 0 gt 0616 C609 8 m o R617 o R703 C616 o ne 88 ps 5 4021 0 0 gt 2 ee JC22 T R713 8 2 4 e gt gt p R723 9 8 a 5 2 5 AV 8 3 3 5 5 gt 9 gt 8 8 2 i JP681 o 4 R683 1 5 U N T611H18 8 5 T 5 S 8 ES gt gt 5 ge ey 5 d 2 5 2 1 7 8 7 5 8 s k 5 3 8 9 9 Ss ese 2 R gt 8 2 T611H15 d d 2 2 OKCP D617 8511 HE q o 3 9 El 8 Les h 2 8 g al N
10. 4 R1103 RGF1003JTCANZ 0671 25 985 5 25 985 5 R1105 RGF1003JTCANZ 0672 71200220 25 2412 6 RILL RGF1001JTCANZ 0673 7 200220 25 2412 6 R1112 RDB3900JPBANN 0674 71200220 25 2412 6 R1114 RDB3900JPBANN 0684 71200220 2SC2412K 6 R112 RGF5601JTCANZ 0685 71200220 25 2412 6 R114 RGF2200JTCANZ 0850 7 200220 25 2412 6 R115 RDD1000JPAANN 0851 71200220 25 2412 6 R116 RGF39ROJTCANZ 0886 7 200220 25 2412 6 R121 RGF1002JTCANZ 0887 7 200220 25 2412 6 R130 RGFROOOZTCANZ 81601 1AV4S20B0460N RELAY R1301 RGF1500JTCANZ R001 RGF1201JTCANZ MT GLAZE R1301A RGF1500JTCANZ R002 RGF1001JTCANZ MT GLAZE R1302 RGF1500JTCANZ R003 RGF1201JTCANZ MT GLAZE R1302A RGF1500JTCANZ R004 RGF1001JTCANZ MT GLAZE R1304 RGF1003JTCANZ R006 RGF1802JTCANZ MT GLAZE R1305 RGF1003JTCANZ R007 RGF3301JTCANZ MT GLAZE R1307 RGF1003JTCANZ R009 RDD1001JPAANN CARBON R1308 RGF1003JTCANZ R010 RGF6801JTCANZ MT GLAZE R1309 RGF1500JTCANZ R011 RGF3301JTCANZ MT GLAZE R1309A RGF1500JTCANZ R015 RGF6800JTCANZ MT GLAZE R1310 RGF1500JTCANZ R017 RGF1002JTCANZ MT GLAZE R1310A RGF1500JTCANZ R018 RDB2R20JPBANN CARBON R1311 RGF1500JTCANZ R019 RDB2R20JPBANN CARBON R1311A RGF1500JTCANZ R020 RDB2R20JPBANN CARBON R1314 RGF68ROJTCANZ R021 RDB2R20JPBANN CARBON R1315 RGF1003JTCANZ R024 RGFROOOZTCANZ MT GLAZE R132 RGF4700JTCANZ 8025 RGFROOOZTCANZ MT GLAZE R140 RGF 4700JTCANZ R1009 RDD4700JPAANN CARBON R141 RGF5600JTCANZ R1011 RDD4700JPAANN CARBON R176 RGF3901JTCANZ R1012 RG
11. I I D352 N 5 5 y mE I 5 z 4 2 8 Y C250 Feet el 2 G Y D465 5 42 5 235 Is e 2 9 40 JF58 JF52 ej 5 9 4 JF44 3 le q u JF54 X211 a ma 2 o Y e e JF46 gt 8 5 e e40Fe F e sb D357 2 2 N 2 5 2 oa e g ome 8l JF47 1 ete E R434 m g N M a 8 2 2 JESS 1 2 5 8 3 2 E ES a el 3 We 8 sl 8 Jen 8 5 U ce 9 2 e 84 z 25 1 7 8 PR 5 8 58 8 el 8 0466 3 R509 1208 el 8 1 I I 8 8 M 8 l ca gt 8 E x202 e 1 Es JG58 2 Q E 40513 G 9 a 2 5 5 1462 2 8 T471H2 e GP 2 5 4651 E 8 3 R507 JG64 E 5 2 8 a JG52 JG65 JG512 JG66 2 8 46510 5 8 8 JG511 8 8 5 3653 Jess o e e 22 DA gt d JG610 2 JG63 m 9 C1033 C1031 g e4 re oe JH51 P 52 e JH513 ones e
12. R G B ___ THOMSON or SAMSUNG 5 CRT DRIVE 1 12 26 13 14 R C PRE AMP TUNER BUS 27 H OUT lg 21 LA76933 IF 63 83 HORIZ DRIVE HORIZ OUT SAW FILTER u FBT PULSE AV1 S VIDEO AV2 4052 AV3 DVD 4053 AUDIO VIDEO SW AUDIO SW LA78041 MONITOR OUT video MONITOR OUT AUDIO Ear D e 5 1 acazoy TRANS SUSOC 22340 LA42032 POWER AUDIO OUT DY H DY V Ks Block Diagrams PROTECT LOW LEVEL VDD TERMINAL 4 INTERNAL POWER INPUT VOLTAGE EDGE TERMINAL CHECKED EDGE _____ OSCILLATOR PROTECT HIGH LEVEL INPUT VOLTAGE BASE VOLTAGE VOLTAGE FB COMPARE LINDYD 21 1 BURST CIRCUIT 3 DRAIN TERMINAL SOURCE GND TERMINAL FB TERMINAL 1 601 POWER SUPPLY QTN6Q04 E Block Diagrams 201 lt IF Video Chroma Def CPU gt LA76933
13. o so Cp m 154 z JH55 pe 0 R1009 2 2 8 2 gt 8 0485 0501 3 e gt gt 8 8 2 3 4 e PT 5 gt gt C1913 e 3 2 R476 T E e 0 6 R485 7 w I Waveforms amp Voltages On the Main Board 001 AUDIO Pin 112 82V 2 0V 3 GND 4 0V 5 29V 6 ov 7 1340 8 56V 9 57V 10 GND 11 6V 12 57V 13 12201 IF VIDEO CHROMA Pin 1 2 0V 2 3 34V 4 0V 5 23V 6 ov 7 23V 8 50V 9 25V 10 3 8V 11 82V 12 2 6V 13 2 6V 14 27V 15 OV 16 22V 17 23V 18 17V 19 54V 20 27V 21 0 9V 22 0V 23 5V 24 5 6V 25 0V 26 48V 27 44V 28 4 3 29 5V 30 31 5V 32 5V 33 1 6V 34 2 6V 35 5V 36 47 37 OV 3 0V 39 40 OV 41 32V 4 0V 43 4 5V 4 OV 45
14. 16V 16V 50V 50V 50V 16 50V 50V 50V 50V 50V 50V 50V 50V 25V 16 A A 1 150060 RGFROOOZTCA 1 1 2 43 LHR4 0 5 9 CEXL CEXL CEXL CK1E CEXL CEXL CPXL CK1H CK1H CEXL CEXL ROVD 47VD R2VD H1ROVD H1ROVD H1ROVD C470VD R1OVD IRTZA E FRE E T F gt 0 00000000 00060 F UJ UU UJ UJU UD 6 6 62 60 UU FF 0 P WN CO PPL 20 fat 14R7ZA DRA 1LH1ROVD IR10VD J I Wr 00 J o U UW N 1LH1ROVD XAA3Y682AK XLB3C682YC XAA3Y682AK XLB3C682YC 261532 153 261832 183JBEAQ 2 1022 1102KCBBJ 1392KCBBJ LB1V470VD 2E474JAAAN XAV2D154AE AV2D154AB 1H152KCBBJ CG2A225KAAAN CEXLB1E220VD o p 4KGOBNZ 1 NNN LAZE El El El El O QO QA QA t Ed El E E EEE 1 LECT LECT CERA CERAMIC CERAMIC TA SOLID NP ELECT OLID LYPRO LYPRO LYPRO POLYPRO POLYPRO POLYPRO POLYPRO CERAMIC CERAMIC CERAMIC ELECT MT POLYEST MT POLYPRO MT POLYPRO CERAMIC MT POLYEST ELECT 15B J 50V 0 000 ZA 1 10W 1U gt gt O 50
15. 1 PARTICULAR Components indicated by a mark A in this 4 All capacitance rated voltages are 50V unless otherwise noted Capacitance value 220pF M 20 B BASE K KATHODE COMPONENTS PARTS SYMBOL circuit diagram show components whose 5 All inductance values are in H Allowable error 20 r T A U D E EMITTER E FUSIBLE values have special significance to product 6 Voltage readings take with a VTVM are from point indicated chassis Kind Ceramic Electrolytic RESISTOR COLOUR TELEVISION safety It is particularly recommended that only ground Voltage readings taken by using NTSC colour bar signal are Rated voltage 1 000V K B Ceramic ra parts specified on the part service manual be with all controls at normal position Some voltage may vary with signal Mylar film E NON POLE used for com strength Resistance Example M N Polypropylene ES erred ponents replacement pointed out Z Metalized paper A CAPACITOR I by the mark 7 Waveform were taken with NTSC colour bar and controls adjusted for 1 2 N J 12 22 eS 4 normal picture Waveforms were taken by using a wide band oscillo Resistance value 1 22 __ L a A a scope and a low capacity probe Allowable error z5 N Metalized carbon P RESTOR SERIES 8 This circuit diagram covers a basic or represent
