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SERVICE MANUAL - Page de test

1. 0116 TERMINAL 1 0 S IN 590 4 130 14 REAR Q907 1 5 I N 4 1906 47 scd 902 Q902 2 908 R928 100 OREN 5 CH AV1_V_IN 4 47 4902 4 s 1Y J901 9360 A 398 O 498 D 2 on om 959 8920 o 0 iq EIEIEIS 5 Ke o4 REAR Q903 B903 3 3 3818 8 0901 5 D G O a 1 4 m 5901 28 OPEN 0 2222 TVIL R916 B U W o 2 0 904 gt R903 m 9 87731 7 AAA MAIN TERMINAL Hl BER 505 4 w DVD GND 2 vus c our s S OUT vHs v our 4 GND s S E G DAC 6 gt
2. lt SECAM REC COLOR PB FM EE L TO SYSCON MESECAM DET LP EP SHORT H FLY REC H SHORT H FLY REC ST H lt VIDEO D FF R36 4 7k A MUTE H lt 2 DATA 2 AV lt GND TO TUNER TU_AUDIO CEE 2003 2004 REG SPA sw12v 2 S 1 QAX0740 TO ON SCREEN SW5V GND 4 2Fsc 5 I CHARA DATA 24125 050 V FROM 080 CHI gt EE COM 5 8 8 Ga Ga FMA_CH2 55 av TO DRUM CCD BLOCK KINSEKI FMA_CH2 MSM7470 Series 8 110 10 1 3 17 SE ii C57 0 01 ENVDET H HPF 50 o Les ep E a 6 97 sas
3. when assembling 3 REGULATOR BOARD ASSY BOTTOM SIDE CN5301 CN5311 CN530 WR2 502 CN5313 CNTO04 KE right side NOTE CONN should be insertas follows back side E T a NG CN CN JACK BOARD ASSY parts surface WR1 NOTE INSERT FFC WIRE TO THE CONNECTOR BEFORE TOP SIDE ATTACHING TO FRONT PANEL 1 Insert direction of FCC WIRE as follows FITTING ASSY ONLY THIS PORTION IS PUSHED e WHEN DVD UNIT right side back side 211141 2 4 electrode side side gt v 8 2 FFC WIRE and DRUM FPC WIRE should be insert as follows P B i 2 5 N 90 FIG 4 CN CN CN Z Z SECTION l DRAWING FROM DIRECTION THE POSITION OF 512 HEAT SINK AND 544 U U C PN except U U C PN SHEET REFERS TO FIGURE BELOW WHITE LINE FIG 2 BLUE TERMINAL BOARD ASSY NEUTRAL ag NEUTRAL parts surface CN5001 CN5001 4 Insert the wire to even the root of connector completely atthe same time as inserting each wire 54 7200 Thing which to SPACER placed with It
4. 4 1 prose 288 5 La a 6 021 9 5 00000006 5 AE 10111 111111 1 L 9v 0 R705 100 vm 187053 100 CTOBAPW 187054 100 ES D RE 8 7055 100k 59 S 8 7056 Mood 5915 e N E lt es a _ 4 Z ui d See O OQ R7060 AAA 2 5 8381 5 001 50591 002 211 VIDEO IN AUDIO L IN AUDIO R IN 700 5 lt CH Je x e E 3 t 5 PC2 P51 45 ps o SHORT R7044 1k oc PC1 CPURST a ee d P51 23 Sa 3 5196 PB7 e PB6 1C7001 SSPCLKO i PB5 816888 oe d B7191 88 GO OPEN TO MAIN TERMINAL NILLUMI4 CN7104 GIN 2 FRONT_AUDIOIL mg SORT FRONT AUDIOI R 888868 8 15 88888888 0 5
5. CD M CD oO AJ k 10 O CD o o o o CD ch
6. PN w N P gt CD 1 gt A CD w G O 20 e NINIS mom o a gt gt oom zx a CD CD E MODE PIN NO 1 7001
7. 0 0 6Vp p 1 7 1 45Vp p 2 2 0 39Vp p 0 m p PB 1 75Vp p REC 0 5Vp p REC 1 7Vp p PB 1 3Vp p REC 0 pom p PB 1 0 2V 20hsec DIV 0 2V 20hsec DIV 0 5V 20hsec DIV 0 5V 20hsec DIV 0 5V 20hsec DIV 0 5V 20hsec DIV 0 2 20 0 2V 20hsec DIV 0 5V 20hsec DIV 0 2V 20hsec DIV 0 5V 20hsec DIV 0 5V 20hsec DIV 0 6Vp p 0 5V 20usec DIV 0 2V 20usec DIV 20 DIGITAL ONLY USED FOR IC1201 Y C SEP amp MIX S VHS MODEL DATA 1201 34 2 DATA JNA COLOR 50 508 DATA AV PB COLOR Cm FRONT V IN o TU VIDEO gt 2 DATA USED 1201 Z LEVEL ADJ ZN 19 SYSCON FROM OSD MNENENE 3 2 DATA Eee VHS V OUT TU VIDEO 2 OUT 9 Se 2 VHS C OUT H Cw VHS Y OUT DACO o once pes 5 ZN IN 0 MAIN S SUB TERMIANL IC501 SEP amp MIX ONLY USED FOR S VHS MODEL TO ON SCREEN OSD CHARA DATA 545 SW7 CONV CONV
8. Note2b CN3102 CN3103 b 9 1 5 board assembly CN7191 3 1d No YD002 1 13 3 2 Loading mechanism assembly 3 2 1 Removing the tray See Figure 3 2 Figure 3 26 Figure 3 2 Figure 3 24 Figure 3 2 Figure 3 21 1 Push a of the slide cam on the hole in the right side of the loading base by using a driver until it stops See Figure 3 2a 2 The tray comes out Pull the tray in a front direction until it stops 3 Remove the two screws A attaching the slide bracket See Figure 3 2b 4 Tilt the tray in a direction of the arrow around the point in the left rear part of the tray See Figure 3 2c 5 The rail of the tray is removed from b of the loading base Then remove the tray upward See Figure 3 2d Attaching the tray Engage c of the loading base to the projection of the tray while tilting the tray to the left Turn the tray in a direction of the ar row and attach the slide bracket See Figure 3 2e Note Prior to the procedure above move the slide cam in a direction of the arrow so that d of the slide cam can be inserted in e of the tray See Figure 3 2f Tray DERE ee 5252222
9. O REV STILL SLOW FWD STILL SLOW REC PAUSE 85 REV STILL SLOW REC PAUSE INSERT REC PAUSE REV SEARCH x1 speed reverse playback using JOG AUDIO DUB PAUSE Back spacing INSERT REC VIDEO AUDIO PAUSE Mechanism being initialized POWER OFF as a result of EMG Cassette being inserted Cassette being ejected Transition from STOP with pinch roller pressure on to STOP with pinch roller pressure off Transition from STOP with pinch roller pressure on to PLAY Cassette type detection SEARCH before FF REW is being executed Tape being unloaded Transition from STOP with pinch roller pressure off to STOP with pinch roller pressure on Transition from STOP with pinch roller pressure off to FF REW Transition from STOP with pinch roller pressure off to REC P Transition from STOP with pinch roller pressure off to cassette type detection SEARCH Short REV being executed after END sensor on during unloading Tension loosening being executed after tape loading STOP with pinch roller pressure on Tape being unloaded 85 INSERT REC PAUSE INSERT REC back spacing AUDIO DUB PAUSE 11 nl nnl A 5 5 INSERT REC VIDEO AUDIO PAUSE INSERT REC VIDEO AUDIO back spacing Tl Tl T gt CO 1 30 No YD002
