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V17 -- Service Manual

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1.
2. 02 59 25 2412 5 8 s S ENER 280601A l R S PCB CRT RJ G B YS YM a gt 2 8 8 8 5 90 2 59 12005 I a o a a E e R2V59 16V 3 27K 2 d 50 I 2 R 0SD TP2y61 1 1 8244 VeRO 4 2 5 80 TP2V49 KUN 5 x O 2859 L2X04 iod 820 8 09D T S 8248 CR2V47 CR2V46 BLM2182728 TP2V51 g g g 5 2448 3 F 820 02 4
3. PCB PREAMP AN YS 5 t RB o 17002 G_BMP 3 BLM21B272S c B BMP o 2 18 2 e 9 vo n 07003 1K _ 2 01 WU m84 lt S358 L 44 30 884288288 767 3 17007 302 o 5 S 5 S 1 01 182015 87005 7 Ma WFeVZ6 GL PIN3 JPG WFeVZ6 GL PIN2 JPG WFeVZ6 GL PINI JPG 9109 27K 1 1 R 0SD o 7 01 ik 0 07V p p H 2 07V p p H 8 p p H e 28024 12K R S 0 T 17009 R7C14 B_OSD AR 4 87894 CR7B95 BLM2 182728 470 07004 C7
4. PCB SIENAL 3 PCB SIGNAL 2 PCB SIGNAL 3 e 9 0000 eee e e ar k NUNZSMDSDLA E n E i m 9 8 a 5 22 io D gt a 5 4129 6426 2 gt 2 gt 5 T UHRA TIN OUT 3 2 2 gt x e a z i e a a gt 5 amp gt al amp E E 1 i 2 gt a 4 09010 GND C9C12 9015 i a a al 5 16 16 2 50V a 479 K 47 1
5. RBADS Tuc 4JK RBADA AAA 4JK ES R8A62 T 1 100 ed Pd 108006 108005 108004 108003 108002 108001 RBAB1 UPD63766S UPD63766S UPD637668 UPD63766S UPD63766S UPD63766S 100 4 1 4 8FS SEL 1 4 8FS SEL CLK i6 1 4 8 8 8 1 1 4 8FS SEL CLK 6 007 1 4 8FS SEL 16 Lae 1 4 8FS SEL Q8A01 108401 2802412K RS 1 T 3 T 4 M24C32MN6T 141 8 49 E2PROM 520 68107 08406 HDAVDD m 7 01 BE 47u H A UT 08000 16V 7 47 il il il L 25V 2 47 2 47 2 47 2 47 2 47 2 47 BIASVSS b 25 25V b 25V il 25
6. PJ2J10 DTV HV R2J59 75 PJ2J03 WS 55857 WS 65857 O WS 55907 d WS 65907 45 99 WS 73907 as 1 GNDY 3 Y 5 47 PCB FRONT CE PCB SIGNAL 3 CA 6 2420 2 R2J21 ra 2 78 78 R2J22 24 75 02 08 02107 EQA02 068 1 K 047 L2J01 805 6 83 8236 82
7. OE OE 2 1 2 05801 C 1920764 PCB CONTROL LB 18247 10M 2 m k 6 a 86800 88801 gt a 2 2K 2 2K 06806 6802 06807 MB MB REMOCON 500V 350 500V 86813 08800 27K01 4700 474 K 4700 86803 86802 220 155244 e 2 2K 22K 1 2 16804 a UNIT GP1U283Q 3i a 3 6 8MH H 9895 e 8 MB MB 5 86804 3 16800 06801 27K 6 8MH K 16524 J125 2 1 2W 08814 0509 PT7A10 86805 06802 3KV SFH310 3 9 K 1000 T T 803790 l WFeV17 CRTREDOUT JPG z 1 co 08804 1753 TEOR R6R17 12V p p H E Ct co 65803 08820 182078 M 2 2K 4 6 G 85 59 3 1 Y 50 F 7 01 18247 10M 1 2W 220 5 MEM e 19247 10M JIU it R6ROB T SOCKET R ceo 39 LERO2 1765 x DERO7 3 9MH K 1 I e 188244 0682 86807 16801 06803 3KV 1K 3 12MH K 2SA1480 DE 16 K 1000 1 2 08808 86820 cp 18803 86808 6809 155244 M 2 2K C B P R 10MH K 100 100 fii Q6R00 1 2 B 6814 9 8C3942 LT 220 gt 8 es 1 2W 08800 08804 08823 08805 0680
8. s 1 AN 8 5 2 A12 A28 ORS rar OM 0 4 14 L8X01 5 ki wo ad l Jj 4g QU x 5 a of 5 g 5 iis 8 3 a d 222828885859 saa ag aga gg fe a 3 a 8 4 m 5 ave E 8 amp 8 a S s s AA 1 3 3 K 4 5 5 0 8 7 MG mS GZ MG 5 1 17 25 o K 4 4 lt oj o oj REMP6 L8M100 C8M100 I 25 8 i lt 8 A18 K 4 z E g gt 108802 a amp o gt Q 25V 8 5 8 5 A24 ida TC74LCX245FW z 0507515 aa We i gz 1 AAA 8 088020 E 33 333MHZ 2 B 18401 47 g 8 si B g s a 5 8 E B da la 4 4 NT 878 8 82 82 pcm sw 888 8 83383325 OOOO OOOO Q LL 47 ATI 13 Aet T 188178 685177 6 3V 3 SYNNE 6 47u 188192 LARGE 5 14 22 6 3V IN BIE 9e 037 03 02 71 07 9m 69e 697 67 e 69m 53 62m 637 52 61 60m 9 597657 59 59 53 053 052 05 0m 69 69 67 69 697 627637627641 60m 697 39757 030 035 037 00 69 68 67 68 65 64 63 62 6 1 60 9 67 66 65 641 63 62 6
9. 2080 82080 82089 87054 100 100 100 0 gt 82057 de t 56 02004 82079 25 56 02084 8 02601 E Lom A3 3V 21010 0000 595867 G6 6564636261 ga STREET TETTE EET EEE rey 2802812K R8 02081 b 5 Lecot 81 7003 FOCI GN 02003 15MH J 322522 82001 M 82 602 49 8 1 02006 02005 802412 6 28C2412K RS 83 48 cone 202 12001 82004 150 470 R2015 10MH K 02085 84 AYO ESER 8 4 85 AVDDI 46 2688 167 2 0002 45 C2046 R2016 02007 02008 12014 jen 25 1K 100 47 F 240 02085 2045 K 4 CH CH jiu 16V pt lou 88 a L 62088 Kd 7 229 auc IC2C01 2T 80 91 vaTY UPD64082 DEND3 40 12005 C2C92 BLM21P2215 25V 2 89 7 HRCK 88 pum forem 2 L So RC 86 02098 12032 osv 65 BLM21P2218 87 AGND5 34 02032 68 MRAS H03 63 25 12003 1 BLM21P2215 69 82 7 100 DVDD4 31 a 02005
10. POB SIGNAL SYMBOL ADDRESS ADDRESS 6 i H I 2801 025 J l B l D m 02505 B 90 SIGNAL i 4 i l AL 0 12 3 4 5 878 02 44 H2 Q2W07 J2 B E O7A02 mes 0 T 0 82 183 02001 12 0208 Je pwe E avs 3 0203 J3 02410 Je 1 204 J qui J2 07008 022 J3 L 09999 90 99 0204 t5 C2VO00 H3 Q2Y05 C5 F4 RYG B f 20 A 69610 B E C2X02 05 0208 AS ES X06 5 0209 B6 JP2V6S 2 C2X08 G4 Q6PO1 F2 1 LER E 02 03 C4 QEPO2 F2 8 TP2VI EL gren C2Y04 B4 Q6PO3 F2 PHA l 8 1 8 fay C2Y05 M QA M i x gt CY M ves 88 CY C5 0 96 Ce me C2Y08 B5 07805 e TEMA C3429 C2 3 6 dur 2 ll A 2109 0 8 67 em Arne WE Ps 7809 5 C2Y31 it T Ce gili 8 5 IC2Y10 A5 Q 27 e 00 004020000 9 Tezx07 ET m gt 2 gt 02 07810 4 ga 16 fos I 3 i
11. 1708 10MH K ASV MIN 07047 I 07048 07063 07081 87095 2 01 2 01 1708 25V F IK 47u 3 47MH K fot 105 C R7097 i bie je 67080 I C707 ja 07076 07050 1 1 25V 25 s 25V 2 4 mr 93V 1702 2502412 0 4 1 1 1004 BLM21A121S 105 C ASV ASV 07020 87096 rm 07002 4 ZI 63V 15 17013 474 07021 10MH K 07045 07048 87008 87007 87010 28C2413K Q Q7D03 C7074 C7075 105 C 7 01 638 2 01 F IK F 47K 28C24 13K Q 2 01 47u F C7064 M Y 53 50v 8701 105 C 22 0 Hose VA 4 87016 87012 87013 1 8 2 2K 0 ARA 5 M CLP 87027 07000 87015 07030 167001 87000 F 4JK 87029 gt 8 2413 0 Q7001 560 56 B F 22K F 330 I SL 07005 87002 28024 13K Q 7060 28A1037K Q 0 MYO 83 87026 87028 LF7000 MAIN Y 14MHZ SMD MY1 ARA 87020 1 5K MY 87018 1700 87004 87008 C7061 07082 1704 3 10MH MY3 e 87001 EKAN F 33K 5227 01 63v 10MH K F 6 8K 2 rn ASV 4 105 C 07004 87003 87005 SA1037K Q MY5 F 510 F 13K 2 01 107000 5 e 1 TC74HC4066AFN 7 cu ead D3 3V E 4 07007 0708
12. JADI PCB SIGNAL 3 KC STK392 570 065880 C9A08 C9A10 L 200 9 5 p 46 9 5 9 6 5 9 6 D 6 6 0 O 6 D T E ati PLHIOA7003R6PO2B1 E em 99 OO O DR OC C7 E 5 E 2 AC250V co wo T 5 5 aa 8 855 7 9 02 R9A03 2 2 H 1M K UL SW C9A12 1 2 ce 82704 4 L 200 105 C 24 t 4 YY 9 04 18001 8 02 18003 180K R9A05 68MH K 9X9 5 08005 08006 332 68MH K 9 9 5 1 2 C913 IM K UL ZZ 10004 VA 88007 M 01 1 2 35V 150 AC125V 250V AAA WB 8906 ll 9 14 IM K UL 08003 08004 08009 1 ZZ 10004 150 88005 AC125V 250V 35V CH 39 2 f 24 IAN MB L 4 4 4 18002 18004 20 6 9 9 5 6 9X95 24 t 8 10 88015 F 3 3K 150 1 4N 8 11 12V5 MB MB C9A29 Laaze 5 LF2517A K 470 500V 2288 9X9 5 7 PAN 1215 15 12V cecit 150 D9A30 R9A31 C9A34 CH C9A20 R9A21 FMP G12S C9A30 9 31 C9A33 3 9K 7 01 C9A35 M 01 39k 22004 22004 ZI 4704 220 1004 12 AC125V 250V 16V 16V 16V 16V MB C9432 R9432 10K x 09421 09 31 10 22 Ee UM 8
13. 5 20 Oe 08 VR FOCUS 1 05 51 TT C5A53 D5A52 NL 66 20 FOCUS N T5A51 A R5A57 MPP C5A52 C5A51 HvouT_o 1 100 20009 Q5A51 gt HV G 1000 220 16 MPP 2SK277 1 O1R B R5A68 fb R5A46 L5A33 8567 F 3 6K L5A55 L5A54 150 8150135 F 30K 1 4W 05 53 02 1 4 MB 85 73 EQAD2 1548 SCREEN MB MB 82k RD16EBI B4 3 rw o R w 5 37 X C5A38 D5A54 i m 20 200v R5A69 05455 STF14 85 51 3 FOCUS 5 WFeICA01VERTOUT JPG 2 2 2 gt 5 s o 4 2 ve F md dii Kg 4 i GR SE R sm s S Wr mer 1 7 B MB L5A51 L5A52 i O sot m _ 200000000 1 Reno FATT ES xis 4 9 m TDA8177 10 G m us G ms G 2 un 5 us 2 0 un 9 ua 9 us 7 6 5 2 5 4 t Rao 100 5 55 R5A54 8 ACL 630V 47 6800 6 9 HV BLOCK 5 65 8 ANNE 10 4 ZZ 06 C5A54 84829 ZZ 3304 2 84804 160V gt RAN 35 24 0 123 135 F 24K 105 C 1 4 9VSTB IC5A02 bsass ti gt ERT I 2 ul 520764 il f 2 UPC
14. AC INPUT FROM MAIN A B GREEN BLUE 1174 x NOTES 1 LI easured from points indicated to the circuit 0 ES Es 1 DC voltages were m DX a Om 2 OL 4 o_o CJ 3 9 O mi ni OO ground with ahigh Z voltmeter 2 dom TP T 2 Wave forms were taken with standard color bar signal 5 gt 5 5 5 5 Fs 3 TP13 etc show Test Points 4 CAPACITORS I s E lr ti kis Ore eae indi PF for numbers more than 1 JE OMO END 3DYC MD Value Ngt uF in numbers less than 1 HV BLOCK END OH OHO END 2 5 GND GH GND 5 Z o 2 GND 2928 Dielectric Not indicated 50V GND ere ME n Strength GND B 13 13 828 82 29 208 D G2 G3 n G4 n G5 5 SIE 9 4 9 22 Not indicated 10 No tolerance is indicated sv OHO 08000000000060580900900008008090800 ee 40 55 OHO JA E and 20 CRT ANODE 57 OHO OHO EF C 3DNR SS OMG OMO S GND Tolerance p yoy 100 Q 30 0 25PF xWS 55907 WS 65907 5s OHO SHa enn 1 7 Hd OHO 12 8 x L FR 8 J 45 0 45 7390 G 21 162 GND 1 OG GO tev GND 20 6 GND R FR K 10 Z 80 T 20
15. WS 55807 WS 65807 OOOO o o o o T Figure 1 Screen Assembly Parts PAGE 64 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref f Part Part Name amp Description WS 55857 Figure 2 491P103010 491P104010 8220071010 amp 6 7018429010 7018430010 702 396010 7600827060 WS 55907 Figure 2 491P103010 491 104010 6220746080 7110029040 7110029050 7110029060 7680065010 760 628010 1 2 3 4 5 6 7 8 WS 65857 Figure 2 1 491P105010 491P106010 6220071020 7018429020 7018430020 702A396010 760D627070 SCREEN LENTICULAR LENS FRESNEL CLIP SCREEN TOP BOT SCREEN FRAME TOP BOT 55 SCREEN FRAME SIDES 55 CAP CORNER DIAMOND SHIELD SCREEN LENTICULAR LENS FRESNEL CLIP SCREEN SIDES FRAME SCREEN TOP 55 FRAME SCREEN SIDES 55 FRAME SCREEN BOTTOM 55 CAP CORNER DIAMOND SHIELD SCREEN LENTICULAR LENS FRESNEL CLIP SCREEN TOP BOT SCREEN FRAME TOP BOT 65 SCREEN FRAME SIDES 65 CAP CORNER DIAMOND SHIELD Ref Part WS 65907 Figure 2 491P105010 491P106010 622D746020 7110026040 7110026050 7110026060 7680
16. 225 76 3 41 l l k inm i 4 T6B3 A b 3 l i I I 5 a 1 l E l 25 EI kee 5 EX 7 ec us p 1 P 44 11 AN STE GNIS ikk k l 5 8 5 T see ES 2 r XXXX 2000 Service Manual PROJECTION TELEVISION V17 17 V17 CHASSIS a MITSUBISHI ELECTRIC V17 V17 V17 MODELS MODELS MODELS WT 46807 WS 55857 WS 55907 WS 5
17. co j jEjz BEE EBES 3 1 91615 e ca eo e ez cO CO CO cO CU LO LO LO LO II G R PP a lt lt lt 5 pg 03 03 02 O 6565163 c a Col OG O OD O ae g Fo F 2 ee eee s xa eese re eee esee ewe meses 3 sss seem LU HIS 2 lt gt in lt lt Qs QUI QU N MI CO CO CO WO LO LO LOO WOW CO oS oa MOO stl CN CN ICON CN CU LO CO 1 5 1 1 1 1 5 1 909 105 md gt 1 Oo 2 O OIO IOIOI I I O O CH CH OQ OI O O OI OO OIO O cdojojojoijioioijoicglaoioio joijoijoio
18. 34 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CRT Circuit Purpose set the cutoff point for all three CRTs 7 CRT Cutoff Symptom Monochrome has a color tint or incorrect brightness Note Use the Expand mode full screen Test Point TP6R TP6G TP6B Tron Trea Tes Refer to page 29 for Test Point locations Ext Trigger J Select an External Input with no signal Measuring I Enter the Adjustment Mode Video Chroma Function Set the data to the values given in the table below Connect the oscilloscope to TP6R Adjust the Red Screen VR so the black level is 190V as shown below or 199V 1VDC using an DC Voltmeter Repeat Steps 4 and 5 to set the Blue and Green Screen VRs using TP6G and TP6B VIDEO CHROMA Function Item Abbrev Data Note White Balance must be performed after this adjustment CIRCUIT ADJUST MODE CUTOFF Activate VOLTAGE Function Item VIDEO Adjust Data ADJUST Save Data CRT Circuit Purpose To set the CRTs white level in the NTSC mode 8 White Balance NTSC Symptom Monochrome has a color tint Note Use the Expand mode full screen Supply a full White Raster Signal Activate the Service Mode Video Chroma function ext trigger Set the data for Item 19 COL to 0 EMI Adjust Items 6 RDRH and 8 BDRH for optimum
19. CONV BLUE MENU 8 2 5 9 Abbrev 40 40 40 40 4240 4215 240 220 240 220 10 10 10 10 20 5 20 5 45 45 45 45 10 10 10 10 4115 1105 115 115 115 115 0 0 0 0 NO O N 40 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Deflection Circuit 19 Deflection Geometry Height amp Width Adjustment me Instrument Measuring Range Monoscope NTSC amp HD 10800 Input Terminal Video amp DTV Inputs CIRCUIT ADJUST MODE Activate Function Item VIDEO Adjust Data ADJUST Save Data Purpose set the height width and linearity of the raster Symptom Incorrect height width and or linearity Preliminary 1 DO NOT change the initial values for 8 VLIN in the Defl Jungle Function 2 DO NOT exceed the following VHGT adjustment ranges NTSC from 4 to 10 HD FROM 10 TO 5 NTSC Mode 1 Supply an NTSC Monoscope signal to a Video Input 2 Select the Monoscope as the signal source Input button 3 Activate the Adjustment Mode Defl Jungle Function 4 Select and adjust each of the following items 7 VHGT so the vertical marker sum 4 e 1 HWD so the horizontal marker sum 7 5 Save data and Exit the Service Mode HD Mode 1 Supply a HD 1080i Monoscope signal to the DTV Inputs 2 Select the DTV Inputs as the signal s
20. C6P00 Fe 07 1 3 Ok tab 2 9 4 GOL 6 0672 J 2 i v 88 m m mm T puma B U 5 C 4 tre ni 2 19 vr 8 8 C7A01 H8 07005 H7 2 5 1 2 D Z gt 5 es C B Ent 5522252 222221 SZ I ARM 701 5 a av 8 55252 2 5 2 700 5 7 FLOW d RS amp LR ip Rats UNE 1 E G B T 8 7001 555222 3 C7CO3 H5 02 35 E 9 168 amp 87 8 t 5 4 BD 8 o g LI ENS 2 S 4 OG Q 8 8 57623 Bgm E RIBS m C7005 P11A 08 8 1 5 mu 2 b 5 m il 0 38 7008 08 PII 1 NN R2Y EF H Sk a g gt Afi 5 Br ROG 878431 E m m RBI 7 P12A 3 rota 1 2 9 d C700 J Wi ane ER E 7 Lr A 3 qun 8 CUS b E EE 1 6 MANT e emi lt a 77 T ig b ms s Vu 7 TEN 5 9 eg 16 as 4 Fy oe i b m zu Bes 9 is 3 C02 La e 6001 BB 2 65 F2 R TM E og gt 5 T ua 1 Rr cee E 9002 E8 53 48 4 i wee gr A co 2 PA Fe ifti Q Ba i 905 P P
21. C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP CH50V 470P J CH50V 82P J CH50V 33P J CH50V 470P J CH50V 82P J CH50V 33P J CH50V 470P J CH50V 82P J CH50V 33P J CH50V 470P J CH50V 82P J CH50V 33P J CH50V 470P J CH50V 82P J CH50V 33P J B16V 0 47M K CH50V 100P J CH50V 10P C F50V 0 01M Z B25V 0 1M K C E CHIP 6 3V 47M M C CER CHIP B25V 0 1 C E CHIP 6 3V 47M M C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B50V 1000P K CH50V 47P J B50V 0 01M K CH50V 47P J B50V 0 01M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K C E CHIP 6 3V 47M M C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C E CHIP 6 3V 47M M C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1 B25V 0 1 B25V 0 1 B25V 0 1 B25V 0 1 C E CHIP 6 3V 47M M C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B25V 0 1M K F25V 0 22M Z B25V 0 1M K B50V 0 01M K B50V 0 01M K B50V 0 01M K C E CHIP 6 3V 47M M C CER CHIP B
22. 5 21 a Wm E B 4 E 5 JIS JG JIS JIM 1911 12 13 14 15 16 JIN OLO O m 2 Ke 2 DD Wm H 2 B 3 B 4 B 5 JG B G M 9 1 gt 16 JE 19 IO 1 4 25 Er D 6 0 6 OOO 9 B 9 9 69 69 D 09 9 9 6 9 9 60 6 PCB SIGNAL 1 JA PCB SIGNAL 1 JB CONTENTS BLOCK DIAGRAM MAIN POWER TERMINAL GNAL 1 1 0 GNAL 2 MICRO GNAL 3 VC SW DYC ONV GEN JUNGLE RT CONTROL AI SVM DBF 1 HDW 2 HDW 3 TMAP 1 TMAP 2 6 7 6 8 UJ UJ CO C20 vue D D 9990 CD PCB SIGNAL 3 WS 55807 WS 65807 WT 46807 WS 55857 WS 65857 WS 55907 WS 65907 WS 73907 PAGE 5 4 10 11 13 14 15 16 08 04 25 1037 5 R4A50 R4A45 27 04401 28C2412K R S RAMZ C4A07 F 8 2K 2700 cH R4A46 47K C4A06 7 47 25V d ON CY
23. 1 aR ae 48 Service Parts List EE 49 CIRCUITRY BLOCK DIAGRAMS Standby Supply Regulator 66 Switched Supply Regulator pp 67 Video Color A V Switch Circuit essen enne nennen nnne nnne nns 68 Video Color Signal Path erre ehe E E ete 69 Sync Signal Patha uyu Su m G hap asa Esau Pagay is qasuy 70 Deflection HV u cet Re ien ec 71 X Rays aio 71 Sound Giru seisa n eee 72 ONVErGOM E 73 Control ce der bee 74 Section 2 Schematic Diagrams SCHEMATIC DIAGRAMS Overall n cl eet e dex 1 POCB POWER z ette pente pr en a 2 PEB MAIN EE 3 PGB SIGNAL AV I Q 4 PGB SIGNAL MICRO 2 ak 5 PCB SIGNAL VC SW n 6 PCB 2HDW IN 7 PEB ADW EU PAD 8 PGB 2HDW OUT u eet Wein aes aden caet a ad 9 PEB TERMINAL i pe Recte 10 PCB CONVERGENCE GENERATOR JUNGLE Ne 11 PCB 3DYC MAIN DECODER Nt 12 PCBs CRT CONTROL PREAMP DB
24. aii TT66 TERMINAL E PCB TERMINAL CONV GEN 3DYC JUNGLE SYMBOL ADDRESS CFEMOL H8 D2 06 2 02 07 2 02 25 B3 0226 03 08003 FI 08004 0 2 01 82 0 2 20 Bl 0 2 21 B1 08110 G1 2003 H6 2005 2006 H5 2032 2 01 4 12 02 M L2 03 A5 L2 66 ED L2K42 L2K46 242 C5 25 B5 L4A0 E2 LAAQ2 E4 L6M25 H8 L8A04 62 82 PJ2J02 BA PJ2J03 Bl 2 204 C1 PJ2J05 B6 PJ2J06 C6 PJJ PJ2J08 C6 PJ2J09 C7 PJ2J10 8 PJ2J11 C8 PJ2J12 C4 0204 65 02 38 E5 Q2J40 E 02 52 02 53 05 02 54 E5 QeKol E7 1282 203 E7 221 E8 QK22 QBADA HA X2031 H5 X XXX PREAMP 2 FRONT DISPLAY R G PCB CRT IOASgEATTS 5 2 2 s o Ei az lt RHE 8 N g E 3 R7LO2 amp DISPLAY E o 3 5 p 5 gt ag S RTK36 LED R7L03 lt B 500 8 Y lol B 48 d s a LU QC B DISPLAY 5 a N GND
25. lt cd gt al i GND YS a 5 5 CBOUT 8 17 8 5 5 Vox Gun 6 t Bl HELU BH SLN t 6 4 9 2 O 40 6 6 PCB SIGNAL EB o HDOUT EB CONTENTS PG 1 BLOCK DIAGRAM PG 2 MAIN PG 3 POWER PG 4 TERMINAL 5 5 SIGNAL 1 AV 1 0 PG 6 SIGNAL 2 MICRO 7 SIGNAL 3 VC SW PG 8 3DYC PG 9 CONV GEN JUNGLE 10 CRT CONTROL AI SVM DBF 11 2HDW 1 PG 12 2HDW 2 13 2HDW 3 PG 14 BITMAP 1 15 BITMAP 2 WS 55807 WS 65807 WT 46807 WS 55857 WS 65857 WS 55907 WS 65907 WS 73907 PAGE S 13 10 11 13 14 15 16
26. F25V 0 47M Z C7H86 141 133080 F50V 0 01M Z 141P135020 F25V 0 47M Z C7H87 181 520030 6 3V 47 105C 141P135020 F25V 0 47M Z C7H88 141 133080 F50V 0 01M Z 141P133080 C CER CHIP F50V 0 01M Z C7H89 141 133080 F50V 0 01M Z 141P133080 F50V 0 01M Z C7H90 181 520030 6 3V 47 105C 141P135020 F25V 0 47M Z C7H91 141 133080 F50V 0 01M Z 141P135020 F25V 0 47M Z C7H92 141 139030 B25V 0 1M K 141P133080 C CER CHIP F50V 0 01M Z C7H93 181 526010 50V 1M M 105C 141P133080 C CER CHIP F50V 0 01M Z C7H94 141 133080 F50V 0 01M Z 141P135020 F25V 0 47M Z C7H95 181 520040 6 3V 100M M 105C 141P135020 F25V 0 47M Z C7H98 181P520030 6 3V 47M M 105C 141P133080 C CER CHIP F50V 0 01M Z C7H99 141 133080 F50V 0 01M Z 141P133080 C CER CHIP F50V 0 01M Z C7J00 181P520030 C E CHIP 6 3V 47M M 105C 141P135020 F25V 0 47M Z C7J01 141P133080 F50V 0 01M Z 141P135020 C CER CHIP F25V 0 47M Z C7J20 141 133080 F50V 0 01M Z 141P133080 C CER CHIP F50V 0 01M Z C7J21 141P132030 B50V 0 015M K 141P133080 C CER CHI
27. c 2 2 F 180 F 36 2 RBA35 37 CBA39 Ip 18401 2 Ed Esa ok 2 FA z o 842122218 1 2 3 4 5 5 15 I aa R8A21 JABA22 8 23 R8A2 8A21 RBA2 4 220 eo eo 100 l 08 33 2 01 rw mw mn 88062 88055 88048 88042 88034 R8028 Lcea21 c8A22 08423 C8425 22K 22K 22K 22K 22K 22K H 8 02 L8A02 C8052 68049 C8046 C8043 08040 08037 8 45 08 48 10 BLM IPe21s 88061 lt 33 33 88054 88047 33 33 88041 88023 33 33 88027 18 CH CH 1 8K 1 8K CH CH 1 8K 1 8K CH CH 1 8K CBA44 220 40 RBA44 470 c of 5 g da 2 8 8 al IC8A02 108010 TLC2932 IPW LM78LO5ACZ NJM78LO5A 5V 3 IN OUT 1 88071 88072 88073 88074 88075 10 10 10 10 10 8025 2 1 8028 47u 2 47 16V 25V C8A47 2 01 t II H 4 C8A48 47 16V V BLK 4 08056 VPULSE 9 R8A53 88087 10K 88066 08034 390K 47u 08002 16V 8 52 SA1037K R S IC8A03 08001 t H 1 cH MC74HC74AD C8033 2SC2412K R S K 4 e 08055 08004 4 6 19 RD9 1FB3 3 08053 88064 88089 14 1 K 47 10K 1K R8D63 08054 88065 88088 88070 33K 100 58K 270 100 08032 CH 47u 16V 8 52 08 53 yt 10K 100 8 04 HPULSE 9 08031 10 K 4 88451 08003 100K 8 80 09 183 4JK f 18003 BLM2152215 L8D04 BLM21P2215 s x ale Sols
28. Instrument Supply an NTSC signal TestPoint fm Select the NTSC signal as the source for both the main and sub pictures Activate Side by Side POP 77 Activate the Adjustment mode Measuring Select Item 1 TNTS the Sub Matrix Function Eb Adjust data to match the sub picture color to that of the main picture l inputsignal If 1 TNTS range is short adjust Items 4 VPDS and 5 UPDS CIRCUIT ADJUST MODE Activate Function Item VIDEO Adjust Data ADJUST Save Data Video Circuit Purpose set the sub picture color level 6 Side by Side Sub Color Symptom Main and sub pictures color levels differs Measuring Instrument Oscilloscope Note et the set run for at least one minute before making this adjustment Test Point EB connector pin 5 Supply a color bar signal Select the color bar signal as the source for both the and sub picture Ext Trigger Connect an oscilloscope to pin 5 of the EB connector Measuring 200mV div Activate the Side by Side mode Range 20usec div Activate the Service Mode Select Item 2 COLS in the Sub Matrix function Adjust data so the amplitude of the Sub signal equals that of the main signal Input Terminal Video Input 4 MAIN SUB PICTURE P CIRCUIT ADJUST MODE Activate Function Item No VIDEO Adjust Data ADJUST Save Data
29. 3 scis 50V 25V C3A50 16V 16V 5600 K 033 015 K 015 K lu 47u 1007 9 MB 5 PEUT 15 5 FREERUN j 1 6 a 17 17 v 08 gt IC3A01 a 19 09 e TDA9855 _ 60 GND e o 232 1 GND 4 0 4 0 4 0 4 0 4 1 4 1 J 42 4 4 5 24 4 0 4 1 3 01 m C307 sv 50V 25V 8306 25V 3 12 5 317 fogat 3419 23620 912 05423 324 83426 1 5600 K 033 220 45 18 16V soy 50V 50 16V 18V LI 50V 25Vzz 100 09 3 5 SL K lu K lu 104 108 lie 47u R3A13 NP 4 65 55 GND k 8200 RAIS 2 RI 15K 83421 D 66 NTSW R3A07 pe 67 67 KIL 2 2K 047 T 68 L 69 58 3DRST GO M GO cc GD GND 85 Q3A01 Q3A02 52 62 C_30NR 28024 12K R S 28024 12K RS 2 250601 1 4 1 250601 1 5 LI ASAD 4 98 CSYNC 35 5 69 GND R3A02 I 2 2K EF 4 9v 4 4 MAIN Y MAIN C CD e 1 e 5 o o F o o El Z Fal Vo A al elal al al 5 Ba l al al al a amp 5 a 9 aa a s 25 CONTENTS 721 gt 5 1 E 2 E 3 JCA 9 MC 4516 17 9 1223 2053 E 2 E 4 E 5 E 6 E 7 E 8 E 9 0 mere 5 Oo OT Fr W5
30. Gr 1 3 R7EB7 07 21 105 8780 F 4JK R7E89 F 22K F 330 28024 13K4Q Q7E23 0703 C7E68 Q7E25 R7E62 471 e 63V 2SA1037K Q T 100 8788 y 105 C H 07 20 R7E72 6 G SER 28024138 0 22 SIE 2 LF7E02 R7E64 R7E76 8781 E249 07 58 2 R7E68 C7E55 F 6 8K 14MHZ 880 2 11 ZE 837 N R 2 C7E32 R7E63 R7E65 105 C R7E75 C7E58 100 F 510 F 1 3K 820 7 01 8 2 amp 6 5 2555 1 1 i CONTENTS WS 55807 a a 2 gt se z 322382 8 S 5 BLOCK DIAGRAM WS 65807 000000 S CLAMP ijja WT 46807 WS 55857 PG 4 TERMINAL WS 65857 5 SIGNAL 1 1 0 WS 55907 PG 6 SIGNAL 2 MICRO WS 65907 X ALL OPEN ENDED CIRCUIT PATHS CONNECT TO THE 2HDW 2 SCHEMATIC PEZ SIGNAL 3 VC SW 15 75912 PG 8 3DYC PG 9 CONV GEN JUNGLE PG 10 CRT CONTROL AI SVM DBF 11 2HDW 1 PG 12 2HDW 2 13 2HDW 3 5 14 BITMAP 1 PAGE S 11 15 BITMAP 2 11 13 15 16 03 3
31. Input Terminal Video Input On Screen Display 16 Character Position Measuring Instrument Range Input Terminal Video Input CIRCUIT ADJUST MODE Activate Function Item VIDEO Adjust Data ADJUST Save Data Purpose To set the Lens position for optimum focus Symptom Poor focus Note This adjustment must follow item 6 Electrostatic Focus Perform this adjustment for RED GREEN and BLUE monochrome pictures Supply a VIDEO signal Monoscope Cover the Red and Blue Lens producing a green raster Adjust the Green Lens for best focus at the center of the Monoscope pattern Note Attach a white paper to the screen center During adjustment SCREEN observe the picture on the screen from inside for easier adjustment Repeat Steps 2 and 3 for the Red WHITE and Blue monochrome pictures Purpose To position the character display horizontally Symptom Incorrect display position Supply a video signal to a Video Input Enter the Adjustment Mode HR function Adjust so the width of A and B are equal as shown below Save data and exit the Service Mode Page 39 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Conv Defl Purpose To preset data controlling raster geometry 18 Geometry Preset Symptom Raster distortion ee Note This procedure is usually only
32. MB40C958VPFV IC7604 C74HCT574AFW a a C01 602 C03 C04 C05 C06 C07 DMPXCLK C7651 1 87674 KRK C7637 7 01 ZZ 63V 22 63 25V Ike 1 107605 C74HCT574AFW a a 87629 330 07607 07622 28024 12K Q 87630 RAN 87631 560 87643 1K 07610 2SA1037K Q R7G42 ROA 07604 ZI 63 47 105 C 87649 330 07612 07624 28C2412K Q R7650 RA x R7652 87651 560 5 167608 ELKE103FA ASV LC7609 ELKE103FA CR OUT HDOUT DMPXCLKB DACCLK HD VD YS FP SDA SCL cs CLK D OUT D IN ALL OPEN ENDED CIRCUIT PATHS CONNECT THE 2HDW 2 SCHEMAT IC 107615 07614 167613 07612 167611 107610 67607 67008 167605 107604 67603 107602 107601
33. Tm Top View Figure 5 8 Adjustment procedures after replacing the CRT s CRT Cut Off White Balance Adjustment e Static Convergence Adjustment Dynamic Convergence Adjustment Page 21 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 ELECTRICAL ADJUSTMENTS Note Perform only the adjustments required Do not attempt an alignment if proper equipment is not available Test Equipment Oscilloscope Unless otherwise specified use 10 1 probes Signal Generator both SD and HD capable Frequency Counter Direct Current Voltmeter Direct Current Power Supply Multiplex Audio Signal Generator Direct Current Ampere Meter Test Signals A Monoscope Signal When called for use the NTSC or HD 1080i monoscope signal shown B Color Bar Signal Use the color bar signal shown V below unless otherwise specified in this manual LN Monoscope Signal 100 75 40 1 3 40 1H Split Field Color Bars 10096 window Initial Setup A Option Menu Setup Follow the steps below for the initial set up MENU 8 2 7 0 1 Select the MENU display by pressing the MENU button once OPTION MENU 2 Press the number buttons 8 2 7 0 in sequence to Initial select t