16. 1712 DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE UDZS TE 1712B DLSPR 39MVWEN LED SPR 39MVWF DLXLBB001 N LED SPR 39MVWF DZUDZS12B G ZENER DIODE UDZS TE 1712B DZUDZS12B G ZENE ODE 0025 1712 DZUDZS12B G ZENE ODE 0025 1712 DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE 0025 1712 DZUDZS12B G ZENE ODE 0025 1712 DZMTZJ5 1A N ZENE ODE MTZJ5 1A DDXAAED0434 ODE 1N4148 DDLSS133 N 155133 DD1S2076A N 152076 DZXLBZA16A N DIODE MTZJ16A DDERD07 15L N ERD07 15L DDERB44 04 N ERB44 04 DDXAAED0434 1N4148 DD155133 N 185133 DD152076A N 152076 DDXAAED0434 1N4148 155133 155133 N2J473JBEAQN POLYPRO 0 047U 630V FXLB1J473ZAN POLYESTER 0 047U J 63V H2A473JAHANN 0 0470 J 100V EXLB1H470VDN ELECT 47 UM 50V K3A471KANHNN CERAMIC 470P K 1K EXLB1E222VEN ELECT 2200U M 25V EXLB1A222VDN ELECT 2200U M 10V K1H103KGOBNZ CERAMI 0 01U K 50V EXLB1C221VDN ELECT 220U M 16V EXLB1C100VEN ELECT 100 16V K3D471KCRDNN CERAMI 470P 2K C 2 102 CERAMI 1000 250 CKXAA2G102ANN CERAMI 1000P 400V CKXAA2E102AHN CERAM 1000 250V CKXAA2G102ANN CERAMI 1000 400V C C C C C C U U U U U U U U U U U U U U U U U U U U U U DANDAAAAADAADAAAAADAADAAHAAAADAADAAA
17. 25V 4 OV 47 48 2 6V 49 2 5 50 2 8V 51 2 5V 52 25V 53 25 54 26V 55 5V 56 2 8V 57 26V 58 23 59 2 5 60 2 3V 61 1 8V 62 63 2 8 64 2 8V 12202 REG 611 12681 1 6 7V 2 GND 3 50V Pin 1 11 5V 2 9V 3 GND 4 ov Pin 1 12 9V 2 GND 3 50V 1 1001 AV SELECTOR Pin 1 4 5V 2 0 3 3 3 5V 4 3 5 5 3 8V 6 4 0V 7 4 59 8 43V 9 8 9 10 8 9V 11 4 0V 12 0 3V 13 34V 14 4 0V 15 0 3V 16 8 9V 1002 AV SELECTOR Pin 1 4 0V 2 3 3V 4 25V 5 28V 6 2 0V 7 ov 8 43V 9 8 8V 10 OV 11 8 9V 12 0 3V 13 2 0V 14 2 0V 15 2 0V 16 8 9V 501 VERT OUT Pin 1 2 4V 2 26 6V 3 145V 4 GND 5 34V 6 26 3V 7 24 IC802 MEMORY 1 GND 2 GND GND 4 GND 5 50V 6 50V 7 GND 8 5 0V 0001 9002 0003 Q850 Q851 Q1902 Q1006 Q886 Q631 Q632 Q1002 Q1001 Q651 417V OV 132 ov B OV 499V 3 5V 0 7 131V 0 65 41V 44V OV 4 66 0 7V 1320 9 0V 9 0 4 990 9 0V 132V C 4 7V 47V 13 24 OV 0 ov OV OV ov 2 9V ov 1267 E ov OV OV 13 2V 01652 0685 01684 0671 9672 9673 0674 0887 01003 0481 0431 Q111 Q461 0 6V 0 1V 063V 237V B 0 66V B OV 2 8V 09V 0 3V 11V 12 4V C C 5V C 244V C ov 113 C 5V 34V 46 14V 7 8V 13 1V E OV E OV OV E ov E OV E 05V E ov E OV 0 4V E ov 0
18. LB5 A Give complete SERVICE REF NO for parts order or servicing It is shown on the rating plate at the cabinet back of the unit This T V receiver will not work properly in foreign countries where the television trans mission system and power source differ from the design specifications Refer to the speci fication table Contents Safety Notice a das 2 Chassis Block Diagram u yQ at pals RAE buie E Au E YU 3 Block Diagrams coi a bea wa UR E SU 4 7 Service Adjustments dist Mook ose dete da ad 8 17 Cabinet Pants LISE sz a DU aol ds 18 Chassis Electrical Parts List 22222552 cance Awe e ERE RE Ye E 19 25 Safety Notice SAFETY PRECAUTIONS 1 An isolation transformer should be connected in the 3 When replacing a chassis in the cabinet always power line between the receiver and the AC line be certain that all the protective devices are when a service is performed on the primary of the installed properly such as control knobs adjust converter transformer of the set ment covers or shields barriers isolation resistor capacitor networks etc Before returning any 2 Comply with all caution and safety related notes television to the customer the service techni provided on the cabinet back inside the cabinet on cian must be sure that it is completely safe
19. Mode Pre shoot adj OVERS AV Mode Over shoot adj RECO Difference value of RF Coring Gain PRESN RE Mode Pre shoot adj OVERSN Mode Over shoot adj TINT Tint SHRF Difference value of RF sharpness SHRFD Difference value of DVD PAL sharpness CODP Difference value of DVD PAL Colour CODN Difference value of DVD NTSC Colour RFCOL Difference value of TV Color TIDN Difference value of DVD NTSC Tint SHRFS Difference value of S video Sharpness TISN Difference value of S video NTSC Tint COSPN Difference value of S video COLOR PALN COSPM Difference value of S video COLOR PALM COSN Difference value of S video COLOR NTSC ZOMCOL Difference value of Colour ZOOM ZOMCON Difference value of Contrast ZOOM ZOMBRI Difference value of Brightness ZOOM TEXC OSD TEXT Contrast AUFL Auto Flesh COOP Color Killer opt VCOFRQ VCO Fre DEEM De emphasis TC V LVL Video Level VER VERSION and DATA STRAP Trap Test IFOM S OVER MOD SW IFMN S AUDIO MONITOR SW MONITOR FM IFTRPS IC built in SIF TRAP ON OFF OVMLVL Video level coarse adjustment amp MOD operating dot setting VBSW VBLK SW FBTS SW HBLKL H Blanking Control Left HBLKR H Blanking Control Right AFCRF Adj of AFC Gain
20. a 0 1 0GJ100KC 1 100 00 ae I 1 10GZ0C 81059 m 00 T R007 13097 11003 PN B a IC CASE OF TR Wa 75 8185 Rum B3J5080040N 1 Soo E Lice BE IN CASE OF IC N 2 8 a 351000 1 10GJ100KC uit 7 ISOLATION BOARDER LINE 1 1001 yi lt 03451 COLD SIDE HT SIDE EM4 7LBVD 2 ec E com C3452 N AUD L OUT de hus Y SEPMIOLEZA ias SEE AUD R OUT 8 CHIP TRANSISTORS B BASE lt a TIC SDA 28 COLLECTOR u 1 5 CXA2234QP GJ3 9KC R1051 E EMITTER 8 1108 10 10231986 uu 1C1002 N Top View cum R3406 3 03423 1 4053 9 RESISTORS ae 1 10G J100KC 10TK3 3DR OKC m COM 0001 3400 KKU TOOLBVD 1 K1101 12 10 1 9625 280 158355 KK0 012GQ e 16EM100LBVD Gn B4J12B08300 2 P3421 81055 1 10GJ68C LIST OF REPLACEABLE TRANSISTORS 00 8 JP004 10GJ33F0 1 Maid 2549336 1106200 1108206 C3418 100 14TH CODE 28A9338 2541015 25 564 PM4 7LBZA 4 AB 71200181 R Y GR R AC 71200182 OYGR RIS lo E Ayh 25 1037 CHIP 1 106J680C E 0 PRI 14TH CODE 2541179 2541037 3838 Bo gt 71200221 6 7 RS 5 iw AUDIO CONTROL ow 6385 E Nm lt 25017408 PE T 0 ATH CODE 5017405 2505154 2507815 2 70 did ELM AD 71200183 ORS Y GR
21. power 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 there is permanent trouble such as a damaged circuit power cannot be restored and the circuit will have to be repaired 17 Cabinet Parts List Note Parts order must contain Service Ref No Part No and descriptions 1AA2BUM0475 1500620 1AA2DEM0363 1AA2BUM0485 1AA2CAM0482D 1AV2BAAS009 1AA2CBM0355 1AV0U10B30302 1AA2RCM0226 1AV4U19B00700 1AV4U19B00701 1LG6P1P0150 Description BUTTON POWER C7SJ COIL SPRING D8HA DEC IND C7SA BUTTON UNITED C8AJ CABINET FRONT BA7E BADGE SANYO CABINET BACK C8AA ASSY REMOCON JXMTF RC BATTERY LID JXMTA ANTENNA CONVERTER ANTENNA CONVERTER INSTRUCTION MANUAL BA7E II II gt IIUI IIUIII 1 2 3 9 0000 CIO e 0906 0j 9 o 0 Part Description Chassis Electrical Parts List BA7E Product safety should be considered when a component replacement is made in any area of a receiver Components indicated by a A mark in this parts list and the circuit diagram show components whose value have special significance to