10. ELM J 2 2 3 6 No YD002 2 PARTS LIST PACKING ACCESSORY ASSEMBLY lt 1 gt Symbol No 310 310 LP31296 004A LP31296 002A LP31296 003A LP31296 001A LP31295 001B PQM30021 95 LYT0194 001B 0002 001 0300 02 02202230 LPT0868 001A LPT0865 001A LPT0864 001A LPT0864 002A LPT0864 003A LPT0864 004A LPT0864 005A LPT0864 006A LPT0864 007A LPT0864 008A LPT0864 009A LPT0864 010A LPT0864 011A LPT0864 012A LPT0864 013A LPT0864 014A LPT0864 015A LPT0880 001A LPT0880 002A LPT0880 003A LPT0880 004A LPT0880 005A LPT0880 006A LPT0880 007A LPT0880 008A LPT0880 009A LPT0880 010A LPT0880 011A LPT0880 012A LPT0880 013A LPT0880 014A LPT0880 015A LPT0861 001A LPT0860 001A LPT0860 002A LPT0860 003A LPT0860 004A LPT0860 005A LPT0860 006A LPT0860 007A LPT0860 008A LPT0860 009A LPT0860 010A LPT0860 011A LPT0860 012A LPT0860 013A LPT0860 014A LPT0860 015A QPC02503530P QPC02503530P 54013 7 LP41135 001A LP21036 036A LP21036 035A LP40254 004A LP40254 008A BT 54008 6 Part Name Description PACKING CASE PACKING CASE PACKING CASE PACKING CASE CUSHION ASSY POLY BAG Q CARD RF CABLE RF CABLE BATTERY R6 TYPE x2 POLY BAG 22cm x 22cm INST BOOK ENGLISH INST BOOK ENGLISH INST BOOK ENGLISH INST BOOK GERMANY INST BOOK FRENCH INST BOOK DUCH INST BOOK SPANISH INST BOOK ITALIAN INST BOOK
11. F si 22 PROG CHECK RETURN _ 2 E ____ 25 9 26 __ 30 00006 27 29 12 SOUND MUTE 31 REW 3 32 34 0 35 stopim 36 PAUSEM 37 VISSREW HF 38 jua J VISSREWHRRI 00 40 4 1 _ __ oo 42 4 MENU 44 DOWNY 45 QUICKREVIEW 46 DISPLAY 47 0 48 49 QUALITY 50 OR 34 32 34 36 RECHPAUSE 13G Bar Jas ies ra pos se 86 56 16 KSE DEER RD re e fefe 21 ms we r n 2 50 PARTS LIST SAFETY PRECAUTION Parts identified by the symbol are critical for safety Replace only with specified part numbers BEWARE OF BOGUS PARTS Parts that do not meet specifications may cause trouble in regard to safety and performance We recommend that genuine JVC parts be used 1 EXPLODED VIEW 1 1 PACKING AND ACCESSORY ASSEMBLY M1 The instruction manual to be provided with this product will differ according to the destination 313 lt gt 317 lt gt gt lt gt 311 305 308 306 ADHESIVE a 309 310 31
12. 1 22 FUSE 1A 50V FUSE 1A 50V OPT TRANSMITTER 3 5 JACK R PAUSE ROTARY ENCODER MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS BOSS MECHA 1 BOSS MECHA 2 PUSH SWITCH REC SAFETY PUSH SWITCH S CASSETTE SHILD TUNER MG RESISTOR 00 1 16W J RESISTOR 00 1 16W J RESISTOR 00 1 16W J RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J RESISTOR 00 1 16W J RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J Local ABCDE ABCDE FG ABCDE FG FG A Symbol No W35 W36 W37 W38 W39 W40 W41 W42 W43 W44 W45 W46 W47 W48 W49 W50 W51 W52 W53 W54 W55 W56 W57 W58 W59 Wo W61 W62 W63 W64
13. C ACC ON 5 25 2412 5 gt eJ dE L SECAM P 4 15 C ACC THROUGH m LP EP_CHe 8 gt 4 CONVi sg 121 250241 r n 56 Y EGON sisi LP EP CH4 1 6 3 58 pn w37 TR BC 87 L SECAM H P A GND mm e e IL 59 122 3 lech s me Hs SAL P em TO S SUB 1 SH Sa EN ES ES DC lt cA 0 01 FROM OSD 3 3k ADD EXT HPF Sw26j 41 V TO OSD C27 110 01 lt C60 0 01 gt lt 958 gt CHARA DATA 010 2021 33k 15 Hom COLOR 25 2412 5 swis awe H C25 Bo C20 m P svhstL sECAN L I2C_CLK_AV 478 Ke NET o 9 reor ses oe LPF R20 2 DATA AUDIO ALC P R E TO S SUB Hz E ER _ sape 38 ms i i 5 8 D Sw19 T AA gt Lm 4 sc 437 24 GND SP s oer 4 1 er gi 2 mm Mme EJ s 2008 l SW3 REC awa 023 0 1 1 Pe FEES 648 AMP Kosa 35 33 FM MOD DET
14. Ss GND Pt gt 8 CTLP CAP M VCTL 9 OPEN 7 5 LM F R S 10 m lt DRUM PG FG R3255 5 2 5 D 5 DRUM 12 1 9 9 n 55 FRONT_YIH C4004 22 16 MESECAM DET A R4005 5 6k SUB REQIL 5 CP3002 x 9 PAL 5 SHORT 5 C4005 0 0022 PULSE 5 e 163004 SECAMIH gt P MUTE L 04010 HD6432194SA F 2 DATA 0 022 HD64F2194CF 0 CU gt 5 8 AMUTE gt 9 9 1 5 TU S DATA FR SYS TP3904 R3072 C3004 VIDEO ENV SYNC DEI SYNC OPEN R3071 10k 9 _ gt 050 CS 83070 R3205 R3206 R3207 R3208 R3209 R3210 R3211 R3212 END_SENSOR VCONCL RG068 180 12k 18k 120 18k 120 18k 470k 03002 1 4W 188133 KEY1 0862 OUT PC3001 PC3002 R3018 RPI 304 304 03002 03003 SUPPLY TAKE UP 47k 0561 IN PTZ NV16A PTZ NV16A 4 REEL SENSOR 1 SENSOR AAA 4 SENSOR SENSOR GEN 1 1 Ki 5 X1 25 9247 K DT 9 TO TUNER SS 83213 TU V MUTE H 483001 03001 4 2 4 GND 1 IPC DATA LNB2301LO1VI 3008 100 2 18 SW2 CH_SW gt SW2 CH SW LSB 3 z 2 SW1 CONV_CTLIHJ gt SWI
15. 0101 RB521S 30 X DGND ODCIRQ2 ODCIRQ ADSCIRQ NINT2 e SE WAITODC 521 30 NMRST DVDLDCUR CDLDCUR C139 SGND SOND NI CDLDCUR 6 LADD15 OFTR lt 3 CPUADR15 LADD14 8 4 DVDLDCUR LA LADD13 RFENV DTA144EE X CPUADR13 0205 LADD12 gt TE R204 R208 5 2 i e AAA no AD 2 M9V M5V ore 27K 22K LADD10 2 11 i V 7 225 R205 R209 FODERN 8 CPUADR10 ADO 9 0 X cPUADRS AVDD 9 1 vss DACO Cam DRAMVDD18 MN103S26EGB H AVSS C318 TP301 d 0 1 16 202 1 I 5 0 8058 8 099999909 204 5 EMA 0 1 16 R129 1 IORDY 4 P329 NI NDMACK AAA c STVALID AAA e E 25 8 E 1 z QGF1016F2 05W 0 001 14 DRAMVSS JITOUT 3 C319 TRVSW DRVMUTE C320 0 001 8
16. m 5 Extension cord part number EXTXV521CB LO9NO 168 9 gt N Z LOANNOO NIVIA 1 9 LOSNO 5 9 CN tO gt gt lt LOANNOD LNOO Used two set of this part 1 24 No YD002 44 7 2 adjustment 1 Remove the DVD unit Refer to the SECTION 3 Removing the major parts 2 Connect a extention cord between CN502 of DVD servo control board assembly and CN7301 of Main board assembly See Fig 4 4a 3 Connect a extention cord between CN501 of DVD servo control board assembly and CN5302 of Regulator board assembly See Fig 4 4a 4 Remove the DVD servo control board assembly attached the DVD unit 5 Three stud is attached in a DVD unit See Fig 4 4b NOTE The connector of an extended code right or reverse since direction of which is also connectable be careful of the direction which a relay wire inserts enough It will become the cause of failure if especially a Regulator board side is mistaken DVD unit DVD servo control board assembly Main board assembly Hegulator board cwrao2 assembly Fig 4 4a 4 4 7 3 Adjustment 1 Set the main body at test mode 2 Press the SET UP MENU key of the remote controller three times and the FDP is displayed CHECK 3 Insert a test disc VT 501 and press the PLAY
17. dr 4 S gt 1 dee SCH dw SS NS 67 B o Ep 4 41 65204 S e zT 5 2 cane dip 5312 9 o gt lt B A ei a VA5001 po 5 88 9 Q y L5205 5 1 5306 ES C5206 5 RB sls 9 S e o oc 4 9 LO Ku t9 D 9 Es 4 65908 5202 E SE Wat 5 Eed a o o 9 595 D 0 0 2 05215 4 1 gt P 7192 3 0 2 5 5 8 5 7193 Ol S 05202 5208 gt 05210 5 0 0 LI 2 M 4 g R5307 E D H 8 gt DISPLAY MARS A Sa f 5 10206 001D 05303 088 2 5 o E C7195 2 m SES 8 ANAN CO A A C7194 1 2 14 D 7014 7013 97003 CN C DO 17192 lt 5 48449 07005 FW7001 0 0 07001 VHS 1 5 9 57012 7035 gt OPEN TS STOP S PLAY 7013 2 o R7002 1 5 SE bal Jl bal cole eat T o A ET 8 8 2 14 oL 2 2 122 27 o UL MARK n gt 7003 UY z s b PWB des LPB10206 001D R7005 8 E 1 7001 0 0 v v 2 3