34. bi H 28C1740S R S K 220 K 2200 K 56 a 022 i D5A01 MF 12 0 2SC3311A R S t MB 5A08 152076 5 58 5 59 R5A15 C5A21 5 20 2 22K 18247 10M UNS enu IK 02 47 bi C5A03 x 05 15 MMF WA MB K 470 T HB MB 182076 05 36 R5A56 KH 05A14 19247 10M 120 1820764 5 04 C5A01 I 182076 19247 10M 01 R5A04 25460 094 08 HV ADJ 19247 10M 05 37 s 85 90 5 16 MMF FAK 2 7 M H SOAS 28017 408 R S ARN va x 2803311 86 05435 4 34 OH 17 VPULSE CAL 1820764 11 4704 18247 10M OHO 2 5 BH 5 HPULSE 85 19 BIH m SCL5 85 11 F 470 1 165 01 1 4 LA6324N BHG R5462 0 85 29 wawww 100 8540 22 HKJ 5 33 T5A32 Q5A34 100K c L9D01 E TH8083T 2 92 8 2SA1358 Y 5 SS35V 45022 LI XRAY 2SC2603 E F HU 113 728C 17 408 R S 926 3 4 5 RAM R5A31 8536 R5A37 4 15K OH 10 HORNE QA S 3 3K 100 240 1 2 1 2 85 33 430 ET 09001 OHO 470 MB MB 93 8541 AC125V 250V Q5A32 C5A39 R5A45 39K 1 OH 8 C5A23 33 2SC2333 M soov 12K 1 2W C5A30 4 3 MMF 4 3 8 104 L FORMING K 560 M 0 014 DHG SCP 50 MB 161 SS35V 45022 EH VTIM 85 30 5 R5A35 C5A43 DE 02 L9000 B 180 2802655 0 Y J1 ZZ 150 28 1 28 S10A 5 5 192 125 7 me lin 4 OHA HD 1
35. 0 8 8 in Q amp 14 Bp gt n N Q9A54 8 R9A83 8 181188 5 69483 D9A64 1 gt 1 NI lt mi 5 m 2 Wf x 3 E 5 rum 413 gt 5 v 8 RIAT5 8 7 89 31 D9A65 9 ma 1 89653 9 06 es lt FAVA 9 37 5 5 89566 2 A 9 05 f s KON ge 9 22 8 0 DAI 89134 ET 285 Je T r 29 si 5 9 32 WRIA w w aia er gt 86 OUS g E R9A32 om x amp 5 9 0 P 8903 3 J out 9 30 52 L9A22 ac s x 5 55 3 A 3 LLI z a a 2 D9433 cong 5 NS g ES 51 118 lA L9A24 2 8 8 i g e 5 1 CEP wp U S hr 1 3 dl z la 03 5 21 5 mra 5 E 18 S se T fefe C9A36 E ub ul 5 2 5 2 PM Z R9A39 u E ro a_i 5 fa u 000 M 2 le 5 kal ENSE C9M3 gt lt m OR p 2 C9M2 5 vi RIAA D 5 8 ail 2 B gt o PCB TERMINAL
36. 1 8 4 27 74 UNES Cae 4 e 82 090 8 D5A12 1 1 5 2 A36 101 Me ur DE C9008 16 ne 7 1C4B01 EB zm rm O m 32 m 1C5A01 G4 BS DUM 50 H PE Dede Mia RS lt 051 DE RAS 19 03 M g 5 19000 7 I L1 158 808 EA 8 A m m R4B27 E 4 H S 8 480 E5 T 4 21 2 Ay ume E 1 L SEMEN N JE e FC9D00A 090008 Ty p 25 A4 gt 5 5x8 8 P L5A33 83 2 15651 k e eA ba 152 e ipea F2 NI 9000 H6 a b 1 oo 21 0901 39 9 e TATI Ei 2 4 0 E 4 d 05402 v MG F3 lt o 56 5404 04 05405 F4 I 5 4 p 1 8 GA 8 L PCB SIGNAL COMPONENT SIDE XXXX
37. PAGE 60 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Part Part Name amp Description Ref Part Name amp Description C8D38 C8D39 C8D40 C8D41 C8D42 C8D43 C8D44 C8D45 C8D46 C8D47 C8D48 C8D49 C8D50 C8D51 C8D52 C8D53 C8D54 C8D55 C8D56 C8M01 C8M1 C8M100 C8M101 C8M14 C8M16 C8M21 C8M22 C8M23 C8M24 C8M30 C8M36 C8M41 C8M44 C8M45 C8M51 C8M70 C8M80 C8M81 C8M89 C8M91 C8M93 C8M95 C8MF37 C8MF47 154P335010 154P333030 154P332030 154P335010 154P333030 154P332030 154P335010 154P333030 154P332030 154P335010 154P333030 154P332030 154P335010 154P333030 154P332030 141P139090 154P333050 154P331010 141P133080 141P139030 181P500030 141P139030 181P500030 141P139030 141P130090 154P332070 141P132010 154P332070 141P132010 141P139030 141P139030 141P139030 141P139030 181P500030 141P139030 141P139030 141P139030 181P500030 141P139030 141P139030 141P139030 141P139030 141P139030 181P500030 C8MG14 141P139030 C8MR00 141P139030 C8MRO1 141P135000 C8MR14 141P139030 C8N05 C8N06 C8N103 C8N104 C8N107 C8N122 C8N124 C8N128 C8N13 C8N130 C8N14 C8N151 141P132010 141P132010 141P132010 181P500030 141P132010 181P500030 141P139030 141P139030 181P500030 141P139030 141P139030 1810520010
38. R7H04 R7H05 C7H22 7809 7H10 7H11 0 0 7 21 2 z 0 0 4 4 i 4 4 4 5 8 17H04 M51957BFP 7 71 47 e D3 3V M R7H70 47 Q7H10 7H29 e ASV 28024 12K Q 2 E C7J40 5 pa 8 LC7J04 PIN OMPXCLK 47 17838 D3 3V 10MH K DMPXCLKB I C7H88 4 C7H87 C7H86 2 01 47u 7 01 65 65 64 9 68 62 61 66 709 08 907 08 63V e lt 105 C E 5 lt lt DACCLK 87 31 5 5 5 gt 1 ADCLKA z 8 DACCLK 75 n HDDUT vin 2 AMPXCLK 0 0 us 0 0 voouT ROW 4 NCE CONF_DONE 5 GND vecs C7H70 P dk iii 6 605 R7H56 10MH K 7 YS BUS 500 C7H71 4 7841 838 MCLPOUT AM 05 uyt i DSV 8 KN L7H40 T 105 C FPOUT 10MH K L7H41 9 SCLPOUT BUS 107808 pe D QUT C7H62 C7H61 R7H42 5 10 808 RA C7H91 TLC2932 IPW 4 6 3V 2 01 D IN Z 01 22u T 5 11 IC 7 H 7 SDA 67894 4 07885 105 C cs 2 01 ZZ 63V 12 cs NNN ii 10 100 13 S LA402 SCLK KIRA CLK 105 C 10 5 CLKB iy 15 TESTP6 HREFB e is je e l 16 ADCLKB HDOUT_B BURA VCOGND 11 87 12 107805 TC74HC221AF 2 17 BMPXCLK VCOINH BURA TS a L 8 18 BMPXCLKB PORTI 68 e I 4 LC29321PW IC7H06 19 CLP INB PORTO 67 C7H73 R7H81 e MAIN VD 50V R7H51 3 L7H31 47 ENDE DATAIND 69 R7H40 1 Fx e 1
39. PCB MAIN Component Side REAR MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Audio Circuit Purpose Check the input signal level to the MCS circuit 1 MCS Input Level Symptom Distorted sound during a stereo broadcast Measuring Supply an RF MCS signal to the Ant A input 300 Hz at 100 modulation Test Point 25 kHz deviation for right and left channels TestPoint connector JApins 6 amp 8 Connect the oscilloscope to connector JA pin 8 Main Tuner Right Audio Ext Tigger Enter the Adjustment Mode and select the Audio Function FET Verifv that the Audio Function items are set to the data values given the Stereo Set the data for Item 1 INP for 1 56 Vp p 0 06V ormer Connect the oscilloscope to connector JA pin 6 Main Tuner Left Audio that the left audio level at pin 6 of the JA connector is 1 56 Vp p Note Adjustment 2 Stereo Separation must be performed after this adjustment CIRCUIT ADJUST MODE Activate AUDIO Function Function Item No VIDEO 1 INP 7 Adjust Data ADJUST 3 WDE 16 Save Data 4 SPC 16 Audio Circuit Purpose Check stereo separation 2 Separation Symptom Poor stereo separation Measuring Instrument Oscilloscope Note This adjustment must follow Adjustment 1 Input Level Test Point Conecto
40. 3 17818 10MH K 0738 107803 MSM534031E a lt 1 01 033 L7H60 C7JBHH K 03 3V ji gt 7800 T M 1 j 10MH K C7H47 C7H46 C7H45 C7H41 L7H19 7 01 1 01 1 01 2000HM X7HO1 1 0507516 e o ck de EAN 8 z e 80 000MHZ T 7 H e e e 2 imi c to CN 6 3V 9 ge S 9 9 e 8 C7H44 C7H43 105 C a c a el 6 ef a 6 3V 2 01 47u T 105 C 5 5 9 n 3 7He3 A7H22 R7H18 7H19 7H20 a G lt lt lt lt lt lt NI e a o a ol o 22K 22K 22K 22K 22K 8 3 Sl 3 3 3 9 2 2 4 a gt lt lt lt lt lt L 8784 SOCK REA 156 154 53 152 DOW BOMME 138 37 5 2 87 tes fed OO OD 7 116 115 DOE 111 110 109 10 9 107 106 9 10
41. 47u 2 3 4 2 9 0 220 86845 Q6M02 6 42 50 copie 12002 82021 10K 28024 12K R S 16 Kor 10MH J 322522 220 2860141 5 10u yt 02008 6 44 Q6M01 18 03 82028 3 BLM21P2215 82030 T 2SA1037K R S 4 V 0 82029 82023 cenit 62010 2020 6 43 R6M42 2 7K 02014 22K R2022 100 100 2K R S 470K 3 3K C6M41 2 01 F 240 CH CH i 1AI R S R6M49 LI 4 06 03 06804 82027 22K cH 50047 16V 2 01 CSB500F2 41 gt 162604 1111 02014 28C2412K R S D GND 8 t 1 f 82033 2050 82048 SAT I genes 220 22 120 82038 ROA 9 une RED i 474 1K 82040 3 Na vec ar FA 2 02016 50 12003 82035 02021 02022 02024 104 10MH J 322522 F 240 16V mr 16 mm 2 01 2SA1037K RS 02015 AN 104 82047 T 0 I MAIN C 82037 02018 62015 82034 02017 82045 F 15K 82036 100 470 2SA1037K RS 2 F 240 cH CH MAIN Y C2018 2044 100 F 240 cH gt nr 07003 L4931CDT33 TR 1 IN OUT 3 END 62021 7 01 2 ZZ 16 au E gt 9 9 T el Ex D Q Lo un 5 5 5 2 gt lt 24 LU gt e gt 33 H DIAGRAM Wi L mm 1 E 2 E 3 JC IG E G JAG E 9 MOH 15 8 16 8 17 8 8 19 20 2 822 3 824 822
42. BYV26E 182075A 50 ON sat BHL RVL 2 SARS 280 409 88 2863311A R8 STR G6632 2 pon us nangi 28017408 RS dE IC9A20 D9A22 L9A20 LF2517A 3 3K 09 32 2803311A R S 150 150 152076 CORE FERRITE EQAQ2 11B i CH CH H bi 07 07 ACOFF C9A36 89 28 R9A37 08048 gt 88087 19423 89 38 2 2K K 820 09423 89 23 22MH K 9895 100K 8 08044 08043 R8062 22k 08047 88066 88085 08046 152076 33 K 470 K 820 K 820 K 820 K 820 I 17 500 L9A24 Q9A23 2 2K 2 2K 2 2K 2 2K 22MH K 9 9 5 PHP21N06T 5V 4 09 33 7 ir FMBG14L 09 37 09 38 C9A40 R9A39 00 09 42 24 3300 3300 10001 22K 170 16V ZZ 1004 16 16V 16V 16V R9A20 R9A25 152076 ARE PERLE 3 3K 3 3K T 4 Bar R9A40 89 26 D9425 470 680 152076 PC9A20 R9A27 4 C9A25 0N3131 R ON3161 R 8019 2 88003 883 88035 2 39 K 470 680 330 330 330 330 330 330 R9A41 R9A42 l i MB i i 1K F 6 8K pi 1 4W 5 D9A26 MB X 28 182076A e 5 5 a C9A43 R9A30 m 1 2 2K x 1c9421 E 89 44 89 43 F 4JK F 56K NJMABIL 24 1 4W 1 4W MB MB A 89 50 10 E CSC 1 1 210 50 CGND 0G 1201 0 M KO DC WHO er HO 1520764 12V COSDR 2 3 09 66 3 HO can Or 12 8 HO 2 R COSDG 0 3131 0 3161 ee OHO 095 0 180
43. C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B16V 0 47M K B16V 0 47M K B16V 0 47M K F50V 0 01M Z B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K F50V 0 01M Z SL50V 220P J F50V 0 01M Z F50V 0 01M Z SL50V 220P J F50V 0 01M Z F50V 0 1M Z F50V 0 01M Z SL50V 220P J F50V 0 01M Z F50V 2200P Z B16V 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B50V 0 1M K B16V 1M K B16V 1M K B16V 1M K SL50V 100P J B25V 0 1M K B50V 0 1M K B16V 1M K B16V 1M K B16V 1M K B25V 0 1M K SL50V 100P J B50V 0 01M K B50V 0 01M K B50V 0 01M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B50V 0 01M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 181P124040 141P139030 141P139030 181P124040 141P139030 141P139030 181P124040 141P139030 141P139030 181P124040 141P139030 141P139030 181P124040 141P139030 141P139030 181P124040 141P139030 141P139030 141P139030 141P139030 141P139030 154P329030 141P137060 141P139050 141P134070 141P132000 141P134070 141P13
44. 2 E 5 32 0000000000000000 PA ser T I EL T E bg 0 E Dur DN m 8465 4 A 66 Go HERH 50 niihi in at E 26 H at l 8 67 52 DD x x x x PCB BITMAP NOTA RE m G Y EU Mal pa j AER 5 Su 27288 V ge i di RE SE TE P _ l E 2 peg me 5 8 mi its 2 um 4 t r 5 3 2 E 2 1 Weg i B 211A375 il 2 E IR 2 65 l zs i DU ah 8 Eta E JG A ik all 1 55 Sin k so 83 19e ans
45. 210 200 Coarse Conv Skew Y axis rotation 5 5 10 10 Conv Width 15 20 25 5 Coarse Conv Horiz Side Bow Correction 30 30 30 30 Coarse Conv Vertical Position 20 20 20 20 Static Conv Vertical Keystone Correction 115 85 100 85 Coarse Conv Horizontal Tilt X axis rotation 0 0 0 0 Coarse Conv HSTA and VSTA must not exceed 200 NOOR WN CONV BLUE Items 8 2 5 9 5 Abbrev Description Data SD HD Name 46 55 65 73 Horizontal Position Static Conv Horiz Linearity 4240 4215 4240 4220 Coarse Conv Skew Y axis rotation 10 10 Coarse Conv Width Coarse Conv Horiz Side Bow Correction 45 45 Conv Vertical Position Static Conv Vertical Keystone Correction 115 105 115 115 Coarse Conv Horizontal Tilt X axis rotation Coarse Conv HSTA and VSTA must not exceed 200 Page 30 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Adjustment Test Point Locations FRONT PCB CRT Component Side TP6R PCB 3DYC MD PCB CRT G Component Side PCB SIGNAL Component Side TP6G PCB 2HDW Lom PCB CRT B Component Side FRONT REAR PCB JUNGLE PCB DBF
46. 32 Audio O71 col oed e a 32 High Voltage Regulation acted ee ene oe 33 Main Sub Y Level EROR AR RU D I 33 Side by Side Sub Picture Tint ps 34 Side by Side Sub Picture Color Nt 34 ERT CUO met a eed rd e 35 White Balance NTSG 35 White Balance HB eee tac cedi entered 36 Cb Op OffSelio e das 36 Bek Loval qia 37 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Sub Contrast oco a SG RR Er EUER 37 Dynamic Focus Preset scie einen ret ehe 38 Ele trostati FOCUS Em 38 Lens FOCUS e aga aaa aaa 39 Character Position 2 e S A a 39 Deflection Convergence Geometry Presets pp 40 Deflection Circuit Geometry Adjustments Ne 41 Convergence Circuit Geometry Adjustments Ne 42 Centering and Static 43 Coarse Convergence Adjustments a 44 Fine Convergence Adjustments nme nnne entren enne 45 CHIP PARTS REPLACEMENT iii iii i 46 REPLACEMENT PARTS Parts Ordering Liu ii tie e aee ee dle Le Pa 47 Critical and Warranty Parts Designation 47 Parts Tolerance Codes ir ER aed ee Leve aa 47 Quick Reference List
47. 9338 88 2 AKB BUFFER 06803 RD3 3EB1 CONTENTS WS 55807 PG 1 BLOCK DIAGRAM WS 65807 WT 46807 PG 3 POWER WS 55857 TERMINAL WS 65857 SIGNAL 1 1 0 WS 55907 P SIGNAL 2 MICRO WS 65907 PG 7 SIGNAL 3 VC SW WS 73907 PG 3DYC CONV GEN JUNGLE CRT CONTROL AI SVM DBF P 2HDW 1 2HDW 2 P 2HDW 3 BITMAP 1 PAGE S 10 P BITMAP 2
48. C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP 50 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K 50 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K 50 0 01M K B25V 0 068M K B50V 0 01M K B25V 0 1M K B25V 0 1M K B25V 0 1M K SL50V 150P J SL50V 150P J B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K 50 0 01M Z CH50V 22P J CH50V 22P J B25V 0 1M K Ref PAGE 55 Part 141P139030 141P139030 141P132010 141P139030 141P139030 141P139030 141P139030 141P139030 141P134070 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 154P332070 154P333050 141P139090 154P333050 154P333050 141P132010 141P139030 141P133080 154P333050 154P332070 154P333050 141P133080 141P139030 141P137080 141P134070 141P134070 141P134070 141P134070 141P139030 141P134070 141P134070 141P139090 154P331010 141P139030 154P331010 141P134070 141P134070 141P134070 141P134070 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 141P139090 141P132010 141P132010 141P139090 141P132010 141P132010 141P132010 141P132010 141P134070 Part Name amp Description C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP
49. C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B25V 0 1M K 50 0 01 B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B16V 1 B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K CH50V 47P J CH50V 100P J 816 0 47M K CH50V 100P J CH50V 100P J 50 0 01M K B25V 0 1M K F50V 0 01M Z CH50V 100P J CH50V 47P J CH50V 100P J F50V 0 01M Z B25V 0 1M K B50V 0 047M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B25V 0 1M K B16V 1M K B16V 1M K B16V 0 47M K CH50V 10P C B25V 0 1M K CH50V 10P C B16V 1M K B16V 1 B16V 1M K B16V 1M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B16V 0 47M K B50V 0 01M K B50V 0 01M K B16V 0 47M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B16V 1 MODELS WT 46807 WS 55807 WS 55857 WS 55907
50. DU NE PROG ii p 2 gt PCB SIGNAL SYMBOL ADDRESS SYMBOL ADDRESS 0203 4 0203 04 02004 4 GAOT C3 D7C03 H5 Q3A02 C2 D CO04 H5 04 51 D C06 66 06 04 51 07 07 66 Q AQ1 Q7A02 Al C2X06 F C2Y01 D5 07802 67 C2Y02 D5 07810 14 C3AQ1 E 07862 J COMO 62 2 00 J 6P90 62 2 002 J C7006 08 07003 9001 07004 H7 9002 E8 cocos 12 PoB35 Je 2 28 B L1A06 C3 Pevea B 1407 C3 Pev4g Pavol HI L1B07 C1 2 78 G3 L1B08 1 F6 1313 01 P7A02 F6 L2W02 3 F6 2403 J8 TP A04 6 2104 B P A05 C6 L2W 6 62 P7A06 C6 2301 8 P7AO 2304 F3 8 L2Y03 C5 TP A09 8 2 04 4 L206 5 01 L2Y07 B5 TU1BO1 L3A37 C3 LOMO FI X3A01 D3 L7A32 16 X6P26 F3 L7A4 7 X7A01 J6 L7A77 16 828 68 L7B4 H L7CO 7002 J L7C PJZAQO A PJNP Q2V59 12 02176 63 02177 Genie G3 02301 8 Q2X05 G3 Q2X06 F 2x07 63 02 08 p Qevol 04 0202 C4 XXxX X PCB POWER
51. DVDLV i 52 5 5 2 g W 1 ER IC2X08 5 1 K i TP2VBB 8266 E lt MAX4583CSE R2X45 2 3 100 43 5 5 15 li 102 06 5 66 39 58 C2v67 02 38 27K 02810 R2W26 2 2 27 2 R2W28 10 9177 C2X47 lt 2 46 TP2V67 16V ig 16V 2 01 15K 15K 15K 22 fae 50V 450K E 3 4 K 47 100 10u C2V68 67 68 SL 7 OL TP2V68 16V m TP2V37 TP2V35 R2W20 K 47 68 67 AKA 92 02738 28024128 OG isv 24 2 gt 49 3 3 47 82 8 2 01 25 0249 Sen 69 ia 1 59 D A 27 270K 90 4 i 8249 23 2407 02408 5 cave C270 ies 28M1252 5 6 25M1252 5 6 Cb IN 16V 2 01 85 i i 62 50 R2X50 17 2204 IREF YC IC2V00 GNO OUT 64 4 5 150K 8233 ju pi el rm 99 03 voo SIGNAL CXA2101AQ 63957 AX HPULSE1 E 560 ME 25V MULTICOMPONENT PROCESSOR 27K E A 7 Y Jum 02V76 224 ll 2403 SELCR IN 62227 AXA es 412 4 25V 8231 je C2W05 lat 1 24 0 8 SCP 2 7K 25V C2W06 EE IF 74 SELCB IN Fy at 2566 n 1 24 8 9 C2W03 l l MTA caus 22 5 1 75 SELV IN vec ouT 80 t 25V a ZZ 15 25V ae 82729 K 1 4 02 04 82 17 0209 47 42 42 053 40 2 80 ZZ jy 120 ES 76 SELV DUT 9 220 82807 f 82915 M R2X22 T 100 8 100 3 6 0 48 VD L TP2X03 ay i 27 stt
52. RONI24 gt RBNI22 RBN115 RBNILI 22K 22K 22K 22K BS R W IRQ o 114 a d a 3 8 9 a d a 3 8 9 8 8 B B Tm ig 330 qx C8N157 ue S 22 4 4 CH CBN154 IC8N153 ICBN152 C8N151 K 01 25 63V F 75K V 22u d 3 22 j a lt lt lt 4 lt lt lt 2 z g a a z amp 5 amp 5 5 5 5 8 3 9
53. SYMBOL ADDRESS ADDRESS AG9000 5 GA GAB 04 1 04801 5 Qo J 04802 Qai C 04803 5 5 M lt w 5 51 wv B 04804 AG M 5 4 5 T DADI O 054 5 M 51 sko QM 2 pw 85 AB DO E ql M DAU 5 7 to Oe 7 f 471 17 6687 o M f SESS Bt oe 4 k 9 666 0 9 mar amp g 8 2 5 50 888 e D5A33 03 9000 lt D5A35 E3 1 8 i 5 D5A36 5 31 08 12 BE J 05451 02 40 4 f 05A51 3 4 3 pee 62 P d 3 2 f cM 5655 41 LLI D5A53 63 Wa 2 D T E 05 39 SEBA Kx T IC5A00 r4 f 3 8 Hilli 05 54 G2 JA 52 B 4 nh 48 _ DASS TP2 1 05 D5A56 53 M Oh 9 KID 057 0 Wh a 99 7 gt FL 55 1 i i Y 05 58 J4 1 WL 1 em Gene 191 AO M d gt 004 11 TITU 60 5 YE oce fen B Ms Da 1 inc 25 2 T C5A23 5 ITIIIINI r SSE POPS 500 03 F5
54. lt lt CJ CJ 03 HV ADJ SDA5 VPULSE GND HPULSE SCL5 N AC SC VT GN e U lt in a 63 5
55. molding clips varies between models top and bottom or sides Use the appropriate disassembly procedure given below Note Wear gloves when handling the DiamondShield to prevent finger prints Top amp Bottom Molding Clips Side Molding Clips 1 Gently insert a small screwdriver between the 1 Gently insert a small screwdriver between the DiamondShield and one end of the clip to DiamondShield and one end of the clip to pry the clip loose pry the clip loose F 2 Remove both clips by pulling them toward you 2 Remove both clips by pulling them toward you 3 Carefully insert a small screwdriver into the 3 Carefully insert a small screwdriver into the gap at the top center point of the Shield and gap at the side center point of the Shield and pull the Shield slightly away from the unit pull the Shield slightly away from the unit Place your hands at the points shown and Place your hands at the points shown and gently bow the Shield toward you and remove gently bow the Shield toward you and remove from the unit Then re install the two clips from the unit Then re install the two clips 2 DiamondShield Installation Procedure See the Parts List for DiamondShield part numbers To install the DiamondShield reverse the
56. 1 0 21057 us HV RETURN 05 33 F5A00 5 65 GND 5 5 53 20 WFeVZ6 1500 P IN4 JPG igo 6 6 8 2 1 2W T5A31 J T 1 R5A86 R5AQB x R5464 23V p p H 05 11 24V 12K 12 WFEHORDRIVEBASE JPG C5A66 1006 ZZ 1 28 71 C5A41 3 C5A40 00 1004 25 500 16V x 10004 K 560 10 8 5 0 850V H R5A88 R5A87 x e NP NS OH 1 H 55 D5A02 R5A12 Y if T 1 S55000 EM 1Z 1K OH e L5A34 5 44 Er ERB12 02RK 8 2MH 15 2 4 K OMD p IC5A05 b 5 OMHE DF 1 8 10 1 12 8 05 31 ii BA 5 42 gt 85 89 05 31 9 2 16 F 27K WFeHOROUTCOLL JPG 2 2805418 RL BE 4 C5A13 47u 1 4 007 41 4 16V HTR GNO MB 113V p p H 930 8509 OHG 100 i 1 1 A 39K OH A Q4B01 5 31 15 31 5 36 33 5 14 2SC1740S R S 1800VHP HF40BHZ 3X5 250V 1 4W F 36K OH 2503311 86 1500 22 1 4W MPP MME B I 50v 84824 Iks M 5308 AS H 22u 0 1800VHP 7 Av 04810 3300 25C2230 GR 50V jpe 427 R4B25 C5433 85 29 1K 1800VHP 22 E 7 3300 19 04804 R5A21 1K MPP 8 R5A05 D5A13 520764 05412 27K C5A22 D5A34 RN 1 87 10K EQA02 05C 15247 10M 152076 05438 I 474 EQA02 05C C5A34 5 35 805 181 15247 10M 50 RD5 IEB1 500V 85 38 5403 5 0
57. 235678 235678 235678 235678 Ref Part 4 432P089010 432P089010 432P089010 432P089010 432P089010 432P089010 432P089010 432P089010 432P089010 432P089010 189P078010 242D483020 2460351030 330P276010 338P046030 338P046080 338P051010 338P051020 490P 174010 490P 174020 490P 174030 490P 174070 490P 174080 490P 174090 490P 195010 490P210010 490P210020 4496141030 4538035010 4538035020 4538035030 4538035040 4530021030 480 053010 480 057010 480 058010 5896062010 6220065010 6220076010 6420340010 6420352010 669D514070 7670031010 7670048090 7670055040 7670055050 9202016010 AG5K00 2240019040 F5A00 F5A01 F9A01 F9A02 F9A03 F9A04 F9A05 F9A06 F9D00 K9A50 PAGE 62 283P043060 283P043060 283P044010 283P044020 283P043090 283P043090 283P043090 283P044010 283D131040 287P049080 Part Name amp Description SW KEY BOARD PUSH ON 235678 SW KEY BOARD PUSH ON 1 amp 4 SW KEY BOARD PUSH ON 1 amp 4 SW KEY BOARD PUSH ON 1 amp 4 SW KEY BOARD PUSH ON 1 amp 4 SW KEY BOARD PUSH ON 1 amp 4 SW KEY BOARD PUSH ON 1 amp 4 SW KEY BOARD PUSH ON 1 amp 4 SW KEY BOARD PUSH ON 1 amp 4 SW KEY BOARD PUSH ON 184 MISCELLANEOUS C M PLA PP 200V 10M K TWEETERCAP 3 7 IR EMITTER AC POWER CORD DEFL YOKE SVM COIL ASSY G amp B SVM COIL ASSY RED SVM COIL ASSY R amp G SVM COIL ASSY BLUE LENS RED LENS GREEN LENS BLUE LENS RED LENS GREEN LENS BLUE LENS ALL C
58. CONTENTS WS 55807 BLOCK DIAGRAM WS 65807 MAIN WT 46807 G POWER WS 55857 PG 4 TERMINAL WS 65857 P6 5 SIGNAL 1 AV 1 0 WS 55907 SIGNAL 2 MICRO WS 65907 PG 7 SIGNAL 3 VC SW WS 73907 PG 8 3DYC PG 9 CONV GEN JUNGLE 10 CRT CONTROL AI SVM DBF 11 2HDW 1 PG 12 2HDW 2 13 2HDW 3 PG 14 BITMAP 1 PAGE S 15 PG 15 BITMAP 2
59. CONV GEN 3DYC JUNGLE COMPONENT SIDE PCB TERMINAL CONV GEN SDYC JUNGLE NXXX T 780 ARES SNL JALFES 0841 HB 10845 G4 eee mhi Pp De BI BA E cs B pp Bl Cl IG 200 02007 2205 I IFRMINAL mo Bl PPI 6 met 81 PA 25 8 PB 6 08003 61 PO 7 0904 PJO 8 H6 C4 2003 G 07001 2004 G8 9 06 02066 g 201 Quy 6 HA 06 F5 HA 07 F5 8602 63 080 H F CBA G4 QMP G 80 8001 H 0840 64 6800 H 0800 61 GM3 0800 Gl 68004 6805 X203 68005 X66 68 08007 Gi 08009 C2 800 1200 H7 200 67 jJ b 22 amp gong J 9221 EN CONSE 12003 65 J 84222222 Y 204 ieu 25 246 5 225 6 12 85 1277 Lande EA Leos 18 18 00 19 18 01 3 L8A04 HB 902 dm 1904 Gi 1900 Gi 108 21 64 108422 64 108 23 64 PCB TERMINAL CONV Z 3DYC JUNGLE SOLDER SIDE
60. Extra precaution should be taken to assure correct lead dress in the high voltage area Where a short circuit has occurred replace those components that indicate evidence of overheating X Radiation warning The surface of the cathode ray tubes CRTs may generate X Radiation so take proper precautions when servic ing It is recommended that a lead apron be used for shielding while handling the CRT Use this method if possible When replacing the CRTs use only the designated replacement part since it is a critical component with regard to X Radiation High voltage must be set as prescribed under the section titled Electrical Adjustments Leakage current check Before returning the receiver to the customer it is recommended that leakage current be measured according to the following methods 1 Cold Check With the alternating current AC plug removed from the AC source place a jumper across the two AC plug prongs Connect one lead of an ohm meter to the AC plug and touch the other lead to each exposed metal part i e antennas handle bracket metal cabinet screw heads metal overlay control shafts etc particu larly any exposed metal part that has a return path to the chassis The resistance of the exposed metal parts having a return path to the chassis should be a minimum of 1Mega Ohm Any resistance below this value indicates an abnormal condition and requires corrective action 2 Hot Check Use the circuit shown below to perfo
61. F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 47M M 105C MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Part Name amp Description Ref Part Part Name amp Description C7H43 141P133080 F50V 0 01M Z 141P133080 C CER CHIP F50V 0 01M Z C7H44 181 520030 6 3V 47M M 105C 141P133080 C CER CHIP F50V 0 01M Z C7H45 141 133080 F50V 0 01M Z 154P323080 C CER CHIP SL50V 120P J C7H46 141 133080 C CER CHIP F50V 0 01M Z 154P323080 C CER CHIP SL50V 120P J C7H47 141 133080 F50V 0 01M Z 141P135020 F25V 0 47M Z C7H48 141 133080 F50V 0 01M Z 141P133080 C CER CHIP F50V 0 01M Z C7H49 141 133080 F50V 0 01M Z 141P135080 C CER CHIP F50V 0 1M Z C7H50 141 133080 F50V 0 01M Z 141P133080 F50V 0 01M Z C7H51 141 133080 F50V 0 01M Z 141P133080 F50V 0 01M Z C7H59 141 139030 B25V 0 1M K 172P262050 C M POLYESTER 50V 0 1M J C7H61 141P133080 C CER CHIP F50V 0 01M Z 141P1
62. WS 65857 WS 65907 WS 73907 CABINET DISASSEMBLY FRONT VIEW WS 55807 WS 65807 Refer to the Parts List for Part Numbers SCREEN ASSEMBLY SPEAKER GRILLE BON FF Front Cabinet Disassembly Remove the Speaker Grille by pulling forward Remove the Board Front by removing 4 screws a Remove the 5 screws b holding the Screen Assembly Lift the Screen Assembly up and away from the cabinet Page 8 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CABINET DISASSEMBLY FRONT VIEW WS 55857 WS 65857 Refer to the Parts List for Part Numbers SCREEN ASSEMBLY fw CONTROL PANEL SPEAKER GRILLE Front Cabinet Disassembly Remove the Speaker Grille by pulling forward Remove 2 screws a to remove the Control Panel Remove the Board Front by removing 4 screws b Remove the 4 screws c holding the Screen Assembly Lift the Screen Assembly up and away from the cabinet Page 9 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CABINET DISASSEMBLY FRONT VIEW WS 55907 WS 65907 WS 73907 Refer to the Parts List for Part Numbers Q ES COVER CONTROL CONTROL PANEL BOARD FRONT SPEAKER GRILLE S