22. pressing the VOLUME button on the remote control or TV set To exit from the service mode press the MENU button STEREO SEPARATION ADJUSTMENT 1 5 Connect an oscilloscope Probe A to TP 317 JD64 Probe B to TP 318 JE53 Turn on the TV set and receive the multi sound programme Set the Surround OFF Press and hold the MENU button on the TV set and press 3 button on the remote control transmitter to enter the service mode Select LOW SEPARATION by pressing the CHANNEL UP DOWN button on the remote control or TV set INPUT LEVEL HI SEPERATION LOW SEPERATION 08 21 ADJUST CHOOSE AY EXIT MENU Adjust the level of 300Hz at TP 317 JD64 to become minimum level by pressing the VOLUME button on the remote control or TV set 15 MAIN BOARD 3663 C3414 C3416 03427 QG R818 JD66 naana MAIN BOARD JD64 TP 317 R Minimum leakage 4061 300Hz Service Adjustments 6 Select SEPARATION by pressing the CHANNEL UP DOWN button on the remote control or TV set INPUT LEVEL 08 HI SEPERATION LOW SEPERATION 34 ADJUST CHOOSE EXIT MENU 7 Adjust the level of 4KHz at TP 318 JE53 to become minimum level by pressing the VOLUME button on the remote control or TV set 8 Repeat steps 4 to 7 for best separation 9 To exit from the service mode pre
23. reference data into 1 802 for basic TV operation However the bus data should be checked and some bus data should be set up before attempting the service adjustments See pages 9 11 for detailed information Service Adjustment 1 1 Enter the Service Menu While pressing the MENU button on the television press the Number Key 2 on the remote control unit The Service Menu now appear TWAV MENU VoL 0 lt lt 451 00110111 S2 01111000 gt ADDRESS DATA MENU 02 H PHA 16 Item No Data value CHANNEL UP Service Mode Display Press the CHANNEL UP DOWN button on the remote 18 control handset to select the desired service menu VOLUME item you want to adjust VOLUME 2 Service Adjustments Use the VOLUME button to adjust the data The or button will increase or decrease the data sequentially CHANNEL DOWN 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 memory IC automatically 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 1C802 EEPROM is replaced check the bus data to confirm they are the same as below shaded menu should be checked and be set up or readjusted according to the procedures described in the foll
24. the chassis or the picture tube to operate without danger of electrical shock X RADIATION PRECAUTION The primary source of X RADIATION in television receiver is the picture 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 Excessive high voltage may produce potentially hazard ous X RADIATION To avoid such hazards the high voltage must be maintained within specified limit Refer to this service manual high voltage adjustment for specific high voltage limit If high voltage exceeds specified limits take necessary corrective action Carefully follow the instructions for B1 volt power supply adjustment and high voltage check to maintain the high voltage within the specified limits PRODUCT SAFETY NOTICE Product safety should be considered when a component replacement is made in any area of a receiver Components indicated by mark in the parts list and the schematic diagram designate components in which safety can be of special significance It is particularly recommended that only parts designated on the parts list in this manual be used for component replacement designated by mark No deviations from resistance wattage or voltage ratings may be made for replacement items designated by mark Chassis Block Diagrams SIGNAL PROCESSING CIRCUIT AERIAL
25. 01 1223 1152 i103KGOE 100DGOC B1H220 1103 1153JBE 1103 LB1E100VDN LB1C101VDN wW U UU UJ UJ UJ H W vwu ww wre w w Ww W hH E lt lt U UU UU CV uw w UJ US H B B N ELECTRICAL PARTS DIRECTORYL COIL DEGAUSSING PEAKER 8 PEAKER 8 TUNER U V ELECT ELECT ELECT ELECT ELECT POLYESTER POLYESTER POLYESTER POLYESTER POLYESTER POLYESTER POLYESTER POLYESTER ELEC LECT LECT ERAMIC LECI LECT LECT LECT ERAMIC LECT LECI LECI LECT CERAMICO CERAMIC CERAMICO CERAMIC LECT LECT LECT LECT ERAMIC LECT ERAMIC LECT LECI LECI LECT LECT t pb a El t El td Dd A G gt bd G El Ej 5 CERA ELECT ELECT CRT 68 1 021 003 SSY PWB BA7E 47U M i 22 eo C Cy Cy C LU 100 1000 M UM 7 UM U M 5 5 UNIT REMOCON RECEIVER UNIT RECEIVER UNIT REMOCON RECEIVER 50V 50V 50V 50V 25V 50V 50V 50V 50V 50V 50V 50V 50V 50V 16 25V 50V 50V 50V 50V 50V 50V 50V 50V 50V 16 50V 50V 50V 50V 10V 16 50V 16 50V 50V 50V 50V 50V 50V 50V
26. 0U K DRM DIODE 11 L2B9120KN INDUCTOR 12U K DXLBBO DIODE ERCO5 10B 221 0160 CORE PIPE 8 PHOTO COUPLE PC817D 221 0160 iid Md L71B0100N COIL LINEARITY 201 ZENER DIODE MIZJISE L26B0180N TOR 133UH DIODE RL2Z L26B0170N OR 2200U ss sa L26B0030N INDUCTOR 2 OMH NIODR 158355 17 L26B0041N INDUCTOR 550UH R ij DIODE E LQ0001 LINE FILTER DIODE P AV4F35B0470N LINE FILTER E R R D465 D465 D466 D466 D467 D467 D467 D468 D468 D468 D469 D470 D476 D485 D485 D486 D486 D486 D502 D602 D603 D604 D605 D605 D605 D606 D606 D606 D607 D607 D607 D608 D608 D608 D610 D611 D616 D617 D617 D619 D63 D63 D65 D66 D66 D66 D665 D666 D668 D67 D67 D68 D68 a dt gt SS t R DIODE 270122 DRU4AMLF J3N DIODE AM LF J3 770122 DRU4AMLF K2N DIODE AM LF K2 220122 DIR CORE DRU4AMLF LIN DIODE AM LF L1 LB4Z21B0150N CORE PIPE D1SS355 G DIODE 155355 17 RDB1ROOJPBBNN CARBON 1 JB 1 4W GFROOOZTCANZ MT GLAZE 0 000 ZA 1 10W CARBON i gH 1740 ZMTZJ5 1B N ZENER DIODE MTZJ5 1B 220158 TUE CORE DIODE 512 LB4Z21B0150N CORE PIPE DIODE 0012 RDBIROOJPBBNN CARBON 1 JB 1 4W DFMU12SLF FN DIODE DFMU12SLF F 220122 PIU CORE DYG901C2 N DIODE YG901C2 TB4AZ2