18. 2D DIGITAL DATA D A LEVEL ADJ VR1201 SHORT LC1201 Q1201 R1217 R1218 47 100 2801317 5 2 0590 50 i 1171 1246 9 47 63 oam 47 LL 6 3 Ap C1229 D1201 0 01 RD4 3ES B3 21228 01205 47 25 2SC4081 S MARI CN50 L1208 CN1201 C1244 4 7 125 R1225 2 R1227 SHORT Q1204 GC CLK WN KILLER DET Q1206 e 1238 C FROM mom OPEN GND OPEN 245 1239 EE L DES De 3 OPEN V Y TO R1222 OPEN SW5V 2 GND NOTES UNLESS OTHERWISE SPECIFIED Fsc ALL RESISTANCE VALUES ARE IN OHMS ALL INDUCTANCE VALUES ARE ALL CAPACITANCE VALUES ARE IN uF ELECTROLYTIC ceramic JH Poan 20370001 revO e D 221 2 22 E F G SCHEMATIC DIAGRAM
19. CH2 CH2 CH2 E e Fw7002 FW7001 VN Ga al lel 7 0 LED4 9 P S CONVERTER LED1 cj NN S R P A E CTL 2 4 2 28 DISPLAY T T mono 2 25 MOTOR 3in1 MDA CAP MOTOR fa 5117 3 in 1 316 SW JACK LOADING MOTOR Page 2 26 DRUM MOTDR MOTOR LOADING MOTOR SW JACK TABLE 901 ARE USED ONLY FOR FLASH CPU DISPLAY gm 817 P S CONV CN7103 FHONT FW OO1 2D 71 7 191 CN915 SE CN501 ILLUMI FW7002 YES 1 5 TERMINAL 20 DIGITAL NO NO 3 5 10551001 2 3 2 4 SWITCHING REGULATOR AND MAIN REGULATOR SCHEMATIC DIAGRAMS 1 SW REG C5203 220 R5 6 3 1 302 R5106 Nei R5113 100k W GROUND POINT FOR PRIMARY VOLTAGE B5001 0 0 u A da 5101 123 22 171 LTV 817M BC V 2 85201 20 MARK 1 05202 05207 05812 05814 05215 05216 052818 05310 05314 SVHS NO YES HIFI NO YES NOT
20. 6722 A D B C 6723 1201 A D B C 6724 1202 AD 6725 1203 G 6751 1204 6752 206 6753 1301 A D B C 7106 1302 7107 1303 AD G D C7110 L501 A D B C 7111 1502 C 7113 153 C C lt 99 gt DVD SERVO CONTROL C7116 505 BC C 7117 1506 D BC C C FOIL SIDE LEB10082 001B C7118 12001 AD BC 7119 1221 7301 2251 G D _ Z C C7302 L2252 B C cu 1 a TP319 7303 4001 AD B C 8L Te 7304 6001 AD 4 ens 7305 16002 AD B D CT ff 4 Cap 7306 16003 AD e Wi IS 8 7307 16004 AD Ege ELE 4 7501 16005 B C ONC Ta IR 489 K 7502 16050 AD B C Lhe pup SEP ERES EO 7503 16701 AD 215 FF oes ca it A 140 7504 6702 558 090 9 2 C7505 6703 A D B C C C K557 I 22 6 88 7506 7101 B C K556 rS 7507 17110 BC e ELER SU LP um Tees 7508 7501 AD B C C ES T 4 ll AY O C8001 7502 AD B C e e g 8002 B C x 887 EH P C800
21. gt 14 DC3 5V 13 DC3 5V 4 AL3 3V GNDID S C MUTE CPURST gt 9 CPURST INTP lt SSPCLKO 17 SSPCLKO TO REG ssPiNo 6 SSPINO SSPOUTO 5 SSPOUTO rcs 4 FLcs SWUPDN gt swuPDN TO TERMINAL swopEN 2 SWOPEN AMMUTE gt 1 LMMUTE RREPA EE 10552001 revO 2 13 2 14 MAIN TUNER SCHEMATIC DIAGRAM OO gt n roo L OO OD OO OD SS gt h o q 3 MAIN TUNER a lt ANT IN ANT OUT TU6001 MATSUSHITA EN EN TO REG KOREA 16002 52 NC GND 1 o SR swsv L6005 AUDIO IN 2 0 SW12V TID lt BT2 cH sw 3 6004 MOD 4 WR 16003 CONV CTL 5 SES VIDEO IN 6 NC GND 7 Digital GND acc gt 8 GND TO VIDEO N AUDIO gt pEMOD R TO As GO TU AUD
22. A MUTE H MESECAM_DET lt SECAM H SP SHORT H CTL1 LP EP_SHOAT H D FF C SYNC gt V PULSE lt D4001 4 SHORT CTLE GND lt S DET gt SECAM_DET gt VIDEO ENV SB GAIN N ES 5 gt 2 CN3001 DATA CAP M FG 1 ctn C3071 CAP M Vcc 9 4 33 gt 16 Vcc5V 3 H REC sm CAP M F R 4 PAL LM VCTL 5 M GND 6 2 5
23. _ 15 EF ER MODELS VCC3 YC MUTE CLK DATA vece Y OUT C OUT TO TERMINAL IC501 3 1 8057 o e gt OUT C502 gt Y OUT NOTES UNLESS OTHERWISE SPECIFIED GND ALL RESISTANCE VALUES ARE IN OHMS ALL INDUCTANCE VALUES ARE IN H REAR2_C_IN ALL CAPACITANCE VALUES ARE IN 777 4 H GND JE EE 1750 EY wer Poan 1502 ip 00 8504 OPEN TO VIDEO N AUDIO EE L gt B503 SHORT GC gt GC DATA AV d 1503 OPEN TERMINAL SW5V V FROM 080 2 GND eg de e 4 emt ent a eet i s SSS dag EE duy gemi SS SSS SS lt p20369001a 2 10 REG AL5 8V SW5V GND MAIN FMA SCHEMATIC DIAGRAM 2222 0 01 SW12V gt TUNER 4 RF AUDIO lt DEMODIR DEMODIL TO TERMINAL 0 9 GND F AUDIO R F AUDIO L gt DVD OUT R DVD OUTIL gt A IN1 R A IN1 L gt AJN2 R gt AJN2 L gt C2214 H 10 25 DEC OUT R DEC OUT L TO VIDEO N AUDIO 2212 2 7 2215 H 10 25 AN
24. 03 2 SW3 3V 2 MAIN TERMINAL CN5303 CN5313 DCH DC 4 1 28V 28V 3 28V GND 4 98891 445 0 28C3576 JVC 5 SW12V SW12V 5 R5303 Q5302 9 SYSCON DTA1T4EKA SWSV SWSV 7 2111 85304 114 150 ex 1k UN2211 26V NC 9 AAA P SAVE L E dar AL12V AL12V 11 a B5301 48V REG SW REG AL12V E R5312 R5313 SW12V 9207 AEKA Ka AL5 8V ALS 8V 2 188270 0 2111 BT2 GND GND 3 2 2 41 27 SW3 3V SW3 3V 2587922508 i P S VIDEON AUDIO FLCS FLCS 7 28C3576 JVC RF5V Sec SSPIN0 SSPINO 8 v CC AL5 8V MAIN TERMINAL lt 5211 777 CPURST CPURST 9 5862394 9 ON SCREEN ll 05212 190 SSPCLKO SSPCLKO 10 gt SW5V BA od 2 2 SSPOUTO SSPOUTO 11 LT E P CTLIH 5202 560 SSPOUTO 215004 SSPCLRO Q5313 DICTI4EKA que 05218 560 10 CPURST 28C3928A ORS SSPINO gt GND ir rics SES D1FS4A E INTP TO SYSCON r TO DVD
25. hl m QD Bi Leen E HR LIT JU N MET Til J 13 4 D E lum y 1 26 0002 5 2 Manually removing the disk DVD CD If you cannot remove the disk which is loaded because of any electrical or mechanical failures manually remove it by taking the following steps 1 Unplug the power cord plug from the power outlet 2 Remove the top cover and front panel assembly Refer to the disassembly procedure and perform the dis assembly of the major parts before removing 3 Turn the Middle gear a by hand to open the disk tray See Fig 5 2a DVD unit Middle gear a Unloading mmm Fig 5 2a 5 3 Emergency display function 5 SECTION This unit saves details of the last two emergencies as EMG history and allows the status of the VCR and the mechanism of each emergency to be shown both on the display and as OSD in formation When using the emergency function it is required to set the VCR to the Jig RCU mode Jig RCU Data transmitting method Depress the 2 8 button after the data code is set 2 00 INITIAL 5 43 CODE Fig 5 3a RCU PTU94023B 5 31 Displaying the EMG information The EMG detail of information can be displayed by transmitting the code 59 from the Jig RCU Note The EMG detail information lt 1