63. Wear gloves when handling the Lenticular Screen and Fresnel Lens This prevents cuts and finger prints Do not place Fresnel Lens in the sun This may cause fire and heat related injuries WS 55807 WS 65807 1a Lenticular Screen and Fresnel Lens Removal 1 Remove the screen assembly as shown in the Cabinet Disassembly procedure 2 Remove the screws a securing the Screen Holder 3 Slide the Lenticular Screen and Fesnel Lens from the Screen Frame Note When separating the Lenticular Screen from the Fresnel Lens use caution while prying the Screen and Lens apart Use a slot type screw drive and remove the pressure sensitive double sided tape OOOO 000000000 Q e SCREEN HOLDER Page 14 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 SERVICING THE LENTICULAR SCREEN AND FRESNEL LENS CAUTION Wear gloves when handling the Lenticular Screen and Fresnel Lens This prevents cuts and finger prints Do not place Fresnel Lens in the sun This may cause fire and heat related injuries WS 55857 WS 65857 WS 55907 WS 65907 WS 73907 WT 46807 1a Lenticular Screen and Fresnel Lens Removal Remove the screen assembly as shown in the Cabinet Disassembly procedure Remove the Screen Frame top section by removing 4 screws a 3 Carefully grasp the Lenticular Screen and Fresnel Lens combination
64. b ji 25V 25 b 25 b 25 25 ceate cean C8A10 7 01 2 01 2 01 IREF i L l i CMUTE 4 CRST IC8ADO BIASVDD DBUST GENERATOR 88016 88014 88005 88013 88010 88008 88009 88007 88004 88002 88003 88001 CACK naa VK XVDAOUT F 4 3K F 4 3K F 4 3K F 4 3K F 4 3K F 4 3K F 4 3K F 4 3K F 4 3K F 4 3K F 4 3K F 4 3K 4 CSDA VDAQUT mM Mo I 88018 R8D17 RBDI2 RBDIL 88006 88005 680 VDAVDD F 12K F 12K F 12K 12 F 12K F 12K RBALA 470 AD 8845 GVOUT 88058 88057 88051 8052 88044 88043 88037 88038 88031 88030 8022 8024 F 5 IK F 2K F 2K F 5 IK F 5 IK F 2K F 2K F 5 1K F 5 IK F 2K F 2K F 5 1K R8A16 IK 08050 68047 08044 08041 08038 08035 SHVDD 08051 470 470 08048 08045 470 470 8042 C8039 470 470 C8036 CH CH c8027 CH CH CH CH 88019 SHVSS l alka ao lhe 1 47 925 821108 82 on Von F 10K 2 8039 08413 08 6 SHBIAS M T M 10K 120 2 47 120 1 s 3 5 i SL 25 SL 5 f 1 G 0 0 6 1 00 6 8020 gt ai US 21 ux F 2 2K lt Li gt t 88428 108009 108008 108007 08028 100 8080 88056 88050 88049 8804 88040 88036 88035 88029 88026 2 47 5 8K 33k 3 3K 3 3K 56k 1409400 3K 2 3 3 3K 5 8K 120860 5 8K 25V 88021 E
65. 0 28 0 0 12 0 06 0 33 3 3 1 4 2 4 0 05 1 28 2 4 2 1 2743 3 1 5 2 2K IC7A31 R7A33 07 34 Hind p 7 9 7 42 spy K 8 END R7C47 100 12 16V 6 8K 16V Tm 16 K 01 47 m S 1 gu d dues me TEE Da vame MMA 28024 12K R S 8 6 H SYNC 002 5VS T P_ON H_BMP 5 H BMP KG CR 2HDW_YS 87048 DN 10K BLM218272S 4 87 31 GND GND Pe 07608 1 N NISH 127007 HSM2838 3 GND 989 87 32 7831 07 32 87831 L4931C0T33 TR 2 eno 2 TP7A03 TP7A02 TP7A01 000 sov N N l 39 8 your NG t 87882 CH 47u 560 i 1 1 07841 a 07030 07018 GND 1 Y 16V 2 01 16V 2 16V 0707 87824 87826 L lt 7 28 47u 1 47004 47u HSM2838 MAIN Y 07809 150 150 UBL F 27K CR7884 E 2962412 3 5 6K l MAIN Pb 87 09 87815 L E 2 _ B 87843 4 gt 2HDW_PR 22K l 3 02 3 3VSW HED MAIN V ZHDH H 8 8 g 8 j 8 g 9 8 B d sg 4 s s 0 amp d a 3 6 9 em 2096 XV8 55807 3 3VSW HED MAIN H 5 65807 9 63 eno MAIN PR WT 46807 BD GND 0D PH 33 68 42 MAIN PB TP7A04 7 05 TP7A06 TP7A07 97 08 7 09 t 08 3 3VSW GND e 15 15 3 3VSW KIS MAIN_Y sj KD 9v GND
66. 02000 lt O 16V 25 SFE E E E 2031 E 0 0 0 0 0 0000000000 000 0 00 0 94 65 6687 MCB HED GO WFeB Y QUT JPG WFEVZS IC2D00 PINI JPG WFESTA IRSTEP JPG WFECHROMA JPG WFeCOLORBAR JPG 3 3 3 4 X2031 02031 D 2 07V 3 07 t 0 088 p p tH 5 13V t ha 20 000MHZ CH F m ull X6C26 3 579545MHZ C6M29 370 IDI cH C6N26 6 8 ut 15 F 1 5K CH 8 7 6 5 5 8474645 08830 88 29 8 7 6 5 2 E D R2C13 2021 2025 02 1 R2C17 oa o o o az 56 14 56 14 56 14 2 0 2 56 JXA l Q 8 mi 3 7 OOOH OOOO DODD 23 cn amp Eo ime n T COM GOD 06833 gt lt 86831 50 ES d a E 100 4Ju 409 A PED 8 8 8 C6M34 50V 48 u Wu 34 CVBS Y IN 2 63 ADRS 9EH IC6M00 C6M23 2 01 R6M36 CXA20190 SCL5 48 RA 86 SCL een 86 37 16V SDA5 4 337 SDA MAIN DECODER n 47u 12606 COM38 BLM21P2215 C2C09 02008 R6M38 50V 16V 25V 00 42 104 H NP 68 8 16425 BLM21P2218 1 1 69 H SYNC z 7 7 T 7 cecit 0019 R6M35 08803 R6M41 R6M39 8 39 d 82031 25 25V 10K 220 K 4700 25 T 22 C2013 1 1 28 1037 3 09 02009 Ranes SOM poa R6M48 A K 4 n 02007 22K R6M40 08840 9 85028 330K
67. 1 C8M81 18880 15 A23 o D OK o a CEMO a ja o lt eo e 474 REMP7 E 2 5 5 5 22088 8 5 Ng 8 E 16 24 C8501 D gt E e gt 2 685132 25V 9m e e e gt 47u K 1 A15 25 6 3 25 1 08880 1 aa 8 K 4 OKX4 3 128 4 vssi VDD5 33 pd O i m Fine 4 Tm 1 vett vec17 60 3 w 6 i ids xii R8M02 22 2 30 79 8 79 22 A30 10 4 5 2 D 9 R8M03 22 3 29 8 R8M78 22 29 3 21 29 10 5 REMO4 22 4 28 67 R8M77 22 A28 30 9 DRORAS D 8 5 88 05 22 5 27 8 8 78 22 A27 AML D 25 PMAO P82 6 DRIRAS 7 A8 8 25 24421 C8807 vim 4 is 8 1551 VSS12 75 gt ABM74 22 A26 12 2 RRA 7 10 8 883128 0 88 07 22 13 Dr GND 27 PMA22 P80 1 25V 882 5 014 7 15 A26 4 3 aS 5 12 GND 0 88 08 22 8 A14 23 8 73 47 BCH 4 ADA 5 13 28 PMA23 P79 8708410 013 0 85124 0 9 VCC2 BCL 22 RBM72 47 BCL 29 PMA24 P75 D12 15 5 00 DRAG 3 883123 0 0 SID 8 71 47 810 7 30 PMA25 P74 11 DRAB 3 on m 8 BSE 0 11 STBY vec16 70 A6 8 9 ORA 2 genie LS ES OKXA r ster oc 47 12 DC 87169 RBM69 47 B W 2 IK 7 21 32 u 13 DRAG l RBM13 M m Bs 4 13 BS 5 68 3 6 O DRAS GND 85118 C8M14 m 5 9 Ei 10880
68. 1037 0 25 1037 5 25 2412 0 25 2412 5 28C2413K Q IMZI Conventional Transistors Bv Ref Ref Part No Description Q2W06 Q2W09 Q2W12 Q4B01 Q5A01 Q5A02 Q5A03 Q5A04 Q5A05 Q5A06 Q5A07 Q5A08 Q5A31 Q5A32 Q5A33 Q5A34 Q5A35 Q5A36 Q5A37 Q5A38 Q5A51 Q5H08 Q5H09 Q5H10 Q5H11 Q5H12 Q5K00 05 01 Q5K02 Q5K03 260P533010 260P533010 260P533010 260P559030 260P788010 260P561020 260P386010 260P559030 260P560040 260P560040 260P560040 260P325030 261P071010 260P587040 260P559030 260P691010 260P386010 260P630010 260P559030 260P559030 261P082010 260P559050 260P559050 260P560040 260P573020 260P574020 260P664030 260P664030 260P559050 260P560040 25 3598 25 3598 25 3598 25 17405 5 25C4690 0 TR 28A1371 E 28C2230 GR 25 17405 5 TR 25 9335 5 TR 2SA933S S TR 25 9335 5 TR 28C2655 Y TR 25 5418 RL TR 28C2333 M L 25 17405 5 TR 2SA1358 Y 28C2230 GR 2502012 25 17405 5 25 17405 5 2SK2771 01R 25 17405 28C17408 E TR 25 9335 5 TR 25 940 TR 2501264 2804636 2804636 25 17405 TR 25 9335 5 Ref PAGE 50 Part 260P649020 260P696010 260P627020 260P560040 260P649020 260P696010 260P627020 260P649020 260P696010 260P627020 261P114010 260P560040 260P559030 260P560040 260P559030 260P559
69. 103P712050 R CARBON 1 4W 1K J 235678 R5A29 103P714010 R CARBON 1 4W 22K J 103P715040 R CARBON 1 4W 270K J 235678 R5A30 1030181060 R METAL 2W 180 J 103P715030 R CARBON 1 4W 220K J 23567 R5A36 1030393020 R METAL P 3W 3 9K J 103P715030 R CARBON 1 4W 220K J 23567 R5A37 1030393010 R METAL P 3W 3 3K J 103P715030 R CARBON 1 4W 220K J 23567 R5A38 1030397070 R METAL P 3W 0 56 K 103P462090 1 4W 1 5K F 235678 R5A39 103C170050 R METAL 1W 22 J 103P464030 R METAL 1 4W 5 6K F 235678 R5A43 103P714010 R CARBON 1 4W 22K J 103P462090 1 4W 1 5K F 235678 R5A45 1030393080 R METAL P 3W 12K J 103P464030 R METAL 1 4W 5 6K F 235678 R5A46 1030391050 R METAL P 3W 150 J 103P712050 R CARBON 1 4W 1K J 184 R5A51 102P107000 R WIRE 2W 0 15 K 103P715040 R CARBON 1 4W 270K J 184 R5A52 103P712010 R CARBON 1 4W 470 J 103P462090 1 4W 1 5K F 184 R5A53 103P711000 R CARBON 1 4W 56 J 103P464030 R METAL 1 4W 5 6K F 184 R5A54 1030190090 R METAL 3W 47 J 103P466070 1 4W 56K F 184 PAGE 54 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part 1030391050 1030391050 1030391050 1030391050 1030391050 1030391050 1030191090 1030191090 102P080010 109C010010 109C010010 109C010010 1030394040
70. 37 82 38 200 om3 7 8239 R2J40 PJ2J04 200 OHM 3 12 06 ed ta L2J07 200 OHM 2 04 02 09 05 PJ2J01 3 200 OHM 200 OHM A 6 INPUT 1 INPUT 2 O 1 805 6 83 82170 3 4 8 75 88 71 77 ex d 75 R2L72 17 4 01 99 OG v2 25 120K 75 3 2 02 2 12 R2L73 200 OHM 8 2 6001 O Ane 23 3 120k 3 1 GNDY1 GNDC2 24 45 9 3 Yt C2 26 R2J24 14 4 4 HK 82174 10 5 D 22 120K 5 5 R2J02 82 01 8 21 TT R2J07 62115 x WS 55857 PJ2J07 75 75 75 75 50V ReLI5 104 pt IRINA 0204 COLO WS 65857 fes N C2L16 16 16 WS 55907 7 20 16 82118 1p R2J03 O BEKA 62105 65103 caLoi WS 65907 yi OP 5 75 R2J08 02117 C2L12 02109 2108 25 mm 50V mm 50v 75 50 R2L17 29 16V E SOVE RETE 1 104 104 45 73907 82 41 82 44 8 19 10u y K 41 toy 8210 2 02 75 75 C2L18 H ROW 6 8K 2 6 8K PJeJ06 GN 16V R2L 18 1 9 18 8 82112 QR2L11 2 R2L10 2821 092 821 08 82 07 2105 2103 2101 T Q Q ca gll SOR 100 6 8K 100 2 68 100 1K 2 100 2 100 100 5 PRI C 8204 8209 25 2119 120K 120K 1 242 R2J45 10 n RAN 44 45 40 45 Jao 49 48 44 40 40 49 44 145 140 Jaa 80 75 75 4 16 5 1 O gt 9 Wn s 43 1 4 e e e e ex cu o 02184 i G 16 2 gt 5 5 o 1920
71. 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Convergence Adjustment Mode The Convergence mode is used to perform raster geometry correction and convergence adjustments These adjustments must be made in both the SD NTSC and HD modes A Convergence Mode Activation 1 Press 8 2 5 9 HD OR SD_ l COARSE GREEN 2 When the Convergence Mode is activated the display on the right appears on a Green Crosshatch 0 0 ITEM ABREV DATA B Selecting the HD or SD Mode 1 Select the Signal Source before entering the Convergence Mode either an NTSC or HD source 2 Enter the Convergence Mode e f the signal source is NTSC the SD mode is activated f the signal source is HD 10801 the HD mode is activated 3 Activating the HD mode when no HD signal is available Activate the Factory Option Menu MENU 8 2 7 0 Use the Adjust keys to select DTV Port and press the Enter key three times to change the setting to 1080i Sequence 4801 480 1080 Note Ignore any loss of sync while changing modes Exit the Option Menu Press MENU twice Select the DTV Inputs as the signal source INPUT button Activate the Convergence Mode the Convergence mode will be in the HD mode and the internal crosshatch is displayed 4 After adjusting Convergence be sure to set the DTV Port back to AUTO Select an analog Input a
72. 65807 j E WT 46807 JA Y t H JB Y tt T 26 3 POWER 45 55857 0 OOOO OOO 9 9 69 69 0 O 40 B B 69 9 9 TERMINAL WS 65957 P SIGNAL 1 1 0 WS 55907 SIGNAL 2 MICRO WS 65907 PG 7 SIGNAL 3 VC SW WS 73907 PCB TERMINAL JA PG 8 3DYC POSTERE uB CONV GEN JUNGLE CRT CONTROL AI SVM DBF P 2HDW 1 2HDW 2 P 2HDW 3 BITMAP 1 PAGE S 5 P BITMAP 2
73. 73907 Only WS 73907 MISCELLANEOUS LENTICULAR FRESNEL MODEL MIRROR SCREEN LENS Diamond Shield M WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 767D055050 767D055040 767D055040 767D055040 767D048090 767D048090 767D048090 767C031010 491P118010 491P103010 491P103010 491P103010 491P 105020 491P105010 491P105010 491P085020 PAGE 48 491P119010 491P104010 491P104010 491P104010 491P106020 491P106010 491P106010 491P086020 760D627050 760D627060 760D628010 760D628010 760D627080 760D627070 760D628020 760D628030 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Part Name amp Description TUBES 2516207040 ASSY CRT RED 2516207050 ASSY CRT GREEN 2516207060 ASSY CRT BLUE 2516207070 ASSY CRT RED 2516207080 ASSY CRT GREEN 2516207090 ASSY CRT BLUE 2516208010 ASSY CRT RED 2516208020 ASSY CRT GREEN 2516208030 ASSY CRT BLUE 2516208040 ASSY CRT RED 2516208050 ASSY CRT GREEN 2516208060 ASSY CRT BLUE 2516208070 ASSY CRT RED 2516208080 ASSY CRT GREEN 2516209010 ASSY CRT RED 2516209020 ASSY CRT GREEN 2516209040 ASSY CRT RED 2516209050 ASSY CRT GREEN 2516209060 ASSY CRT BLUE INTEGRATED CIRCUITS 275P496010 1C C MOS UPD64082GF 3BA 275P531010 IC C MOS MSM54V16258B 45TS K 270P817010 IC
74. 7777 C5A34 J gt HORIZ uo C5A38 eee COILS zm C5A371 VERT YOKE L COILS C4B1 Wes R4B10 R4B1 R SAS1 TITT 110v HV ZZZ 5 64 R5A83 05457 X PROT X RAY 12 YEN PROTECT 5 60 ETY R5A67 R5A68 ACL IC2V00 1 4 PIN 44 lt R5A69 AUS IC7A00 X RAY PIN 59 05458 24V R5A66 7777 R5A73 1 EE Page 71 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 SOUND CIRCUIT DTV 1 MONITOR OUTPUT PIP OUTPUT EXT 2 EXT 3 OHO O OHO OHO OHO B IC2KO1 A V SWITCH IC2LO 1 A V SWITCH ATS IC3A01 TU1BO1 14 AUDIO DVD 1 DVD 2 SET TOP BOX Page 72 01 14 AUDIO MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CONVERGENCE CIRCUIT 168001 CONV GEN aP Cou l GH GH 6 gt 15 HBLK 12 02 9 18 PCB
75. 87104 10MH K 100 R6609 1 24 VOL DOWN 8 MAN Won 06600 86614 8 ASKIL 4 05 03 87111 SC3942 LT 220 33 25V ADJ LEFT 6600 1 2W 100 7 41 66604 C6623 cecos 06602 110 105 16V 16V 2 01 1820764 I 47u 474 li 18247104 0661 4 3 15KV K 150 87106 Ji J123 AV RESET G FOCUS PJ2J11 e 1 86624 J128 08601 lt F 20K ji OF 5 K 1500 g COATING EARTH 5 1 a 5 PCB CONT NEU amp 8 E 1 1 9 0 9 f y y U 8 H 6 x N8 55907 1 y WS 65907 PCB FRONT PCB MAIN DU PCB MAIN DV PCB MAIN DW WS 73907 2 SIENAL PCB SIGNAL 2 5 PCB PREAMP2 gt B SCREEN C6B02 LL C721 Z RR LNGIGPH 50V 104 104 06801 07621 m 155244 SFH235FA IC7K21 06802 OPA2350PA e 4 803790 WFeV 17 CRTBLUEQUT JPG SFH310 3 06804 1582 8 128 p p H 06806 2 0 1K 18247 10M OG 07 22 1520764 pes ee T SOCKET B 18247 10M RKA ER k 158244 R7k25 07623 R7L22 lq 07 21 97127 3KV 12k 16V 270K 50 F 22K 1K 3 06803 K 1000 47u lu 1 4 87125 2SM1480 D E ve ADJ LEFT 87128 86809 116 06800 Aw O ve ADJ RIGHT 06804 08823 06805 08802 11 0 87129 16V 16V 2 01 1520764 47u 47u T ya 97127 8 ADJ DOWN t R7L30 T amp B FOCUS ADJ UP Ge lt 5 p COAT ING EARTH T Q6B04 m 2SA1115 E F amp 28
76. 9 51 Qro 0 3131 0 3161 HD 89 73 Ed m GE AH 1K lt 4 L9A65 gt 1 4W 3 688 9X9 5 x IC9A51 1 90 9461 SETON 19464 z S285 5 6K _ 10MH K 5 gt P RS MUTE3 19467 5 3 10MH K a e uj 9 o gt a ue 2 z o gt oj 3 qa gt x a je ala gt E 2 2 1 9 806 0 1 5 85 7 8 LC 0 OTOLO Oa i i OL nw GO I A d 1 1 9 8 2 6 9 09 3 09 09 9 O 6 6 9 02 O 9 8 2 6 9 09 03 02 09 09 6 O 6 6 0 6 O O ear PG 1 BLOCK DIAGRAM WS 65807 PCB SVM KA PCB CRT SM PCB MAIN KF PCB MAIN KH P MAIN WT 46807 TERMINAL WS 65857 P SIGNAL 1 1 0 WS 55907 SIGNAL 2 MICRO WS 65907 SIGNAL 3 VC SW WS 73907 3DYC PG 9 CONV GEN JUNGLE PG 10 CRT CONTROL AI SVM DBF 11 2HDW 1 PG 12 2HDW 2 13 2HDW 3 PG 14 BITMAP 1 PAGE S 3 15 BITMAP 2 RED DY GREEN BLUE DY KD PCB SIGNAL 3 SPEAKERS KE PCB SIGNAL 3 8 10 11 13 14 15 PCB POWER KH PCB POWER 110V 110V 110V N C N C GN GN GN GN GN GN 24 24 DBF 12 5 HTR_RTN
77. AV IN COVER 184 PJ7AO1 451C129010 JACK MINI AV NET IR BLAST 23567 7048147020 KNOB POWER 285678 PJ7A02 4510129010 JACK MINI AV BLAST PT7A00 264 723010 D LED SFH310 3 184 782 001010 UNIT FRONT TOP PT7A10 264P723010 D LED SFH310 3 235678 752002010 UNIT FRONT 1 295P500010 TUNER RF ENG26515G 752002020 UNIT FRONT TU1B01 295500010 TUNER RF ENG26515G 752002030 UNIT FRONT X2031 285 374050 QUARTS CRYST 20 000MHZ 7594003010 UNIT FRONT TOP ve X6C26 285 374020 QUARTZ CRYST 3 579545MHZ 7608259010 OVERLAY PANEL CONTROL 53507 X6P26 285P374020 QUARTZ CRYST 3 579545MHZ 7614159020 GRILLE SP 60 1 X7A01 285P029030 QUARTZ CRYST 4 000000MHZ GRILLE CP ede X7H00 285 335040 QUARTZ CRYST 60 000MHZ Foto SEHE pa s X7HO1 285 335050 QUARTZ CRYST 80 000MHZ X8NO1 2852391010 OSC DSO751SV 24 576 MHZ zB Tad 790100 GRILLE oP ces X8S01 285 391020 OSC DSO751SV 33 333 MHZ CHILE ET Z7K01 939P617010 UNIT PREAMP GP1U283Q SP EIGHT ER PRINTED CIRCUIT BOARDS 7614175010 GRILLE SP LEFT 65 9308866001 ASSV PWB MAIN 7614175020 GRILLE SP RIGHT 65 9308866002 ASSY PWB MAIN 761A186010 GRILLE SP LEFT 73 9308866003 ASSV PWB MAIN 7614186020 GRILLE SP RIGHT 73 9308866004 ASSV PWB MAIN 7610437010 CATCH DOOR 9308867001 ASSY PWB POWER 7628345020 9308868001 ASSV PWB SIGNAL ACCESSORIES 9308868002 ASSY ENE 290P103010 REMOTE CONTROL 9308868003 ASSV PWB SIGNA
78. CHIP C CER CHIP C CER CHIP CH50V 15P J CH50V 470P J 850 4700P K CH50V 120P J SL50V 560P J B25V 0 1M K B25V 0 1M K C ELEC 350V 4 7M M Q C CER R3 15KV 150P K C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B50V 0 01M K B25V 0 1M K B50V 0 01M K B50V 0 01M K B50V 0 01M K SL50V 3900P J F50V 0 01M Z B16V 1 B16V 1M K B16V 1 F50V 0 01M Z B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K B50V 0 01M K CH50V 15P J CH50V 15P J F50V 0 01M Z B50V 0 01M K CH50V 120P J CH50V 120P J B25V 0 1M K B25V 0 1M K CH50V 1000P J SL50V 560P J B50V 0 01M K B50V 0 01M K B25V 0 1M K SL50V 560P J B25V 0 1M K B25V 0 1M K F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z C E
79. CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B16V 1M K B25V 0 1M K B16V 1M K B16V 1M K B25V 0 1M K B16V 1M K B16V 1M K B25V 0 1M K B16V 1M K B16V 1M K B25V 0 1M K B16V 1M K B16V 1M K B50V 0 01M K B16V 0 47M K CH50V 10P C B16V 1M K B16V 1M K CH50V 10P C B25V 0 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B25V 0 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 1M K B16V 0 47M K B16V 0 47M K B16V 1M K B16V 1M K B16V 1M K B50V 0 01M K B16V 0 47M K B16V 0 47M K B16V 0 47M K B16V 0 47M K B16V 0 47M K F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z B50V 0 01M K B50V 0 01M K B50V 0 01M K B16V 0 47M K B25V 0 1M K B25V 0 1M K PAGE 56 141
80. FUSE 1 2W 27 J 83506 103P714010 R CARBON 1 4W 22K J 103P712010 R CARBON 1 4W 470 J R4B02 103P463060 R METAL 1 4W 3K F 103P762050 R FUSE 1 2W 1K J R4B10 1030188050 R METAL 2W 2 7 J 1030392090 3W 2 2K J R4B12 1030188040 R METAL 2W 2 2 J 103C392090 3W 2 2K J R4B17 103P712010 R CARBON 1 4W 470 J 1030392090 3W 2 2K J R4B22 103 712050 R CARBON 1 4W 1K J 103C392090 3W 2 2K J R4B24 103 712050 R CARBON 1 4W 1K J 103P761070 R FUSE 1 2W 220 J R4B25 103P712050 R CARBON 1 4W 1K J 103C392090 R METAL P 3W 2 2K J R4B27 103P714080 R CARBON 1 4W 82K J 103C392090 R METAL P 3W 2 2K J R4B28 103P464040 R METAL 1 4W 2 4K F 1234567 103C392090 R METAL P 3W 2 2K J R4B28 103P464060 1 4W 7 5K F 8 103C392090 R METAL P 3W 2 2K J R4B28 103 714010 R CARBON 1 4W 22K J 12458 103P761070 R FUSE 1 2W 220 J R5A01 103P712050 R CARBON 1 4W 1K J 103C392090 3W 2 2K J R5A07 103P714080 R CARBON 1 4W 82K J 1030392090 R METAL P 3W 2 2K J R5A08 1030194010 R METAL 3W 22K J 103C392090 3W 2 2K J R5A12 103P712050 R CARBON 1 4W 1K J 1030392090 R METAL P 3W 2 2K J R5A15 103P712050 R CARBON 1 4W 1K J 103P761070 R FUSE 1 2W 220 J R5A17 103P712050 R CARBON 1 4W 1K J 103C187060 R METAL 2W 0 47 J 23567 R5A22 103 714010 R CARBON 1 4W 22K J 103P712050 R CARBON 1 4W 1K J R5A25 103P712010 R CARBON 1 4W 470 J
81. GND Ke L 5 V HD Non polarized electrolytic LI GND 42 127 490 GND GND COSDR GORE OTO COSDR MAIN CR GND DHO MUTE_S Ore V_TIMING A GND OHO GND CACK DHO OHO Alle en DLH 33VSW OHO TS GND capacitor 3 T T D 4 4 2 2 VD Li GND OP GND BLKOUT 60906 29 ASIL DHD GND CED 3 3VSW D GND Not indicated Ceramic capacitor chip OM L PULSE QMO END 5v CBUSY HE MO CBUSY OHE MN DHO 0 H Electrolytic capacitor i Qe w CBL 60508 2 Se i lt PRSBET II Chips N larized electrolytic U OMO C PULSE 111 TG dle cns NP Non po QUE The a DHO 22 PR HD capacitor chip DF OO cos CBLK 05540 00 1 Ou 12 5 cos CMUTE OMO CMUTE ta me mp z 2 HG OHO NC CEND OHO OHO CEND gt pharacteristic Not indicated F or B high dielectric percentage 10 10 9VSB LI NC i x cos CE2RST Y_HD only ceramic CH SL et Temperature compensating types OPE END NC N C CE2RST OMD QMO 6 kor CH SL etc 9 9 9 58 HG 2 CEND 85 58 8 6 CGND PB 4 GND HTR RIN ACOFF OHO ACOFF 4 LU DHONC I HTR_RTN OHG CO x GND PB HD 5 RESISTORS OHO DF GND AUD OD GND_AUD Se n vn L_VR ae 5 2 R_VR do v QO END OME GND AU
82. J CH50V 330P J 50 0 01M Z B25V 0 1M K CH50V 2700P J 50 0 01M Z F50V 0 1M Z CH50V 470P J SL50V 470P J B25V 0 1M K C ELEC 35V 1000M M C CER 50 470P K C M POLYESTER 50V 0 1M J C M PLA PP C M PLA PP C M PLA PP 1800V 1500P J 1800V 3300P J 1800V 3300P J C CER R2KV 220P K C CER B500V 2200P K C M PLA PP 200V 0 33M J C M PLA PP 200V 0 39M J C M PLA PP 200V 0 33M J C CER B500V 560P K C CER B500V 560P K C CER R1KV 220P K C M PLA PP C M PLA PP C ELEC H160V 330 105C C PLAST PP 2000V 1000P J 2000V 1200P J 630V 6800P J C M POLYESTER 50V 0 1M J C ELEC 16V 22M M C M POLY 100V 3 3M K C M POLYESTER 50V 0 12M J C PLAST PP C CER 500V 200V 0 01M K 56P J C ELEC 200V 22M M C M PLA PP C M PLA PP 1800V 0 015M J 1800V 0 015M J C ELEC 350V 4 7M M Q C ELEC 350V 4 7M M Q C ELEC 350V 4 7M M Q C CER R3 15KV 150P K C ELEC 350V 4 7M M Q C CER R3 15KV 150P K C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B50V 0 01M K F50V 0 01M Z F50V 0 01M Z CH50V 15P J CH50V 470P J B50V 4700P K CH50V 120P J B50V 0 01M K SL50V 560P J B25V 0 1M K B50V 0 01M K B25V 0 1M K B50V 0 01M K B50V 0 01M K F50V 0 01M Z F50V 0 01M Z 1
83. K L7C02 409P923060 EMI F CHIP BLM21B272S L8C03 321C142030 COIL RF 68MH K L7C03 409P777050 BLM21B201S L8C04 321C142030 COIL RF 68MH K L7C04 409 777050 EMI F CHIP BLM21B201S L8D02 409P777080 EMI F CHIP BLM21P221S L7C05 409 777050 EMI F CHIP BLM21B201S 18003 409 777080 EMI F CHIP BLM21P221S L7C06 409 923060 EMI F CHIP BLM21B272S 18004 409P777080 EMI F CHIP BLM21P221S L7C07 409 777050 EMI F CHIP BLM21B201S L8M01 409 777050 EMI F CHIP BLM21B201S L7C08 409 923060 EMI F CHIP BLM21B272S L8M100 409 777050 EMI F CHIP BLM21B201S L7C09 409 923060 EMI F CHIP BLM21B272S L8M45 409 777050 EMI F CHIP BLM21B201S L7C10 409 923060 EMI F CHIP BLM21B272S L8M80 409 777050 EMI F CHIP BLM21B201S L7C11 409P923060 EMI F CHIP BLM21B272S L8MF47 409P777050 EMI F CHIP BLM21B201S L7C12 3250241030 COIL CHIP 10MH K L8N103 409P777050 EMI F CHIP BLM21B201S L7D00 3250241030 COIL CHIP 10MH K L8N122 409P777050 EMI F CHIP BLM21B201S 17001 3250241030 COIL CHIP 10MH K L8N14 409 777050 EMI F CHIP BLM21B201S L7D11 3250242010 COIL CHIP 47MH K L8N153 409P777050 EMI F CHIP BLM21B201S 17012 409 777020 EMI F CHIP BLM21A05 L8N155 409P777050 EMI F CHIP BLM21B201S L7D13 3250241030 COIL CHIP 10MH K L8N30 409 777050 EMI F CHIP BLM21B201S 17014 3250241030 COIL CHIP 10MH K L8N31 409P777050 EMI F CHIP BLM21B201S L7D15 3250241030 COIL CHIP 10MH K L8N32 409 777050 EMI F CHIP BLM21B201S L7EO0 3250
84. L4931CDT33 TR 270P526020 IC MM1111XF 270P623010 IC CXA2069Q 270P623010 IC CXA2069Q 270P663020 IC CXA2101AQ 275P581010 IC C MOS TC7SETO8FU 270P781010 BA7078AF 270P781010 BA7078AF 270P777010 TDA9177 274P378010 1C C MOS TC74HC4053AF 275P423010 5 MAX4583CSE 274P378010 IC C MOS TC74HC4053AF 275P423010 5 MAX4583CSE 274 378010 IC C MOS TC74HC4053AF 275P423010 5 MAX4583CSE 274P378010 IC C MOS TC74HC4053AF 275P423010 5 MAX4583CSE 274P378010 IC C MOS TC74HC4053AF 275P423010 5 MAX4583CSE 274P378010 IC C MOS TC74HC4053AF 275 423010 5 MAX4583CSE 270P467010 IC TDA9855 270P750010 LA4663 270P664010 IC CXA2102Q 270P575030 NJM78MO9DLA TE1 263P384010 IC C MOS TC74HC221AF EL 270P261020 IC TDA8177 267P143020 KIC MSPAD101 272P237010 LA6324N 266P154010 IC UPC393C 270P704010 LM4040BIZ 10 0 270P816010 NJM431L 270P658020 IC CXA2019AQ 272P379020 IC LM1881MX NSC 270P658020 IC CXA2019AQ Ref NN O CO 49 Part 272P379020 275P497010 274P901010 275P533010 275P533010 275P419010 270P645010 267P131010 270P817010 270P706020 275P419010 275P451010 275P560010 275P560010 275P560010 275P535010 275P535010 275P451010 275P560010 275P560010 275P560010 275P535010 275P535010 275P247010 275P534010 275P534010 275P405010 275P405010 275P436010 275P439020
85. POWER 1 8 00 CONV IC8COZ V CONV GV RV Page 73 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CONTROL CIRCUIT gt MAIN SIGNAL SELECT 2 gt SUB SIGNAL SELECT E2PROM SCL MAIN SIGNAL SELECT 5 gt SUB SIGNAL SELECT 2 MAIN SIGNAL SELECT E2PROM SCL 14 SUB SIGNAL SELECT 4 MAIN SIGNAL SELECT H gt SUB SIGNAL SELECT soj EasDa 80 5 lt gt TUNERS 178 25 0 scis MAIN DECODER SUB IC7 A00 DECODER CONTROL PC m P MCS REMOTE 72 2H ENHANCE w A V SWITCH 69 FRONT U I PANEL gt CONV m CEN lt p 2HDW dp BITMAP Page 74 PCB MAIN PCB MAIN J I 6 F E D 8
86. above Removal Procedure Page 17 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 PCB Locations and Chassis Removal Chassis Removal Remove the 3 screws a securing the rear of the chassis Pull up slightly of the 2 PCB DER JUNGLE ih front chassis locks b Disconnect all intercon necting cables FEL ue Carefully slide the N chassis out the rear of PCB BITMAP s the cabinet V17 amp V17 ONLY lt s SS SS PCB 2HDW PCB SIGNAL PCB re PCB 3DYC MD TERMINAL 9 Component Locations Q5A31 HORZ OUTPUT Q5A01 HOR REG D5A31 DAMPERS _ Q5A51 BLOCK IC8C01 amp IC8C02 HV OUTPUT CONV OUTPUTS d IC3E01 AUDIO U SN 2 OUT lt SN 7 1 4 01 VERT OUTPUT 09401 BRIDGE IC9A20 REC Page 18 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CRT REPLACEMENT 1 Removal of the CRT Caution High voltage should be completely discharged prior to CRT removal Since The CRTs receive high voltage from the HV Block discharge by shorting the open end of the respective high voltage cable to chassis ground Note Refer to the Cabinet Disassembly Procedures when performing steps 1 through 4 Remove the Speaker Grille Front Board and Screen Assy Remove the Back Board Re