27. 106 Fl000JTCANZ MT GLAZE R285 RGF1803JTCANZ OO O N O O A AA AA O O A N O m HHHHHHHHHHHHHHHHHHHA w 00 Or OO F2 FB N N N N N O A A N BO BO BO B gt P2 oy CT Cx O x AAAA AAA AAAA AAAA O O x RGF4701FTCANL RGF1001JTCANZ RGF3901JTCANZ RGF3301JTCANZ RSXLB26R8JXAS RS26R80JGDAGN RS26R80JGDANN RGF8202JTCANZ RDD2200JPAANN RDD2200JPAANN RGF1003JTCANZ RGF1004JTCANZ RGF 6802FTCANZ RGF3301JTCANZ RGF3001JTCANL RGF3901JTCANZ RGF1002JTCANZ RGF1002JTCANZ RGF2002JTCANZ DB1002JPBANN DB1002JPBANN DD3901JPAANN GF3902JTCANZ DD3901JPAANN DB4702JPBANN DB3902JPBANN DD1001JPAANN 502JTCANZ 0010 2 DA1001JPCANN DA2700JPCANN RWXLB75R6KZAL RSXLB2102JXAS RS21001JGDAGN RS21001JGDANN RSXLB2102JXAS RS21001JGDAGN RS21001JGDANN RDD3302JPAANN RDD2204JPAANN RDD1803JPAANN RDD1501JPAANN RDD6800JPAANN RDA3300JPCANN RSXAV1561JDAK RDD3901JPAANN RSXLB21R2JXAS RS21R20JGDAGN RS21R20JGDANN RSXLB21R5JXAS RS21R50JGDAGN RS21R50JGDANN RDB1003JPBANN RDB8202JPBANN RGF5601JTCANZ RFXLBA100JZAN RDD1002JPAANN RSXLB21ROJXAS RS21R00JGDAGN RS21R00JGDANN RSXLB2181JXAS RS21800JGDAGN RS21800JGDANN RSXLB2101JXAS RS21000JGDANN RS21000JGDAGN RSXAV11ROJDAK Q 3 2 2 2 23 82 23 8
28. 150 10 6800 6800 6800 6800 0 0150 J 0 0150 0 0180 J 0 0180 1000 1000 3900 470 0 470 0 150 0 SU 1500P 2 420 22U J J M 50V 25V 50V 50V 50V 50V 50V 16V 50V 50V 10V 50V 50V 50V 50V 50V 50V 25V 16V 50V 50V 50V 50V 50V BA7E XLB1H100VDN LECT 10U CK3A102KCBBJN ERAMIC 1000P K RAMIC 0 010 CEXLB1E222VDN 2 22000 M CPXAA2A2R2AAN P ELECT 2 20 CC1H180JGQCNZ RAMI 18 J CPXLB2A2R2YAN P ELECT 2 20 CC1H180JGQCNZ RAMI 18P J CPXLB2A2R2ZAN P ELECT 2 20 CEXLB1C101VDN ECT 100U M CF1H473JBEANN LYESTE 0 047U CK1H103KGOBNZ RAMI 0 01U CE2E330M4VANN LECT 33U CK1E104KGOBNZ RAMI 2 681 RAMIC 680P CK1E104KGOBNZ RAMI CF2A224KBEANN LYESTE 0 220 CEXLB1H100VDN LECT CEXLB1E102VEN LECT 1000U CEXLB1H1ROVDN LECT 1U CEXLB1V471VDN LECT 470U CEXLB1H2R2VDN LECT 2 2 CF2A104KBEANN OLYESTE 0 LU CK1E333KGOBNZ RAMIC 0 033U CEXLB1C1ROVDN LECT 1U 185355 0 ODE 155355 17 E C e Fi Pi Fi P Fi Ed EXLB1E102VDN LECT U DDXAAED0434 ODE 1N4148 H222KAAANN LYESTE 2200P DD1SS133 N ODE 155133 H222KADANN LYESTE 2200P 152076 ODE 152076 222 LYESTE 2200P DZUDZS12B G ZENER DIODE UDZS TE 1712B H103KGOBNZ RAMIC 0 01U DZUDZS12B G ZENE ODE 0025 1712 H103KGOBNZ RAMIC 0 010 DZUDZS12B G ZENE ODE UDZS TE 1712B 101 RAMIC 100P DZUDZS12B G ZENE ODE UDZS TE 1712B GXAA2E68
29. 1BO15ON CORE PIPE D887 DXAAED0434 DIODE 1N4148 D887 0155133 DIODE 155133 0887 DD1S2076A N DIODE 182076A E 71200221 25 1037 77200221 TR 2SA F601 F31S4ROA2HOTS FUSE 250V 71200221 TR 28 IC001 QLA42032 E M LA42032 E 71200221 n S IC1001 QTC4052BF P IC TC4052BF EL Q 71200221 men 1C1002 QTC4053BF P TC4053BF EL 71200221 1 201 QXXAVC865 N LA769337FB58H0 E dc 10202 178 05 IC 178 05 POSADA eau 2541015 Y SAN IC202 QKIA7805API N IC KIA7805API 23 RCO BE Ra 10202 QL78MOSCV N IC 1 78 05 T25A9335 0 N 22 9350 12202 QMC78MOSCTG N MC78M05CTG TES ROSE SER9 IC3401 QCXA2234Q P 22340 6 11500821 28A1037K P 4 1 501 QLA78041 N LA78041 E TEER DHXAAEV0070 TH PTDCA1BF4R50200 Lj tj kj EJ Y EJ EJ 5d Y 1 0 EJ EJ EJ EJ t3 EJ EM t EJ EJ UUUUUUUUUUUuUuuuuuuuuuuuuuuuuuuuuuuudu3 Zuuuc0co ES 535 00 5 0 UD Ud BA7E Q431 25 3332 5 25 3332 5 R1060 GF1003JTCANZ 0432 2502634 2502634 R1061 0461 T2SB1274 QRAN 2S8B1274 Q RA R1062 RGF1003JTCANZ 0461 T2SB1274 RRAN 2581274 R107 RGF 1000JTCANZ Q462 70 00202 25 17405 R108 RDD1802JPAANN 0631 25 985 5 25 985 5 R109 RGF6802JTCANZ 0632 7 200220 25 2412 6 R1101 RGF 1500JTCANZ 0651 2501347 5 2501347 5 R1101A RGF1500JTCANZ 0652 7 200221 25 1037
30. 32 Standby Input amplifier gt 0UT1 1 2 Output amplifier OUT1 MUTE 6 PWR PRE GND GND OUT2 IN2 4 Output amplifier gt 9 OUT2 Input amplifier Ripple Filter 6 Block Diagrams 1 3401 lt MTS gt CXA2234QP Bou 5 9 33 4 5 5 2 2 E PS S S EHS 2646 02 00 HOA SAY Y exw OA TE 4 9 INES AO T 75 A i ew Buns 55 8 menu OA Hu 22 O NINIVIA 8 B 8 8 r 7 4 1 Le 5 E 2 x e 5 a 2 lt ad inosns 5 s 5 5 5 8 I y i a t NS z d e 2 E E 5 E NOISE DET 1 PC BUS I F SAPTG NOISETC 23 nos nos TNITOA IDOL OAR LOMYOA 1 213 LOMIA BA NIIS Nid S ANOAVS vos 125 HDA Service Adjustments General This set has an On screen Service Menu system included in the CPU that allows remote operation for most of the service adjustments 802 EEPROM Replacement When 802 EEPROM is replaced 201 CPU will automatically write the initial
31. 3BJN 0 0680 DZUDZS12B G ZENE ODE 0025 1712 DZMTZJ12B N ZENE ODE MTZJ12B 2 7 DZMTZJ36A N ZENE ODE MTZJ36A CERAMIC 1000 DZRD36EB1 N ZENE ODE RD36EB1 DZXLBZA36A N ZENE ODE MTZJ36A DEXARASEXLABN BREET EU DZUDZS12B G ZENE ODE UDZS TE 1712B ATOU DZUDZS12B G ZENE ODE UDZS TE 1712B CORRA TTAN ELECT 2700 DZUDZS12B G ZENE ODE 0025 1712 ATOU DZUDZS12B G ZENE ODE 0025 1712 FXLB1J682ZAN POLYESTER 6800 J 63V DZUDZS12B G ZENE ODE UDZS TE 1712B F1H682JADANN POLYESTER 6800P 50V J DZUDZS12B G ZENE ODE UDZS TE 1712B FlH682JBEANN POLYESTER 6800P 7 50V DZUDZS128 a ZENE 1 4700 2 CERAMIC 47 50 K 2 g UUU OQ m m P O OQ O Pi Fi 1K 1K 400V 400V SESE EN DZUDZS12B G ZENE ODE 0025 1712 KODA CERAMIC ATOE DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE 0025 1712 DZUDZS12B G ZENE ODE 0025 1712 DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE 0025 1712 DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE 0025 1712 DZUDZS12B G ZENE ODE UDZS TE 1712B DZUDZS12B G ZENE ODE 0025
32. 3V OV Q462 0 6 12 4 OV 201 12 IC201 pin13 IC201 pin14 201 17 1 201 21 201 56 201 60 lt R out gt lt G out gt lt B out gt lt V drive gt lt H drive gt lt Internal V in gt lt Video out gt 3 8 Vp p 3 6 Vp p 4 0 Vp p 0 9 Vp p Vert 2 2 Vp p 0 9 Vp p Horiz 1 8 Vp p Horiz 201 44 501 5 Q431 C Q432 B Q432 C 1C601 pin3 lt FBP in gt lt Vert out gt lt Horiz drive gt lt Horiz out gt lt Horiz out gt lt Power out gt 4 7 Horiz 48 4 Vp p Vert 63 2 Vp p Horiz 41 0 Vp p 1220 Vp p Horiz 444 123401 MTS 1 44V 2 42 3 44V 4 5 44V 6 39V 7 GND 8 41 9 44V 10 44V 11 42V 12 54V 13 44V 14 1 3V 15 1 3V 16 NC 17 GND 18 3 8V 19 8 2V 20 NC 21 44V 22 44V 23 44V 24 41 25 44V 26 44V 27 44V 28 1 8V 29 44V 30 44V 31 17V 32 40 33 44V 34 44V 35 NC 36 44V 37 44V 38 44V 39 44V 40 44V 41 42V 42 NC 43 44V 44 42 45 42 46 NC 47 42 48 44V On the CRT Board Q701 Q721 Q711 B 2 6V B 0 7V B 07V 24V 14V C 14V E 1 41V E ov OV 0701 9711 6 25 D gt n out 14V OV 175Vp p 162Vp p fei