26. 3 Mechanism sensor information Common table of and HD Mechanism sensor informatio n Mechansim End sensor position sensor REC safety SW Start sensor Tab broken ON ON ON Tab broken ON ON Tab broken ON OFF Tab broken ON OFF Tab present OFF ON Tab present OFF ON Tab present OFF Tab present OFF Tab broken ON Tab broken ON Tab broken OFF Tab broken OFF Tab present ON Tab present ON Tab present OFF Tab present OFF Tab broken 0 SensorON 0 Sensor ON 0 Tab present 1 sensorOFF 1 Sensor OFF 1 Display 0 1 m 3 4 5 6 7 8 9 C D E 4 Mechanism mode position Common table of and Mechanism Sensor information Deck operation mode Not established EJECT position EJECT EJECT1 Intermodal position EJECT2 EJECT2 position ULSTOP ULSTOP position UPPER Loading unloading tape UPPER ONSTOP Intermodal position ONSTOP PLAY position PLAY FWD SS Intermodal position FWD FWD Still Slow position FWD SS REV Intermodal position REV REV REV Still Slow position REV OFFSTOP Intermodal position OFFSTOP Pinch roller OFF position FFREWB FF REW Brake position 5 3 6 EMG detail information lt 2 gt The type of the cassette tape and the cassette tape winding po sition can be confirmed based on the figure in EMG detail infor mation lt 2 gt Note EMG
27. DTA114EKA X 2111 DTC114EKA X or UN2211 X 2SD1302 ST T DTA114EKA X 2111 258709 MODEL MARK MODEL MARK Part Name TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSTSTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSTSTOR TRANSISTOR DIGI TRANSISTOR DIGI TRANSISTOR TRANSTSTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSTSTOR DIGI TRANSISTOR TRANSTSTOR DIGI TRANSISTOR TRANSTSTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR IC PHOTO SENSOR IC PHOTO SENSOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSTSTOR DIGI TRANSISTOR TRANSTSTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSISTOR TRANSISTOR The VCR goes to jig RCU mode after replacing the EEPROM and the VCR does not accept some RCU command Therefore please set the VCR to the user RCU mode after replacing the EEPROM The method of setting the VCR to the user mode is written on the service manual Description Local FG
28. External trigger Adjustment part Specified value Adjustment tool Improper waveform variation U Down Flat V PB FM waveform gt Roller driver PTU94002 G H 1 Play back the alignment tape A1 2 Apply the external trigger signal to D FF E to observe the V PB FM waveform at the measuring point D 3 Set the to the manual tracking mode 1 mm 4 Make sure that there is significant level drop of the waveform caused by the tracking operation with its generally parallel and linear variation ensured Perform the following adjustments when required See 4 2 L 5 waveform tracking operation d If a drop in level is found on side turn the guide roll er of the pole base assembly supply side with the roller 1 driver to the linear If a drop in level is on the right side likewise turn the guide roller of the pole base assembly take up side with the roller driver to make it linear See 4 2 Fig 422 6 Make sure that the V PB FM waveform varies parallel Mme and linearly with the tracking operation again When re 4 2 3 Height and tilt of the A C head quired perform fine adjustment of the guide roller of the Note pole base assembly supply or take u
29. icai R999 H 2 10216 5 15 D C904 0905 5 F 9 9 DS 8 0 0 gt 42 5 ions 0903 902 R909 10902 E i A OLOH 2E fn Too L S S 3 C7732 d Pb E o Uu 0 0 e 8 m 605 ser F Coa gt 20 g J 3 L 5 9 CH lt 2 5 am Lily I d 87710 0 9 5 gt 8774 1 ar 1 rara o I 1 7 21 0912 828 4 5 7705 T m o R912 wa 5 amp d LV R7711 m R951 0 0 L 8903 0909 0904 1 L1 R C983 n S 1912 y C935 n a T 2 2 m 2 26 je 5 rc oC J 2 0 0 5 1 07708 R 1 C7734 1 1 Pr 17741 5 SS 8921 0908 0907 6 r1 2 2 J7004 8 DVD Aar L J CES S 12 Q919 12 2 9 0 5 9 Jr 14 C932 2098 0 0 0 0 Ba 1 5 5 01913 Hug i 5 20 10 11 15 1 18 lt 05 gt 20 DIGITAL 10162 001 LPB10162 4 DIGITAL 001C COMPONENT PARTS LOCATION GUIDE lt TERMINAL gt LPB 10216 001B REF NO LOCATION REF NO LOCATION REF NO LOCATION REF NO LOCATION REF NO LOCATION REF NO LOCATION REF NO LOCAT
30. 2 Defective BTL driver 10201 e Has the motor drive voltage gone out to 1 201 17 or 18 3 Has the control signal come from servo IC or the microcomputer e Is it H while the terminal of 1C201 9 STBY1 e RSDRV Is the signal input 1C301 67 4 TRVSW is the signal input from microcomputer IC301 56 5 5 4 Focus ON NG Is FE output 2 Pattern 101 s FODRV signal sent R209 Pattern IC301 115 e Is driving voltage sent 2 12201 13 14 If NG pattern driver mechanical unit Mechanical unit is defective 5 5 5 Tracking ON NG When the tracking loop cannot be drawn in TE shape of waves does not settle Mechanical unit is defective Because the self adjustment cannot be normally adjusted the thing which cannot be normally drawn in is thought Periphery of driver 10201 Constant or IC it self is defective Servo 16301 When improperly adjusted due to defective No YD002 1 33 5 5 6 CLV 101 30 ARF 31 ARF Does not the input or the output of driver s spindle signal do the grip Has the tracking been turned on motor and driver is defective e Additionally IC101 and 12301 and Mechanism is defective jitter etc are thought 5 5 7 Address read NG Besides the undermentioned cause is thought though specific of the cause is difficult because various factors are thought Mechanism is defective jitter
31. 83070 93052 3053 163001 2 29 99 R671 53001 REC SAFETY 17101 B7100 8 597 2 2 UL MARE 331 8 934 NIVW 9 2 sezeu 27 cd 5 40 85 0 11 12 4 43 0 45 616 6 17 N EE 2 35 2 36 S 13 CN3102 1 4 5 f 9 COMPONENT PARTS LOCATION GUIDE MAIN LPB10215 001B SWITCH AND DVD SERVO CONTROL CIRCUIT BOARDS 6008 6012 6013 6014 6020 6021 6032 6037 6052 6053 6054 6055 6701 6702 6703 05307 05308 05309 05310 05312 05313 05314 05316 06030 06031 96032 06701 07301 R202 R105 R104 4 S VILE 9 R230 0217 C214 0213 528 R527 R526 8523 C264 R529 C531 Q7302 R252 6253 C251 1 C405 C401 0523 0587 97303 E C401 R405 4 Z 6585 1 2 K562 K563 402 0401 6704 08001 C550 C504 0556 6567 0546 0557 0402 0568 C6705 Q8002 C502 6706 08051 6707 08052 3043 CN3001 A D Q311 B 2254 C3044 CN3102 A D Q312 B C TP3901 C3049 CN3103 A D Q501 B C TP3902 lt 98 gt SWITCH C3050 CN3901 A D Q2001 B 90