87. and pull upward and out of the Screen Frame Assembly Note When separating the Lenticular Screen from the Fresnel Lens use caution while prying the Screen and Lens apart Use a slot type screw drive and remove the pressure sensitive double sided tape SCREEN FRAME DO NOT REMOVE THESE SCREWS Page 15 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 SERVICING THE LENTICULAR SCREEN AND FRESNEL LENS 2 Lenticular Screen and Fresnel Lens Installation Note Store the Lenticular Screen and Fresnel Lens in a cool dry place High humidity may deform the Lenticular Screen and Fresnel Lens 1 Apply double coated tape Part LENS TAPE along the top front edge of the Fresnel Lens as shown below Refer to the Table below for proper tape length 2 Place the Fresnel Lens on top of the Lenticular Screen and apply pressure at the top edge to bond them together as shown below Fresnel Lens TOP Fresnel 4 INCHES TOP aris Lenticular Screen Double Sided Tape Part LENS TAPE 69 s 0 16 Inch BOTTOM BOTTOM Lenticular Screen Tape Length Page 16 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 SERVICING THE DIAMONDSHIELD 1 DiamondShield Removal Procedure The location of the DiamondShield
88. c LED v M lt 5 KSCI KSCO 2 GND 5 8 5 7 5 2 e C5H20 ae gt i 65817 El 5 e N4 lt Zz 65801 S L d H rr 118 lt 5 08 13 N ji 5 B 2 z a S 2 SILOQ suo H si H m g 6 4 T a B 2 3 5 E 5 10 su m tt uy N E 088 3 5 M u D T R7L10 90 59 RE Ad G U lt bg g E kud SA Q WE 5 el NMOQ 139 m dn rav 1HOIY THONVI L 12145 10 AN3W 7 AEE JndNI 44 ala UAR LAN A pP E 3 G 5215 92105 ius v 72115 R6R03 R6R00 B E 86003 GND a sl GND amp l 27 e f 86802 86801 f 5 86602 AG e REROS REBOS i 4 aY e 5505 BE B 3 e R6ROG 0580 06800 06802 5 86809 06805 CD lt 18865 NE N 4 C6B07 R6R08 C6R23 1 2 61 HEATER GND 61 0 e C6B HEATER 1 2 CERT C IN VIDEO L IN R6600 1 E 5
89. hold voltage setting 0 255 60 Preset HR Function number Name Deseription Data Name 1 HR Display horiz Centering NTSC HRHD Display horiz Centering HD 128 DYNAMIC FOCUS 8 2 5 9 Abbrev Description Name SD amp HD 0 DFH Dynamic Focus Horizontal 175 1 DFV Dynamic Focus Vertical 100 Page 29 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CONV MISC Items MENU 8 2 5 9 6 Abbrev Description EN Name SD HD High Voltage Control HV Adj Horiz Correction Start Line Number 81 Preset Fine H Phase of Correction Signal 200 Test Pattern H Phase 70 70 Do not change HVOL if it has been previously set CONV GREEN Items 8 2 5 9 5 Abbrev Description Data BEIM Name 46 55 55 65 73 Horizontal Position 35 35 35 35 Centering Side Pincushion Correction 0 0 0 0 Geo Conv Width 0 0 0 0 Geo Conv 0 30 73 Skew Y axis rotation 0 0 0 0 Geo Conv Vertical Position 35 35 35 35 Centering Vertical Keystone Correction 0 0 0 0 Geo Conv Top Bottom Pincushion Correction 220 200 220 200 Geo Conv Horizontal Tilt X axis rotation 0 0 0 0 Geo Conv HSTA and VSTA must not exceed 200 CONV RED Items 8 2 5 9 5 Abbrev Description Data 5585 Name 46 55 55 65 73 Horizontal Position 75 75 55 65737 Static Conv Horiz Linearity 225 210
90. necessary if A An E2PROM is replaced the Control Convergence circuits TestPoint J E2RESET or Convergence Reset has been activated q In the Circuit Adjustment and Coarse Convergence Modes set the data to the values Range given in the Tables below in both the NTSC SD and 1080i HD modes inputSignal NrsCaHD 1080 Note fa HD signal is not available use the Conv HD With No Signal procedure discribed detail on page 26 Convergence Adjustment Mode Item f Abbrev 46 Data 55 65 Data as WENGE ET NTSC HD NTSC NTSC 44 Activate 47 Function 31 Item No VIDEO 26 Adjust Data ADJUST 26 Save Data 31 9 0 CONVERGENCE MODE 31 Activate MENU 8 2 5 9 MISES s 6 CONV GREEN MENU 8 2 5 9 Coarse Abbrev 35 35 35 35 35 35 0 0 0 0 0 0 0 0 0 0 0 430 0 0 0 0 0 0 35 35 35 35 35 35 0 0 0 0 0 10 220 200 220 200 220 200 0 0 0 0 0 0 Adjust Move Cursor Toggle Save amp Exit 0 1 2 3 4 5 6 7 CONV HD WITH NO SIGNAL MENU 8 2 7 0 Set DTV Port to 1080i MENU twice CONV RED MENU 8 2 5 9 INPUT select DTV Inputs Item Abbrev Data SD HD MENU 8 2 5 9 After adjusting set the 75 75 40 50 40 50 DTV Port to AUTO 225 210 210 200 210 200 45 45 10 10 10 10 15 20 25 5 25 5 30 30 30 30 30 30 20 20 20 20 20 20 115 85 100 85 100 85 0 0 0 0 0 0 O O
91. vec7 a 3 860 16 0015 860 15 660 16 9 0015 62 560 15 560 17 0014 SGD 14 560 17 0914 SGD 14 555 0 885 0 O 560 18 0013 860 13 660 18 0013 69 860 13 SGRASX BR GEO B S SGD 19 002 860 12 860 19 pate 68 860 12 SGCASX NR 73 CASO CAS m VCC5 Q 14 6 0 67 7 B8 K Di IC8NO1 C8N60 CBN17 IC8N02 C8N48 RWW 1 74 RASO CSO i vss3 C 15 VCC1 vss3 68 o SGDQM_2 BCH MSM54V25632A 10 MSM54V25632A 10 voto 4 6600 3 BRA 73 560 20 001 560 11 560 20 0011 64 860 11 860 23 1 7 M0D23 560 21 00 0 8010 S6D 21 0010 62 mm 360 24 78 884 0 1 2 884 0 62 Jo 560 22 29 0022 560 22 009 550 9 560 22 009 SGD 9 860 25 60 0025 DC loe 560 23 008 860 8 560 23 008 60 SGD_8 pales 80 80021 BURST 05 0 vecs a 69 860 26 63 MOD26 BS 3600 _0 SEDQM 0 NC14 69 860 20 63 0020 SGDQM_2 00 3 8600 3 0083 67 SGDQM 3 860 27 83 0027 SGWEX 00 1 SGDOM_1 00 1 68 SGDOM_1 IC8N00 s shao 9511 NC19 76 CLK CLK 65 rs 05000 4 85 PVDD7 CKE 60 50 19 87 0019 63 360 28 89 0028 SEBA 12 62 L 960 18 89 0018 SGD 29 a 560 17 9 0017 860 30 93 0030 86016 R W 83 MOD16 17 82 8362 560 31 94 0031 L8N30 L8N40 SGWEX Nest 4 OT 4 YY 47 199 CASI WE j C8N31 Tn
92. white at the center of Range the screen NTSC White Raster Reduce the input luminance level to 25 Adjust Items 9 and 11 for optimum white 7 Insert a Milliammeter in series with each CRT Cathode The maximum allowable current for each CRT is given in the table below Set the white raster to 100 and adjust Items 12 RDRL and 13 for optimum white at the center of the screen CIRCUIT ADJUST MODE Reduce the luminance level to 25 Activate Adjust Item 14 CTRL and 16 CTBL for optimum white Function Set the data for Item 19 COL back to 28 Item No VIDEO Adjust Data ADJUST Save Data Maximum CRT Current WS 73907 WS 73907 RED GREEN BLUE Page 35 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CRT Circuit Purpose set the CRTs white level in the HD mode 9 White Balance HD Symptom Monchrome pictures have a color tint sume Instrument Supply an HD 1080i Full White Raster signal to the DTV Inputs TestPoint Select the DTV Inputs Input button Activate the Adjustment mode Video Chroma Function Measuring Adjust Items 6 RDRH and 8 BDRH for optimum white at the center of the Range screen Reduce the input signal luminance to 25 input signal HD 1080 White Raster Adjust Items 9 and 11 for optimum white Set th
93. 0 OHO OHO QHO SUB PO v A Mis 200 20x 0 D 2 mi eae OHO OHO 12 OHO END x I 8119 cup VFR 0 OH Ge SEAE GND DH spas GND lt B Not indicated Ceramic capacitor P_ON D 0 AT E 5 5 GND DHO GND 3 88 Polyester capacitor Du E SUB H GND SCL5 o PP Polvpropvlene film capacitor OHHO 84 GND GND GND GND Aluminus electrolytic capacitor 1 OHO SUB V OHO END mie V R Twin film capacitor OMO 8015 RH sing 3 3V are sever 5 lo SAD Parts Semiconductor Ceramic capacitor 9 8 5 Ore GH DHD 3 3 519 mE Metalized paper NC TH BH OHO GND DU x S FR Metalized plastic film capacitor 8 H 8 12 88 HOV OP 110V OHO GND OTO END EN i for p E lyester capacitor G A NC LL G G H nov dile ov DHA IV DHO GND Metalized polyester cap 7 7 7 ilm capaci l em OO OHO QOTO uw xo Ko 9 SI Type chips VDAV LI NC OH iov NC 9 l OHO MANY DHE 3 3VSW DIO END Styrol capacitor veo om em 6 0 OO NC DF CSCL 219 1 OHO GND 18 00 3 3VSW TAN or TANT Tantalum capacitor GND 914169 TO END 9v CEND OMO OHO MAIN CB DH 3 3VSW ae y Electrolytic capacitor 1 0 ellie e 2100 4 GND ETE
94. 0 R METAL 1 4W 330 F 680 J 103P402030 103P476050 103P463010 R METAL 1 4W 1 8K F 820 F 103P472030 103P404050 103P713060 R CARBON 1 4W 8 2K J 820 J 103P402040 103P404060 103P141030 R CARBON 1 2W 100 J 1K F 103P472050 103P404070 103P463040 R METAL 1 4W 2 4K F 7 1K J 103P402050 103P404080 103P463080 R METAL 1 4W 3 6K F 1234568 1 2K F 103P472070 103P477030 103P460090 R METAL 1 4W 220 F 1 2K J 103P402060 103P404090 103P463040 R METAL 1 4W 2 4K F 7 1 3K F 103P472080 103P405000 103P714080 R CARBON 1 4W 82K J 1 5K F 103P472090 103P405010 103P714010 R CARBON 1 4W 22K J 1 5K J 103 402070 103 405040 103P370090 R FUSE 1 4W 47 4 1 6K F 103P473000 103P405050 103P464070 R METAL 1 4W 8 2K F 1 8K F 103P473010 103P405060 103P464070 R METAL 1 4W 8 2K F 1 8K J 103P402080 103P405070 103P464000 R METAL 1 4W 4 3K F 2K F 103P473020 103P405080 103P463050 R METAL 1 4W 2 7K F 2 2 1032473030 1032405090 1030197090 3W 0 82 J 2 2K J 103P402090 103P406070 1030198010 R METAL 3W 1 2 J 2 4 1032473040 103P758000 R FUSE 1 4W 1 J 1030172010 R METAL 1W 470 J Conventional Resistors Ref 1030191070 R METAL 3W 220 J Ref Part No Description 1036178080 R METAL 1W 4 7 J R2W17 1030171040 R METAL 1W 120 J 103P762020 R FUSE 1 2W 560 J R2W25 1030171040 1W 120 J 103P760060 R FUSE 1 2W 27 J R2W63 1030171040 R METAL 1W 120 J 103P464000 R METAL 1 4W 4 3K F 83505 103P712050 R CARBON 1 4W 1K J 103P760060 R
95. 004 08000 89000 8 9000 1 x 35V 128 8527 R5A92 2 R5A91 05 68 0569 AC125V 250V K 4 7M x ERZV100271 eHe OH 2 F 2 2K i 10K 100K 16V 10u M 1 1 2W 8526 1 4 M N D1 50V MMF 3 2 2K MB Y SS 4 4 I 8528 1 1 44 MB R5A24 R5A49 1 68K 6 8K 05404 a 0 25617405 5 40 3 e8C3311A R S 25405 T 7 05 i 29 1309 86 C5A15 ii 85 01 35 R5A23 2 R5A22 85447 E 100 47K 33K L IV gt LL a 77 mm 2 COLD 3 3 1 z a MODELS C5A37x R5A68X 5 70 R5A13X R5A98x J2X R4B02 RAB28X WT 46807 200V 39 MPP F 3 6K F 3K F 33K X 0 F 3 0K F 7 5K 557 657 200V 33 MPP F 3 6K F 3K F 39K 82 J X F 2 4K F 6 2K WS 73907 200V 33 MPP F 2 4K F 2 4K F 39K 1 2 J X F 2 4K F 6 2K vue DU 9990 CONTENTS PG 1 BLOCK DIAGRAM 2 MAIN PG 3 POWER TERMINAL SIGNAL 1 1 0 SIGNAL 2 MICRO SIGNAL 3 VC SW 3DYC CONV GEN JUNGLE RT CONTROL AI SVM DBF 1 DW 2 DW 3 1 2 WS 55807 WS 65807 WT 46807 WS 55857 WS 65857 WS 55907 WS 65907 WS 73907 PAGE S 2 1 3 4 S 6 8 9 10 11 12 13 14 15 16
96. 02 SL REMSO PIP 12K s RF SWITCH 5 m l i 1817 _ RIBUS 36K R1A14 C6P29 10K lok M C6P26 X6P26 11807 C1816 L T 5 3579545882 R6P26 BLM21B2725 K 01 e FISK 81818 L 86 29 220 Muy 15K L1813 32V BLM2142728 DA 53 25 190 rv 28024 12K R er C1814 6 8 5 5 28 264 86 32 S 7T gt 5 gt L 1806 K 068 38k m x 2 VOUT 3 BLM21B272S C6P33 63 CIN i S 50 4 47 pt 4063 R6P34 C6P34 4 A HV 1884 CVBS V IN 47 NP 8 0 35 ADRS 9EH 1 6 00 Ta nenge 20190 i SCL5 AR 4 PIP_HSYNC 6697 C6P24 16V 5 100 497 SDA SUB DECODER V TIN 03100 vsyne R6P38 C6P38 100 H 50V 4 3 HE 68 v sYNC neat 055 NP 18 25 39 H SYNC 02 14 2 BLM2182728 Y ba ii K 4700 5 5 5 d 2549 gw 210370 3 5 8 2 MN VSYNC f Y YY ia R6P40 13 37 330K 4 68 49 2 L 1 m vsYnc BLM21B272S 4 LI soy 23 42 9 0 1 8 0 f A t LEM MN HSYNC Pe R3A28 F 10K 47 REPOL 3 3 MN_HSYNC 120 330 cH 6803 MAIN Pb L MN PB 5 5 MN_PB 0 4 x g Li i MN PR n CSB500F2 NG ui 7 MN PR 500KHZ 47u 8 8 GND TE MAIN Y rr m 9 9 0 0 SDAS N GD spas 12 2 GNDS l SCL5 x 03452 C3A43 3 42 941 3 40
97. 030 260P560040 261P101010 260P559030 260P559030 261P101010 260P416030 260P559030 260P559030 260P559030 264P484040 264P484040 264P822010 264P822010 264P822010 264P501030 264P501040 264D056020 264P045040 264P483070 264P045040 264P045040 264D056020 264P045040 264P483070 264P045040 264P045040 264P483070 264P045040 264P045040 264P521040 262P039010 264P899010 264P466040 264P724010 264P724010 264P045040 264P521040 264P045040 264P045040 264P466040 264P045040 Part Name amp Description 2803942 2563790 25A1480 D E 25 9335 5 2563942 2563790 25A1480 D E 2803942 2563790 25A1480 D E 2SA1585STPR 23567 2SA933S S 1 8 25 17405 5 235678 2SA933S S 235678 25 17405 5 23567 25017405 5 1 amp 4 2SA933S S 1 amp 4 21 06 25617405 5 25017405 5 21 06 2502274 25617405 5 25017405 5 25617405 5 DIODES DIODE RD5 6FB3 DIODE RD5 6FB3 D CHIP HSM2838 D CHIP HSM2838 D CHIP HSM2838 DIODE HZ2CLL DIODE HZ3ALL DIODE S5500D EM 1Z ERB12 02RK DIODE 1524710 DIODE RD5 1FB1 DIODE 1524710 DIODE 1524710 DIODE S5500D EM 1Z ERB12 02RK DIODE 1524710 DIODE RD5 1FB1 DIODE 1524710 DIODE 1524710 DIODE RD5 1FB1 DIODE 1524710 DIODE 1524710 DIODE DIODE BYW96E 20 DIODE BYV26E DIODE EQA02 15AB RD16EB1 DIODE STF14 DIODE STF14 DIODE 1524710 DIODE EU1A DIODE
98. 04 E C790 1 EL 16V 4 R7A92 R7A93 R7A94 20 27 2 7 1 7 32 l R7A95 7 02 m 2 SA15858 R R7A91 8796 5V 9 QIAI8 109001 E 22 Q7A01 R7A97 C1408 9V NJM7809FA ANZ809F 1 2SA1037K R S 22 25 2412 5 9 4 3 OUT IN NN 280801 1 8 09002 2 L1A13 C9C06 C9C01 2 51 3033 3 BLM21B2728 16V 16V 9 05 L1A07 K 47 47u 16V XWS 55857 8182182725 iy 1 09 9002 WS 65857 0 4 i WS 55907 9VS T O WS 65907 1406 89 WS 73907 BLM21B2725 C1A09 IR HOME RIADA RIA05 C1A07 K 01 TP12A THEATER WEF 100 100 R7A86 3 AAA C1A15 220 C6M47 3 88 ES K 01 6 49 PJ7A01 tH 01 L SEL SEL RE PATH 1004 rns BLM2182725 49 TPHA 1 13 1 17 680K C6P47 ANTA gt MAIN K 01 36K 250601 1 5 25V R1A18 gt C1A06 100 PIP R6P48 y ANTB gt MAIN ea p ACTIVE A V 2 H 5 6888 47 12 NETWORK NEA ANTA gt PIP ER C6P44 l 6 5 87 87 TU1A01 18 560 1004 IC6P90 6 SL R6P50 N N E Rae 77 LM1881M PJ7A00 a IC6M90 MAIN LM1881M D 7 N O Q6M04 MAIN PIP 21122 IR HOME V Y 3D 2 ARK Il THEATER NM Kan 7 88 C6M45 08 45 6 1801 6 44 4 25V 25V 37 560 K 4 PJ7A
99. 065010 7600628020 WS 73907 Figure 2 491P085020 491P086020 622D746010 7110029070 7110029080 7110029090 7680065010 7600628030 RE SO WT 46807 Figure 2 491P118010 491P119010 622D746070 7110029010 7110029020 7110029030 7886065020 7600627050 Part Name amp Description SCREEN LENTICULAR LENS FRESNEL CLIP SCREEN SIDES FRAME SCREEN TOP 65 FRAME SCREEN SIDES 65 FRAME SCREEN BOTTOM 65 CAP CORNER DIAMOND SHIELD SCREEN LENTICULAR LENS FRESNEL CLIP SCREEN SIDES FRAME SCREEN TOP 73 FRAME SCREEN SIDES 73 FRAME SCREEN BOTTOM 73 CAP CORNER DIAMOND SHIELD SCREEN LENTICULAR LENS FRESNEL CLIP SCREEN SIDES FRAME SCREEN TOP 46 FRAME SCREEN SIDES 46 FRAME SCREEN BOTTOM 46 CAP CORNER DIAMOND SHIELD 2 x 2 8 2 WS 55857 WS 65857 B ye WS 55907 WS 65907 va d WS 73907 WT 46807 2 9 D 2 Figure 2 Screen Assembly Parts PAGE 65 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 STANDBY SUPPLY REGULATOR
100. 0MH K TA Wen 2 VSYNCB 65 T 62 MSEL 64 87 10 7884 C7H74 4 C7H75 939 HDIN B GNDA 63 012 7 01 2 63V I p 64 VDIN B HSYNCB 62 1086 5 TESTP2 i MSCLK 6 lt lt 8 c c m 3 e SUB HD lt d uk aed 222 E Sea 22 WE 2 B 5 5 5 5 5 GR SUB VD 5 SER 5 8 29552292 g 5 66 67 68 69 60 8 62 63 8 0 5 G6 7 68 7 M 55 x x amp a eo 7 c 2 42 en X ALL OPEN ENDED CIRCUIT PATHS CONNECT TO THE 2 1 SCHEMATIC 0752 67051 6 3V 2 01 478 T 105 C SP S 2 TC74AC157FN Yoo YO1 Yoo You Y02 Y03 Y04 Y05 Y06 Y07 coo cot 602 603 604 605 608 DMPXCLK DMPXCLKB DACCLK SDA SCL D IN D DUT cs CLK ASV R7J07 8708 F 1 6K D5V L7H50 2000K
101. 1 MC6 DO C7H32 C7H33 D3 3V 0 voute 70 7 01 2 01 5 005 63 ll I 4 L7H12 0 7 88 3 rm VOUT6 n MC2 63V 10MH K vans LM 1 105 L7H14 VOUTA 65 PARA MCO IM VSS5 64 04 507 07830 10MH K VOUT3 2 01 SC6 817 7416 0 62 865 SY6 VOUTI GD L7H17 SC4 SY5 07829 10MH K ei S03 SY4 vona 59 802 SY3 PPLLPON 58 SC sy2 PCKREF 57 860 SY1 avec 56 SYO PPFDOUT 55 iss L 01 t AVSS1 54 aa C7H25 10MH K 2 PVEORNG E AH nn 53 ci uva ee uas zou 5 88858 5 5 o O o 6 m 03 1 N 5 a 100u ON z 9555528880285 amp S 5 5 8 Z E x lt 105 C C7H28 E Z B S 9S S 9 S B S 5 5 6 8 5 5 5 o 5 8 5 5 S uy S BRE Eu gt gt gt gt S EEE P 5 P PE RE py gg p 701 0 0 0 0 0 000 0 0 0 1 21 22 24 2Z 28 31 32 35 87 38 42 44 46 47 M50 5 162 758 5 1 2 87 13 07827 6 3V H ANS tat X7HOD 105 C 0907518 60 000MHZ 7H12 7H14 eek 2 D veci vece 4 gs L3 ag ag gt s S ge 2 eno T our
102. 1 CR FP DVD1 CB SUB_PB oun SUB PR vm je B SUB H DVD2_H SCP se je e E DO SUB_V 4 DVD2 Y ACL PE re DVD2 CB 4 ki T VBLANK 9 10 2h HD_24HZ 2 80 XRAY i HD ui 2 2 2H_VSYNC Ae 2 2H_HSYNC i B_VGA PB_HO OHO SCL5 3 2703 1 SW3_VSYNC a 8 Q 27K SW3_HSYNC SHORT 0 5 BLM21B272S f 3 09 e 8015 2203 2774 O7 N TC74HC4053AF 0 wus 5 HB 27 4 cevis 4 4053 1206 1201 P 3 G_VGA m PHO 3 27K 4 3 1204 4 BW7 VSYNC 2 97 MAIN V VPULSE 7 BLM2182725 27K 160 BLM21B2728 SW7 HSYNC 2738 MAIN_H 8 5 NA 18 518 1 C240 0274 MUTES 16v R_VGA PR HD i 3 9 47u P_ON C2YO2 6201 IC2YO1 0204 2 22 25 Z 0223 TC74HC4053AF Pu 2802412 842 uev 5 5 8 1 7u E Revel 0 VBLANK 1 CO peyis H VGA H_HD 8242 _ K 4 270K 90 HPULSEt GND AUD 1 HO XRAY NAAT V_BMP R214 2 3 RvR mh xa AHO 2 01 SW3 56 2SC2d412K RS R YIE L VA HO SHORT C2Y04 250801 1 5 4 150K 17 MAINLY 4 V_VGA Y 5V 2Y01 02108 4 50 e GND_AUD 4 O SCL5 4 90 55 10u 560 a 5 ACOFF 58 2 IC2Y04 TE 5 6 05 te ES MAX4583CSE EN 02 05 77 SM coa 5 102708 L SDA5 mm gt v Sov 250 ia SUB V G_BMP 02024 280801 186 i mE DHO VPULSE 104 2 270K bn EE
103. 1 R2J15 120K 12 15 10K 7 4 13 14 4 l C2K70 82 71 K 01 4 22 C2K69 C2K83 50v R2K70 5 Q2K02 82 8 01 DTV R E B 1 10u y 22K H NN 25C2412K R S cii 2SD601AI H S 50V R2K81 222 O 03 Ye 10u y 4 15 R2J56 C2K68 R2K69 H AR 02412K R S 75 K 01 15K R2K68 2SD601A l RiS 1K 0 9 i R2K80 1 0282 15K R2K83 PN K 01 1K O 82 57 i 75 Vi 4 4 Ca2k67 C2K16 R2K67 01 M LAN 16V 22K 90 O Li K tu ll R2J58 C2K17 50V R2K66 75 50V PR1 10u H BA 15 vi 10u y C2K15 2 09 ton 25 2412 5 i cekis mm 50v 16 16 2SD601AT4R S Ri 16V R2K18 104 K lu K lu R2K65 0 9 1j 5 8 15 C2K65 R2K60 PB2 C2K19 R2K17 M2K16 2K 15 82 11 2K09 01 1K 25 2 19 100 100 2 6 8K eu IRINA l l 44 45 40 45 42 50 45 5 0 4 0 4 4 4 4 4 0 4 4 4 0 15 11 9 8 5 4 3 2 1 4 C2567 12 166 C2K64 z EON BCM21P221S 8 2 2 8 E E E 64 18V ale 100 47u 45 68 K t 80 s2 3 atv 64 E 78 82 21 R2K63 50V 2 72 51 X 3 9 104 DTV LR 75 C2J66 4 25 C2K22 Gps WS 282 16V RS 50 RK R2K62 16V PJ2JM 3304 R 10u y 44 d Kcu TS 28D601A1 R8 caes 2 v uv 6277 296 16 R2K23 R2K61 16 R2J61 1 R2J73 R2J70 K lu 8 4 48 120K ie im EKA 63 Lva ave 61 Il 5 C2K25 DAQ w 6 0259 WFeCOLORBAR JPG WFeCOLORBAR JPG 16V R2K25 35 R2K5
104. 1 en pue m m Ham 15 PLLVSS 5511 66 9 DRA3 3 180 3200004 80 Il 18 PLLCAP 5510 65 29 36 05 17 DRA2 6 09 885116 0 20 VCC13 64 1 mr b 9 N Ree V verte 63 M 0 63 a is DRAG b 885114 vectt 62 3 AA 5 85 41 D8 254 20 002 168501 3 DM I 06 65 30 M EE 5 VCC10 61 5 GND 08521 885112 RST 60 AST 4 69 43 010 K 1 85V 883 04 1 883111 0 5 69 0 44 Dii 65 vo0s 1 SUPER 1 0 3 03 C8 885110 0 R8M58 22 A25 13 45 D12 K 4 25 29 1051 9 02 25 58 1 8 985109 0 A24 67 RBM57 22 A24 00 2 KA 0 46 D13 Di 5 88508 0 vssg 68 6 O 47 014 26 MDASIZE gt 00 18526 88310 R8M55 22 23 49 48 015 10K 27 BOOT VDD3 08 088108 A23 95 4 5 50 88827 K 4 22 64 88854 22 A22 RMP 12 6D PMOCEL P84 10K OPEN IVDD5 03 25 d at 5 p PMOCE2 P85 688104 03 69 0889 69 19002 Ivsss 0 1 A20 62 RBM52 22 A20 1 KX4 65 55 PNOE P72 80 1vss2 3810 53 gov d 2 7 VCC9 57 PMWE P73 08532 67 58 4 255 GD 884 005 8 03 688102 3 69 59 5 P83 82 005 2 IVSS4 K 4 25V L 22 4 A A 5 PMOWALT P93 33 BINT5 BPORT37 PM1INPACK BPORTOO TP100 d REMP13 GND 58 8 63 99 PMOTRED P95 84 BINT4 BPORT36 PMOINPACK BPORTO1 285 2 5 46 47 48 19 CAP
105. 1030183070 1030187050 103 714010 103 714010 103 712010 103 712050 1032464050 1032466070 1032464010 103 715050 1022107000 102P 106090 1030180050 1030180050 1030193060 103 463090 103 177020 103C170020 109D036020 Part Name amp Description R METAL P 3W 150 J R METAL P 3W 150 J R METAL P 3W 150 J R METAL P 3W 150 J R METAL P 3W 150 J R METAL P 3W 150 J R METAL 3W 330 J R METAL 3W 330 J R CEMENT WIRE 5W 2 2 K R COMPOSITION 1 2W 1M K R COMPOSITION 1 2W 1M K R COMPOSITION 1 2W 1M K R METAL P 3W 39K J R METAL 2W 10K J R METAL 2W 0 39 J R CARBON 1 4W 22K J R CARBON 1 4W 22K J R CARBON 1 4W 470 J R CARBON 1 4W 1K J R METAL 1 4W 6 8K F R METAL 1 4W 56K F R METAL 1 4W 4 7K F R CARBON 1 4W 330K J R WIRE 2W 0 15 K R WIRE 2W 0 12 K R METAL 2W 22 J R METAL 2W 22 J R METAL 3W 8 2K J R METAL 1 4W 3 9K F R METAL IW 0 22 J R METAL 1W 12 J R COMPOSITION 1 2W 4 7M K CAPACITORS AND TRIMMERS 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 141P139010 141P132010 141P139030 141P139030 141P139030 154P324000 154P324000 141P139030 141P139030 141P139030 141P139030 141P133080 154P331090 154P331090 141P139030 C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP
106. 141P133080 141P133080 181P520040 141P133080 181P520010 181P522060 181P526020 181P520040 181P520010 181P526020 181P520040 141P133080 181P526020 141P133080 141P133080 141P133080 141P133080 181P520030 181P520040 141P133080 141P135080 141P139030 141P139030 141P139030 141P139030 141P139030 141P135080 141P135080 141P139030 141P139030 141P139030 141P139030 141P139030 141P135080 141P133080 141P135080 141P139030 141P139030 141P139030 141P139030 141P139030 141P135080 Part Name amp Description C CER CHIP C CER CHIP C CER CHIP C E CHIP 6 C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1 B25V 0 1M K F50V 0 1M Z 3V 47M M 105C F50V 0 01M Z F50V 0 01M Z SL50V 100P J SL50V 100P J SL50V 100P J C E CHIP 6 3V 47 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 22M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 22M M 105C C E CHIP 16V 47 105C C E CHIP 50V 2 2M M 105C C E CHIP 6 3V 100M M 105C C E CHIP 6 3V 22M M 105C C E CHIP 50V 2 2M M 105C C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C E CHIP 50V 2 2M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CE
107. 1524710 DIODE 1524710 DIODE EQA02 15AB RD16EB1 DIODE 1524710 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Part Name amp Description Ref Part Part Name amp Description 264P045040 DIODE 1 24710M COILS 264P045040 DIODE 1524710 4099920060 EML F CHIP BLM21B272S 264P528030 DIODE RP1H 409P923060 EMI F CHIP BLM21B272S 264P543010 DIODE 5601 409P923060 EMI F CHIP BLM21B272S 264P543010 DIODE EGO 409P923060 EMI F CHIP BLM21B272S 264P528030 DIODE 409P923060 EMI F CHIP BLM21B272S 264P528030 DIODE RP1H 409P923060 EMI F CHIP BLM21B272S 264P573020 DIODE EG1A 325C146050 COIL CHIP 15MH J 264P045040 DIODE 1524710 409 777080 BLM21P221S 264P457080 DIODE RD3 3EB1 409P777080 BLM21P221S 264P045040 DIODE 1524710 409777080 BLM21P221S 264P045040 DIODE 1524710 409777080 BLM21P221S 264P573020 DIODE EG1A 9250141030 COIL CHIP 10MH K 264P045040 DIODE SM 325C146030 COIL CHIP 10MH J 264P045040 DIODE 1S24710M 325C146030 COIL CHIP 10MH J 264P045040 DIODE 1524710 409P777050 BLM21B201S 264P573020 DIODE EG1A 409P777050 BLM21B201S 264P045040 DIODE 1524710 409P777050 EMI F CH
108. 2 110 1824710M 1 7 01 16V 16V 2 01 1520764 B 47 47 1824710 06811 I 3 15KV m K 150 R FOCUS PCB CONTROL LA 4 4 1 86824 J124 1 F 20K 06801 1 4N COATING EARTH PCB A I 5 1 4 0 E e o lt MEEE PCB DBF LNGIGPH l OC 5 7 U U 15K 1 1 85 06 85 05 RSK04 R5K03 C5K00 C5KO1 100K 120K 100K 120K H OG stone KAN A A A PCB SIGNAL 2 RF MPP MPP PCB DISPLAY I 86600 86601 1800 22 08602 08608 08607 DE G SCREEN Q5K00 ZZ 350V 500 500 MB MB 2SC4636 47u K 4700 K 4700 R6613 06600 C5K14 8603 86602 220 158244 50 m 1 22K 22K 1 28 47u MB MB 86604 16600 06601 lt 27K 3 6 8MH K 259 y 158244 J129 d 1 2W 06602 8614 85 23 86605 IKV 330K 809790 3 Js WFeVI7 CATGREENOUT JPG o 08604 1758 R6617 t PCB TERMINAL CB 06603 66620 152076 O M 2 2K G GND g 2 12V p p H AGSKOO 06606 Y 50 T l 01 18247 10M 1 2 i QA 2 0 0 5KV gt 1820764 18247 10M M J114 GK 86506 1 SOCKET_G R5K33 x ves 06607 va 22 T y 158244 T I MB EN i 86607 16601 06603 3KV a 0 7 1K 3 12MH K d K 1000 S7L10 hui 1 24 1480 0 ADJ RIGHT a Lu a a D6608 R6620 18603 88608 155244 M 2 2K
109. 234567 8 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref C6P26 C6P29 C6P39 C6P41 C6P44 C6P45 C6P47 C6RO2 C6R11 C7A03 C7A05 C7A07 C7A13 C7A14 C7A20 C7A28 C7A31 C7A34 C7A39 C7A41 C7A42 C7A53 C7A59 C7A64 C7A65 C7A66 C7A67 C7A72 C7A75 C7A76 C7A77 C7A84 C7B16 C7B17 C7B29 C7B30 C7B31 C7B33 C7B34 C7B39 C7B42 C7B43 C7B44 C7B78 C7C01 C7C03 67004 67005 67006 67007 C7010 C7011 C7013 C7017 C7025 C7028 67030 67031 67032 C7C33 Part 4 154P331050 154P335010 141P131070 154P333070 154P325040 141P139030 141P139030 181P195040 154P264000 141P132010 141P139030 141P132010 141P132010 141P132010 154P329010 141P133080 141P134070 141P134070 141P134070 141P133080 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 141P132010 154P331050 154P331050 141P133080 141P132010 154P333070 154P333070 141P139030 141P139030 154P336090 154P325040 141P132010 141P132010 141P139030 154P325040 141P139030 141P139030 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 181P350010 141P139030 141P139030 141P139030 Part Name amp Description C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER
110. 241030 COIL CHIP 10MH K L8N40 409P777050 EMI F CHIP BLM21B201S L7E01 3250241030 COIL CHIP 10MH K L8N43 409P777050 EMI F CHIP BLM21B201S L7E11 3250242010 COIL CHIP 47MH K L8N44 409 777050 EMI F CHIP BLM21B201S L7E12 409P777020 EMI F CHIP BLM21A05 L8N51 409P777050 EMI F CHIP BLM21B201S L7E13 3250241030 COIL CHIP 10MH K L8S01 409P777050 EMI F CHIP BLM21B201S L7E14 3250241030 COIL CHIP 10MH K 185132 409P777050 EMI F CHIP BLM21B201S L7E15 3250241030 COIL CHIP 10MH K 185176 409 777050 EMI F CHIP BLM21B201S L7G00 3250242050 COIL CHIP 100MH K 18548 409 777050 EMI F CHIP BLM21B201S L7G10 3250242010 COIL CHIP 47MH K 18801 409 777050 EMI F CHIP BLM21B201S 17011 3250241030 COIL CHIP 10MH K L9A02 351P209010 LINE FILTER SU16VD 40010 L7G12 3250241030 COIL CHIP 10MH K L9A20 4110009020 CORE FERRITE L7H00 3250241030 COIL CHIP 10MH K L9A21 4110009020 CORE FERRITE L7H10 3250241030 COIL CHIP 10MH K 19422 3210141070 COIL RF 22MH K L7H11 409P777080 EMI F CHIP BLM21P221S 19423 3210141070 COIL RF 22MH K L7H12 3250241030 COIL CHIP 10MH K 19424 3210141070 COIL RF 22MH K L7H13 3250241030 COIL CHIP 10MH K L9A50 4110009020 CORE FERRITE L7H14 3250241030 COIL CHIP 10MH K L9A51 4110009020 CORE FERRITE L7H15 3250241030 COIL CHIP 10MH K L9A52 4110009020 CORE FERRITE L7H16 3250241030 COIL CHIP 10MH K L9A53 3210141010 COIL RF 6 8MH M L7H17 3250241030 COIL CHIP 10MH K L9A54 4110009020 CORE FERRITE L7H18 32502