33. 4 42 LAZE LAZE LAZE LAZE OXIDE MT OXIDE MT OXIDE MT MT GLAZE CARBON CARBON LAZE LAZE LAZE LAZE LAZE LAZE LAZE LAZE LAZE CARBON CARBON CARBON MT GLAZE CARBON CARBON CARBON CARBON MT GLAZE MT GLAZE CARBON CARBON WIRE WOUND OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT CARBON CARBON CARBON CARBON CARBON CARBON OXIDE MT CARBON OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT CARBON CARBON MT GLAZE FUSIBLE RES FUSIBLE RES FUSIBLE RES CARBON OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT OXIDE MT 3K 3 9K OK OK OK OK 9K 39K 9K TK K 5K K K 270 5 6 1KJA 1 2 1 2 1 5JA 1 9 1 9 100K 82K 5 6K 10 10 10 10K 1 0 JA 1 JA 1 JA 180JA 180 JA 180 JA 100JA 100 JA 100 JA 1 0JB iu Eu Sas Mae ae eee gt JPAANN o JPAANN DD1801JPAANN DD5601JPAANN DA2203JPCANN WXLB71R8KZAL FXLBB221JZAN DB1201JPBANN DA1003JPCANN DA1003JPCANN SXLB2473JXAS S24702JGDAGN S24702JGDANN DB2201JPBANN DB4R70JPBANN DD4700JPAANN DA2203JPCANN DA2203JPCANN RFXAVA1OOJFNW RFXLBA100JZAN RSXLB21ROJXAS RS21R00JGDAGN RS21R00JGDANN RDB4701JPBANN 5604 5604 RDB1003JPBANN RGF3901JTCANZ RSXLB22R7JXAS RS22R70JGDAGN RS22R70JGDANN DB1801JPBANN DD2202JPAANN GF2201JTCANZ DD1003JPA
34. 701 1701 1702 ETLI 1721 0701 0711 0721 0741 0742 1LB4J11B0070N 1LB4J11B0170N 1LB4J11B0350N 1AV4L2C1331KN 1LB4221B0090N 1AV4L2C1331KN 1AV4L2C1331KN 0392 0392 0392 71200221 71200221 12 8 INDUCTOR 3300 CORE PIPE INDUCTOR 330 INDUCTOR 330 TR 25 4544 TR 25 4544 TR 25 4544 TR 2SA1037K 2SA1037K SANYO NEWSAN S A Una empresa del grupo Oct 2006 SANYO Electric Co NOTES
35. 85650 SWITCH PU 1 1 1 SW1905 1AV4S10B5650J SWITCH PU 1P 1TX1 SW1906 1AV4S10B5650J SWITCH PU 1P 1TX1 SW601 1AV4S10B5560N SWITCH PU POWER 2 2 SW601 1AV4S10B5750N SWITCH PU POWER 2 2 SW601 LB4S10BOO90N SWITCH PUSH POWER 2P 2T T431 LB4L18BO160N TRANS PULSE 471 LB4L40B08800 TRANS FLYBACK 611 LB4L51B0920N TRANS POWER PULSE VA601 VENE621D14AN VARISTOR ENE621D 14A X1 61 FSTSF5235PL SAW F TSF5235PL X202 AV4F32B0290N TRAP CERAMIC 4 5MHZ X211 AV4V10B2930N OSC CRYSTAL 4 433619MHZ X211 LB4V10B0040N OSC CRYSTAL 4 433619MHZ X211 LB4V10B0180N OSC CRYSTAL 4 433619MHZ 801 4 10 0560 OSC CRYSTAL 32 768KHZ 801 LB4V10B0190N OSC CRYSTAL 32 768KHZ A1001 LGOB10Y0030B ASSY PWB CRT BA7E C701 K1H561KGOBNZ CERAMIC 560P C710 E2E100M4VANN ELECT 10U 710 E2E100M5AANN ELECT 10U K1H561KGOBNZ CERAM 560 CT21 K1H561KGOBNZ CERAM 560 C733 K3D471KAHBJN CERAM 470 C731 K3D471KANHAN CERAM 470 C734 K3D471KANHNN CERAM 470 2K C731 K3D471KCRDJN CERAM 470 2K C742 CEXLB1C101VDN ELECT 100U M 16V D741A RGFROOOZTCANZ MT GLAZE 0 000 ZA 1 10W D742A RGFROOOZTCANZ MT GLAZE 0 000 ZA 1 10W D743 DD1SS355 G DIODE 155355 17 D744 DD1SS355 G DIODE 155355 17 N 2 50V 250V 250V 50V 50V 2K 2K BR HHG HED H N N N NN W N K701 K701 K
36. AADAADADH UUUUUUUUUUUUUUUuUuuuuuuuuuuuuuuouu KXAA2E102AHN CERAM 1000 250V KXAA2G102ANN CERAMI 1000 K3A102KAHBNN CERAMI 1000 102 CERAMI 1000 EXLB1E102VEN 1000 K3A102KAHBNN CERAMI 1000 102 CERAMI 1000 EXLB1E102VEN 1000 K3D102KAHBJN CERAMIC 1000 K3D102KANHAN CERAMIC 1000 K3D102KANHNN CERAMIC 1000 1 2220 POLYESTER 2200 EXAA2C221AJN ELECT 220 160V EXAA2D221ADN ELECT 220U 200V EXLB2C221UAN ELECT 2200 160V K3A102KAHBNN CERAMIC 1000P 1K K3A102KCBBJN CERAMIC 1000 1K EXLB1V102VEN ELECT 1000 35V K3A102KAHBNN CERAMIC 1000 1K P Pr P gt 1 a 9 U U U U U UUUUUUUOUO 50V KC N NA E NA NE N EK KR EK AN UUUUUUUNUUOUO BA7E D1S2076A N DIOD 52076 60 6004 6004 11 DXAAED0434 DIODE 1N4148 IC61 OPQO9RD11 N PQO9RD11 D1SS133 N DIODE 155133 6 9 11 PQO9RF11J00H D1S2076A N DIODE 152076 66 05 140 SE140NL ZMTZJ20A N ZENER DIODE MTZJ20A 68 178 05 178 05 ZRD20EB1 N ZENER DIODE RD20EB1 68 7805 KIA7805API DXAAED0434 DIODE 1N4148 IC68 QL78M05CV N 178 05 D1SS133 N DIODE 155133 68 QMC78M05CTG N 78 05 D1S2076A N DIODE 152076 802 Q24LC16B P N 24LC16B P DXAAED0434 DIODE 1N4148 JC42 RGFROOOZTCANZ GLAZE 0 000 ZA 1 D1
37. ANN 003JTCANZ 003JTCANZ DB2201JPBANN SXLB22R7JXAS S22R70JGDAGN S22R70JGDANN DD1002JPAANN DD1002JPAANN DD1002JPAANN GF8201JTCANZ GF3301JTCANZ S30FA2RON DB1003JPAANN DB3901JPBANN GF2202JTCANZ DA1801JPCANN FXAABlOROJPN OOJZAN 003JPCANN RGF1002JTCANZ RGF3301JTCANZ RGF1002JTCANZ RGF1002JTCANZ RFXAVB102JFNN RFXLBB102JZAN RGF2703JTCANZ RGFROOOZTCANZ RGFROOOZTCANZ RGF1002JTCANZ RDD1001JPAANN RGF1002JTCANZ RDD1001JPAANN RGF1002JTCANZ RD R R Q Q nj HJ D lt a 2 2 2 2 2 18 2 23 22 23 2 2 2 23 2 23 23 23 23 23 2 UJ o gt WIRE WOUND FUSIBLE RES CARBON CARBON CARBON OXIDE MT OXIDE MT OXIDE MT CARBON CARBON CARBON CARBON CARBON FUSIBLE RES FUSIBLE RES FUSIBLE RES OXIDE MT OXIDE MT OXIDE MT CARBON SOLID SOLID CARBON MT GLAZE OXIDE MT OXIDE MT Zu OXIDE MT 1 8 22 MT GLAZE 2 2K CARBON 100K MT GLAZE 100K MT GLAZE 100K CARBON 2 2K OXIDE MT 2 7 OXIDE MT Zu OXIDE MT 10K CARBON 10K CARBON 10K MT GLAZE 8 2K MT GLAZE PROTECTOR 2A 125 CARBON 100K CARBON 3 9K MT GLAZE 22K CARBON 1 8K FUSIBLE RES 10 FUSIBLE RES 0 J CARBON 100K LAZE LAZE 3K LAZE OK LAZE OK FUSIBLE RES FUSIBLE RES K J LAZE 270K LAZE 0 000 LAZ
38. BBIAS mode to 00 Set each value of 38 40 BDRIV mode to 64 39 GDRIV to 08 5 Select Item 41 mode to be one horizontal scanning line and turn the screen volume on the FBT to obtain just vis ible one coloured line 6 Press the 1 Red Bias 4 Red Bias 2 Green Bias 5 Green Bias 3 Blue Bias or 6 Blue Bias button to adjust 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 Red Drive RECALL Red Drive 8 Green Drive 0 Green Drive 9 Blue Drive or SLEEP Blue Drive button alternately to produce normal black and white picture 9 Exit from the service mode 10 Check for proper grey scale tracking at all brightness levels NOTE If the grey scale adjustment is made after picture tube replacement check the high voltage Green Bias VIDEO MODE Green Bias Red Drive O Red Drive Blue Bias Red Bias Blue Bias Red Bias Blue Drive Green Drive Blue Drive Green Drive Press the MENU but MAIN BOARD ton to exit from service mode SCREEN VR Under side Service Adjustments Service Adjustment 2 MTS Adjustment Following table shows the initial values of MTS Adjustment which have been stored in the CPU ROM as uo INPUT LEVEL HIGH SEPARATION