32. 9 5 INT EXT 9 5 SPB s Bea OG Sw49 R sos sare OJO TO SYSCON 20 DET wer 8 1 KI Q1 VIDEO 8 AUDIO SIGNAL 55 111 WEI IC1 17 2 1 1 24 1 1 26 4 1 22 WER 1 1 43 WF6 DEE WEI 1 1 86 0 72 0 5Vp p 0 38 1 7Vp p 0 66 0 4 1 6 PB 0 6Vp 0 2V 5msec DIV p p 0 5V 20usec DIV 0 2V 20usec DIV 1 N O3GIA 01 SYSTEM CONTROL BLOCK DIAGRAM 080 A 050 OL A Oel Oel H O3H N HLS O3H N H 31QN V AV AV Oel H LS vd AV CO AV Oel 10 8102 0 L d dAL Z 11741011 Ca pO 61 L00 2l 71 13d 57 1 vivas 26 2029 e ang Lo IS o ONAS NI AO E 94M viva NO 10291 GL 9 9 151935 00591 601 06 k v d 05 d 88 64 HOSN3S 80060 er HOSN3S
33. REC SAFETY REC SAFETY SWITCH DETECT SW ON L CTLBIAS CTL BIAS VOLTAGE SW1 CONV_CTL H TUNER SYSTEM MODE H CTLFB CTL PULSE FEEDBACK SW2 CH SW TUNER SYSTEM MODE L CHANNEL SWITCHING SIGNAL CTL AMP OUT CTL PULSE OUTPUT NC NC CTLSMTIN CTL PULSE OUTPUT FLASH WRITE ENABLE CFG IN CAPSTAN FG PULSE INPUT NOT USED 5 SYSTEM POWER 2 CLOCK 32kHz IN OUT SYSTEM POWER 1 CLOCK 32kHz 5 DETECTION OF VIDEO SYNC SIGNAL DETECED H RES RESET TERMINAL RESET ON L SECAM DET SECAM MODE DETECT OSCH IN MAIN SYSTEM CLOCK 10MHz VIDEO ENV AUTO TRACKING DTECT INPUT THE AVERAGE OF PLAYBACK VIDEO SIGNAL Vss GND START SENSOR START SENSOR OSC2 OUT MAIN SYSTEM CLOCK 10MHz END SENSOR END SENSOR VCONACL SYSTEM POWER KEY1 OPERATION CONTROL SIGNAL MODE NOT USED PROTECT DETECTION SIGNAL FOR SW POWER SUPPLY SYNC IN DETECTION OF VIDEO SYNC SIGNAL DETECTED H SCR 10 SCRAMBLE CONTROL INPUT SCRAMBLE H TU V OUT TUNER VIDEO CONTROL MUTE H KEY2 OPERATION CONTROL SIGNAL A MUTE H OUT AUDIO MUTE CONTROL MUTE H AFC TUNING CHECK 12C_CLK2 OUT SERIAL DATA TRANSFER CLOCK FOR MEMORY IC RF_AGC CHANGES IN ATS IC OUT
34. Unloading EMG Pulse Drum FG EMG Cassette Eject EMG Capstan FG EMG SW Power Short Circuit EMG DD Initialized Absolute Position Sensor EMG DD FG EMG EOA Supply Reel Pulse EMG 01 Head clog warning history CONTENT If the mechanism mode does not change to the next mode within 4 sec onds after the loading motor starts rotating in the loading direction while the mechanism is in the after loading position with the tape up against the pole base E 01 is identified and the power is switched OFF However if the tape loading is not completed within 4 seconds after the loading motor starts rotating in the loading direction the tape is simply unloaded and ejected No EMG data is recorded in this case When the mechanism mode cannot be changed to another mode even when the loading motor has rotated for more than 4 sec onds in the unloading direction E 02 is identified and the power is turned off When the falling edje of the take up reel pulse has not been gen erated for more than 4 seconds in the capstan rotating mode E 03 is identified the pinch rollers are turned off and stopped and the power is turned off In this case however the mecha nism should be in position after tape loading Note that the reel EMG is not detected during Slow Frame advance operations When the drum FG pulse has not been input for more than 3 sec onds in the drum rotating mode
35. _ 2 PD2 5 7 25 Gro 00 5 Y Oc foc joc Jor 02 99 PDO lt lt gie GND 6 6 6 0 6 6 0 6 221 110 m 11 GND Doch 218 6 ge SW JACK 87009 t n MARIO 0 10k 5 2 SLR 325M E iL D 1080 0 8017 RERS 87015 87014 B7913 R7912 R7911 R7021 R7022 7023 B7024 vs A 9 2 1 87025 4 2 18 1 2k 12 1 8 2 2K 2 E 4 eg mt KEE e Ld d T q PSC 27 4 9 EB gt 57006 57005 57004 57003 57002 57001 57010 857011 857016 857012 857017 57013 5 5 S7014 57015 CH PLAY PLAY S STOP STOP S VHS DVD POWEH EJECT d UNLESS OTHERWISE SPECIFIED 07003 07004 7001 J7194 87191 97052 97064 ALL RESISTANCE VALUES ARE IN OHMS 87028 87028 FW7002 87193 87194 7191 C7196 1 7001 7077 87081 ALL INDUCTANCE VALUES ARE IN DEEN ALL CAPACITANCE VALUES ARE IN pF ml wo ves ves 4 5 sves ELECTROLYTIC LU GRN SLA S70TCT OTHEH CERAMIC NO NO MYLER NON POLAR TET p20338001a revO A B C D 2 25
36. _ EE EE Q JJ 8 No YD002 2 2 Service position This unit has been designed so that the Mechanism and Main board assemblies can be removed together from the bottom chassis Before diagnosing or servicing the circuit boards take out the major parts from the bottom chassis 2 2 1 How to set the Service position 1 Refer to the disassembly procedure and perform the disas sembly of the major parts before removing the Mechanism assembly 2 Remove the screws that fix the Mechanism Regulator board assembly to the bottom chassis If any other screws are used to fix the boards remove them also 3 Remove the combined Mechanism Regulator borad and Main board assemblies 4 If any other major parts are used remove them also 5 Connect the wires and connectors of the major parts that have been removed in steps 1 to 4 Refer to Fig 2 2a 6 Place the combined Mechanism Main board and other board assemblies upside down 7 Insert the power cord plug into the power outlet and then proceed with the diagnostics and servicing of the board as sembly Notes Before inserting the power cord plug into the power out let make sure that none of the electrical parts are able to short circuit between the workbench and the board assembly For the disassembly procedure of the major parts and details of the precautions to be taken see Removing the major parts If there are wire c
37. 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 4 433619MHz 32 768kHz 10 000000MHz 18 432000MHz 2D DIGITAL BOARD ASSEMBLY lt 05 gt Part No LPA10162 07A JCP8036 JCP8057 2901317 RS T 25 1576 2PA1576 R X 25 1576 2PA1576 R X 25C4081 QRS X 2PC4081 R X 2504081 5 RD4 3ES B3 T2 QEKJ0JM 476Z NDC21HJ 101X NDC21HJ 330X QEKJ0JM 476Z NCB21HK 102X NCF21EZ 104X NCF210CZ 105X QEKJ0JM 476Z NCF21EZ 104X NCF21EZ 104X Part Name Description 2D DIGITAL BOARD ASSY IC IC TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR Z DIODE E CAPACITOR 47uF 6 3V M C CAPACITOR 100pF 50V J C CAPACITOR 50V J E CAPACITOR 47uF 6 3V M C CAPACITOR 1000pF 50V K C CAPACITOR 0 1uF 25V Z C CAPACITOR 16V Z E CAPACITOR 47uF 6 3V M C CAPACITOR 0 1uF 25V Z C CAPACITOR 0 1uF 25V Z Local FG FG FG No YD002 3 15 A Symbol No C1218 C1219 C1220 C1227 C1228 C1229 C1230 C1231 C1232 C1233 C1234 C1235 C1236 C1237 C1