111. 24710 409P923060 EMI F CHIP BLM21B272S 264P045040 DIODE 1524710 409P923060 EMI F CHIP BLM21B272S 264P045040 DIODE 1524710 409P923060 EMI F CHIP BLM21B272S 264 566010 DIODE FMP G128 409P923060 EMI F CHIP BLM21B272S 264P045040 DIODE 1524710 409P923060 EMI F CHIP BLM21B272S 264P487070 DIODE RD12FB1 409P923060 EMI F CHIP BLM21B272S 264P628010 DIODE FMB G14L 3250461030 COIL PEAKING 10MH K 264P045040 DIODE 1524710 409 777080 EMI F CHIP BLM21P221S 264 045040 DIODE 1524710 321C130010 COIL RF 2MH 15 264P045040 DIODE 1524710 321C130090 COIL RF 10MH K 264P045040 DIODE 1524710 411P001010 LEAD FERRITE 264P045040 DIODE 1824710M 333P052030 COIL HORIZ LIN 2848566010 DIODE 0125 3210130010 COIL RF 2MH 4 15 264P899010 DIODE BYV26E 3210141030 COIL RF 10MH K 264P588010 DIODE FML G16S 321C141030 COIL RF 10MH K 264P045040 DIODE 1524710 321C141010 COIL RF 6 8MH M 264P045040 DIODE 1524710 4110009020 CORE FERRITE 264P045040 DIODE 1524710 4110009020 CORE FERRITE 3250110090 COIL PEAKING 4 7MH K 3250461010 COIL PEAKING 6 8MH K PAGE 51 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Part Name amp Description Ref Part Part Name amp Description 16801 3250481040 COIL PEA
112. 25 08 2 1 32 8 33 8 34 8 35 Gua OO ww ull PG EA MAIN WT 46807 OE PG 3 POWER WS 55857 D O 6 6 6 OOO OOD 9 9 69 69 69 9 69 amp 6 62 6 60 69 E TERMINAL 45 65857 SIGNAL 1 AV 1 0 WS 55907 SIGNAL 2 MICRO WS 65907 PG 7 SIGNAL 3 VC SW WS 73907 PCB SIGNAL 1 3DYC P CONV GEN JUNGLE P CRT CONTROL AI SVM DBF P 2HDW 1 2HDW 2 P 2HDW 3 BITMAP 1 PAGE S 8 P BITMAP 2 1 3 4 S 6 8 9 10 11 12 13 14 15 16 PCB SVM PCB MAIN DF PCB MAIN DP
113. 270P506010 263P384010 270P348010 275P437020 270P348010 274P901010 275P535010 275P535010 275P535010 275P535010 270P831010 275P223010 275P222020 270P348010 275P420010 267P150010 267P150010 263P408020 263P408020 263P408020 263P408020 263P408020 263P408020 270P751010 270P751010 270P751010 272P603010 275P291010 275P557010 275P552020 Part Name amp Description IC LM1881MX NSC IC C MOS MN102HF57KCES IC C MOS TC74HCT7007AF EL IC C MOS M24C64WM6T IC C MOS M24C64WM6T IC C MOS SN74AHCT1G126DBV IC TDA8444T HIC Sl 3033C IC L4931CDT33 TR IC MAX823REUK IC C MOS SN74AHCT1G126DBV IC C MOS TC74HC4066AFN ELP IC ADS931E IC ADS931E IC ADS931E IC C MOS TC74AC157FN ELP IC C MOS TC74AC157FN ELP IC C MOS TC74HC4066AFN ELP IC ADS931E IC ADS931E IC ADS931E IC C MOS TC74AC157FN ELP IC C MOS TC74AC157FN ELP IC C MOS MB40C958VPFV IC C MOS TC74HCT574AFW ELP IC C MOS TC74HCT574AFW ELP IC C MOS MSM56V16160D 10TS K IC C MOS MSM56V16160D 10TS K IC TMC57127PPM IC MSM53403E IC M51957BFP IC C MOS TC74HC221AF EL IC TLC2932IPW IC SLA4028 IC TLC2932IPW IC C MOS TC74HCT7007AF EL IC C MOS TC74AC157FN ELP IC C MOS TC74AC157FN ELP IC C MOS TC74AC157FN ELP IC C MOS TC74AC157FN ELP IC C MOS OPA2350PA IC C MOS CM0007AF IC C MOS M24C32MN6T IC TLC2932IPW IC C MOS MC74HC74AD HIC STK392 570 HIC STK392 570 IC C MOS UPD6376
114. 3 R7E05 F 510 F 13K 506 C7E88 n 4 n 4 25v SC7 H 107 00 I I f I 1 7 91 6790 7 89 C7E87 C7E8 C7E85 sco TC7 4HC4066AFN l 1 2 25 25 25V 2 4 1 501 87598 8737 g F IK F 47K 7512 S ADC 962 o 2562413 0 R7E40 so 0 4 0 3 o 4 J 4 R7ESO C7E73 8 s a 8 Uti 1 2K 2 01 87093 87657 7 09 0 R7E30 F 47K R7E59 IC7E02 g 2 01 F 22K F 330 28C2413K4Q R7E49 a 6 5 4 13 2 1 0 8 C7E65 R7E32 ES sav 23 1037 er R7E43 VU 5 8 gt g 1004 R7E56 0 R7E48 2 SUB CB H 105 A JA Q7E10 NEN 100K 1G IC7E11 TC74AC157EN LF7EO1 R7E34 R7E38 4 C7E66 0769 07 13 5 5 8731 Ex F 33K ZZ 63 7 01 1 r 8 aw Z EAN 4 6 IMZ1 8 SF F 6 8K 14MHZ SMD 22 87099 105 C R7E42 f 1 0 R7E33 8795 22 2 o N R7E91 F 510 F 13K 6 6 U 8 08 5 5 8 87 44 8 o al m 5 4 R7E46 a a a a 7 7 1 R7E45 C7E72 100 C7E96 820 2 01 SL 25 SMPK S MPXCLK e t p 7 7 99 je C7E95 I C7E9 P 1 4 25V 25 25 25V 1 1 4 S ADCLK e 8768 8787 F IK F 4JK Q7E22 R7E80 C7E59 4 1 28024 13K Q 1 2K l 01 R7E70 S CLP T ARA R7E79 R7E73 2 0 R7E78 VA 9 C7E70 100K 50
115. 3 bi Z D 5 5 56 Ls CMUTE 8268 R2Y27 02731 150 17 SW4_Y 5 HO 50 9 4 104 8228 ji d 12 100 7 560 SW8 CRST t 0 MHO eg 10208 ni SWe o 0 MAX4583CSE 25V cara C2Y36 i3 9 0 25V IC2Y10 139 1 2790 23 T s 458308 Ei e CBUSY 56 495 09 C2Y35 17 sW4_CR SUB Y 49 50 8 2 57 SUB_Y 5 f SUB PR 2Y09 ie BY me Te bd om eng 2Y33 uut 70K 09109 8271 1 go 2 0 pot RYM 23 ve 82772 56 R2Y35 0738 150K 17 50v 104 R2Y36 CSCL NP 560 E i lt 5 S 0 a a B e 5VS 4 i CONTENTS WS 55807 ge g 22 al bud BLOCK DIAGRAM WS 65807 ps 2 27 55554 Fi a 235 ne WT 46807 99 9 8 ALL NPN TRANSISTERS UNLESS SPECIFIED 28C2412K R 5 9 e a 00000 00000 POWER W5 55857 290801 1 88 e 0906 0 6 4 TERMINAL WS 65857 5 SIGNAL 1 1 0 WS 55907 PCB SIGNAL 1 PG 6 SIGNAL 2 MICRO WS 65907 PG 7 SIGNAL 3 VC SW WS 73907 X EXCEPT WHERE NOTED ALL OPEN ENDED CIRCUIT PATHS CONNECT TO THE SIGNAL 2 SCHEMATIC es 0 PG 9 CONV GEN JUNGLE PG 10 CRT CONTROL AI SVM DBF 11 2HDW 1 PG 12 2HDW 2 PG 13 2HDW 3 5 14 BITMAP 1 PAGE S 7 15 BITMAP 2
116. 33080 F50V 0 01M Z C7H62 181 520030 C E CHIP 6 3V 47M M 105C 141P133080 C CER CHIP F50V 0 01M Z C7H63 141 132020 B50V 0 012M K 154P325020 C CER CHIP SL50V 470P J C7H64 141 132020 C CER CHIP B50V 0 012M K 141P133080 F50V 0 01M Z C7H70 141 133080 F50V 0 01M Z 154P334070 CH50V 330P J C7H71 181 520030 6 3V 47 105C 154P333050 C CER CHIP CH50V 100P J C7H72 141 139030 B25V 0 1M K 141P135020 F25V 0 47M Z C7H73 181 526010 50V 1M M 105C 181P358000 C ELEC 35V 1000 C7H74 141 133080 F50V 0 01M Z 181P358000 C ELEC 35V 1000 C7H75 181 520040 C E CHIP 6 3V 100M M 105C 181P358000 C ELEC 35V 1000 C7H76 181 520030 C E CHIP 6 3V 47M M 105C 181P358000 C ELEC 35V 1000 C7H77 141 133080 F50V 0 01M Z 142P020080 850 820P K C7H80 141P133080 C CER CHIP F50V 0 01M Z 142P020080 850 820P K C7H81 141 133080 F50V 0 01M Z 142P020080 850 820P K C7H82 141 133080 F50V 0 01M Z 142P020080 850 820P K C7H83 141P133080 C CER CHIP F50V 0 01M Z 142P020080 850 820P K C7H84 141 133080 C CER CHIP F50V 0 01M Z 142P020080 850 820P K C7H85 141 133080 F50V 0 01M Z 141P135020
117. 393C 18247 10M 5 70 x T 84801 84802 x 04806 84805 64805 s 2 s 5 B8 0583 05459 F 3 3K F 3 3K F 2 4K 25 15K M 0 01u a gt 2 lt M 0 01u 152076 1 4W R5A82 1 48 1 44 104 16V l 16V 1824710M MB 05457 47 4818 C4B04 04801 EU 17 Iu 2 15 ZI 35V S55000 EM 1Z gt i 7 ji H 4 04813 L 04801 1 4 100 ERBIZ D2AK bl XRAY 4 5 78 055 0539 m io C5A61 MMF MMF m 50 288 15 47 C5A60 24 04807 5 67 l i E 33 84823 16V MMF 04802 04803 MME 220 M 0 01u TP1 C5AB4 35 T 47 04802 16V 5 75 R5A74 05456 10004 100V 192076A gt 05 60 22 10K 10K 5 00 1820764 0 1 i ME 4821 18247 10M EQA02 154B 18247 10M R5A52 2 VPULSE RD16EB1 470 12V HV WFeVZ6 IC401 PIN3 JPG MSPAD1010 _ _ 84814 84817 4813 Sy p 7 85 55 F 47K 470 F 47K RAB20 64812 4822 04803 8561 1K 1 4 04811 390 K 5600 22 0 02 050 82K HV FB 0C MB MB ZZ 25 RD5 IEB1 14802 04808 22004 2 3 10MH K 58 5 70 GND 84827 3 L5A53 100v 82k 6 84H M 9X9 5 K 3 3u E M 1 85 78 MMF 12V R4B16 84812 2 84810 22K F 33K 22 27 WFeVZ6 IC401 PIN3 JPG t l l GND MB TP2 3 4V WFeVZ6 IC500 PIN1 JPG gt 96 H C5A71 R5A18 12 KF ET 110V 100 ine I LF2513A OHH 15 Na ET G EU 1Z 0 22 D gt i 160V C5A56 50
118. 4 8252 CR2V51 CR2V50 44 65836 SUB CONT L 0 0 0 8247 15K om R2y41 11 1 CED 100 2804 02012 2HOW_Y 27 92 08 27K C2W14 2 2 2503598 02301 C2X02 82301 2 2SA1037K Q Q2x05 R2W46 25V C2W15 gt R2W33 gt R2W34 gt R2W35 R2W63 25 ZE iev 2SC2412K R S 50 474 2 01 15K 15k 15K R2W36 120 2HOW_PB K 4 47u SD601AT R S C2825 0241 105 C 18K 18 K 4 72 2200 02305 TPEXDI 82340 Ten c2x45 25V ANN 2HDW_PR 50V ES 25V 270K 90 pom 16V 4 R2W31 D2W03 02817 Rexet e A Rowan HZ3ALL 7 01 xn TP2X02 22 24123 242 R2V42 xu 8282 2HDW_YS DVD1Y 6 16V 33M 2941 80 27 02843 caves 6263 2762 2 8261 02 58 R2V56 2 R2V55 2 54 cavse c2v51 c2v50 2 49 C2 48 02747 2746 Revas 243 K 47 16 ACL R2W29 02818 2 1 4 62 05 50V 17 gt TE 25 25 25V 100 16V 100 2100 zk 50V 3 3 50V k 47 N R 220 2HDW_H 41 10u 150K K 41 47 104 K 01 K 01 K 01 7 01 2 01 7 01 22 SL noxia Y IN Rew32 2W13 01 SW5 K H 560 4 9 48 48 001 001 50 43 0 4 6 45 0 47 47 47 47 48 48 48 001 168 0 0 15 Q2W10 092111 4K 2 1 2 08 V 0206 DVD1 H 1004 TE Dam Dan Oa Da Os s ph 5 6 A6 3 h DIEI DIDDII yr ro Ala 1 2941252 5 6 1252 5 c2v40 1 02807 Q TP2V65 neves _ p TP2V39 4 6 IL 5 32 K 47
119. 4070 181P124020 141P134070 141P134070 141P137080 141P139030 141P139030 141P139090 141P139070 181P124020 141P134070 141P134070 141P132030 141P132030 141P132000 141P134070 141P139050 141P137060 154P329030 172P262050 172P262050 172P262050 172P262050 141P133080 141P134070 172P262050 172P262050 Part Name amp Description C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C ELEC NP 50V 10M M C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C ELEC NP 50V 10M M C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C ELEC NP 50V 10M M C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C ELEC NP 50V 10M M C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C ELEC NP 50V 10M M C CER CHIP C CER CHIP B25V 0 1M K B25V 0 1M K C ELEC NP 50V 10M M C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K SL50V 5600P J 850 0 033M K B25V 0 15M K B16V 1 850 8200 B16V 1 B16V 1 C ELEC NP 50V 4 7 C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B16V 1 B16V 1M K B50V 0 047M K B25V 0 1M K B25V 0 1M K B16V 0 47M K B16V 0 22M K C EL
120. 41030 COIL CHIP 10MH K L9A55 3216142030 COIL RF 68MH K L7H19 409P777080 EMI F CHIP BLM21P221S L9A56 4110009020 CORE FERRITE L7H20 3250241030 COIL CHIP 10MH K L9A57 3216141070 COIL RF 22MH K PAGE 52 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Part Name amp Description Ref Part Part Name amp Description L9A62 2210141010 COIL RF 6 8MH M CKD510JB1H470S L9A63 321 141010 COIL RF 6 8MH M LC8M18 409P876020 EMI F CHIP CNF20C470S L9A64 3210130090 COIL RF 10MH K CKD510JB1H470S 9465 3216141070 COIL RF 22MH K LC8M20 409876020 CNF20C470S L9A66 3216141070 COIL RF 22MH K CKD510JB1H470S 9467 3216130090 COIL RF 10MH K LC8M22 409P876020 EMI F CHIP CNF20C470S 19000 351 203010 LINE FILTER SS35V 45022 CKD510JB1H4708 19001 351 203010 LINE FILTER SS35V 45022 LF7D00 409P901010 LP FILTER 14MHZ SMD LC7D02 409P875090 EMI F CHIP ELKE103FA LF7D01 409P901010 LP FILTER 14MHZ SMD LC7D05 409P875090 EMI F CHIP ELKE103FA LF7D02 409P901010 LP FILTER 14MHZ SMD LC7D10 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S LF7E00 409P901010 LP FILTER 14MHZ SMD LC7D11 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S LF7EO1 409P901010 LP FILTER 14MHZ SMD LC7D12 409P876020 EMI F CHIP CNF20C470S CKD
121. 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref 06820 08521 68523 08529 08532 C8844 C8548 C8552 C8562 C8565 C8576 C8578 C8588 Part 141P139030 141P139030 141P139030 141P139030 141P139030 141P132010 181P500030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 85 20 141P139030 C8X01 C9A05 C9A06 C9A07 C9A08 C9A09 C9A10 C9A11 C9A12 C9A13 C9A14 C9A20 C9A24 C9A50 C9A53 C9A54 C9A55 C9A58 C9A62 C9A63 C9A69 C9A73 C9C03 C9C06 C9C11 C9C13 C9C21 C9C22 C9D00 C9D01 141P139030 189P185070 189P185070 189P153040 189P185090 189P185090 189P185090 189P185090 1850122040 189 152070 189 152070 1892152070 142P020050 142P020050 185D122040 154P260080 142P020070 185D163020 181P195080 185D121020 181P358030 181P358030 141P 133080 141P 139090 141P139090 141P 139030 141P 139090 141P 139030 189P153040 189P153040 CF6M01 299P128010 CF6P01 299 128010 7K01 7L01 S7L02 7L03 S7L04 57105 57106 57107 57108 57109 57110 5711 57112 432 089010 432 089010 432 089010 432 089010 432 089010 432 089010 432 089010 432 089010 432 089010 432 089010 4322089010 432 089010 4322089010 Part amp Description B25V 0 1 C CER CHIP B25V 0 1M K C CER CHI
122. 5 K x 9 o 98 O 5B D S Z N S x 5B 8 9 q Z S S Z amp Z 9 o u Z 6 x S N 5 B S Z u N 8 S S s E 7 0 5 5 5 5 e 8 as 8 8 808 5 5 5 8 a 8 888 8 e es i EE ER EEE EEE EEE ER EE EE EEE EEE ENGER 8 i 2 at MSM56V16160 10TS K A06 E gt vssa 04 5 A05 0 35 103 8 0 34 102 VOUT33 009 108 A16 C7H36 1 vouT32 7 01 0109 008 G9 T 4 g m 5 v0UT31 8 v 8 8 8 8 Ditt VOUT30 97 gt VOUT29 56 il 299923 pie vur 0113 558 94 2d 0114 VOUT27 Ya of e f e 0115 916 3 58 voutas Qu m NE I VOUT25 a1 0107 Y0 C7H35 SY4 VOUT24 2 01 0106 007 9 i of x af y d e g 0105 VOUT23 88 ai 5 a 5 5 5 a 5 0104 VOUT22 C8 1 VOUT21 OR 1 0103 V0UT20 85 c4 0102 357 84 Mi D101 3 58 0100 VOUTI8 Ci MY3 7 0 T VOUT 17 GD MY7 co C7H34 07802 vure 8 57 127 8 I MYS voutis 78 4 0 14 7 06 VOUT13 78 08 us We 0 75 ua 8 ada 2 ma 386 74 a lt lt lt lt lt MYO VOUT II 3 03 V0UT10 72 02 a o s di a 28 3 vouta 7
123. 50V 0 01M K C E CHIP 6 3V 47M M C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C E CHIP 6 3V 47M M C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C E CHIP 6 3V 22M M 105C C8N152 C8N153 C8N154 C8N155 C8N156 C8N157 C8N16 C8N17 C8N186 C8N202 C8N204 C8N205 C8N208 C8N23 C8N26 C8N28 C8N30 C8N31 C8N34 C8N35 C8N37 C8N38 C8N40 C8N41 C8N43 C8N44 C8N45 C8N46 C8N47 C8N48 C8N51 C8N52 C8N53 C8N54 C8N55 C8N56 C8N57 C8N58 C8N60 C8N67 C8N68 C8N69 C8N78 C8N79 C8N82 8501 68507 685102 085104 085106 685117 C85118 C85132 C85133 C85146 C85158 C85159 C85170 C85176 C8S177 PAGE 61 141P139030 141P132010 181P506020 181P500030 141P132010 154P331090 141P132010 141P132010 141P139030 141P139030 181P500010 141P139030 141P132010 141P139030 141P139030 141P139030 141P139030 181P500030 181P500030 141P139030 181P500030 141P139030 141P139030 181P500030 181P500030 141P139030 181P500030 141P139030 141P132010 141P132010 141P132010 181P500030 154P333050 181P506020 141P132010 141P139030 181P500010 141P132010 141P132010 181P505000 181P505000 181P505000 141P132010 141P132010 141P132010 181P500030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 181P500030 141P139030 141P139030 141P139030 141P139030 141P139030 181 500030 B25V 0 1 B50V 0 01 C E CHIP 50V 2 2M M C E CHIP 6 3V 47M M C
124. 510JB1H470S LF7E02 409P901010 LP FILTER 14MHZ SMD LC7D13 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S LF7G00 409P901010 LP FILTER 14MHZ SMD LC7D14 409P876020 CNF20C470S CKD510JB1H470S LF7G01 409P901010 LP FILTER 14MHZ SMD LC7E10 409P876020 CNF20C470S CKD510JB1H470S LF7G02 409P901010 LP FILTER 14MHZ SMD 07511 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S LC7E12 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S TRANSFORMERS LC7E13 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 349 216010 TRANS HORIZ LC7E14 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 336P040010 TRANS HORIZ DRIVE 07601 409P876020 CNF20C470S CKD510JB1H470S 334P278010 TRANS FLVBACK 07602 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 350 766010 TRANS POWER LC7G03 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 350 765010 TRANS POWER 07604 409P876020 CNF20C470S CKD510JB1H470S 07605 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 07606 409P876020 CNF20C470S CKD510JB1H470S VARIABLE RESISTORS LC7G07 409P876020 CNF20C470S CKD510JB1H470S 1292059050 VR FOCUS MHF116 50W 07608 409P875090 EMI F CHIP ELKE103FA RV9D00 265P100010 VARISTOR ERZV10D271 07609 409P875090 EMI F CHIP ELKE103FA LC7G10 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S RESISTORS LC7G11 409P876020 CNF20C470S CKD510J
125. 57 P SIGNAL 1 1 0 WS 55907 SIGNAL 2 MICRO WS 65907 PG 7 SIGNAL 3 VC SW WS 73907 PG 8 3DYC 2 3 CONV GEN JUNGLE CRT CONTROL AI SVM DBF 2HDW 1 2HDW 2 P 2HDW 3 BITMAP 1 PAGE 5 6 P BITMAP 2
126. 5807 WS 65857 WS 65907 WS 65807 WS 73907 WS 73907 CAUTION Before servicing this chassis it is important that the service person read the SAFETY PRECAUTIONS and PRODUCT SAFETY NOTICE contained in this manual PART 2 SCHEMATIC DIAGRAMS CONTENTS Page Overall PCB Block Diagram 1 PRP MER 2 PCB MAIN ee 3 PCB SIGNAL AV I O 4 Refer to PART 1 for PCB SIGNAL MICRO ETE TE PT EA 5 Specifications PCB SIGNAL VO SW 6 Safety Precautions PCB 2HDW IN l 7 e Disassembly PCB 2HDW MAIN 6 CRT Replacement PCB 2HDW OUT 9 Electrical Adjustments PCB TERMINAL 10 e Parts List PCBs CONV GEN JUNGLE eee 11 Block Diagrams PCB 3DYC MAIN DECODER 12 PCBs CRT CONTROL PREAMP DBF FRONT DISPLAY 13 1 14 PCB BMP 9 15 PCB LAYOUT DIAGRAMS 16 MITSUBISHI DIGITAL ELECTRONICS AMERICA INC 9351 Jeronimo Road Irvine CA 92618 1904 Copyright 2000 Mitsubishi Digital Electronics America Inc All Rights Reserved TO SUB DY TO SUB DY TO S
127. 6 87088 87074 MAIN CR 0 1 3 07020 87076 S O 2602413 0 N R 2 LC7E12 87064 C7032 GY OM 87061 LFADDE E249 07058 2 R7D68 07055 87075 07058 56 M ADC M MPX F 6 8K 14MHZ SMD 7 01 F 33K FE 6 3V 820 7 01 8 22u M MPXCLK 6 87063 87065 105 L 4 F 4 O O F 510 F 13K LC7E14 SVD E E M ADCLK b f 07018 C7017 T 7 01 ZZ 63V 7 1004 LC7002 25V T 105 C ELKE 103FA 4 ASV IM L7E11 47MH K jiem e je C7E80 I 07 7 jm C7E76 C7E47 L7E15 C7E48 x 2 4 mr 53V 7812 x 107010 1 21 10MH K 2 01 1004 BLM21A121S Bis MAIN Y FYR 105 SO e a GND svi a 16 107011 MHD 07574 C7E75 DH 17 MAIN CB 1 7 01 63 52 o 47u FAN Q7E02 07 83 105 C SY3 E 28024 13K 0 zu 0 10MH K 7 45 7 46 R7E06 R7E07 R7E10 47u 07 03 0708 C7E07 SY4 6 3 2 01 F IK F 4JK 1050 2502413 0 a 6 3V 2 01 4 7 64 S Y 47u SY5 50V R7E14 105 C NE TED SY6 1 Hu 107501 52 4 R7E16 SY7 REIP R7E13 L NN 22 0 R7E27 07 00 87 15 I C7E30 25 R7E00 F 4 7K R7E29 28C2413K Q 07501 580 100 5 12 F 22K F 330 T SL 07 05 8702 2802413K Q ji 17500 7 80 2SA1037K Q 3 10MH K 63 8726 SUB Y H 1004 0 Hos f sa 6 LF7E00 R7E04 R7E08 C7E61 L7E14 8701 EKHI F 33K 2 01 10MH K F 6 8K 14MHZ SMD ASV 865 R7E0
128. 62 08565 8948 R8547 88849 1 885855 K 1 1 8 00 RK t 47u OK OK 25 10K 25V 25V ak l seul Ql sl Q l l deb l oa 4 088814 63V 8 5 3 F 5 YS BF 8 EE 25 Ka gt 25 IREMF 12 C8MRO1 10K 005 0 IC8M04 7 22 R8MF40 PST9128 25 03 1 x 0012 89 R8MF39 0 Dit C8MG 14 004 68 RBMF3B 0 RST 4 25V IRBMF 15 04 8 37 1 10K 0011 69 888628 0 012 1 8 009 03 RBMF35 0 5 S 05 0010 84 REMFS4 0 gt 013 E 002 63 88 32 0 06 009 62 R8MF32 Y o 04 00180 0 07 77 88865 008 GO RBMF U 0 10K D15 000 69 REMF29 0 30 47 _ cH o9 4 zx m d a TT g 8 a o s e s a e x a a S sy a o S 3 g g x amp 3 8 a 38338 8358 3 a 5 5 5 a 8 s g 9 v 8 g s d d g co oo T o o g zs 3 3 5258328 S S 888 a 7 lt lt lt 3 gt y lt lt lt magts ucl eee LC8M05 108 11 LC8M18 LC8M20 LC8M22 47 01 l i l LC8M14 108 15 LC8M16 08 08 1 L LC8M12 LAA H SYNC V S
129. 7 HPULSE 1 IF 82718 bal 08 560 1 U 23 82139 MAIN Y B_BMP 56 841 7 RRA gt MAIN V CMUTE OHO lt MAIN Pr xWS 55857 WS 65857 x SW6 5 150K 17 MAIN_CR 1 ED MAIN PR CBLK 10 BLK2 62108 50V R2Y20 Roval MAIN Pb WS 55907 WS 65907 c 25V pey 641 08 2 mp WFeV17 CRTREDOUT JPG WFeV17 CRTGREENOUT JPG WFeV17 CRTBLUEQUT JPG FP K 1 NP C2Y03 zr O 127 p p 2 12V pp t 8 12V t 00808 5 Ly Ga 8 1 25V H Q2Y06 T Je 288801 1 5 EBUSY 9 EG oe 00806 2 H 270K 9 0 T o 14 883 SW6 Y el 215 m 0 84 545 CR Lytt b 9 00808 1 SWS 6228 HALE uL MAIN CB 4 ceytt 50V CSDA 17 H SW6 25V _ 104 R2Y24 560 887 f 9 319 WFeR Y QUT JPG WFeB Y QUT JPG WFeLOWBLUEQUT JPG 6800 46 u un ite jix 4 p p 5 0 45 H 6 3 R2Y12 BLM2 182728 50 162105 TC74HC4053AF 102709 8 8 VSYNC R254 SUB_V FT d 8 4 VSYNC TC7 4HC4053AF HSVNO A BRR SUB_H HO 1 SW4_HSYNC HO ACOFF 89020 109005 l NJM7B09FA ANZ809F S x FO 02743 C2Y4 sse ww al eng K 4 47u 9023 09022 09021 09020 CE2RST 50 25 2 16V 16V x 9 Y R2Y25 104 4 K 47 47u 12VS ap SBE lulta I 9119 82728 2
130. 7 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CABINET SEPARATION PROCEDURE MODELS WS 65807 WS 65857 WS 65907 WS 73907 The cabinets for the above models are assembled in two pieces The two pieces may be separated to allow easier delivery and setup The following instructions show how to safely separate and re attach the cabinets Note The guide pins under the cabinet top are prone to breakage if mishandled Be sure to keep the cabinet top straight when removing setting down and re installing being careful not to tilt back ward or forward on the guide pins 1 Remove the lower screw from each side of the TV back On both sides pull off the two plastic caps and remove the two exposed screws 2 Lift the cabinet top straight up until the guide pins clear the holes in the bottom cabinet DO NOT use the screen frame when lifting the cabinet top 3 Carefully place the cabinet top onto the floor 4 When reassembling set the cabinet top on the bottom Be sure the guide pins align with the holes in the cabinet bottom Keep your fingers clear of the edges being joined Replace the caps and screws that were removed in step 1 Step 2 7 GUIDE PINS SCREEN FRAME GUIDE PINS PLASTIC CAPS GUIDE PINS GUIDE HOLES GUIDE PINS Page 13 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 SERVICING THE LENTICULAR SCREEN AND FRESNEL LENS CAUTION
131. 73907 sis loves 12 Cabinet Separation Procedure WS 65807 WS 65857 WS 65907 WS 73907 13 SERVICING THE LENTICULAR SCREEN AND FRESNEL LENS Lenticular Screen and Fresnel Lens Removal WS 55807 1 WS 65807 misser econ e emt he hoe tact 14 WS 55857 WS 55907 WS 65857 WS 65907 WS 73907 WT 46807 15 Lenticular Screen and Fresnel Lens Installation 16 SERVICING THE DIAMONDSHIELD DiamondShield Removal Installation 3 17 SERVICING PCBs PCB Locations and Chassis 18 Main Component Locations acca uoa Giese eae at 18 CRT REPLACEMENT CRT Removal AR 19 GRT Installation s see See 20 ELECTRICAL ADJUSTMENTS Jest Equiprment seerti hm tea d de m e eee Toit aa 22 Initial Setup a os ep EUH eiue otia e ES 22 Self u eget eter teet da deret Gertie lec dde 24 Circuit Adjustment 24 Convergence Adjustment Mode pp 26 E2PROM Replacement s suasana wui l saq Taaa tnter enn 28 Adjustment Items List crier tp 28 Adjustment Test Points een eii dec ee ae La E iue da 31 5 etoile tb tt e ee dece o std deuda ree
132. 8 07006 25 6 3 2 479 f 105 C 7091 07090 7089 07087 708 7 1 25VZE 25V 25 25V 2 4 I 241 R7036 R7037 87050 07073 F IK F 47K 12 2 01 6 87080 7012 M o 87040 252413 0 NA E 1 N R 87049 ANA 4 4 1 A x k 87043 87048 107002 m e 0 100K I 2 3 a z 87057 07011 55 e 87030 F 4JK R7D59 2802413 1 07087 z F 22K F 330 50 07085 07015 87032 4 221 3 07013 5 12 MC6 6 3V 28 1037 0 105 1 71 iicn 1004 87056 87058 MAIN 105 C 07010 2802413 0 7042 5 9 2 2K 87044 ju 4 MCO e 87094 R7038 07086 07069 i 87031 LF7001 5240 F 33K 83 1 01 ARA R7046 65 F 6 8K 14MHZ SMD 22 L w 1 105 C 87033 87035 07031 m E 65 510 F 13K 87045 07072 58 820 2 61 SL 4 1 4 4 4 3 07098 25V t 87080 07059 7099 jem je 07095 1 709 jem 92 2 adi 3 1 2K 2 01 z 253 25 25 25V 1 1 2 z S 2 Sg Kio 87068 87067 4 t I I F IK F 47K 17022 87079 502413 87073 87078 NU 87070 0 100K 2 3 07070 pe 07023 22 87087 07021 105 C 1 71 87060 F 4JK 87089 ui I LC7E10 F 22K F 330 2SC2413K Q 167003 C7068 07025 87062 8707 7 L sav 2SA1037k 0 22K 6 6 U M CR 2 2 SHD 1004 8708
133. 84 16V 5 L PN 2 05 5 68 Key 1 1 is 20K 12 ji 15 82 10 w 69 JM II O O 120K 85121 ig 82431 R2J32 R2J43 R2J46 13 14 120K 120K 75 75 02122 K el 69 02182 50 R2L22 1 R2L62 16V 1 1 cut 62 5 nes 16V R2L23 as R2L61 4s 8 I 23 AK ave 6 Ka TET 50 R2L2A 29 50V 9928 25 10u y 4 104 vD2 L 64 vs 60 Ma 8 55 Benne bra 16V 82125 i 82159 16V 8 44 8 K tu Ik Ww 25 122101 130153 NAA Mss T 5 1 25V RAS O 8 25 1 O R2J53 A V SWITCH cout 68 nez 4 2 120K PJ2J02 CXA20690 R2L57 PIP LR venn 67 15K 4 INPUT 3 MONITOR QUT PJ2J12 C2L56 O 3 8225 82 28 82156 50V A5 18 75 66 RAA 4 O 4 4 O 9 t M 82185 2 4 15K R2J51 R2J52 2 KO R2J16 TRAP 65 02154 120K 120K 4 1 GNDY 10K 82154 16V L 3 Y 3 T 64 SW i 5 NG O A5 10K 82153 VOUTI 63 2 6 4 02152 5 1 tok R S 8 55 K lu lt R 2 g tout Gy 525 72 0601 1 3 O we 3 R2J11 10u 75 2 ji C2K74 H L2K65 4 16V BLM21P2215 l 8 19 8 51 K 47 02875 134 214 15 50V 5 z 100 2141 C2L42 1 5K 47u 9 O 18 ZI 4704 K 47 0244 4 02150 0 79 02 80 L2K77 2 12 R2J14 50V LL 50V 50V BLM21P2215 120K 10K pet tou 104 474 4 10 17 4 8514 C2K71 R2K72 R2K75 15K K 01 15K 1K 12142 u 16 BLM21P2218 82 13 T7
134. 9 a 9 38 24 576MHz L8N103 FT 4 gt up i eb 2 5 gt 33 nis L8N32 L8N44 772 RENS ReN144 gt 8 143 BIR 1 rm rm L8N155 22 22K l22K 0 Nm 8 130 8 128 BENDS 014 8 38 CBN37 846 C8N45 4 25 25V 0 25V 6 3V 25V 83 8 155 8 156 ig 47u L8N31 47u L8N43 6 3V 01 MM 4 e p I dus 8 34 CBN44 CBNA3 DD DD 0 0 29 9 B2 1 lt m Z lt c s s lt s Z E SeseEs 8 8 8 8 cos lt strtesvgerereerrerrzrsesSsaseaseasaeas 5 Ma Da Da Pa Da Da Da Da Da 1 60 69 68 67 65 65 64 63 62 61 gt gt gt gt gt gt OG 2 g 2 z 9 8 K 22 amp 57 2982292239292 299 5 g 860 3 0028 360_28 860 3 0028 60 860 28 SEBA VCC8 Q 2 9 1 860 4 0027 860 27 660 4 3 0427 68 560 27 560 5 8 05 C8N79 560 26 SGD 5 6 C8N78 560 26 01 0026 01 01 4 0026 ZZ 01 pen 996 0 5 888 0 7 BCL 860 6 0025 560 25 660 6 6 0025 GS 560 25 RBN163 eut 860 7 360_24 860 7 860 24 22K 22 0024 7 0024 74 E VCC7 Q 8