39. E 0 000 LAZE OK CARBON 1K MT GLAZE OK CARBON MT GLAZE BA7E BA7E R837 GF1002JTCANZ MT GLAZE RGF1800JTCANZ MT GLAZE R838 MT GLAZE gt RDD4700JPAANN CARBON R839 RDD1000JPAANN CARBON 100 JA RSXLB2123JXAS OXIDE MT R840 RDD4700JPAANN CARBON 470 JA RS21202JGDAGN OXIDE MT R841 RGF4701JTCANZ MT GLAZE 4 7K JA RS21202JGDANN OXIDE MT R842 RGF4701JTCANZ MT GLAZE 4 7K JA RGF1800JTCANZ MT GLAZE R844 RDD1000JPAANN CARBON 100 JA RDD4700JPAANN CARBON R850 RGF4702JTCANZ MT GLAZE 47K JA RSXLB2123JXAS OXIDE MT R851 RGF1002JTCANZ MT GLAZE 10K JA RS21202JGDAGN OXIDE MT R853 RGF1002JTCANZ MT GLAZE 10K JA RS21202JGDANN OXIDE MT R854 RGF4702JTCANZ MT GLAZE 47K JA RDA2701JPCANN CARBON R859 RGF1002JTCANZ MT GLAZE 10K JA RDA2701JPCANN CARBON R863 RGF4702JTCANZ MT GLAZE 47K JA RDA2701JPCANN CARBON R884 RDB22ROJPBANN CARBON JA RGF1800JTCANZ MT GLAZE R885 RDD1501JPAANN CARBON 1 5K JA RDD4700JPAANN CARBON R886 RDD2202JPAANN CARBON 22K JA RSXLB2123JXAS OXIDE MT R887 RDD2202JPAANN CARBON 22K JA RS21202JGDAGN OXIDE MT R888 RGF5600JTCANZ MT GLAZE 560 JA RS21202JGDANN OXIDE MT R893 RGF1004JTCANZ MT GLAZE 1M JA RDD10ROJPAANN CARBON R894 RGF1000JTCANZ MT GLAZE 100 JA RGF1201JTCANZ MT GLAZE SW1901 1AV4S10B5650J SWITCH PU 1 1 1 RGF5601JTCANZ MT GLAZE SW1902 1AV4S10B5650J SWITCH PU 1 1 1 RGF5600JTCANZ MT GLAZE SW1903 1AV4S10B5650J SWITCH PU 1P 1TX1 RGF1002JTCANZ MT GLAZE SW1904 1 4510
40. F2200JTCANZ MT GLAZE R1901 RGF1502JTCANZ R1013 RGF1001JTCANZ MT GLAZE R1902 RGF3901JTCANZ R1014 RDD1001JPAANN CARBON R1903 RGF1801JTCANZ R1015 RGF1001JTCANZ MT GLAZE R1904 RGF1001JTCANZ R1020 RGF1002JTCANZ MT GLAZE R1905 RGF6800JTCANZ R103 RSXAV1393JDAK OXIDE MT R1906 RGF4700JTCANZ R1032 RGFROO0ZTCANZ MT GLAZE R1907 RGF4700JTCANZ R1033 RGFROO0ZTCANZ MT GLAZE R1908 RGF2001JTCANL 21036 RGF1500JTCANZ MT GLAZE R1910 RGF1000JTCANZ R1036A RGF1500JTCANZ MT GLAZE R1911 RGF2200JTCANZ R1037 10030 2 MT GLAZE R1912 RGF2200JTCANZ R1038 RGF1003JTCANZ MT GLAZE R1913 RGF2200JTCANZ R1041 RGF1000JTCANZ MT GLAZE R210 RGF3001JTCANL R1042 RGF1000JTCANZ MT GLAZE R211 RDB1200JPBANN 21045 RGF1003JTCANZ MT GLAZE R213 RDD1500JPAANN R1046 RGF1003JTCANZ MT GLAZE R215 RGFROOOZTCANZ R1047 RGF1003JTCANZ MT GLAZE R225 RGF1202JTCANZ R1048 RGF1003JTCANZ MT GLAZE R226 RGF2702JTCANZ R1049 RGF1003JTCANZ MT GLAZE R227 RGF3302JTCANZ R1050 RGF1003JTCANZ MT GLAZE R228 RDD1803JPAANN R1051 RGF1002JTCANZ MT GLAZE R229 RGF6803JTCANZ R1052 RGF1002JTCANZ MT GLAZE R230 RDD47ROJPAANN R1053 RGF1002JTCANZ MT GLAZE R234 RGF1200JTCANZ R1054 RGF1002JTCANZ MT GLAZE R235 RGF1200JTCANZ R1055 RGF1003JTCANZ MT GLAZE R236 RGF1200JTCANZ R1056 RGF1003JTCANZ MT GLAZE R244 RGF4702JTCANZ R1057 RGF1003JTCANZ MT GLAZE R245 RGF4702JTCANZ R1058 RGF1003JTCANZ MT GLAZE R280 RDD1000JPAANN R1059 RGF1003JTCANZ MT GLAZE R284 RGF3303JTCANZ R
41. LOW SEPARATION 1 Enter the Service Menu While pressing the MENU button on the televi sion press the Number Key 3 on the remote control unit The Service Menu now appear HI SEPERATION AY VOL LOW SEPERATION 34 uN 9 0 5 LP ADJUST CHOOSE No EXIT MENU Entering the Service Menu MTS Adjustment Mode 2 Service Adjustments Press the CHANNEL UP DOWN button on the remote CHANNEL UP control handset to select the desired service menu item you want to adjust Use the VOLUME button to adjust the data The or button will increase or decrease the data sequentially VOLUME VOLUME CHANNEL DOWN Service Adjustment 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 memory IC automatically Exit from the Service Menu 14 Service Adjustments N SOUND LEVEL ADJUSTMENT Receive the channel with audio 1 2 100 modulation signal Connect a DC Volt Meter to TP 317 JD64 and the ground Set the Surround OFF Press and hold the MENU button on the TV set and press 3 button on the remote control transmitter to enter the service mode INPUT LEVEL 08 SEPERATION 21 LOW SEPERATION 34 ADJUST CHOOSE EXIT MENU Adjust voltage to become DC 400mVrmss20mVrms at TP 317 JD64 by
42. POW Last Power Status Option OPTAVN 2 3AV System Option 11 Service Adjustments Important Notice Do not attempt to adjust service adjustments not listed on below otherwise it may cause loss of performance and for correct operation Item 01 RFAGC AGC NOTE Do not attempt this adjustment with weak signal 1 Tune the receiver to most clearest or strongest VHF station in your area Set the brightness and contrast controls to maximum Set the colour control to mini mum Select Item No 01 RFAGC in the service mode Change value until the snow noise just disappears Exit from the service mode Item 02 H PHA HORIZONTAL CENTRE 1 Receive a monochrome circular pattern 2 Set the brightness and contrast to normal 3 Select Item No 02 H PHA in the service mode 4 Change value to be optimum horizontal centre posi tion 5 Exit from the service mode wD lt Horizontal centre 2 Item 03 V DC VERTICAL CENTRE 1 Receive a monochrome circular pattern 2 Set the brightness and contrast to maximum 3 Select Item No 03 V DC in the service mode 4 Change value to be optimum vertical centre position 5 Exit from the service mode Vertical centre Item 04 V SIZ VERTICAL SIZE 1 Receiv
43. SERVICE MANUAL Colour Television Specifications Power Source AC220V 50Hz 60Hz Receiving System PAL M M N N NTSC M M Channel Coverage Antenna mode VHF CHO2 CH13 UHF CH14 CH69 mode VHF band 01 13 Mid band 14 22 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 750 Input Terminals AV1 Video Composite Video Input Phone Jack x 1 S Video Input Separated Y C DIN 4 pin Jack x 1 AV1 Audio L R Stereo Input Phone Jack x 1 set AV2 Video Composite Video Input Phone Jack x 1 AV2 Audio L R Stereo Input Phone Jack x 1 set AV3 Video Component Y CR Input Phone Jack x 1 set AV3 Audio L R Stereo Input Phone Jack x 1 set Output Terminals Video Monitor Output Phono jack x 1 Audio Monitor Output L R Stereo Output Phone Jack x 1 set Headphone Jack Mini stereo jack x 1 Sound Output RMS 5W 5W Speaker x 12cm x 2 pcs Dimensions 749 W x 585 H x 486 D mm Weight approx 41 5 Kg Specifications subject to change without notice BA7E SANYO FILE NO Model No C29LF39 Argentina Service Ref No C29LF39 00 VIDEO MODE POWER IMAGE SOUND 01669 Oo B Product Code 113003004 Original Version Chassis Series