38. 17 DGND TOPEN AGND 18 TOPEN AGND AGND DOUTCNT K555 F 1 NQR0129 002X r 19 DOUTCNT TCLOSE K570 L 20 TCLOSE TX K560 NQR0129 002X 21 TX S1OUT m CN502 QGB2027L1 22X ee 9 9 3 x 5 9 9 5 n a a a n 1 F 8524 I NI I I I AGND DGND I I I I I SSPCLKO 1 SSPINO I SSPOUTO 1 PCMCLK I AIN S10UT 1 SSPCLK1 1 SSPOUT1 1 LRCLK l BCK 1 AOUTO 1 COUT 1 YOUT 1 FROM SHEET 2 CbOUT LEA10082 001A 3 73 1 crouT erer a ee ee s s sJ VGND TOPEN TCLOSE SWUPDN SWOPEN FROM LMMUTE zen 1 100480015 231 D 2 32 REGULATOR JACK AND DISPLAY CIRCUIT BOARDS lt 01 gt REGULATOR lt 36 gt LPB10206 001D DANGEROUS VOLTAGE LPB10206 001D 8 g lt lt 05212 H 55 EN 05310 CS S 0530 8227 5207 5 gt U lt gt mp S 2 9 U s 4 the 8 S 2 0 0520 05101 85104 gt 4 3 DE 9 5 N 8 21 CN5302 1 05208 ae m dec e gt _ lt 3 Z zl 5301 85305 gt 4 1524 ma 5307 25 m m 2 a 2 9 9 29 9976 05102 T S e c A go
39. 2 Transmit the code 59 from the Jig RCU again The FDP shows the EMG detail information 1 in the form 01 1 2 34 1 Deck operation mode the moment of EMG 2 Mechanism operation mode the moment of EMG 3 Mechanism sensor information at the moment of EMG 4 Mechanism mode position at the moment of EMG 3 Transmit the code 59 from the Jig RCU once again The FDP shows the EMG detail information 2 in the form 01752 6 77 5 Type of the cassette tape in use 1 6 Winding position of the cassette tape in use 7 Type of the cassette tape in use 2 Winding area 4 Transmit the code 59 from the Jig RCU once again The FDP shows the EMG detail information 3 in the form of 8 9 10 8 Previous deck operation mode at the moment of EMG 9 The deck operation mode of the one before the last at the moment of EMG 10 The deck operation mode of the one prior to one above at the moment of EMG 5 Transmit the code 59 from the Jig once again to re set the display No YD002 1 27 5 3 2 Clearing the EMG history 1 Display the history 2 Transmit the code 36 from the Jig RCU 3 Reset the EMG display 5 3 3 Details of the OSD display in the EMG display mode During the EMG display the OSD shows the data on the deck mode etc The details of the display contents are as follows Notes The display is variable depending
40. 47uF 4V M 47uF 4V M 470pF 50 J No YD002 3 19 N Symbol C529 C531 C532 C533 C534 C535 C536 C537 C538 C539 C540 C541 C542 C543 C544 C545 C546 C547 C548 C549 C550 C551 C554 C556 C557 C558 C559 C560 C561 C562 C563 C566 C567 C568 C569 C572 C573 C578 C581 C596 R101 102 103 R104 R105 R106 R107 R108 R109 R110 R111 R112 R113 R115 R116 R117 R119 R120 R125 R126 R127 R128 R129 R130 R201 R202 R204 R205 R206 R207 R208 R209 R210 R211 R212 R213 R214 Part No 531 471 1 2 104 1 2 104 1 2 104 1 2 104 531 471 531 471 531 471 531 471 531 471 1 2 104 1 2 104 NCB31CK 104X 1 2 104 1 2 104 1 2 104 531 471 531 471 1 2 104 NEA70GM 476X 1 2 104 NCB31CK 104X 1 2 104 NRSA63J 0R0X NCF31CZ 104X NCF31CZ 104X NCS31HJ 471X NCS31HJ 471X NCS31HJ 471X NCF31CZ 104X NCS31HJ 471X NCF31CZ 104X NRSA63J 0R0X NRSA63J 0R0X NCF31CZ 104X NCF31CZ 104X NEA70GM 476X NCF31CZ 104X NEA70GM 227X NCS31HJ 471X NRSA63J 333X NRSA63J 223X NRSA63J 223X NRS125J 270X NRS125J 270X NRSA63J 273X NRSA63J 273X NRSA63J 222X NRSA63J 182X NRSA63J 333X NRVA63D 243X NRSA63J 822X NRSA63J 103X NRSA63J 0R0X NRSA63J 101X NRSA63J 101X NRSA63J 2R2X NRSA63J 2R2X NRSA63J 105X NRSA6
41. CONV 4 VIDEO DIG OSD CN7301 C Cv Y TO vev DVD UNIT 6 op CN502 Cr s oie UEL RECx 4 REC ACC ON ACC OFF EXTIN VIDEO FILTER VHS MODEL 6 swack 1 n DATA 7 FRONT V IN 5 2 47191 LL db 4 VIDEO qu Ve ONLY USED FOR FRONT E S VHS MODEL GL FERONT Y IN J 194 FRONT B 5 IN 2 43 2 44 VIDEO DIAGRAM 2 VHS H V FROM AV Y e TO SUB Y LA REC COLOR d Fsc 9 Y AV Y n TO SUB EMPH FROM SUB i k IF SEL IN Y C PB COLOR LER FRONT V 3 Y TO TUNER TU VIDEO TO V PULSE SYSCON 68 2 ey 44 vour 7 7 o 5 RF V OUT IF SEL YV IN ge lt 7 REAR2 C IN HI Q 51 55 Q D DACO 9 GO bacs CLAMP 36 35 33 3 d CCD BLOCK KINSEKI MSM7470 Series CLK EXT 5 26 40 LPF 38 sw19 NP CONV DO 5 0 DOREC sw23 R SDECK 37 34 R SVHS 33 R SDECK SEP R SDECK Q SQPB
42. MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR Description 2 2 1 16W J 6 8 1 16W J 1 8kQ 1 16W J 5 6 1 16W J 3300 1 16W J 00 1 16W J 10kQ 1 16W J 1000 1 16W J 1 16W J 1 0 1 16W J 2200 1 16W J 1 5kQ 1 16W D 5600 1 16W D 1kQ 1 16W D 9 1 16W D 9 1 16W D 1kQ 1 16W D 4 7 1 16W J 100Q 1 16W J 470Q 1 16W J 1000 1 16W J 15 116W J 18kO 1 16W J 1 16W J 12kO 1 16W J 12kO 1 16W J 390kQ 1 16W J 3300 1 16W J 9 1 16W J 18kO 1 16W J 4 7 1 16W J 4 7 1 16 J 1 16W J 1 16W J 1 16W J 3 9 1 16W J 12kO 1 16W J 3 30 1 16W J 560 1 4W J 47 1 16W J 18kO 1 16W J 47 1 16W J 18kO 1 16W J 47 1 16W J 6 8 1 16W J 47 1 16W J 6 8 1 16W J 47 1 16W J 6 8 1 16W J 47 1 16W J 6 8 1 16W J 6800 1 16W J 4 7 1 16 J 2 7 1 16W J 2 7 1 16W J 4 7 1 16W J 6800 1 16W J 00 1 16W J 1 2 1 16W J 4 7 1 16W J 1 16W J 1 2kQ 1 16W J 1kQ
43. NRSA63J 2R2X NRSA63J 203X NRSA63J 103X NRSA63J 470X NRSA63J 103X NRSA63J 332X NRSA63J 473X NRSA63J 473X NRSA63J 473X NRSA63J 473X NRSA63J 473X NRSA63J 473X NRSA63J 473X NRSA63J 0ROX NRSA63J 473X NRSA63J 473X NRSA63J 473X NRSA63J 105X NRSA63J 473X NRSA63J 473X NRSA63J 473X NRSA63J 123X NRSA63J 473X NRSA63J 105X NRSA63J 153X NRSA63J 473X NRSA63J 473X NRSA63J 473X NRSA63J 102X NRSA63J 183X NRSA63J 102X NRSA63J 273X NRSA63J 273X NRSA63J 472X NRSA63J 472X NRSA63J 103X NRSA63J 562X NRSA63J 0ROX NRSA63J 103X NRSA63J 103X NRSA63J 681X NRSA63J 100X NRSA63J 332X NRSA63J 470X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 220X NRSA63J 102X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 103X NRSA63J 0ROX NRSA63J 102X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 471X NRSA63J 103X NRVA63D 122X NRVA63D 102X NRVA63D 102X NRVA63D 102X NRSA63J 100X NRVA63D 102X NRSA63J 162X MODEL MARK MODEL MARK Part Name MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESI
44. POWER DET DETECTION SIGNAL FOR POWER DOWN OF AC POWER SUPPLY DVD RGB H NC P CTL H CONTROL SIGNAL FOR SWITCHING POWER SUPPLY A MUTE2 L AUDIO MUTE CONTROL MUTE ON H P SAVE L POWER SAVE MODE H NC NC Vss GND C SYNC COMPOSITE SYNC INPUT COMPU_OUT AV COMPULINK OUTPUT A FF AUDIO FF OUTPUT Vcc SYSTEM POWER V FF ROTATION DETECTION SIGNAL FOR DRUM MOTOR TIMING CONTROL SIGNAL FOR REC K BUS DATA TO SYS IN SERIAL DATA TRANSFERMER OUTPUT FOR DVD CPU CAPPWM CAPSTAN MOTOR CONTROL K BUS DATA FR SYS OUT SERIAL DATA TRANSFERMER OUTPUT FOR DVD CPU DRUMPWM DRUM MOTOR CONTROL K BUS CLK OUT SERIAL DATA TRANSFERMER CLOCK FOR DVD CPU P MUTE L PICTURE MUTE CONTROL MUTE ON H 12C DATA AV IN OUT SERIAL DATA TRANSFER OUTPUT FOR AD IC SEP H SEPARATE INPUT MODE H 12C_CLK_AV OUT SERIAL DATA TRANSFER CLOCK FOR AD IC NORMAL AUDIO REC MODE CONTROL SIGNAL REC H OSD CS OUT ONSCREEN IC CHIP SELECT ET S VHS ET REC MODE H S DATA FR SYS OUT SERIAL DATA TRANSFER OUTPUT FROM THE FDP DRIVER TO THE ON SCREEN EE L EE MODE L S CLK SERIAL DATA TRANSFERMER CLOCKFOR ONSCREEN IC DFG DRUM FG PULSE INPUT SP FG DETECTION SIGNAL FOR SUPPLY REEL ROTATION TAPE REMAIN Vcc SYSTEM POWER TU FG DETECTIO
45. TRAP NC 1 swa ON L 69 4 7 50 C2010 0 001 01 2017 97 t t Lg 0 14 CN2001 2 1 201 DEMO VIDEO AGC 595 R SDECK HzsvHS 2 100 1 2051 2011 5 47 150 E La 0 Ta 5 1 o SUB LPF 75 PR P C2051 names EE C20 10 1 850 205 GND EH 1 R20 3 9k REC FBC ALC 3 5 C2012H 4 7 50 921 5 TIS EET GH A C x Ez Wen 5 sb PG a ls LL S OPER warn T M EH R2052 1 2054 R2 2004 1 1 GER 0 03922 0022 09 V 0707800002200 2009 Y GND 0 0012 2 1 Xa 5 s CTL NC 4 TO SYSCON pr gt lt EEI CSYNC 8 R2007 AAA_l8k lt V PULSE Geer d CN2002 R2003 100 SECAMIH 1 lt SB GAIN FE 5 L3 10 TO SYSCON gt gt GEN NREC ST H gt lt SEPIH SECAM_DET lt IN1 NA REC LINE OUT NA PB F AUDIO TU AUDIO R7 TO TERMINAL Y GND Y GND GND TUNER E E E ou TU VIDEO gt lt FRONT V IN gt TU VIDEO us C21 NOTES UNLESS OTHERWISE SPECIFIED R11 C41 B
46. W65 W66 W67 W70 W73 W75 W76 W77 WR1 WR2 X1 X3001 X3002 X6701 A Symbol No PW1 1201 1201 01201 01202 01202 01203 01203 01204 01204 01205 01201 1201 1208 1210 1211 1212 1213 1214 1215 1216 1217 NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X QUB370 16A4A4 QUB370 14A4A4 QAX0740 001 QAX0445 001 QAX0527 001 QAX0773 001Z Part Name MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR SIN TWIST WIRE SIN TWIST WIRE CRYSTAL CRYSTAL CRYSTAL CRYSTAL Description
47. e e Gei w k 2 41 2 42 BLOCK DIAGRAM 1 M IC501 3 IC501 5 501 12 WF11 IC501 14 WF12 IC501 16 WF13 IC501 18 IC501 36 40 WF16 0501 42 WF17 1 501 43 WF18 IC501 47 IC501 47 rU IC501 49 y 54 pun RR B R R m fi RR
48. lt 98 gt R7089 NRSA02J 104X MG RESISTOR 100kQ 1 10W J Wi R7090 NRSA02J 104X MG RESISTOR 100 1 10W J SymbolNo No Part Name Description Local 7091 NRSA02J 104X MG RESISTOR 100 1 10W J R7099 QRE141J 182Y C RESISTOR 1 8 1 4W J BE QGF1016F3 05 FFC FPC 1 5 7003 QGF1201F2 14 FFC FPC 1 14 51 QSW1007 001 DETECT SWITCH DET SW CN7004 QGF1201F2 14 CONNECTOR FFC FPC 1 14 DI7001 QLF0123 001 FL TUBE FW7002 QUM023 06A4A4 PARA RIBON WIRE BE FW7002 QUM025 06A4A4 PARA RIBON WIRE AC DFG DVD SERVO CONTROL BOARD ASSEMBLY lt 99 gt HD1 PQ34949 1 1 FDP HOLDER L HD2 PQ34950 1 1 FDP HOLDER R Symbol No Part Name Description Local 57001 QSW0456 002Z TACT SWITCH OPEN 57002 QSW0456 002Z TACT SWITCH SAT CONTROL 57003 QSW0456 002Z TACT SWITCH CH 101 AN8703FH V IC S7004 QSW0456 002Z TACT SWITCH FF IC201 BA5983FM X IC S7005 QSW0456 002Z TACT SWITCH REW IC251 BA6664FM X IC Motor driver ABCDE S7006 QSW0456 002Z TACT SWITCH REC IC251 BA6679FM X LSI 57010 QSW0456 002Z TACT SWITCH CH C301 103526 57011 QSW0456 002Z TACT SWITCH PLAY BE IC301 MN103S26EGB H IC 57012 QSW0456 002Z TACT SWITCH STOP BE 402 AK4381VT X IC S7013 QSW0456 002Z TACT SWITCH VHS DVD 501 8045 ABCDE 57016 QSW0456 002Z TACT SWITCH PLAY ACDFG 501 NDV8601VWA BE IC 57017 QSW0456 002Z TACT SWITCH STOP 502 0501 NDV8604VWA IC 3 18 No YD002 MODEL MARK MO
49. o Eu 5 Je 5 59 p s 203 BEEURTN 8 C315 o 8 17 S 777 2 bu cag 20 VN 1 Be Es 8 Si nA 1 2 a 672 2202 09 fog 2316 8 18 s est 8 LFS 2233 R2238 BIE m testers tf yey 3 2 Z mom N b qo ll eA 7 D FF C mme XOS Ra 4001 A G CTL P WAT b 07162201 8 TP106 c Bn 2 2 Ei e PB FM Qe EL pag 2 2 2 2 if Si ke 2 2253 c4 5 5 L me A PB FM ER 48 me 0 0 q 2257 5 2233 FR 0 0 EEN mn 4 gt OTN m 8301 lt lt 1 047 S R225 S Ss 2232 18 IN gt 1 12098 28090 4 EEN SERE Z 2772 KY di 22 2 LS Sak S 5 EET DANA eS E od amp ges o 14 Cy 15001 NX N m ZN LN Ges N TER XL N SA N 8052 08053 08052
50. 0 0022 SW 7V gt R8020 R8057 10k OPEN OPEN 7501 B7503 6322 T OBEN z VHCTOSASJ 7502 Po R7502 87506 OPEN RAN 17501 R7WSeN 64809 60 001 DIFFERENCE TABLE SWITCHING AUDIO DUT A MUTE 07301 07303 87301 87301 7302 87302 67323 97324 1 7301 7303 87304 7301 7307 x 1 7501 87501 87503 87506 7505 7501 7502 MP DIGITA QUT YES LAST NO VACANT NO 7121 7119 7211 7324 7307 7507 7508 8057 8053 7101 7102 7111 7118 7201 7210 7305 7322 8021 8050 7101 7105 7108 7109 7112 7114 7115 8011 8050 7301 7303 8053 8003 8050 7110 7502 7102 7109 H 7102 7301 7504 8001 7101 7503 7506 DIA 7103 7302 NOTES UNLESS OTHERWISE SPECIFIED ALL RESISTANCE VALUES ARE IN OHMS ALL INDUCTANCE VALUES ARE IN H ALL CAPACITANCE VALUES ARE IN H evectroLytic JH men Poan COAXIAL OUT 7503 dia L G t BEN SW3 3V gt fo B7501 OPEN 87505 L7502 IR GC OBEN ME OPT OUT dy D 2 17 7501 0147 00
51. 0 14 75 Zr DGND 12 CPUADR7 S 11 lt cPuADR6 AVDD 6 CPUADR5 DSLF1 VC e GD GOO 5 CPUADR4 DSLF2 H2 18 CPUADR3 VHALF Ha a Kal Hot 7 5 5 05 CPUADR PLPG 6 Har H3 5 CPUADRO RVI vc 4 5 AVSS SM2 10201 C325 ga 47P 3 BA5983FM X vss PLFLT1 2 8 PLFLT2 28185 SPDM3 1 1 SM3 0 1 16 3 NCS CN201 NWR acrioereisw w 9 AD7 kt E EE E AD6 07 CPUDT6 ADS CPUDT5 AD4 CPUDT4 ADS LPFOUT 0 S500 DV3 9 ceupre CMPIN 5 C329 0 01 16 Q TRCRS AD0 21 E E 3 _ E m VCOF e TCLOSE 5 lt 8 2 gt 328 oo Or 0116 xg 5 5 K201 002 SWUPDN oz nn a gt F F lt e Eiere aen Se SWGND 3 E Em I qwe TRSDRV 5 5 204 NQR0339 001X LM x o 9 ul CN202 E SM3 C260 0 1 16 C261 0 146 C262 0 1 16 BA6664FM X P MOTOR DRIVER