135. 9 16V 8 43 Variable Audio in from MCS os SORA 65 nv Lve 68 D Bape pathy 100 100 120K 4 66 e A V SWITCH court 68 CC 1 1 al a 0201 venn 67 Gs CXA2069Q yout 68 Tuner Audio from MCS R2K29 4 4 RGD AR 29 Lvs 65 50 R2K54 50V 10 49 H 10 WF COLORBAR JPG WF COLORBAR JPG p HE AA 80 vs 64 N H jak 04 25027 2 6 NET Monitor Video out _ _ 1 8 4 42 Monitor Video ou 3 p p tH 4 2 p p Wap SN 60 avs vout 63 R2K52 50V a 82 ADR Se cour 62 7 02 40 5 3 5 5 5 5 2 Monitor Audio out 25C2412K R S 8 8 2 2 2 E E S 25801 1 88 63 641 656 7 Y Y 0 1 IO P Oaa nr n 4 MAA 4 8 4 8 4 5 45 4 2 9 0 45 4 1 45 4 4 04 45 R2K53 R2J66 R2K34 100 0 02 38 C2K40 8241 2K43 2K44 2K45 2K47 R2K38 50V 50V 100 2 100 25 2 100 C2K50 10u 104 LI 50 N N R2K40 10u AS zk47 2 25v s K 1 L2K42 2 Cak43 C2K42 16V 16V BLM21P2215 8276 4704 K 47 47K Q2K44 28024 12K R S 250601 1 5 2850 2 R2K48 820 63 lt 1 INI a ol ul wo wl 1 args a S gt a amp a E E 2 1 i i az s 1 1 amp al gt 1 i lt gt a gt U a L gt o
136. 9 44 Y Y Y VIN 1 OAO 2 A ew I IVNDIS 49d TVNINHSI 80d ET 69 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 SYNC PATH H 2H 2HDW V a SD 50 6 BMP H SD V IC2V00 gt BMP V VGA V PROCESSOR 14 V 1H 2H PCB 1H 2H 1 4 4 1c2v01 475 SEL H 2HDW MAIN 2 DECODER E V 1H 2H 4 SEL V SUB DECODER PIP H DVDI H 114 DVD2 H 214 DVDI V 34 DVD2 V 5 VS OUT HS OUT IC2X01 DVD 1 PCB JUNGLE IC2X02 DVD 2 Page 70 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 DEFLECTION CIRCUIT IC4 A01 DEFL JUNGLE IC5 400 05 57 4 1 5400 Q5A01 5 1 110 12V T5A51 FBT 110V 2 HV 0U Q5A51 GE 05452 R5A51 CRT FIL
137. 998620 ar DY R DYB CRT CONTROL A1 SVM DBF 2HDW 1 2HDW 2 2HDW 3 BITMAP 1 PAGE 8 1 BITMAP 2 4 10 11 13 14 15 LIVE
138. B1H470S R M CHIP Type Resistors 1 10W Listed by Value LC7G12 409P876020 CNF20C470S CKD510JB1H470S Value Part No Value Part No LC7G13 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 0 OHM 1036409050 2 7K F 103P473050 07614 409P876020 CNF20C470S CKD510JB1H470S 10 J 103P400010 27 103P403000 07615 409P876020 CNF20C470S CKD510JB1H470S 22 J 103 400050 3 3K F 103P473070 LC7J03 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 33 J 103P400070 3 3K J 103P403010 LC7J04 409P876020 CNF20C470S CKD510JB1H470S 39 J 103P400080 3 9K F 103P473090 LC7J05 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 47 J 103P400090 3 9K J 103P403020 LC7J10 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 56 J 103P401000 4 3K F 103P474000 LC7J13 409P876020 CNF20C470S CKD510JB1H470S 75 J 103P409090 47K F 103P474010 LC7J14 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 100 J 103P401030 47 103P403030 LC7J15 409P876020 CNF20C470S CKD510JB1H470S 120 J 103P401040 5 1K F 103P474020 LC8A21 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 130 F 103P470040 5 6K J 103P403040 LC8A22 409P876020 EMI F CHIP CNF20C470S CKD510JB1H470S 150 J 103P401050 6 2K F 103P474040 LC8A23 409P876020 CNF20C470S CKD510JB1H470S 160 F 1032470060 6 8K F 103P474050 LC8A25 409P876020 CNF20C470S CKD510JB1
139. B51 i3 Pat 61 B_BMP GN T ENA fat SUB MUTE C BUSY 55 RAN 502 HED D 0UT 17005 997 4 Mrz 4 P46 080X1 P21 602 Ww chera 67 680 LED 0 IN was BUS_REQ OSDX1 C RESET cs EA MA 7026 87819 87815 WN 2 45 P45 080X0 49 22 WOW CHUTES 3 San 28 SAK SUB_CONT C MUTE ie KA 1942 9 15 CS AMDP d 57 4 1 o OLOTE 18 224 IRINA CE2RST3 R7C43 18 8 VPULSE GND MICRO 3 33K R7C24 501 C E2RESET ae x aus cw 175 517 GND KID SCL3 WW 2 AA Z 7 P43 TM5108 P24 SBT1 87 rw x 502 87888 _ RRA 16 _ K SDA3 R7C23 345 R7A17 m R7A46 10K 5 RIAN NNN 46 1 15 0 00 3 a P42 TM510A P25 SBD1 06 Ow I er REA 5 5 D OUT GND MICRO Pos CSCL lx R7A45 10K 5 804 4 9 14 D IN 4 5V RA 440 w 5 I9 PAL TMLTO 689 9 RAA 69 mu NC E 87021 78 Wen R7A44 RAA 9 9 ea XA A 5 3 14 30 5 E 0 vco1 5 P27 4 pen RRA 12 32 8 2 NC I M 120 R7A20 R7A21 x gt e 5 m SW2 cH 150 0220 p0 E a JL AN 11 M32 ACK KID FP en RNA e BE SE Sa BE EE e B SE sa e a 0 GND MICRO GND a 8709 en Ed a a at a a ae gt a a R7B45 RRA ROW 2000 Daa Daa sss 68 680 581 62 3 64 585 6 38 63 40 541 5462 58K KO s 0 7048 n 33 0 01 0
140. C05 c7C06 F 10K CF 10K AM x HD 24HZ 7 71 2 01 2 01 3 17206 7012 VBLANK BLM21B272S 16V 7 1 ili 167603 e mcos SN74HCT16126 SUB CONT TN R7C12 17008 0 WFeSTAIRSTEP JPG WFeVZ6 BLUE QUT JPG WFeCRTREDOUT JPG ENDS e R7B80 lt 87878 BLM2182725 en MK 4 i p p 5 H 8 H 1 T 07003 152076A 2 an 1824710M JK JK 07004 182078 07010 18247 10M m SN7 4HCT1G126 SERI 9015 2 3 35 E hee WFeSTAIRSTEP JPG WFeVZ6 BLUE OUT JPG WFeCRTREDOUT JPG 05 6 87898 ER e 167608 78 7 1V p p 1 p p H T HSM2838 MAX823R i HPULSE 87082 5 3 R7A77 100 0 87899 5 6K MUTES e P_ON 07877 87887 a 4 2 16V 7 5 a 8 3 3 4 474 3 d eee 5 ACOFF 8 8 080 87467 WT 46807 ONLY 100 7864 DE BRAY OE mo JE R7A6B B 8 a s 5 8 5 5 7 72 CSDA 1 21 00 R7A64 R7A79 k 01 100 8 or 09 GNOS Q7B62 7484 OH mm 7480 28024 12K A S uH ai 100 1 3 4 100 3 2 7 65 0 2 5 IC7C06 5 87055 87090 C7A84 5 C7Ci7 a 47 Wa 01 o 81 30330 33 5 6K K 01 ll 100 de R7859 2 01 2 3 1 Q2 148 06 148 gs z g daq lap JG 2 3 xx C766 L 1 4 7 02 gt 62 6 60 9 7 LD
141. C8N41 25V 6 3V 6 3V RAK 197 RAS1 CS1 oN Ki Wu wow Wu e m t 8 3 o a 8 8 9 mo 2 R8N24 JCBN23 1 2K 25V Je RBN200 120 gt RBN25 ROA Q8N22 e 28M1037K RS 2 39 ABN26 8 26 1 12K 25 I 2 2 de o now Non 63 RBN27 RBN205 a 25 die die 106 5 5 amp L L AA a wow RRA 0 cp Z c G c c c oL LEE LE i a H POSER aoe S ee e 55558455555555579555555555825858 9 5 2 S S SS 2 e e S er Pe S PB ae amp 89 ee a a 08423 l l O 0 0 0 0 0 0 00 0 0 0 OD OO OO OO OD DD 100 Renes 100 IC8N208 CBN202 8 204 63 L L8N51 K 01 1 22u 1 MAN RBN55 4 C8N13 C8N14 R8N31 C8N28 6 3V 25V C8N51 52 Rw 12K 25V 47h o o o o K i ls K 01 6 3V C8N55 C8N56 8 57 fei l amp T 47u K 01 25V 63V K 1 25 R8N30 08 24 RBN23 28 1037 88 2 39 7 H SYNC V SYNC 4 SYSCLK AST X ALL OPEN ENDED CIRCUIT PATHS CONNECT TO THE BITMAP 1 SCHEMATIC
142. CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B50V 0 01M K CH50V 22P J 50 0 01M K 50 0 01M K B25V 0 1M K B25V 0 1M K C E CHIP 6 3V 22M M C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B50V 0 01M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K C E CHIP 6 3V 47M M C E CHIP 6 3V 47M M C CER CHIP B25V 0 1M K C E CHIP 6 3V 47M M C CER CHIP C CER CHIP B25V 0 1M K B25V 0 1M K C E CHIP 6 3V 47M M C E CHIP 6 3V 47M M C CER CHIP B25V 0 1M K C E CHIP 6 3V 47M M C CER CHIP B25V 0 1M K C CER CHIP B50V 0 01M K C CER CHIP B50V 0 01M K C CER CHIP B50V 0 01M K C E CHIP 6 3V 47M M C CER CHIP CH50V 100P J C E CHIP 50V 2 2M M C CER CHIP B50V 0 01M K C CER CHIP B25V 0 1M K C E CHIP 6 3V 22M M C CER CHIP B50V 0 01M K C CER CHIP B50V 0 01M K C E CHIP 35V 10M M C E CHIP 35V 10M M C E CHIP 35V 10M M C CER CHIP B50V 0 01M K C CER CHIP B50V 0 01M K C CER CHIP B50V 0 01M K C E CHIP 6 3V 47M M C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K C E CHIP 6 3V 47M M C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K C E CHIP 6 3V 47 MODELS WT
143. CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 22M M 105C C E CHIP 16V 47 105C C E CHIP 50V 2 2M M 105C C E CHIP 6 3V 100M M 105C C E CHIP 6 3V 22M M 105C C E CHIP 50V 2 2M M 105C C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C E CHIP 50V 2 2M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 47 105C C E CHIP 6 3V 100M M 105C C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP F50V 0 01M Z F50V 0 1M Z B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K F50V 0 1M Z F50V 0 1M Z B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K F50V 0 1M Z F50V 0 01M Z F50V 0 1M Z B25V 0 1M K B25V 0 1M K B25V 0 1M K MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part 141P139030 141P139030 141P135080 181P520030 141P133080 141P133080 154P323060 154P323060 154P323060 181P520030 141P133080 181P520040 141P133080 141P133080 141P133080 141P133080 181P520010 141P133080
144. D olp Not indicated Ohm OHO FH STATUS OX Gee END OMO END GND AUD Value 1 000 Ohm OHO 12V GND AUD OD QMO GND AUD CB OHO END OHO L VR P 1 000 000 0h DI HO HD 0 9 KL en 4 1115 1000 HO GND OMO m 00 av GND 4 0 OHO H PULSE 1 OHO CR O RITA 9 GND 0 3 Parts b m OMO H SVNC re AN rie Not indicated 1 4W or 1 6W 2 3 H DRIVE tz J SY OHO V_SYNC OHO 5V DHO GND V_VGA 9 oe DE SIDE PIN U OHO GND OMO NC 09 XPR2 en A Wattage for chips LI TE BE VS AMDP OHA NC 151465 GND MAN x x i dicated 1 10W DO Ne OHD GND 914108 END XY2 Chips Not indicate KH KH N C OHD FP M32 ACK ITO GND LI CE2RST OHO NC OHO M32 CS HO XVI R RET 5 45 HV_ADJ 9 0 KE KE OHO NC OMO GND R VGA 5 09 Tolerance D 0 5 J 57 SDA5 OO 3045 I OHD sv DHH D IN OHO PRI ai me ais VPULSE DH VPULSE MUTE3 els 9 48 MUTES SLO BHG D 0UT OMO GND G_RET 9 2 6 05 HO 8141 6405 SDA5 8 48 0877 09 5045 OHO 3043 R_BMP DHO 81 6 ver 3 ti Not indicated Carbon resistor HPULSE amp He HH HPULSE VPULSE OHO OHO VPULSE DHO 8013 0 GND DP GND TEER Fixed composition resistor 8015 OHO END5 251118 O GND END BRET Metal oxide film resistor type B OH 0901 0 HPULSE 8108 0915 0 HPULSE 09 CS_AMDP OTO GND OHO GND B VGA 0 6 except Qe m sus OHO sus ov 2 10 cow OHI
145. EC NP 50V 4 7 C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B16V 1M K B16V 1M K B50V 0 015M K B50V 0 015M K B50V 8200P K B16V 1M K B25V 0 15M K 850 0 033M K SL50V 5600P J C M POLYESTER 50V 0 1M J C M POLYESTER 50V 0 1M J C M POLYESTER 50V 0 1M J C M POLYESTER 50V 0 1M J C CER CHIP C CER CHIP 50 0 01M Z B16V 1M K C M POLYESTER 50V 0 1M J C M POLYESTER 50V 0 1M J Ref PAGE 57 Part 141P135020 154P337040 154P334070 141P133080 141P139030 154P337040 141P133080 141P135080 154P335010 154P325020 141P139030 181P358000 142P020050 172P262050 172P580050 172P581030 172P581030 154P262000 142P011070 172P416010 172P416030 172P416010 142P011000 142P011000 154P260010 172P460010 172P460030 185D120010 172P088060 172P262050 181P352010 172P384030 172P262060 172P 186030 155P112090 181P192060 172P582090 172P582090 181P195040 181P195040 181P195040 154P264000 181P195040 154P264000 141P132010 141P133080 141P133080 154P331050 154P335010 141P131070 154P333070 141P132010 154P325040 141P139030 141P132010 141P139030 141P132010 141P132010 141P133080 141P133080 Part Name amp Description C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP F25V 0 47M Z CH50V 2700P
146. F FRONT DISPLAY 13 PGB BME T e E 14 POB BMP 2 15 LAYOUT DIAGRAMS iiss SAL 16 Page 4 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 INTRODUCTION This service manual provides service instructions for PTV Models WT 46807 WS 55807 and WS 65807 which use the V17 chassis PTV Models WS 559857 and WS 65857 which use the V17 chassis and PTV Models WS 55907 WS 65907 and WS 73907 which use the V17 chassis Service personnel should read this manual thoroughly before servicing these chassis This service manual includes Assembly and disassembly instructions for the front and rear cabinet components Servicing of the Lenticular Screen and Fresnel Lens Servicing printed circuit boards PCBs CRT replacement procedure Electrical adjustments Chip parts replacement procedures Circuit path diagrams JOM The parts list section of this service manual includes 1 Cabinet and screen parts 2 Electrical parts Schematic and block diagrams of the above listed models are included in this service manual for better under standing of the circuitry PCB drawings are also included for easy location of parts and test points PRODUCT SAFETY NOTICE Many electrical and me
147. G ROUGH IMPROPER SERVICING p 9 9 s 2 pp mw prs TH a mim Cm om Om TG EE SERVICE TECHNICIAN WARNING ION PRECAUTION ott of OF THIS PRODUCT INCLUDES CRITICAL ELECTRICAL AND 2 2 MECHANICAL PARTS ESSENTIAL FOR X RADIATION 5 0 9 1 gt PROTECTION ed amp EG a TE TO AVOID POSSIBLE EXPOSURE TO X RADIATION TAKE 12007 m ROL X RADIATION PROTECTIVE MEASURES FOR RT 6 s CONTROL PREAMP2 PERSONNEL DURING SERVICING GND 4 xWS 55857 5 65857 SPECIFIED CRT 2 ps S 55907 VS 65907 SEE SERVICE INSTRUCT IONS FOR 12 9 T WS 73907 WT 46807 8 85807 WS 55907 WS 65907 L LT WS 73907 REPLACEMENT PARTS AND SERVICE ADJUSTMENTS LL 220 V 1 1 220 V 220V 1 4 gt B HEATER GND HEATER GND us s gt gt Ga M zB 3 ae g EN LE s lt Eig Es 5 3 Em 2g 6 mm XWS 55857 WS 65857 c 5 5 700 WS 55907 WS 65907 58 WS 73907 WT 46807 I le le E25 CONTENTS WS 55807 2 dn PG L BLOCK DIAGRAM 27 MAIN WT L SUB MP POWER WS 55857 TERMINAL WS 65857 4 5 7 A SIGNAL 1 AV 1 0 WS 55907 1 2 3 1 SIGNAL 2 MICRO WS 65907 ae er i R SP E SIGNAL 3 VC SW 45 73907 1995
148. GS IC C MOS UPD6376GS IC C MOS UPD6376GS IC C MOS UPD6376GS IC C MOS UPD6376GS IC C MOS UPD6376GS IC 08400 IC 08400 IC TLOB4CD IC LM78LO5ACZ NJM78LO5A IC C MOS M32000D4AFP 23567 IC C MOS TC74LCX32FN ELP 23567 IC C MOS MBM29LV160TE 70PFTN 23567 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref IC8M04 IC8M05 IC8N00 8 01 IC8NO2 IC8S01 IC8S02 IC9A20 IC9A21 IC9A50 IC9A51 IC9C01 IC9C02 9 03 IC9C05 Part 270P614010 275P556010 275P553010 275P487010 275P487010 275P 104020 275P562010 267P151010 270P816010 267P140020 267P062050 270P210010 267P131010 270P575030 270P210010 Part Name amp Description IC PST9128NR IC C MOS TC74LCX08FN ELP 23567 IC C MOS CYBERPRO 5000 23567 IC C MOS MSM54V25632A 10AGBK4 23567 IC C MOS MSM54V25632A 10AGBK4 23567 IC C MOS M65439BFP 23567 IC C MOS TC74LCX245FW ELP 23567 HIC STR G6632 IC NJM431L HIC STR F6628 HIC SE110N IC NJM7809FA AN7809F HIC SI 3033C IC NJM78M09DLA TE1 IC NJM7809FA AN7809F TRANSISTORS 23567 TR CHIP Type Listed by Generic Number Part No Type PNP NPN PNP NPN NPN NPN IMZ1 261P801010 260P817010 260P817030 260P818010 260P818030 260P835030 260P849010 Description 25 1252 5 6 25
149. H470S 180 F 103P470070 6 8K J 103P403050 LC8MO5 409P876020 CNF20C470S 180 J 103P401060 75K F 103P474060 CKD510JB1H470S 23567 200 F 109P470080 8 2K F 103P474070 LC8M06 409P876020 EMI F CHIP CNF20C470S 220 F 109P470090 8 2K J 103P403060 CKD510JB1H4708 23567 220 J 103P401070 10 103P474090 LC8M11 409P876020 EMI F CHIP CNF20C470S 240 103P471000 10 1038403070 CKD510JB1H4708 23567 270 J 103P401080 12 103P403080 LC8M12 409P876020 CNF20C470S 300 F 103P471020 1 103P475020 CKD510JB1H470S 23567 330 F 103P471030 15 103P475030 LC8M14 409P876020 EMI F CHIP CNF20C470S 330 J 103P401090 15 103P403090 CKD510JB1H470S 23567 390 J 1032402000 18 103P404000 LC8M15 409P876020 EMI F CHIP CNF20C470S 430 F 109P471060 22K F 103P475070 CKD510JB1H4708 23567 470 J 103 402010 22K J 1032404010 LC8M16 409876020 EMI F CHIP CNF20C470S 510 F 109P471080 27 103P475090 560 F 1032471090 27K J 103P404020 PAGE 53 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Part Name amp Description Ref Part Part Name amp Description 560 J 103P402020 103P476010 103P712050 R CARBON 1 4W 1K J 620 F 103 472000 103 404030 103 715060 R CARBON 1 4W 390K J 680 F 103P472010 103P476020 103P46103
150. IP BLM21B201S 264P045040 DIODE 1524710 409P777050 BLM21B201S 264P045040 DIODE 1524710M 409P777050 EMI F CHIP BLM21B201S 264P045040 DIODE 1524710 409P777050 BLM21B201S 264P045040 DIODE 1524710M 409P777080 EMI F CHIP BLM21P221S 264P822010 D CHIP HSM2838 409 777080 EMI F CHIP BLM21P221S 264P822010 D CHIP HSM2838 325C147080 COIL CHIP 180MH J 264P822010 D CHIP HSM2838 325C147080 COIL CHIP 180MH J 264P822010 D CHIP HSM2838 409 777080 EMI F CHIP BLM21P221S 264P212020 D LED LN31GPH 235678 409P777080 EMI F CHIP BLM21P221S 264P501050 DIODE HZ3BLL 235678 409P777080 BLM21P221S 268P100010 PHOTO DIODE SFH235FA 23567 4250147080 COIL CHIP 180MH J 264P045040 DIODE 1824710M 23567 3250147080 COIL CHIP 180MH J 264 212020 D LED LNS1GPH 188 409P923060 EMI F CHIP BLM21B272S 264P501050 DIODE HZ3BLL 184 409P923060 EMI F CHIP BLM21B272S 264P045040 DIODE 1524710 409P923060 EMI F CHIP BLM21B272S 264P486060 DIODE RD9 1FB3 409P923060 EMI F CHIP BLM21B272S 264P486060 DIODE RD9 1FB3 409P923060 EMI F CHIP BLM21B272S 262P031010 DIODE D6SB80 409P923060 EMI F CHIP BLM21B272S 264P899010 DIODE BYV26E 409P923060 EMI F CHIP BLM21B272S 264P045040 DIODE 1524710 409P923060 EMI F CHIP BLM21B272S 264P045040 DIODE 1524710 409P923060 EMI F CHIP BLM21B272S 264P045040 DIODE 1524710 409P923060 EMI F CHIP BLM21B272S 264P045040 DIODE 15
151. K9A50 STBY 4 12V 09451 09401 FON T9A20 Q9A22 7 09452 lt gt AC OUT SW SUPPLY REG R9A22 SW SUPPLY REG 09422 R9A23 FB tty 2 F9A06 094533 R9A26 D9A25 4 LEG D9A23 BENA l C9A24 C9A25 l p C9A26T LI 9 41 REF gt IC9 A21 9 420 R9A24 A p PCB POWER COLD GRND HOT GRND REG Page 66 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 ISV 69d ISV 601 AS MS F L 9 62 222 lt 6 60 4 viewed 5964 56969 75 68 5 88 Lever aes ee Bi lt e O8V6J 35969 lt 0 63 55760 09 6 p x 28M 41002 6663 6 60 MS OSV6JI NO d 534 A81S Loved LGY60 ALLS OSV6 68 0Sv6D LZV6D CGV6M AZL ABIS d 53 TEES 29 68 6 ANYD LOH 1 S3mddns Fa p 538 815 2969 HOLIMS 9 68 E MS 81 67 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 055350 I
152. KING 12MH K 1730 3250241030 COIL CHIP 10MH K 16802 3250480080 COIL PEAKING 3 9MH K L7H31 3250241030 COIL CHIP 10MH K L6BO3 3250461030 COIL PEAKING 10MH K L7H32 409P777080 EMI F CHIP BLM21P221S 16000 3250461010 COIL PEAKING 6 8MH K L7H38 3250241030 COIL CHIP 10MH K L6G01 3250461040 COIL PEAKING 12 L7H40 3250241030 COIL CHIP 10MH K 16002 3250460080 COIL PEAKING 3 9MH K L7H41 409 777080 EMI F CHIP BLM21P221S 16003 3250461030 COIL PEAKING 10MH K L7H42 409P777080 EMI F CHIP BLM21P221S L6M01 409P923060 EMI F CHIP BLM21B272S L7H50 409 777080 EMI F CHIP BLM21P221S L6M03 409 777080 EMI F CHIP BLM21P221S L7H60 3250241030 COIL CHIP 10MH K L6M25 409 777080 EMI F CHIP BLM21P221S L7H70 3250241030 COIL CHIP 10MH K L6P03 409 923060 EMI F CHIP BLM21B272S L7H80 3250241030 COIL CHIP 10MH K L6P25 409 923060 EMI F CHIP BLM21B272S L7K01 3250121030 COIL PEAKING 10MH K L6ROO 3250461010 COIL PEAKING 6 8MH K L8A00 409 777080 EMI F CHIP BLM21P221S L6RO1 3250461040 COIL PEAKING 12 L8A01 409 777080 EMI F CHIP BLM21P221S L6RO2 3250460080 COIL PEAKING 3 9MH K L8A02 409 777080 EMI F CHIP BLM21P221S L6RO3 3250461030 COIL PEAKING 10MH K L8A03 409 777080 EMI F CHIP BLM21P221S L6R04 3210141010 COIL RF 6 8MH M L8A04 3250461030 COIL PEAKING 10MH K 17828 409 923060 EMI F CHIP BLM21B272S L8C01 321C142030 COIL RF 68MH K L7B41 409P923060 EMI F CHIP BLM21B272S L8C02 321C142030 COIL RF 68MH
153. L 2908103020 REMOTE CONTROL 930B868004 ASSY PWB SIGNAL 8718195010 930B868005 ASSY PWB SIGNAL 9356907001 ASSY PWB CRT 8710297010 OWNERS GUIDE 9350908001 ASSY PWB 2HDW 8710297020 IB OWNERS GUIDE 935C915001 ASSY TERMINAL dan GUIDE 0380915002 ASSV TERMINAL 9380915003 ASSV TERMINAL O CO CO no 63 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref f Part Part Name amp Description Ref f Part Part Name amp Description SCREEN ASSEMBLY PARTS WS 55807 Figure 1 491P103010 491P104010 702A391020 6220060040 6220063040 7018400080 7018417010 702 388030 702 388040 7600627060 1 2 3 4 5 6 7 8 9 1 WS 65807 Figure 1 491P105020 491P106020 7024393020 6220059050 6220060050 7018425010 7018426030 702 388030 702 388040 7600627080 SCREEN LENTICULAR LENS FRESNEL PANEL CONTROL CLIP SCREEN TOP BOT HOLDER SCREEN BOT FRAME SCREEN TOP 60 FRAME SCREEN SIDE 55 CAP CORNER LEFT CAP CORNER RIGHT DIAMOND SHIELD RE gt gt SCREEN LENTICULAR LENS FRESNEL PANEL CONTROL HOLDER SCREEN BOT CLIP SCREEN TOP BOT FRAME SCREEN TOP 70 FRAME SCREEN SIDE 65 CAP CORNER LEFT CAP CORNER RIGHT DIAMOND SHIELD
154. LEC 16V 4700M M C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K B25V 0 1M K B25V 0 1M K Part 4 1815520030 141P133080 141P133080 141P133080 181P522060 141P133080 181P520040 181P520030 141P133080 154P332090 154P332090 154P332090 181P520030 141P133080 181P520040 141P133080 141P133080 141P133080 141P133080 181P520010 141P133080 141P133080 141P133080 181P520040 141P133080 181P520010 181P522060 181P526020 181P520040 181P520010 181P526020 181P520040 141P133080 181P526020 141P133080 141P133080 141P133080 141P133080 181P520030 181P520040 141P133080 141P135080 141P139030 141P139030 141P139030 141P139030 141P139030 141P135080 141P135080 141P139030 141P139030 141P139030 141P139030 141P139030 141P135080 141P133080 141P135080 141P139030 141P139030 1419139030 Part Name amp Description C E CHIP 6 3V 47M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 16V 47M M 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 100M M 105C C E CHIP 6 3V 47M M 105C C CER CHIP F50V 0 01M Z C CER CHIP CH50V 56P J C CER CHIP CH50V 56P J C CER CHIP CH50V 56P J C E CHIP 6 3V 47M M 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 22M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E
155. M VDOUT HDOUT 87 34 SDA 107809 TC74HCT7007 AF YSOUT 05 e L7H80 10MH K 07 80 I 2 01 2 c 5 wam SERIAL VD g Pe MCLPOUT FPOUT CONTENTS BLOCK DIAGRAM MAIN POWER PG 4 TERMINAL 6 5 SIGNAL 1 AV 1 0 6 6 SIGNAL 2 MICRO 6 7 GNAL 3 VC SW 6 8 DYC 6 9 CONV GEN JUNGLE 6 10 CRT CONTROL AI SVM DBF 6 11 2HDW 1 6 12 2HDW 2 6 13 2HDW 3 G 14 BITMAP 1 G 15 BITMAP 2 UJ UJ C CO C20 vue U DU 99790 WS 55807 WS 65807 WT 46807 WS 55857 WS 65857 WS 55907 WS 65907 WS 73907 PAGE 5 12 11 14 15 16 ASV ASV 05 05 Yoo YO 02 03 104 17611 10MH K YO5 Y06 D5V 63V 47u C7690 105 C C7601 57602 87603 2 01 6 3V 1K 1004 105 C 07600 2SA1037K Q 87602 ROA 67633 151 C7634 6 3V H 47 105 C Y07 coo C7636 a JE 7684 390 87609 330 07602 28C2412K Q 87610 RA 87611 560 97623 07605 28 1037 0 87622 WA
156. MI TR c 84448 RAMS F 12K 100 C4A08 330 CH R4A39 R4A37 F 10K 27K F Dd kawa sil jo RAMA 4438 100 F 6 2k 4 6 100 C4A02 R4A02 IK R4A35 F 10K 15 4 L4A02 K lu R4A03 100 10N8 K 16V 0 3 9 0 x ANN 84433 F 27K C4 35 C4 04 I 4 33K 4 MME C4A33 470 T CH C4A05 C4A32 C4A31 C4 34 1 IC4A01 ro MMF 16 Q JUNGLE C4A30 84407 1K R4A08 64410 2 01 10K 16 47 47 37 R4A16 Raat7 100 amp 100 1K R4A24 27K RAM 1K C4A23 K 4 L4A03 BLM21P2215 IC4A02 NJM78MOSDLA 64401 C4A00 2 01 R4A23 104 100 50 R4A10 0 DGND V TIMING PCB MAIN DR SIDE_PIN FH STATUS PCB MAIN DQ RBAS7 6 8K
157. NE GREEN Display The on screen display changes in the Fine mode as shown at the right The display shows the vertical and horizontal data HORIZ VERT VERT for the current Cursor Position and the horizontal and vertical pat COORD COORD DATA coordinates for that position 123 1 234 D DIGIT DESIGNATION G Saving Data and Exiting the Convergence Mode Press MENU twice to exit the Convergence mode data is automatically saved Page 27 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 E2PROM Replacement IC7C01 and IC7C02 store the adjustment data After replacing the IC set the data to the values given the following tables Notes column List of Adjustment Items VIDEO CHROMA Function Function Display Adjustment Data Abbrev Description Range Picture Gain Control Sub Brightness Sub Contrast R Drive high G Drive B Drive high R Cutoff high G Cutoff high B Cutoff high R Drive low B Drive low R Cutoff low G Cutoff low B Cutoff low Gamma control Brightness control Color Gain control 73 only Picture Gain control CR Offset 1 CB Offset 1 dus AD eho See M OE mmm em Function If good performance is not obtained perform the Adjustments Procedures given in the IC2V00 NTSC HD 480P 42 Sub Contrast Black Level Preset White Balance Preset White Balance Preset White Balance Preset U
158. NINOHWOD ILINW AAA A 300330 ans IVNDIS HOd A UINAL 915 LOG LAL YAL 09 HOLIMS JA DAGE qd 4 sjndu ALG HOLIMS A V 107221 101291 HOLIMS A V YANAL LOV LAL 81 11 G AINO 9 li i 1 LA i I GF OH SINdNI 2 1X3 SLAdNI 1 3 SINdNI 1 084 SINdNI L LX3 1NdLNO LINDEID HOLIMS A V UO 1009 03 31 Page 68 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 2 80 81 A lt MS NW 4 24 AINO NI A 7735 52116 IA 899 7 8 don NI 42 135 LOSSI 1ueuoduo AMN 00429 NI 42 135 1no 42 155 100 35 1NO A T3S HL A N 2 1 040 HL 49 s 9MS s MS gs TAS 93 204221 AS ans ZMS 1 95 9012207 AS ANS 044201 HI X S TVNDIS 5 4 d 9
159. O eG XRAY OD 07 0 XRAY SHORT 0974 09 0915 09 SHORT DIN OTO END O END P Type for QD VBLANK 0 00 OHO VBLANK OMO DPO SHa D_OUT 54 63 B BMP DHO V Y 3D QD Metal filmresistor DEFLMUTE 044 DEFLMUTE XRAY OD OMO XRAY DHO GND chips MPC Metal plate cement resistor ACL OMO QMO ACL VBLANK 997 00 VBLANK EB Metal liner resistor SCP 0 0 DHO SEP DEFLMUTE MHO DEFLMUTE A LI x I i t VTIMING HE 9 6 VTIMING OH 8 ACL Chip Not indicated resistor GND OHO GPO END SCP OCHO QMO scp FP OO QMO VTIMING OE QT TIMING G 6 This is abasic schematic diagram Some sets may be subject to HD HO x GND SK GO GNO modification according to engineer ing improvement MOTE GROV OD QMO FP BND OPO sno mO QMO HD o SHADED COMPONENTS HAVE SPECIAL CHARACTERIS Port RUIN TICS IMPORTANT TO SAFETY BEFORE REPLACING GND OHO lt RE 5 5 E Sane 5 ANY OF THESE COMPONENTS READ CAREFULLY THE E 2 cp un fo gt C a gt EIT sets 8 22283 SE 3 992855859 PRODUCT SAFETY NOTICE IN THE SERVICE MANUAL 5 5 a o amp a tifi REE E m e gt DON T DEGRADE THE SAFETY OF THE RECEIVERS Suo ML A dE amp dm m c J 3 ex R