44. SS133 N DIODE 155133 JC65 RGFROOOZTCANZ 2 0 000 ZA D1S2076A N DIODE 152076 JC66 RGFROOOZTCANZ 2 000 ZA DIODE EU JD34 RGFROOOZTCANZ 2 000 ZA ZMTZJ7 5A N ZENER DIODE MTZJ7 5A 591 RGFROOOZTCANZ 2 000 ZXLBZA5 1B N ZENER DIODE MTZJ5 1B 5 RGFROOOZTCANZ 2 000 ZA DIODE EU JF53 RGFROOOZTCANZ 2 000 ZA DXLBB017 N DIODE EU 2 59 RGFROOOZTCANZ 2 000 DXAAED0434 DIODE 1N4148 2654 RGFROOOZTCANZ 2 000 ZA D1SS133 N DIODE 155133 2656 RGFROOOZTCANZ 2 000 ZA D1S2076A N DIODE 152076 JG57 RGFROOOZTCANZ 2 000 DERA15 02 N DIODE ERA15 02 JH44 RGFROOOZTCANZ 2 000 ZA ZMTZJ6 2B N ZENER DIODE MTZJ6 2B JH45 RGFROOOZTCANZ 2 000 ZA DEU DIODE EU JH515 RGFROOOZTCANZ 2 000 DEU DIODE EU JH58 RGFROOOZTCANZ 2 000 ZA DERC05 DIODE 05 10 JH59 RGFROOOZTCANZ 2 000 ZA DRM DIODE 11 JH591 RGFROOOZTCANZ 2 000 DXLBBO DIODE ERCO5 10B JP004 RGFROOOZTCANZ 2 000 ZA DERC05 DIODE 05 10 JP288 RGFROOOZTCANZ 2 000 ZA DRM DIODE 11 JP3411 RGFROOOZTCANZ 2 000 DXLBBO DIODE ERCO5 10B JP804 RGFROOOZTCANZ 2 000 ZA DERC05 DIODE ERCO5 10B KM AV4J12B06000 JACK PHONE D3 6 DRM DIODE 11 101 LB4J12B08300 JACK RCA 8 DXLBBO DIODE ERCO5 10B 303 LB4J12B02000 JACK RCA 3 DERCO5 DIODE ERCO5 10B AV4L2C1101KN INDUCTOR 10
45. a 2080120 R613 QU QI cazo x AN Es TGDKSGMLBWAB ose y 0451 22 L sania 2SB1274RRA MTZJ7 5A p 5 pues Ww BAUER 22 o s pi RU AR A00KK1000X E us Sus 100048 5560 Rese L 223 x EMI0LBVD 5 2 7 0865 8680 25EM 2LEND MTZI20A FITO RD20EB1 sed 0882 25EM2200LBVD D681 YG90102 Dosa DFMUIZSLEF x THE SERVICE PRECAUTION 1 CIRCUIT DIAGRAM NOTICE 11 Expression of capacitance and resistance in circuit diagrme PRODUCT SAFETY NOTICE 1 All resistance value are in ohms K 1 000 M 1 000 000 dui area Mosi by this line E directly with AC mains voltage Product safety should be considered when a 2 Alll resistance rated wattages are 1 6W unless otherwise noted Capacitance Example en servicing the area connect an isolating transformer between TV receiver and AC component replacement is made any area 3 Excepting electrolytic capacitors all capacitance values of less than 1 1000 C M 2000 D 14550 TRANSISTOR DIODE AND INTEGRATED CIRCUIT TERMINAL GUIDE line to eliminate hazard of electric shock of a receiver are expressed in F and more than 1 are pF Characteristic 10 C COLLECTOR A ANODE 1 CHIP
46. amp gate RF 10 Service Adjustments No Mem _ Initial value Adjustment of Vertical Sync Separation Sensitivity Vertical Count Down Loop Adjustment AFCAV Adjustment of AFC Gain Gate AV VSUAV Adjustment of Vertical Sync Separation Sensitivity AV CDMAV Vertical Count Down Loop Adjustment AV HLK T 0 1 H lock V det under RF mode HLK V 0 1 H lock V Det under AV mode VCOADJ C Vco Adjust according to NTSC and PAL N GRAY 0 1 GRAY MODE CROSS 0 3 CROSS B W HL TON 0 3 HALF TONE LEVEL AVNCON 00 127 CONTRAST no signal in AV AVNBRI 00 127 BRIGHT no signal in AV POMT 00 127 POWER MUTE TIME CHMT 00 31 CH MUTE TIME SYST 00 255 System N RELAY 00 255 RELAT ON TIME 8msecXN CCD 1 63 Horizontal Position of Closed Captioning V POSZ 32 31 V POSITION ZOOM EWDCZ 32 31 E W DC ZOO EWTLZ 32 31 E W TILT ZOOM EWCTPZ 8 7 E W CORNER TOP ZOOM EWCBZ 8 7 E W CORNER BOTTOM ZOOM VSCPZ 4 3 V SIZE COMP ZOOM HSCPZ 4 3 H SIZE COMP ZOOM 0 255 FEATHER MENU AV TV CHAGNE FM G 00 01 gain VSHIFT 0 15 V SHIFT CTRAP 0 7 C TRAP adjust CBPF 0 3 C BPF adjust C KILL 0 1 G YAMP 0 15 G YAMP B YDPM 16 15 Different value of PALM B Y DC level R YDPM Different value of PALM R Y DC leve APCOFF APC Offset SYNCSP Sync Sep Sence YTH Y TH YGAIN Y Gain RWIDTH R WIDTH ROFSET R OFSET BWIDTH B WIDTH BOFSET OFSET RGBTMP RGB TEMP SW VCOPLM C VCO Adjust according to PAL N OPT
47. ative chassis only There Kind M carbon Oxied metalized B wxwene be some components or partial circuit differences between the Rated wattage 1 2W W Wire wounding SERVICE actual chassis and the circuit diagram 6 Solid REF NO C29 L F39 00 9 Parts specified with X are not installed in this model 10 Parts specified with J are just jumper wires 123 BA7E Component Location I I I gt I a o A1901 91905 51 1901 sw1902 Sw1903 Sw1904 Sw1905 swisos QU 01901 D1901A D1902A 1LG4B10Y00300 RUN d E 1 1 4 go oc xy 5 e e e 5 8 O0 m 8 a1902 si 5 gt gt 2 gt 5 8 3 9 2 8 5 ez E 5 55 1 sweot 5 I R 2 15 91159 1102 e 5 1 E E 2 8 5 2 8 5
48. centre FOCUS VR Upper side B POWER SUPPLY CHECK 1 Connect a DC voltmeter to TP B and the ground Set the brightness to normal and contrast to maximum Tune the receiver to an active channel and synchronized picture The B voltage must be 140 2 0 volt DC 8435 84 C629 R629 HIGH VOLTAGE CHECK Note B 140V Voltage and Grayscale Adjustment must be completed before attempting High Voltage Check 1 Connect high voltage voltmeter negative lead to ground and connect lead to anode of picture tube 2 Tune receiver to an active channel and confirm TV is operating properly 3 The high voltage must be 31KV 1 5KV and less than 33 5KV at O beam current Brightness and contrast minimum setting Note If the picture tube replaced check the high voltage Protection Circuit This TV set has a built in power supply protection circuit is provided to protect the TV set case of a power supply circuit malfunctions When something abnormality occurs during TV reception the TV set goes to the stand by mode When an abnormality occurs during TV reception it causes pin 23 of the CPU to go continually Low voltage for about one second The CPU detects that this has occurred and outputs the signal from pin 36 to switch off the power supply lines Releasing the protective circuit and restoring power supply To release the protective circuit and restore
49. e a monochrome circular pattern 2 Set the brightness to normal and contrast to maximum 3 Select Item No 04 V SIZ in the service mode 4 Change value to be optimum vertical size 5 Exit from the service mode Vertical size Item 17 OSDHP OSD H POSITION 1 Receive a monochrome circular pattern 2 Set the brightness and contrast to normal 3 Select Item No 17 OSDHP in the service mode 4 Change value to be proper OSD horizontal position 5 Exit from the service mode Item 19 EWDC HORIZONTAL WIDTH 1 Receive a monochrome circular pattern 2 Set the brightness and contrast to maximum 3 Select Item No 19 EWDC in the service mode 4 Change value to be proper horizontal width 5 Exit from the service mode Item 123 CCD CAPTION H POSITION 1 Tune receiver to a caption channel 2 Check that CAPTION position is in the horizontal center of the screen If CAPTION center is too right or left perform steps 3 6 See figure below 3 Select Item No 123 CCD in the service mode 4 Adjust data with or key for proper horizontal center 5 Exit from the service mode XXX Caption H position 12 Service Adjustments Items 35 42 GREY SCALE Receive a monochrome circular pattern Set the brightness and colour to normal contrast to maximum Enter to the service mode Set each value of 35 RBIAS 36 GBIAS 37