160. OLORS LENS RED LENS GREEN SOCKET CRT CAP ANODE SHORT RED CAP ANODE LONG G amp B CAP ANODE SHORT RED CAP ANODE LONG G amp B LEAD ANODE FBT HV SPEAKER SPEAKER LARGE SPEAKER SMALL CASTER CLIP MIRROR BRACKET SVM BOARD MIRROR CLIP MIRROR SCREW MIRROR BOARD MIRROR 73 MIRROR 65 MIRROR 55 MIRROR 46 HV BLOCK MSC102 AIR GAP 2 0 0 5KV S LEAD FUSE LF251 FUSE LF251 FUSE LF251 7A FUSE LF251 10A FUSE LF251 5A FUSE LF251 5A FUSE LF251 5A FUSE LF251 7A FUSE 510 125A RELAY POWER DG12D1 0 M 1234568 1234568 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Part Name amp Description Ref Part Part Name amp Description PC9A20 268P058020 PHOTO COUPLER ON3131 R ON3161 R 9350916001 ASSV BITMAP 23567 PC9A50 268P058020 PHOTO COUPLER ON3131 R ON3161 R 9350519001 ASSY PWE PREAMP 51 268P058020 PHOTO COUPLER ON3131 R ON3161 R 9350520001 ASSY PWB SVM PJ2J01 4400386010 PIN JACK BOARD 12458 9350521001 ASSV PWB DBF 12458 PJ2JO1 4400386030 PIN JACK BOARD 6P 2S 37 9350521002 ASSV PWB DBF 7 PJ2JO2 4400386020 PIN JACK BOARD 6P 1S 12458 9350521003 ASSV PWB DBF 386 PJ2J02 440C386040 PIN JACK BOARD 6P 18 3 7 9350522001 ASSY PWB JUNGLE PJ2J03 4400387010 l S CONNECT
161. OR 15 YKF51 5562 285 9350523001 ASSY PWB CONV GENE PJ2J03 4400387020 l S CONNECTOR 3 7 9350524001 ASSY PWB CONTROL 2 184 PJ2J04 4400261050 PIN JACK BOARD 2P 285 9350525001 ASSY PWB FRONT 12458 PJ2JO4 4406383020 PIN JACK BOARD 2P 37 9350525002 ASSY PWB FRONT 3 7 PJ2J06 4400261070 PIN JACK BOARD 2P 285 9350526001 ASSY PWB CONTROL 235678 PJ2JO6 4400383040 PIN JACK BOARD 2P 3 7 9350527001 ASSV PWB DISPLAV 235678 PJ2J07 4400385010 PIN JACK BOARD 6P 12458 9350528001 ASSY PWB AI 235678 PJ2J07 440C385030 PIN JACK BOARD 6P 37 9350531001 ASSV PWB 3DVC MD PJ2JO8 440C261070 PIN JACK BOARD 2P 12458 9350536001 ASSV PREAMP2 23567 PJ2JO8 440C383040 PIN JACK BOARD 2P 37 9758135005 ASSV CONTROL PANEL 8 PJ2JO9 4400261050 PIN JACK BOARD 2P 12458 9758135006 ASSV CONTROL PANEL 25 PJ2J09 4406383020 PIN JACK BOARD 2P 37 9758135007 ASSY CONTROL PANEL 367 PJ2J10 4400385020 PIN JACK BOARD 6P 12458 COSMETIC PARTS REE NEDE ST 641 474030 DAMPER CONTROL PANEL 235678 PJ2J11 4400231010 JACK 3PIN FRONT 12458 702 383010 COVER CONTROL 87 PJ2J11 4400384010 PIN JACK BOARD 3P 1S FRONTAV 57 7024384020 DOOR CONTROL eee PJ2J11 4406261050 PIN JACK BOARD 2P PCB TERMINAL 12458 7024391020 PANEL CONTROL PJ2J11 4400383020 PIN JACK BOARD 2P PCB TERMINAL 57 7024392010 PANEL TERMINAL PJ2J12 440C261050 PIN JACK BOARD 2P 12458 7024393020 PANEL CONTROL i PJ2J12 4400383020 PIN JACK BOARD 2P 37 702A395010 COVER CONTROL PANEL 58 PJ7A00 4510129010 JACK MINI AV NET IR BLAST 7038031020 DOOR FRONT
162. P B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B50V 0 01M K C E CHIP 6 3V 47M M C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER CHIP B25V 0 1M K C CER 250VAC 1000P M C CER 250VAC 1000P M C M POLY 250VAC 0 1M M C CER 250VAC 2200P M C CER 250VAC 2200P M C CER 250VAC 2200P M C CER 250VAC 2200P M C ELEC H200V 820 105C C M POLY 250VAC 0 01M M C M POLY 250VAC 0 01M M C M POLY 250VAC 0 01M M C CER B50V 470P K C CER B50V 470P K C ELEC H200V 820M M 105C C CER R1KV 3300P K C CER B50V 680P K C ELEC H50V 4700M M 105C C ELEC 350V 47M M Q C ELEC H180V 470 105C C ELEC 35V 4700M M C ELEC 35V 4700M M C CER CHIP F50V 0 01M Z C CER CHIP B16V 0 47M K C CER CHIP B16V 0 47M K C CER CHIP B25V 0 1M K C CER CHIP B16V 0 47M K C CER CHIP B25V 0 1M K C M POLY 250VAC 0 1M M C M POLY 250VAC 0 1M M CERAMIC OSC CSB500F2 CERAMIC OSC CSB500F2 SWITCHES SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON SW KEY BOARD PUSH ON 235678 235678 235678 235678 235678 235678 235678 235678 235678
163. P F50V 0 01M Z C7J30 141P133080 F50V 0 01M Z 141P135020 C CER CHIP F25V 0 47M Z C7J31 181P520030 6 3V 47M M 105C 141P135020 F25V 0 47M Z C7J40 141P133080 F50V 0 01M Z 141P133080 C CER CHIP F50V 0 01M Z C7J50 141 133080 F50V 0 01M Z 141P133080 F50V 0 01M Z C7J51 141P133080 F50V 0 01M Z 141P135020 F25V 0 47M Z C7J52 181P520030 C E CHIP 6 3V 47M M 105C 141P135020 F25V 0 47M Z C7J53 141P133080 F50V 0 01M Z 141P133080 C CER CHIP F50V 0 01M Z C7J54 141P133080 F50V 0 01M Z 141P133080 F50V 0 01M Z C7J60 141 133080 F50V 0 01M Z 141P135020 C CER CHIP F25V 0 47M Z C7K11 172 262050 C M POLYESTER 50V 0 1M J 235678 141P135020 F25V 0 47M Z C7K25 172 262050 C M POLYESTER 50V 0 1M J 23567 141P135020 F25V 0 47M Z C7K26 172 262050 C M POLYESTER 50V 0 1M J 23567 141P139030 B25V 0 1M K C7L22 172 262050 C M POLYESTER 50V 0 1M J 1 amp 4 141P139030 C CER CHIP B25V 0 1M K C8A07 141P133080 C CER CHIP F50V 0 01M Z 154P335010 C CER CHIP CH50V 470P J C8A09 141P133080 F50V 0 01M Z 154P333030 CH50V 82P J C8A10 141 133080 F50V 0 01M Z 154P332030 C CER CHIP CH50V 33P J
164. P139030 141P139090 141P139090 141P139090 141P133080 141P139030 141P139030 141P139030 141P139030 141P133080 154P324040 141P133080 141P133080 154P324040 141P133080 141P135080 141P133080 154P324040 141P133080 141P133060 141P134070 141P139030 141P139030 141P139030 141P139030 141P139030 141P138020 141P134070 141P134070 141P134070 154P323060 141P139030 141P138020 141P134070 141P134070 141P134070 141P139030 154P323060 141P132010 141P132010 141P132010 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P132010 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 141P139030 C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP
165. PEAKER GRILLE Front Cabinet Disassembly Remove the Cover Front the two Speaker Grilles and Cover Control by pulling forward Remove 2 screws a to remove the Control Panel Remove the Board Front by removing 4 screws b Remove the 4 screws c holding the Screen Assembly Lift the Screen Assembly up and away from the cabinet Page 10 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CABINET DISASSEMBLY REAR VIEW WT 46807 Refer to the Parts List for Part Numbers BOARD LIGHT BOX SHELF ASSEMBLY 2a Rear Cabinet Disassembly Remove 15 screws a holding the Back Board Remove the 13 screws b holding the Back Cover Remove the 3 screws d securing each Board Shelf Remove the 4 screws c securing the Light Box Assembly Slide the Light Box out the rear of the Cabinet gt Q O gt 8 11 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CABINET DISASSEMBLY REAR VIEW WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Refer to the Parts List for Part Numbers ASSEMBLY Rear Cabinet Disassembly Remove 12 screws a holding the Back Board Remove the 4 screws c holding each Board Shelf Remove the 4 screws b securing the Light Box Assembly Slide the Light Box out the rear of the Cabinet 12 MODELS WT 46807 WS 5580
166. R CHIP F50V 0 01M Z C E CHIP 6 3V 47 105C C E CHIP 6 3V 100M M 105C C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP F50V 0 01M Z F50V 0 1M Z B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K F50V 0 1M Z F50V 0 1M Z B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K F50V 0 1M Z F50V 0 01M Z F50V 0 1M Z B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K B25V 0 1M K F50V 0 1M Z Ref PAGE 59 Part 1419133080 141P133080 181P520040 141P133080 181P520030 181P520040 141P133080 181P520040 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 181P520040 141P133080 141P133080 181P520030 141P139030 141P133080 141P139030 141P139030 141P139030 181P520040 141P133080 141P133080 181P520030 181P520030 181P520030 141P133080 181P520030 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 181P520040 141P133080 181P520030 141P133080 141P133080 141P133080 181P520030 141P133080 141P133080 141P133080 141P133080 141P133080 141P133080 181P520040 141P133080 141P133080 141P133080 181P520030 Part N
167. R3E06 C3E06 16 9 64 22K ZI io L9A50 x 1520764 sov 1 R_OUT CORE FERRITE 18247 10M 19V 1 17 m R_OUT C9A82 92 9 50 7 4 TPIZV BH 4 K 470 F9A02 D9456 12 5 4 63 4 6 LF251 10A FMP G128 GH 18 m 17 88081 54 69 R3E09 ROEM ASE 12 ASE 14 L9A52 R9A78 330 BH 22 22 22 22 CORE FERRITE L9A53 100 1 4W 1 4W 1 4W 1 4W 6 8MH M 9X9 5 MB R9A67 58 C3E07 08 C3E09 C3E11 C3E 12 C3E 14 Kari 22 Z 4700 2206 22 cra 4 KE 5 9 shot 50V L9A62 R9A77 R9475 25V MMF MMF MMF MMF I 6 8 9X9 5 MUTE3 9 19 AN R9479 4 44 n SUAS 18 conse 09 60 k 3300 S3L20 C9A80 Lt 09453 09455 20 24V 7408 R S 8 00 0 R9A53 09 52 182078 R9A56 182076A 09 65 3311A R S 16V GND5 16 49 680 15207654 15247 10M 3 3K 1824710M 04 M 0 014 152076 1824710 H H LF2515A C9A69 16V 15247 10M HPULSE OHO ZI 47004 i ROAS7 9 68 35V 83502 03 03 gt 04 05 SCL5 3 3K 5 K 470 18K 6800 1 8K 6800 SHORT 109 55 500 89 54 R9A55 680 14 21 4 FHI Ne 15 K 0 12 09454 R9459 2N ew MF R9A60 C9A56 152076 12 C9A74 3 47K FE 1004 1524710M K 470 XRAY MHOD 50 500V 29473 1 105 4 2 4700 VBLANK DHD F9A05 35 8315 LF2515A 6 8K DEFLMUTE OHO 22 H i 24 L9A66 16 w p 6 8K ACL EHH 09 61 8320 SCP DHO MNE AHO 5V OPE FP n
168. S 6 PHOREG 25 5 BINT3 BPORT35 1101516 2 pag 69 43 50 d 57 4 4 81 89 1e36 5 BINT2 BPORT34 101516 AA 3 54 PMIONA DGD BINT1 BPORT33 PM1IREQ BPORTO4 1 5 we AM 71 55 PMICEL 88 BINTO BPORT32 PMOIREQ BPORTOS d 1 MT 3 2 68 2 89 UIRXD BPORT27 PMIWAIT BPORTOB re 3 au 5 Mau oa P34 Tp40 UITXD BPORT26 PMOWAIT BPORTO7 65 00 me 6 AM 9 PMIREG 72 P69 42 UOCTS BPORT24 PMSWDEN AA ei mayus me B B 2 2 PMSWDEN 77 Pat 44 VDD5 3 r VSS9 9 EE mon Uum d PMDEN 78 P90 5 2 S e 5 By 3 365665 IE 2 8 PMOCDL 73 p97 5 Se 5 S FES 0 e w 8 5 2 939825 e 22 22 e e a a e 22 01 80 98 gs e gt 22 mm VELASH Or Or 0O On DaDa Da DaDa Da DaDa Da Da Dn 62 On Da 65 66 87 58 88 70 07273 08 07 80 81 85 086 7 IC8M03 08844 CARD BOOT 53 K 01 cases MBM29LV160TA 90PFTN a K 1 DOWNLOAD 54 25V 3 L8MF47 5 5 5 8 8 ja p wo eo 87 gc 18848 gt Sl 47u b AN wi 6 3V REMROL 68852 285
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170. WS 65807 WS 65857 WS 65907 WS 73907 Model Legend 1 WS 55807 2 WS 55857 3 WS 55907 4 WS 65807 5 WS 65857 6 WS 65907 7 WS 73907 8 WT 46807 Ref Part Ref Part Part Name amp Description Part Name amp Description C2L04 C2L05 C2L09 C2L11 C2L12 C2L16 C2L18 C2L19 C2L23 C2L25 C2L26 C2L29 C2L31 C2L32 C2L42 C2L46 C2L52 C2L54 C2L55 C2L58 C2L59 C2L62 C2L64 C2V01 C2V02 C2V03 C2V04 C2V05 C2V06 C2V08 C2V09 C2V10 C2V11 C2V12 C2V13 C2V14 C2V15 C2V16 C2V17 C2V18 C2V19 C2V20 C2V21 C2V22 C2V23 C2V24 C2V36 C2V38 C2V40 C2V41 C2V42 C2V46 C2V47 C2V48 C2V50 C2V51 C2V52 C2V58 C2V62 C2V63 141P134070 141P139030 141P134070 141P134070 141P139030 141P134070 141P134070 141P139030 141P134070 141P134070 141P139030 141P134070 141P134070 141P132010 141P139090 154P331010 141P134070 141P134070 154P331010 141P139030 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P139030 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P134070 141P139090 141P139090 141P134070 141P134070 141P134070 141P132010 141P139090 141P139090 141P139090 141P139090 141P139090 141P133080 141P133080 141P133080 141P132010 141P132010 141P132010 141P139090 141P139030 141P139030 C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER
171. YNC M32 RST M32 CS M SYNC n e GND GND GND GND GND GND GND GND 3 3 3 3 GND GND 3 3 3 3 3 3 GND GND 3 3 gt 5 GND GND 2 m 5 5 CLK m LGG IG 1 tt 00 02 09 B 08 02 09 69 69 19 m 20 m 2 1 2 am ED 5000066 6 8 17 8 19 8 19 0 1 82 8 PCB SIGNAL 2 PCB SIGNAL 2 ED CONTENTS PG BLOCK DIAGRAM WS 65807 P MAIN WT 46807 P POWER 45 55857 TERMINAL WS 65857 x ALL OPEN ENDED CIRCUIT PATHS CONNECT TO THE BITMAP 2 SCHEMATIC 51 2 SIGNAL 3 VC SW P 3DYC 6 9 CONV GEN JUNGLE 10 CRT CONTROL AI SVM DBF 2HDW 1 PG 12 2HDW 2 PG 13 2HDW 3 14 BITMAP 1 PAGE 8 14 PG 15 BITMAP 2 10 13 14 15 16 BURST o y g e S S sS S e e x wf of Y 5 lt lt lt lt lt lt lt lt lt 3 lt lt lt lt a a 3 amp 8 5 a aa X8N01 0507515 L8NI53 C8N122 L8N122 6 3V 474
172. a MITSUBISHI ELECTRIC CAUTION WS 73907 Service Manual PROJECTION TELEVISION V17 17 17 CHASSIS 2000 V17 V17 V17 MODELS MODELS MODELS WT 46807 WS 55857 WS 55907 WS 55807 WS 65857 WS 65907 WS 65807 WS 73907 Before servicing this chassis it is important that the service person read the SAFETY PRECAUTIONS and PRODUCT SAFETY NOTICE contained in this manual SPECIFICATIONS Power Frequency Range Antenna Input e CRT Size High Voltage Speaker Weight AC 120V 60Hz 320W VHF 54 470MHz UHF 470 806MHz VHF UHF 75Q unbalanced Single axis input WT 46807 WS 55807 WS 65807 WS 55857 WS 65857 WS 55907 WS 65907 7 inches WS 73907 9 inches 82 0kV at OA WT 46807 WS 55807 WS 65807 WS 55857 WS 65857 5 round type full range 2 pcs 80 10W WS 55907 WS 65907 WS 73907 5 round type full range 2 pcs 83 10W 2 round type tweeter 2 pcs 80 10W WT 46807 121 Ibs WS 55807 250 16 WS 65807 323 16 WS 55857 243 5 Ibs WS 65857 321 5 Ibs WS 55907 256 55 WS 65907 348 55 WS 73907 405 55 Weight and dimensions shown are approximate Design specifications are subject to change without notice MITSUBISHI DIGITAL ELECTRONICS AMERICA INC 9351 Jeronimo Road Irvine CA 92618 1904 Copyright 2000 Mitsubishi Digital Electronics America Inc All Rights Rese
173. a MAINLY 5 KID ki LI MAIN Pb a re 12 GND 2 GND vec gt g MAIN P 1 19 ID 19 m MAILPR e GO HD 3 3vsw 3 3 iy MAIN_H 3 3V 3 8 3 3vsw 9 o 17828 8 8 2182728 ENO 8 3 1 MAIN_V pg n 0 SUB Y d SUB Y 8 GND SUB H T 4 ONO GND 5 SUB_PR SUB Pb sure o 07830 07842 25V 7846 25v GND 3 K 4 07834 8 2K 4 C7B39 SUB_PR K 01 33 K 01 T HG SUB PB m 0 23 t 2 GND GND 9081 07801 97804 VE 4 1oK RS L GND G SUB Y 07829 25024 12K R S 28C2418K R S C7844 29C2412K R S i 2 280601 1 8 9 0 sw 2797 24 28D601AI R S 90 SUB V A K 4 18K 24 18K mr i gem 220 07845 a a lt o 0 01 50 0 02 EW 87823 87834 7848 87842 00000000 EC ico PEE PCB SIGNAL 1 220 9 sokn 2200 ad 2200 EAD 2200 280801 1 85 8L x 1 280601AI R S 87820 5 7 BE E d 8 e a ra 5 gt gt 53 sa 8 amp d TC CONTENTS W8 55807 R7A11 05 55807 43 65807 WT 46807 PCB SIGNAL 1 a WS 65807 R7B11 WS 55857 WS 65857 WS 55907 DE POWER WT 46807 WS 65907 WS 73907 sese WS 55857 TERMINAL WS 658
174. a value Press ENTER to save data Measuring Use the 3 button to toggle to the HD and 480P modes Set the data for 2 SBRT in both modes to the NTSC data value Step 3 NOTE Press ENTER to save data before switching modes i Exit the Service Mode GRADATION SCALE Input Terminal Video Input CIRCUIT ADJUST MODE Activate No VIDEO Adjust Data ADJUST Sos ua oo GRADATION SCALE Video Circuit Purpose To set overall beam current to its optimum level 12 Sub Contrast Symptom Excess or insufficient contrast Measuring DC ma meter Note Activate the Expand mode full screen Instrument 1 Supply a Grayscale signal to RF Input Test Point DT connector pins 7 amp 8 2 Activate the Adjust Mode Video Chroma Function 3 Select Item 1 SCT signal level automatically reduces 4 Connect a 3ma DC meter between DT connector pins 7 and 8 Positive lead to Range Adjust Item 1 SCT for 45 20HA 900 20pa on the WS 73907 Press Enter to save data Use the 3 button to toggle to the HD and 480P modes Set the data for 1 SCT in both modes to the NTSC data value Step 5 NOTE Press ENTER to save data before switching modes Save data and Exit the Service Mode CIRCUIT ADJUST MODE Activat
175. ame amp Description C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 47 105C C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 100M M 105C C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 47M M 105C C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP B25V 0 1M K F50V 0 01M Z B25V 0 1M K B25V 0 1M K B25V 0 1M K C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 47 105C C E CHIP 6 3V 47M M 105C C E CHIP 6 3V 47 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 47 105C C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z F50V 0 01M Z C E CHIP 6 3V 100M M 105C C CER CHIP F50V 0 01M Z C E CHIP 6 3V 47 105C C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C CER CHIP F50V 0 01M Z C E CHIP 6 3V 47M M 105C C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP C CER CHIP
176. below 12 indicates no error has occured 21 X Ray Protect circuit 22 Short Protect circuit 23 Horizontal Deflection failure 24 Vertical Deflection failure 5 Circuit Adjustment Mode Most of the adjustments can only be performed using the remote hand unit Many of the adjustments must be performed in both the NTSC and HD modes Video Color adjustments must be performed in the NTSC and HD modes and data must be preset in the 480P DVD and VGA modes A Activating the Circuit Adjustment Mode The current signal source determines if the activated Adjustment Mode is NTSC or HD 1 Select the signal source NTSC or HD 2 Press the MENU button on a remote hand unit 3 Press the number buttons 8 2 5 7 in sequence NPUT CHANNEL VOLUME The screen will change to the Adjustment Mode 5 CAN AUDIO FUNCTION CHASSIS Z 52 N MUTE VIDEO CHR ENTER HOME MODE 4 MODE 0 SIGNAL _ _ ITEM lt ADJUST B v DATA ABBREV VALUE PIP INPUT PIP CH Note Repeat steps 1 and 2 if the circuit FORMAT PIPZPOP pl 2 C3 C adjustment mode does not appear CQ on screen Page 24 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 B Selection of Adjustment Functions and Adjustment Items To select an adjustment item in the circuit adjustment mode first select the adjustment f
177. ce our g RA kat 9 Fark 281292 86 2803 9 46 45 FAK 78 SELCR DUT 67 Y R2W16 62 1111 1 TP2X04 Q2V77 ie 2 79 0 30 2 29 2 28 ae 5 Lo CUPS 82780 E c2u77 99 0 30 SELV OUT 50 pu R_BMP 25 R277 8 5 2 T 62315 K 4 42 5 m G_BMP 25V m 1 Ov PN I l r 1 5 csr mY D A 20 2 p 4 12V B BMP m 24 Pa 29 Pa T29 29 26 25 s 9 29 129 Po Jes Ps Te ea 30 d 2 06 _ gt 2H_CB 2 01 6202 2 03 6204 2 05 25V 02 08 6209 2710 cavit 2 13 Levis Jevis 2714 aveo C2 21 cavee 2 78 16 16 16V 16 16 E 16 ev 16v 16 16 16V 16V 16 16 16 16V 16V 16 16 02801 02402 V_BMP R2X35 Sm 26C2412K R S R2W77 12 01 Ku K 47 47 HSM2838 HSM2838 y 100 100 0278 IK 280801 5 TC7SETOSFU va 100 25 228 16 07718 caved VBLANK RS 8 3 220 16V K 01 8204 802 400 ag K lu 10K 02102 501 2502412 5 435 MAIN Y 2H_CR 4 jm F BLK2 R2478 MAIN_PB eve 8205 MAIN_PR 16V 47K GND H 4 1 DHO MAIN_H es vo i DVD1 H 3 9 MAIN_Y 001 HO DICT 3 19 SUB Y DVD
178. chanical parts in television receivers have special safety related characteristics These characteristics are often not evident from visual inspection nor can the protection afforded by them necessarily be obtained by using replacement components rated for higher voltage wattage etc Replacement parts which have special safety characteristics are identified in this service manual Electrical components having such features are identified by shading in the schematics and by bold type in the parts list of this service manual The replacement for any safety part should be identical in value and characteristics Page 5 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 NOTICE WARNING 1 SAFETY PRECAUTIONS Observe all cautions and safety related notes located inside the receiver cabinet and on the receiver chassis Operation of this receiver outside the cabinet or with the cover removed presents a shock hazard from the receiver s power supplies Work on the receiver should not be attempted by anyone who is not thoroughly familiar with the precautions necessary when working on high voltage equipment Do not install remove or handle the picture tubes in any manner unless shatterproof goggles are worn People not so equipped should be kept away while the picture tube is being handled Keep the picture tube away from the body while handling When service is required observe the original lead dress
179. e Function Adjust Data Save Data MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Focus Circuit Purpose improve edge focus 13 Dynamic Focus Preset Symptom Poor focus at the edges of the screen Measuring Supply a Monoscope signal to a Video Input TestPoint 0 Activate the Convergence Mode Select the DF Function under the Conv Coarse Mode Ext Trigger Set Items 0 DFH and 1 DFV to the data values given in the Table Exit the Conv Mode Measuring e musa CONVERGENCE MODE 0 DFH 175 1 DFV 100 Adjust Move Cursor Toggle Save amp Exit CRT Circuit Purpose To set electrostatic focus to the optimum point 14 Electrostatic Focus Symptom Poor focus Measuring Instrument Note This adjustment must be performed after the Sub Contrast adjustment Test Point Supply a Monoscope signal to a Video Input Activate A V Reset p 27 Select Red Green or Blue rasters using the table below Set the Red Green and Blue Focus VRs for optimum focus at the top center of the picture Video Input Raster Color Selection Red MENU 8 2 5 9 1 Green 8 2 5 9 2 Blue MENU 8 2 5 9 3 Page 38 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Video Circuit 15 Lens Focus Measuring Instrument Measuring Range
180. e data for Item 19 COL back to 27 CIRCUIT ADJUST MODE Activate Function Adjust Data Save Data CRT Circuit Purpose To set U and color signal level 10 Cb Cr Offset Symptom colors Measuring Instrument NTSC Mode Test Point Supply an NTSC White Raster 25 luminance signal to a Video Input Activate the Adjust Mode Video Chroma Function Set Item 19 COL data to 63 Adjust Items 56 CRO1 and 57 CBO1 for optimum white Set Item 19 COL data to 28 Save data and Exit the Service Mode MODE Supply a HD 1080i White Raster 25 luminance signal to a Video Input Activate the Adjust Mode Video Chroma Function Set Item 19 COL data to 63 Adjust Items 56 CRO1 and 57 CBO1 for optimum white Set Item 19 COL data to 27 Activate Save data and Exit the Service Mode Function Item VIDEO Adjust Data ADJUST Save Data Page 36 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Video Circuit Purpose set the black level of the picture 11 Black Level Symptom Excess or insufficient brightness Instrument Supply a Monoscope signal to a Video Input TestPoint Activate the Adjust Mode Video Chroma Function Adjust Item 2 SBRT so the 0 and 10 black levels on the gradation scale ext tigger are the same Make note of the dat
181. ed Centering Magnet to converge red on the green at the center of screen Correct any red tilt with the Red Deflection Yoke In the Coarse Blue mode repeat Step 6 using the Blue Centering magnet and CONVERGENCE MODE the Blue Deflection Yoke Activate MENU 8 2 5 9 Exit the Convergence mode MISC 6 Coarse SD mode 1 Supply an NTSC Monoscope signal to a Video Input Color R G or B 2 Select the Monoscope as the signal source Input button Item No 3 Enter the Convergence Coarse mode Adjust Move 4 In the Coarse Green mode use Items 0 HSTA and 4 VSTA to center the Cursor Toggle green raster Save amp Exit Inthe Coarse Red mode use Items HSTA and 5 VSTA to converge red on the green at the center of the screen In the Coarse Blue mode repeat step 5 to converge the blue on the green Exit the Convergence mode Deflection Yoke Centering Magnet Page 43 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Convergence Circuit Purpose To converge red and blue on green at the edges of the screen 22 Coarse Convergence Symptom Color edging at the top bottom and sides of the screen Measuring instrument SD mode Measuring Range NTSC None HD HD 1080i sync 6 Input Terminal Video amp DTV Inputs Select an External Input
182. ened nor should they be removed Figure 5 4 DO NOT 8 DO NOT REMOVE REMOVE Figure 5 4 DO NOT REMOVE e 1 PO NOT REMOVE 1 Carefully position the replacement CRT and fasten in place using 4 screws d Figure 5 6 Optical Unit Figure 5 6 CRT R CRT 6 CRT B Figure 5 5 Page 20 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 2 Install the Deflection Yoke on the CRT neck Figure 5 7 Install the Lens that was removed in steps 8 and 9 of Removal Of The CRT Figures 5 1 and 5 2 3 a Position the Lens so that the Label faces the direction shown in Figure 5 8 b Install the mounting screws Figure 5 1 4 Connect the PCB CRT 5 Insert the Optical Unit into the Light Box Assembly 6 Insert the Anode Lead Wire into the Flyback Transformer 7 Re clamp the Lead Wire in its original position Deflection Yoke n DD i i AC l EN NL I 2 Figure 5 7 Label B Label G Label R
183. f OHO CBUSY B 60808 180 008 ORO 3 2 CRST m DA m8 9 0 o CBLK 09 51 07 511 CMUTE gme HPUL 281740595 32V 10 34316 503311 5 AQAGS HVADJ r D CGND DESO 3 9K R9A66 OHO CE2RST 7 10 110 VPULSE HD CGND 16 89 0 4 19 gt ACOFF 3 82 1 R9A82 C9A83 2 2K F 18K ZI 104 AUGND 4 1 28 1 48 50V MB DHO LU DHO 0508 R_VR 9 50 22 2517405 ho T CD 22 R 080 AUGND 28C3311A RIS wes 7 i F 3 9K 0SDB R9A68 DN Te gt 184653 L9A54 i MA is 220V CDH 22 Ri 20K FY TA 10 CORE FERRITE gt f PS T T T 502 09457 19455 Ri 20K 19463 C9A53 BYV26E TPLLOV 68MH K 9X9 5 R9A71 69465 COA66 OHA pre 6 BMH M 9X9 5 82704 220K FE 100 K 01 21 ES M 19456 T S p 2 zr al 8 e 8 14 a 5 LU e B i 4 na n rm E B s mw 5 5 e 9409 CORE FERRITE m 9 2 5 jq LF2515A 22MH K 9X9 5 1 7 8 EN 13 1 IC9A50 RYASD 9 52 9453 C9A62 4 C9A64 24V 57 D 5 08 0 0 0 45 fis 190 90 90 9 0 STR F6628 47 2200 15 470p 4 10 W L QUTH 25C2274 F R9A70 C9A61 180V 350V 160V 88080 83505 2802274K F 33 K 470 105 24V 330 eg 56K 03 01 C3ED C3EO4 500 A 47 L_OUT MB 35V