50. justment RBIAS Red Bias adjustment GBIAS Green Bias adjustment BBIAS Blue Bias adjustment RDRIV e Red Drive adjustment GDRIV Green Drive adjustment BDRIV gt Blue Drive adjustment White balance a lateral line Bright and Dark of White balance adjustment B Y DC Level R Y DC Level Difference value of NTSC B Y DC Level Difference value of NTSC R Y DC Level Difference value of DVD B Y DC Level 50Hz Difference value of DVD R Y DC Level 50Hz Difference value of DVD B Y DC Level 60Hz Difference value of DVD R Y DC Level 60Hz Service Adjustments nem imitat value G YA G Y Angle RBGB R Y B Y Gain Balance RBAG R Y B Y Angle G YAN Difference value of NTSC G Y Angle RBGBN Difference value of NTSC R Y B Y Gain Balance RBAGN Difference value of NTSC R Y B Y Angle RBADP Difference value of DVD PAL R B Angle RBDN Difference value of DVD NTSC R B Angle RBBDP Difference value of DVD NTSC R B Balance RBBDN Difference value of DVD PAL R B Balance COGV Coring Gain BLKS BLk str start W Defeat BLKG BLk STR gain BRTA Brt Abl Deft BRST Mid Stp Def BRTH Bright Abl Threshold WPL WPL Ope Point W Defeat YGAM Y Gamma Start PRES AV
51. owing pages Initial Setup Data marked with an should be changed from Initial Value Data tiem initia value RFAGC RF AGC adjustment H PHASE adjustment 50Hz V DC Vertical position adjustment 50 2 V SIZ Vertical size adjustment 50Hz V SCO Vertical S compensation 50Hz V LIN Vertical linearity adjustment 50Hz H P60 Difference value of H PHASE adjustment 60Hz V P60 Difference value of V POSITION adjustment 60 2 V S60 Difference value of V SIZE adjustment 60Hz VSC60 Difference value of Vertical S compensation 60Hz VLIGO Difference value of Vertical linear adjustment 60Hz H PHAZ Difference value of H PHAZ adjustment 2 V SZZ5 Difference value of V SIZE adjustment ZOOM 50Hz V SCOZ Difference value of Vertical S compensation ZOOM V LINZ Difference value of Vertical linear adjustment ZOOM V SIZZ6 Difference value of V SIZE adjustment ZOOM 60Hz OSDHP OSD horizontal remark position OSDC OSD contrast EWDC EW 50 2 EWAMP EW Amp 50Hz EWTI EW Tilt 50Hz EWCTP EW Corner 50 2 EWCBM EW Corner Bottom 50Hz EWAMZ Difference value of EW Amp ZOOM 50Hz EWDCN Difference value of EW DC 60Hz EWAMN Difference value of EW Amp 60Hz EWTLN Difference value of EW Tilt 60 2 EWCTPN Difference value of Corner Top 60Hz EWCBN Difference value of Corner Bottom 60Hz EWAMZN Difference value of EW Amp ZOOM 60Hz EWCOR EW COR SW V SCP V SIZE COMP H SCP H SIZE COMP SBIAS Sub Bias ad
52. product safety It is particularly recommended that only parts specified on the following parts list be used for components replacement pointed out by the mark Note Parts order must contain Service Ref No Part No and descriptions The main PCB unit will be supplied without tuner and flyback transformer They should be ordered separately NOTES Read description in the Capacitor and Resistor as follows CAPACITOR CERAMIC 100P K 50V Rated Voltage Tolerance Symbols Less than 10pF Not specified 0 1pF C 0 25 D 0 5 1 2 0 25 0 5 0 0 25 0 1 More than 10 Not specified B 0 1 C 40 25 D 0 5 1 G 12 3 4 5 K 10 L 15 120 N 30 P 100 0 30 10 50 10 U 75 10 V 20 10 100 10 X 40 20 150 10 2 80 20 Rated value farad U micro farad Material Ceramic Metallized Paper Polyester Metallized Polyester Polypropylene Metallized Polypropylene Composite film Metallized Composite Styrene Tantalum Solid Aluminium Solid Electrolytic Non polarised Electrolytic Aluminium Solid with Organic Semiconductive Electrolytic Double Layered Electrolytic 19 RESISTOR CARBON 47 J A 1 AW UE Rated Wattage Performance Symbols A General B Non flammable Z Low noise Other Temperature coefficient Tolerance Symbols 0 05 B 0 1 C
53. ra pm 1908 2 pen p ET P 1 am 212 1 8 5 m TATUS E z 80 ASSY PWB CRT 1LG0B10Y00308 pm B 3 E PWB BA7E 1164810900308 L soavet N 212 2 8 m am A 2 1 106J5600 ST G 7 2 rio i 8 i I w MTZJ9 18 7 8 2 gs 18EM47L 2042 7 3 1 2 100 100 E ROUT E met li sur tale a Grosse 1 pe el um e m Mid red ej 5 af ens 140648 el 5 7 spo 37 T ross i 0632206 5 E E xim Fm ROBISON 3 wei Bo qu en Lacs J 1008 KC e IC501A 200V AF o LEF HEATER 558 2 285 MUSEO 22 58 5 PERU STATUS 5 3 1 78041 s H 8 5 REJ 2 9 x 85 3 488 DEFL x m 7 O ONOFF BUS 1 R503 C501 x 9 2500 I 228E PO le gt gt u 5 REAL Dun 5 cero x 2 mon 3 222 am E d
54. ss the MENU button Service Adjustment 3 FINE TUNING TP 318 L Minimum leakage 4KHz This adjustment is used to do a fine tuning of the channels with poor reception after they have been stored by the automatic tuning This function is available for one channel only and the fine tuned channel 15 memorized into 10802 EEPROM Enter the Service Menu While pressing the MENU button on the television press the 4 or MENU button on the remote control unit The Service Menu now appear FINE TUNING Fine tuning service mode 2 Service Adjustments Press and hold the VOLUME button on the remote control handset or TV set to make fine tuning adjustment Press and hold the button for higher frequency tuning and press and hold the for lower frequency tuning Fine tuning data value will be automatically stored in memory To return to normal TV mode press the MENU button on the TV set or remote control handset Or will automati cally return to normal TV mode after 5 seconds TWAV MENU _ T du MENU Entering the Service Menu VOLUME A aeo Service Adjustment Exit from the Service Menu 16 Service Adjustments Service Adjustment 4 FOCUS ADJUSTMENT 1 Receive the monochrome circular pattern Set the brightness to normal and contrast to maximum Adjust the focus control on the F B T for the best focus on the screen

SERVICE MANUAL Colour Television

Contents

Download Pdf Manuals

Related Search

Related Contents