184. he OPTION MENU display 3 Press the ADJUST button to select INITIAL 4 Press ENTER NOTE Atthis time channel 3 is automatically selected Power restore DTV Port Page 22 MODELS WT 46807 WS 55807 WS 55857 WS B Default Settings 55907 WS 65807 WS 65857 WS 65907 WS 73907 MAIN MENU DEFAULT SETTINGS SETUP Memorize Channels AV CONNECTION AV Network External Audio System AV Receiver at Input 1 Audio Output TV Rating INPUT ASSIGNMENT D Sexual Dialog L Adult Language CHANNEL EDIT ADVANCED FEATURES SD Video Format Video Mute Black Level Expansion AUDIO SETTINGS V CHIP PARENT LOCK FV Fantasy Violence S Sexual Situation V Violence Program not Rated Movie Rating V CHIP LOCK BY TIME V Chip Start Time V Chip Stop Time Lock by Time Lock Time Unlock Time CAPTIONS Closed Captions CC Background RESET DEFAULT ANT A B INPUTS 1 4 DVD 1 2 Video Noise Center Center Center Center High ormal enter enter OFF OFF A V Memory Each of the external inputs has its own Audio Vid is stored in memory for that specific input Reset Norma Center Center PIP POP Source PIP Position POP Position Format PIP POP Format SETTINGS By Input OFF F Max Center OF Center enter Center enter Center High Center OFF FF Stereo OFF eo Memory A change in an A V setting at a specific input 1 The front panel AV Re
185. ignal procedure discribed in detail on page 26 Convergence Adjustment Mode Select the DTV Inputs as the signal source Input button Enter the Convergence Mode Coarse Green Repeat NTSC Steps 3 through 6 in the HD mode CONV HD WITH NO SIGNAL 1 MENU 8 2 7 0 Set DTV Port to 1080i MENU twice INPUT select DTV Inputs MENU 8 2 5 9 After adjusting set the DTV Port to AUTO COARSE GREEN ADJUSTMENTS 1 SPCC 2 HWID Page 42 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Convergence Circuit Purpose To converge red green and blue at the center of the screen 21 Centering and Static Symptom Color edging over the entire picture Convergence Instrument Preliminary TestPoint J Degauss the shield cover and bracket unit of the CRT assembly and chassis DO NOT degauss the centering ring magnets located on the yokes mme Measuring HD mode Supply HD 1080 signal to the DTV Inputs input Signal NTSC Monoscope Select the DTV Inputs as the signal source Input button HD 1080i Monoscope Enter the Convergence Coarse mode Set the data for the HSTA and items for red green and blue to 0 the Coarse Green mode Center the Green Raster using the Green Centering Magnet Rotate the Green Deflection Yoke to correct any tilt In the Coarse Red mode use the R
186. it Purpose To converge red green and blue at the edges of the screen Symptom Color edging at the edges of the picture SD F ine Adjustment Select an External Input no signal Activate the Convergence Mode Fine Red HD F 1 Use the Cursor to converge red on the green Select the Fine Blue mode Use the Cursor to converge blue on the green Exit the Convergence mode ine Adjustment Supply a HD 1080i signal to the DTV inputs and use the Input button to select the DTV inputs as the source Note f a HD signal is not available use the Conv HD With No Signal procedure discribed in detail on page 26 Convergence Adjustment Mode Repeat SD Steps 2 through 7 in the HD mode CONV HD WITH NO SIGNAL MENU 8 2 7 0 Set DTV Port to 1080i MENU twice INPUT select DTV Inputs MENU 8 2 5 9 After adjusting set the DTV Port to AUTO Page 45 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CHIP PARTS REPLACEMENT Some resistors shorting jumpers 0 Ohm resistors ceramic capacitors transistors and diodes are chip parts The following precautions should be taken when replacing these parts Cautions 1 Use afine tipped well insulated soldering iron approximately 30 watts and tweezers 2 Melt the solder and remove the chip parts carefully so as not to tear the copper foil from the printed circuit board 3 Discard removed chips do no
187. jojojoiodoioiojocd co LL 4 Vis Y Isi S Bos was III IT NR T BN L o lt TZ CD O a te lt 11 m AI 5 m M R3E02 e s X B 5 2 B 8 8 2 2 g 2 Q5 2 8805 0 8 Pn RSEIG Id RBC39 88031 1 06 5 rE R3E05 2 mm 5 9 1 lt E SS di 1 E 0506 fr races 2 2 88030 OB M 3 P d 1 8 M Y EPLAN 08005 4 08020 ad REN OG 8958 OB R3EI2 18503 R3E14 18 2 fi gl T 8837 al 8 8 3 8 8 46 gt 8 i re OB E OE 243282 L8C04 ov 259999 z Reca S ISLSLSSS RECS 8288858 i 4 C8C14 2528286 8029 282828 5 C8C06 Wl 4 cecat 1 1 2 1 cw S le 1 slg 8 z 4 08019 Hm 5 10 15 A 5 10 18 8 1 BEN 15 S 8 8 8 2 e 1 1 1 BE 1 M 1 0 1 1 i T 4 may i U BE HI i K x 666 gt TPITV Z RAO j T 1 g MW a Ki
188. ment must be performed if E2ZRESET or Convergence are activated CONVERGENCE MODE Activate MENU 8 2 5 9 6 Coarse Color R G or B Item No Adjust Move Cursor Toggle Save amp Exit Video Circuit Purpose To set picture luminance 4 Main Sub Y Level Symptom Excess or insufficient brightness Measurin Supply color bar signal to a Video Input not an input Select the color bar signal for both the main and sub pictures Connect the oscilloscope to connector EA pin 15 Ext trigger Activate the Adjustment Mode Measuring Select VDRM in the Main Matrix function per Adjust the data for 0 7 Vp p max 0 67 Vp p min at EA pin 15 InputSigma ColorBars If it cannot be adjusted within this range set to the lower value 7 Move the oscilloscope to EA pin 1 Select VDRS in the Sub Matrix function Adjust the data for 0 7 Vp p max 0 67 Vp p min at EA pin 1 If it cannot be adjusted within this range set to the lower value CIRCUIT ADJUST MODE Activate Function PCB 2HDW Adjust Data PCB SIGNAL Save Data Page 33 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Video Circuit Purpose match the sub picture color to that of the main picture 5 Side by Side Sub Picture Tint Symptom Main and sub pictures colors differ
189. move the Anode Lead Wire from the CR Block Remove the PCB CRT Remove 4 hex screws a retaining the Optical Unit Figure 5 1 Remove 4 screws b retaining the Lens ARON Note DO NOT loosen the RED screws Doing so will break the seal between the C Element and the 6 Lens causing leakage of the CRT Coolant 7 Remove 4 screws c retaining the CRT Figure 5 2 8 Remove the Deflection Yoke from the neck of the CRT Figure 5 7 OPTICAL UNIT Figure 5 1 Lens Lens Lens zu 859 DO NOT E B DO NOT REMOVE Cr e REMOVE Figure 5 2 Note The 4 spring loaded screws shown in Fig 5 2 and labeled as DO NOT REMOVE should not be loosened under any circumstance Doing so will break the seal between the CRT and the CRT Spacer causing leakage of the CRT Coolant DO NOT Fm DO NOT REMOVE a get C REMOVE MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 2 Installation o Note f the CRT The replacement CRT is supplied as an assembly comprised of the CRT and the Inner Lens with the space between them filled with ethylene glycol Care should be taken during handling and installation to prevent shock from disrupting the seal or alignment between the CRT and Inner Lens Figure 5 3 Inner Lens Figure 5 3 Note The CRT fixing screws should not be loos
190. nation Critical Electrical Components are indicated by Bold Type in the Parts List and in the schematic diagrams by shading Warranty Return Parts are indicated in the Parts List with Parts Tolerance Codes Refer to the following chart for tolerance characteristics of electrical components 0 10 PAGE 47 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Q5A31 Q5A51 T5A51 QUICK REFERENCE FOR COMMON REPLACEMENT PARTS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CRT ASSEMBLIES 251C208040 251C207040 251C208010 251C208070 251C207070 251C207070 251C209010 251C209040 251C208050 251C207050 251C208020 251C208080 251C207080 251C207080 251C209020 251C209050 MODEL ASSY CRT RED ASSY CRT GREEN ASSY CRT BLUE 251C208060 251C207060 251C208030 251C208030 251C207090 251C207090 251C207090 251C209060 290P103010 290P 103020 REMOTE CONTROL REMOTE CONTROL REMOTE CONTROL Only WS 55807 65807 WT 46807 All Except WS 55807 65807 WT 46807 HIGH VOLTAGE DEFLECTION COMPONENTS 261P071010 261P08201 334P265040 920P016010 129P059050 330P276010 453B035010 453B035020 453BO35030 453B035040 HORIZ OUT 25 5418 RL HV OUT 25K2771 01R TRANS FLVBACK HV BLOCK VR FOCUS DEFL VOKE CAP ANODE RED CAP ANODE B amp G CAP ANODE RED CAP ANODE B amp G Except WS 73907 Except WS 73907 Oniv WS
191. ource Input button 3 Activate the Service Mode Defl Jungle Function 4 Select and adjust each of the following items 7 VHGT so the vertical marker sum 2 e 1 HWD so the horizontal marker sum 10 Save data and Exit the Service Mode VERTICAL MARKERS VERTICAL MARKERS Page 41 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Convergence Circuit 20 Convergence Geometry Adjustment Measuring Instrument Measuring Range NTSC None HD HD 1080i sync Input Terminal Video amp DTV Inputs CONVERGENCE MODE Adjust Move Cursor Toggle Save amp Exit Purpose To set the Convergence circuit geometry adjustments Symptom Raster distortion at the top bottom or sides of the picture Note Width Height and Linearity Adjustments must be performed before this ad justment NTSC mode Select a Video Input with no signal Activate the Convergence Mode Coarse Green Adjust the Coarse Green Items shown below for straight crosshatch lines Select the Fine Green Mode a Cursor is displayed on the crosshatch Use the Cursor to adjust for straight crosshatch lines Exit the Convergence Mode HD mode 1 Supply a HD 1080i signal to the DTV Inputs Note f a HD signal is not available use the Conv HD With No S
192. oves G3 Te RMN e 3205 a Rt 8 P2V69 63 5015 iN FH WU d m dk KE Q 8782 B E sbA5 Ew 0 2 06 63 2 01 C5 08 EN mm m mm 1 B m 4 8 mm LI gt RTASU L2V72 G3 P2X02 D5 zx r jer ey 2 5 1201 B Pex03 64 2 22 5 k 4 2 2 201 4 Pex04 DS 4 5 1 ur E L6F03 Fe 8 e IET E 8 16525 Fa 83 8 RAS o CO 11801 81 butt f Y E 2 55 763 will L 87 6 CO B re 3 707 7 X3A0L 3 Ke 5 y z 5 te SVERD 1708 J X6P26 F3 8 4 TEE gt SEN 5 2 6 4 69002 Y we CB MN TELS L7C12 5 4 C 5 4 LAS T 8 B EH 2 P k r li En LICSCO 1 7 06 m 53 29 97 d AD 2 RR E 1 9 02 8 CRT 2 5 E OB 7 1 9 8 P amp 5 18 RAVE 2 2 4 AD 77 2 1 3 T GND AUDIO a 1 5 3 E F 6 L l 5 l D l l HPLI 5 XI DI PCB SIGNAL SOLDER SIDE E LI D LI c LI B LI A s GT LL SR
193. r JA pin 8 1 Supply a RF Stereo Signal dual tone stereo to the Ant A input Ext Trigger p Left Channel 300 Hz modulation Right Channel no modulation asd Connect the oscilloscope to connector JA pin 8 Main Tuner Right Audio Enter the Adjustment Mode and select the Audio Function Set the data for Item 3 WDE for minimum Right Audio signal Input Terminal Change the modulation frequency to 3kHz Adjust the data for Item 4 SPC for minimum Right Audio signal CIRCUIT ADJUST MODE Activate Function Item No VIDEO Adjust Data ADJUST Save Data PCB BITMAP Page 32 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 HV Circuit Purpose To set the CRT Anode voltage 3 HV Regulation Symptom Dark Picture DC Voltmeter Note This adjustment must be rechecked following Adjustment 9 CRT Cutoff PReonnectenpinsS amp 6 video monoscope signal ext trigger Sent Contrast to maximum and Brightness to mid position anes Connect a DC volt meter between pins 3 and 6 of the DT connector Measuring Positive lead to pin 3 Range Activate the Conv Misc Mode 0 Select Item O HVOL screen goes black Input Terminal Video Input Adjust Item 0 HVOL for 15 4V 0 1V on the meter Save data and exit the Conv Misc mode Confirm that the voltage does not change more than 0 15V Note This adjust
194. rm the hot check test 1 Keep switch S1 open and connect the receiver to the measuring circuit Immediately after connection and with the switching devices of the receiver in their operating positions measure the leakage current for both positions of switch S2 2 Close switch S1 energizing the receiver Immediately after closing switch S1 and with the switching devices of the receiver in their operating positions measure the leakage current for both positions of switch S2 Repeat the current measurements of items 1 and 2 after the receiver has reached thermal stabilization The leakage current must not exceed 0 5 milliampere mA TOUCH ALL EXPOSED METAL PARTS RECEIVER 5 i 4 METER INSULATED TABLE lt SUPPLY CONNECTOR GROUND lt Page 6 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CABINET DISASSEMBLY FRONT VIEW WT 46807 Refer to the Parts List for Part Numbers SCREEN ASSEMBLY CONTROL PANEL Front Cabinet Disassembly Remove the Speaker Grille by pulling forward Remove 2 screws b to remove the Control Panel Remove the Board Front by removing 4 screws a Remove the 4 screws c holding the Screen Assembly Lift the Screen Assembly up and away from the cabinet akon gt Page 7 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807
195. rved Cabinet Dimensions Input Level Output Level Model H x W x D WT 46807 37 4 x41 6 x28 WS 55807 51 6 x50 6 x28 3 WS 65807 61 8 x58 7 x27 5 WS 55857 51 9 x50 7 x28 2 WS 65857 61 9 x59 x28 2 WS 55907 51 5 x49 9 x28 1 WS 65907 61 6 x58 2 x28 2 WS 73907 65 7 x64 3 x29 8 VIDEO IN JACK RCA Type 1 0Vp p 75Q unbalanced AUDIO IN JACK RCA Type 4 7dBm 43kQ unbalanced S VIDEO IN JACK Y C separate type Y 1 0 Vp p C 0 286Vp p BURST 750 unbalanced DVD Y Cr Cb RCA Type Y 1 0 Vp p Cr Cb 700mVp p ATV Y G Pr R Pb B H V Y 1 0Vp p with sync 75Q BNC Pr Pb 700mV 7542 V 3 0Vp p 750 VIDEO OUT JACK RCA Type 1 0Vp p 75Q unbalanced AUDIO OUT JACK RCA Type 4 7dBm 4 7kQ unbalanced MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 CONTENTS INTRODUCTION U a a aa kitna SE sss 5 PRODUCT SAFETY NOTICE a 5 SAFETV PRECAUTIONS 0 6 DISASSEMBLY Cabinet Disassembly Front View 468 0 noi edem tit cu eb l aka 7 WS 55807 WS 65807 unas wa 8 WS 558571 WS 65857 9 WS 55907 WS 65907 7 5 73907 10 Cabinet Disassembly Rear View WT 46807 vnr eee Se 11 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS
196. s alad H2 2 2 gt u 3 gt gt gt x x x 5 5 s s 8 5 15 5 5 amp 2 2 14 5 0 17 8 19 00 07 22 23 02 05 05 07 29 29 650937 92 59 22 55 r m Fa L L TI I L I anan I I I 0 OOO OOD 9 9 OO 60 amp amp 69 9 69 62 69 60 69 VD CONTENTS WS 55807 BLOCK DIAGRAM WS 65807 MAIN WT 46807 G POWER WS 55857 PG 4 TERMINAL WS 65857 5 SIGNAL 1 1 0 WS 55907 SIGNAL 2 MICRO WS 65907 PG 7 SIGNAL 3 VC SW WS 73907 PG 8 3DYC PG 9 CONV GEN JUNGLE 10 CRT CONTROL AI SVM DBF 11 2HDW 1 PG 12 2HDW 2 13 2HDW 3 5 14 BITMAP 1 PAGE S 9 15 BITMAP 2
197. s the signal source INPUT button Activate the Factory Option Menu MENU 8 2 7 0 Use the Adjust keys to select DTV Port and press the Enter key once to change the setting from 10801 to AUTO Exit the Option Menu Press MENU twice C Convergence Mode Functions In the Convergence Mode there are three main Functions Categories Pressing 6 activates CONV MISC Pressing 5 activates COARSE CONV Pressing 4 activates FINE CONV D CONV MISC Press 6 This mode is used to preset data values controlling the Convergence Generator and to perform the HV Regulation adjustment 1 Use the VIDEO button to select an item 2 Use the ADJUST buttons to change data NOTE When Item HVOL is selected the screen goes black except for the data display This occurs since a black screen is required when making the HV Regulation adjustment Page 26 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 E COARSE CONV Press 5 There are four Sub Functions in the Coarse mode COARSE GREEN COARSE RED COARSE BLUE and DF COARSE GREEN used to make Coarse Raster Geometry Adjustments e COARSE RED used to make Coarse Red Convergence Adjustments COARSE BLUE used to make Coarse Blue Convergence Adjustments used to preset data values controlling the Dynamic Beam Focus circuit drive signal 1 Use AUDIO button to select a Sub Function 2 Use the VIDEO b
198. ser User TToTTTTTTTTTTTNANNTT Preset Cb Cr Offset Cb Cr Offset Automatically goes to the value on the left Indicates 73 Only IC4A01 Adjustment Data 46 Only 55 65 73 tem Abbrev Description Hangs HD INTSCI HD NTSC 38 44 33 29 Horizontal Width 73 inch Only Horizontal Keystone EW PCC on top EW PCC on bottom Vertical Height Vertical Linearity Vertical S Correction Vertical Position Page 28 73 Only MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 MAIN MATRIX Function IC6M00 Function Display Adjustment Data Initial Item Abbrev Description Range Data 1 Main Tint 0 63 30 Preset 2 COLM Main Color 0 63 19 3 YDRM Gain Control 0 31 12 Main Y Level SUB MATRIX Function IC6P00 Deseripten Range Data __ Abbrev Description Range Data Sub Tint Sub Picture Tint 1 30 2 Sub Color 30 Sub Color 3 Sub Gain Control 12 Sub Y Level 4 5 Sub V Pedestal DC Control 7 Preset Sub U Pedestal DC Control 7 AUDIO Function IC3A01 Item Abbrev Description Range Data 1 INP Input Level Alignment 0 15 8 Input Level Wideband Separator Align 0 31 Separation 4 SPC Spectral Separator Align 0 31 3 IRIS Function Function Display Adjustment Data Initial Abbrev Description Range Data Items Lower thresh
199. set button intializes all A V Memories 2 The AV Reset in the user s menu initializes only the selected input s A V Memory Page 23 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 4 Self Diagnostics The Power ON LED provides an indication of the sets operation and the possible cause of a malfunction 1 Initial Control Circuitry Check Immediately after the TV is connected to an AC power source The LED flashes three times indicating the Microprocessor has initialized and is functioning properly e f the LED does not flash the Microprocessor is NOT functioning 2 Error Code Operational Check Pressing the front panel INPUT and MENU buttons at the same time and holding for 5 seconds activates the Error Code Mode The LED flashes denoting a two digit Error Code or indicating no problem has occured since the last Initalization Note The front panel buttons must used NOT those on the Remote Control The number of flashes indicates the value of the MSD tens digit of the Error Code The flashing then pauses for approximately 1 2 second The LED then flashes indicating the value of the LSD ones digit of the Error Code The Error Code is repeated a total of 5 times Example For Error Code is 24 the LED will flash 2 times pause and then flash 4 times 3 Error Codes The Error Code designations indicating a malfunction or no malfunction are listed
200. t reuse them 4 Do not apply heat for more than 3 three seconds to new chip parts 5 Avoid using a rubbing stroke when soldering 6 Take care not to scratch or damage the chip parts when soldering 7 Supplementary cementing is not required Chip Parts Removal Resistors Capacitors etc 1 Grasp the part with tweezers Melt the solder at both sides alternately and remove one side of the part with a twisting motion 2 Melt the solder at the other side and remove the part SOLDERING IRON PAGE 46 Chip Parts Removal Transistors 1 Melt the solder of one lead and lift the side of that lead upward 2 Simultaneously melt the solder of the other two leads and lift the part from the PCB SOLDERING IRON U TWEEZERS CHIP PATTERN PCB E Replacement 1 Presolder the contact points on the circuit pattern 2 Pressthe part downward with tweezers and applv the soldering iron as shown SOLDERING IRON a PATTERN SOLDER TWEEZERS SOLDERING CHIP IRON SOLDER PATTERN MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 REPLACEMENT PARTS Parts Ordering To expedite delivery of replacement parts orders specify the following 1 Model Number Serial Number 2 Part Number and description 3 Quantity Note Unless complete information is supplied delay in processing of orders will result Critical and Warranty Parts Desig
201. unction that includes the specific adjustment item to be selected Then select the adjustment item Refer to the following pages for the listing of adjustment functions and adjustment items 1 Press the AUDIO button on a remote hand unit to select an adjustment function Each time the button is pressed the Function changes in the following sequence 2 Press the VIDEO button to select a specific Adjustment Item The Item number increases each time the VIDEO button is pressed C Changing Data After selecting an adjustment Item use the ADJUST UP DOWN buttons to change data Press ADJUST DOWN to decrease the data value Press ADJUST UP to increase the data value D Saving Adjustment Data Press ENTER to save adjustment data in memory The character display turns red for approximately one second in this step Note If the circuit adjustment mode is terminated without pressing ENTER changes in adjustment data are not saved E Terminating the Circuit Adjustment Mode Press the MENU button on the remote hand unit twice to terminate the adjustment mode Note The circuit adjustment mode can also be terminated by turning power OFF F Toggle Between Reception Modes Pressing 3 when in the Adjustment Mode toggles between NTSC HD 480P and VGA However data changes are not automatically saved Press ENTER to save data before pressing 3 Page 25 MODELS WT
202. utton to select an Adjustment Item 3 Use the ADJUST buttons to change data F FINE CONV Press 4 Sub Functions This mode is used to perform Fine Raster Correction and Fine Red and Blue Convergence Adjustments There are three Sub Adjustment Functions selected with the AUDIO button FINE GREEN a Green Crosshatch is displayed to make Fine Raster Corrections FINE RED a White Crosshatch is displayed to make Fine Red Convergence Adjustments FINE BLUE a White Crosshatch is displayed to make Fine Blue Convergence Adjustments Cursor HORIZONTAL COORDINATES In the Fine mode a Cursor is added to 0 2 5 4 5 6 7 8 the Crosshatch The ENTER button toggles the Cursor between two modes MOVE blinking Cursor use the ADJUST buttons to select any of 64 points on the Crosshatch ADJUST Non blinking Cursor the ADJUST buttons adjust the active color at the current Cursor position horizontally or vertically 5 CURSOR VERTICAL COORDINATE Cursor Coordinates gr Specific intersections in the Cross hatch are assigned vertical and horizontal coodinates These are shown in the adjacent diagram The Cursor can only be moved to those positions that have coordinates assigned If the Cursor is at coordinates outside the screen area the Cursor will not be visible Use the ADJUST buttons to move the Cursor to an intersection on the screen SD Mode SD FI
203. with no signal Activate the Convergence Mode Coarse Red Adjust the Items shown below to converge the red on the green Select Coarse Blue mode Adjust the Items shown below to converge the blue on the green Note f center convergence shifts use red and blue Items 0 HSTA and 5 VSTA to correct the shift Exit the Convergence Mode HD mode 1 CONVERGENCE MODE Activate MENU 8 2 5 9 Misc 6 Adjust Move Cursor Toggle Save amp Exit Supply a HD 1080i signal to the DTV inputs and use the Input button to select the DTV inputs as the source Note If a HD signal is not available use the Conv HD With No Signal procedure discribed in detail on page 26 Convergence Adjustment Mode Repeat SD Steps 2 through 5 in the HD mode Exit the Convergence mode CONV HD WITH NO SIGNAL MENU 8 2 7 0 Set DTV Port to 1080i MENU twice INPUT select DTV Inputs 8 2 5 9 After adjusting set the DTV Port to AUTO COARSE CONVERGENCE RED amp BLUE ADJUSTMENTS 0 HSTA 1 2 SKEW Page 44 MODELS WT 46807 WS 55807 WS 55857 WS 55907 WS 65807 WS 65857 WS 65907 WS 73907 Convergence Circuit 23 Fine Convergence 21 Instrument Measuring Range NTSC None HD HD 1080i sync Input Terminal Video amp DTV Inputs CONVERGENCE MODE Activate MENU 8 2 5 9 MISC e 6 Adjust Move Cursor Toggle Save amp Ex
204. xs 70 69 67 6 65 64 K 01 07459 07003 2 2K CM US Se ee o 7015 SA1037K R S R7A01 e aS iB 8 Sse R7B63 47u CBUSY 7072 2SB709A l R S N R Ty 58 8800 D S oo Qo 63 10K 16V 2 07031 4 5 S S I 7862 1 87802 a a a 8 5 47K 33K 2059 VSYNC 62 D ww 8 i VBLANK 81 xWS 55857 WS 65857 15 55907 0 02 WS 65907 WS 73907 3 P84 P10 ADINS 61 2 w g SUB_FR IC7A03 5 eS ONE PLI ADING 80 4 3 G BLK w w 1 BLANK2 al 87405 amp CMUTE 6 x 6 p53 R8T PI2 ADIN7 69 4 6 wv 6 i wap 1 X RAY 0 0 04 l MUTES 87 8 87617 C7A07 LAE TE 8 RAN 87891 87892 100 100 67632 AR R7C74 67633 47034 01 R7A57 5 6K 5 6K CE2RST 2 Teu 5010 TEST P13 ADIN8 67 QA l f 7 08 8013 Ei 4 R7C92 100 Sia R7A56 eA 58 man 8 P51 YS P14 ADIN9 68 QA 55 VS SDA3 TE 5 i 8 Pes P73 65 An LX 3 R7AI2 IC7A00 R7A54 C7A53 RRA XWS 55857 WS 65857 81 2182728 l 0 04 a OL MN102H57K G4 tot WS 55907 5 65907 p e MAIN MICROPROCESSOR 87453 WS 73907 RANG 882 P16 ADIN11 63 RASE m EUM s 3 33 3 Ky f 87814 0 34 3 3K 87 51 17011 47K Rpte te P17 62 8457 ED BLM21B272S 3 7 13 ar R7

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