52. 1 2 104 1 2 104 NCB31CK 103X 1 2 104 531 121 NDC31HJ 121X NCB31HK 391X NCB31HK 391X NCB31HK 223X NCB31CK 103X NCB30JK 105X NCF310CZ 104X NCB30JK 105X 1 2 104 1 2 104 NCB31CK 153X NCB31CK 104X 1 2 104 1 2 104 1 2 104 1 2 104 1 2 104 1 2 104 1 2 104 IC IC IC IC IC IC IC FLASH IC FLASH IC IC DIGITAL IC DIGITAL IC DIGITAL IC DIGITAL IC DIGITAL IC DIGITAL IC DIGITAL IC DIGITAL TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR SB DIODE SI DIODE SB DIODE E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR Description SERVICE SERVICE 47uF 6 3V M 47uF 6 3V M 0 1uF 16V 220pF 50V J 220pF 50V J 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V 0 047uF 16V
53. 2 26 E F G DVD SERVO CONTROL SCHEMATIC DIAGRAM LADD4 LADD17 SHEET RD SHEET 3 LAO LA3 AD0 AD7 0 01 16 SRST TP129 ODCIRG2 5 2 ADSCIRQ GND SODCCS vs STCLK STVALID SHEET 2 STEN STDO STD7 Om RFINN RFINP TESTSG NC 14 0 1 16 TESTSG e PD CD 13 GND 12 100 D1 8V D3 3V S3 3V 11 AGCG LD CD 10 PEAK 6807 0309 LD DVD 9 9 IC101 BOTTOM GND 8 AN8703FH V RFENV R117 100 7 END 800 vec 505 K101 EE C138 NI pp pvo 5 e z E z PROCESSOR C121 Kap F RS z C122 Ft 4 Std Q RFC 5 555 SECH VCC3 588 58 8 2 H RFOUT T 4 RFDIFO JLINE R108 R109 Se QGF0523F1 24W q 8126 AAA 1 5 C120 11 560 s s s X E R K 8 FFF EE EE EE EE C308 C306 C304 7777 474 474 7777
54. 304J NDC31HJ 151X NDC31HJ 470X NDC31HJ 4ROX NDC31HJ 470X QEKJ1EM 106Z NCB31CK 104X NCB31CK 104X NCB31CK 104X NCF31AZ 105X QEKJ1HM 225Z Part Name TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSISTOR C RESISTOR C RESISTOR C RESISTOR DIODE SI DIODE DIODE SI DIODE LED DIODE SI DIODE Z DIODE Z DIODE 51 DIODE SI DIODE SI DIODE SI DIODE SI DIODE SI DIODE Z DIODE Z DIODE Z DIODE Z DIODE Z DIODE Z DIODE DIODE SI DIODE Z DIODE Z DIODE DIODE 51 DIODE 51 DIODE SI DIODE IC PHOTO SENSOR IC PHOTO SENSOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR Description 1 5 1 4W J 1000 1 4W J 1000 1 4W J 150pF 50V J 47 50V J 4pF 50V J 47 50V J 10uF 25V M 0 1uF 16V K 0 1uF 16V K 0 1uF 16V K 1uF 10V Z 2 2uF 50V M Local ABCDE FG FG Symbol No 10 11 12 C14 C15 C16 C17 C18 C19 C20 C21 C22 C23 C24 C25 C26 C27 C30 C31 C32 C33 C34 C35 C36 C37 C38 C39 C40 C41 C41 C43 C44 C45 C46 C47 C48 C49 C56 C57 C58 C59 C60 C61 C62 C63 C64 C71 C73 C201 C2
55. 50V J 330pF 50V J 470pF 50V K 470pF 50V K 470pF 50V K 470pF 50V K 330uF 6 3V M 330uF 6 3V M 330uF 6 3V M 330uF 6 3V M 330pF 50V J 330pF 50V J 330pF 50V J 330pF 50V J 470pF 50V K 470pF 50V K 470pF 50V K 470pF 50V K 0 01uF 50V 1uF 50V M 0 01uF 50V 0 1uF 50V M 10uF 25V M 1uF 50V M 1uF 50V M 1uF 50V M 4 7uF 50V M 1uF 50V M 47uF 16V M 1uF 50V M 1uF 50V M 1uF 50V M 10uF 25V M 10uF 25V M 1uF 50V M 1uF 50V M 1uF 50V M 1uF 50V M 1uF 50V M 1uF 50V M 47uF 6 3V M 100pF 50V J 0 01uF 50V 47uF 6 3V M 0 01uF 50V 47uF 16V M 0 01uF 50V K 0 01uF 50V Local FG FG MODEL MARK MODEL MARK HR XV31EX HR XVS30EK HR XVS30EX Symbol No C966 C980 C981 C982 C983 C996 C997 C7706 C7708 R901 902 R903 R904 R909 R910 Part No 4762 QDYB1CM 103Y QEKJ0JM 337Z QEKJ0JM 337Z QEKJ0JM 337Z NCB31HK 103X NCB31HK 103X NCB31HK 102X NCB31HK 102X NRSA63J 103X NRSA63J 223X NRSA63u 183X NRSA63J 474X NRSA634J 750X NRSA634J 750X NRSA63J 750X NRSA634J 750X NRSA634J 750X 6 101 NRSA634J 101X QQL231J 100Y QQL231J 100Y NRSA63u 102X QRE141J 131Y NRSA63J 0ROX 6 102 6 750 6 750 NRSA63D 750X NRSA63D 750X NRSA63D 750X NRSA63J 101X NRSA63J 101X QQL231J 101Y QQL231J 101Y QRE141J 101Y 6 101 NRSA634J 101X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX QRE121J 331Y QRE121J 331Y NRSA63J 10
56. 8 H2 5 H3 6 H3 2 Defective spindle motor driver 10251 e Has motor drive voltage of a sine wave a rectangular wave gone to each terminal SM1 3 of CN201 1 2 3 and 1 251 2 4 7 FG pulse output from the terminal of 10251 24 FG according to the rotation of the motor e Is it L about 0 9V while terminal of 1251 15 VH is rotating the motor 3 Has the control signal come from servo IC or the microcomputer e Is it L while the terminal of 1251 18 SBRK is operating Is it H while the terminal of 1C251 23 SPMUTE is operating e 15 the control signal input to the terminal of 1 251 22 changes from VHALF voltage while the motor is working e Is the VHALF voltage input to the terminal of 10251 21 4 Is the FG signal input to the servo IC e FG pulse input to the terminal of I1C301 69 FG according to the rotation of the motor 5 5 2 Disc Detection Distinction error no disc no RFENV e Laser is defective Front End Processor is defective 1 101 e APC circuit is defective Q101 Q102 Pattern is defective Lines for CN101 All patterns which relate to pick up and patterns between 101 e C101 For signal from IC101 to 1 301 is signal output from IC101 20 ASOUT and 101 41 RFENV 10101 22 FEOUT 5 5 3 Traverse movement NG 1 Defective traverse driver Has the voltage come between terminal of CN101 2 and 4
57. BO3UN INO TVIWHON H LS 5 119 2 INNT AV AV M19 O 15 O3HH INO Wd NS NI WI 44220 0 vam 684241 4M ety 01 01 8 lt HO VW 7 QvaH IND OUAUOG 034 d dASL 0 4 u 1 86 101 2 19 94M 09 101 02221 AlQ 2esrioz AuG 0 0 AIQ 98SUJ 0 AIQ 988SUJ AUJ0 AUDIO BLOCK DIAGRAM V 648241 vAM 12 10229 64 10029 6 102291 92 H ONON 1 Wova YNY L6NO O IIVNIINH3 L 69 09 LNO 45 100914 1 NI LNV 10991 ble i 100 3 5 pe 1614 VNIWH3 L VINA Olanv N O3GIA JNIVIN 10 yours 916 1614 lt 5 5 001 gt IN OUT CPU PIN FUNCTION FUNCTION LABEL IN OUT FUNCTION CTL CTL SIGNAL SVss GND S CASS H S CASS DETECT IN OUT CTL SIGNAL
58. DANISH INST BOOK FINNISH INST BOOK SWEDISH INST BOOK NORWEGIAN INST BOOK PORTUGUESE INST BOOK GREEK INST BOOK CZECH INST BOOK POLISH INST BOOK HUNGARIAN INST BOOK ENGLISH INST BOOK GERMANY INST BOOK FRENCH INST BOOK DUCH INST BOOK SPANISH INST BOOK ITALIAN INST BOOK DANISH INST BOOK FINNISH INST BOOK SWEDISH INST BOOK NORWEGIAN INST BOOK PORTUGUESE INST BOOK GREEK INST BOOK CZECH INST BOOK POLISH INST BOOK HUNGARIAN INST BOOK ENGLISH INST BOOK ENGLISH INST BOOK GERMANY INST BOOK FRENCH INST BOOK DUCH INST BOOK SPANISH INST BOOK ITALIAN INST BOOK DANISH INST BOOK FINNISH INST BOOK SWEDISH INST BOOK NORWEGIAN INST BOOK PORTUGUESE INST BOOK GREEK INST BOOK CZECH INST BOOK POLISH INST BOOK HUNGARIAN POLY BAG 25cm x 35cm POLY BAG 25cm x 5 2 WARRANTY CARD STICKER CARTON x2 REMOCON REMOCON COVER BATTERY COVER BATTERY GUARANTY CARD Local C AD BE FG C ABDEFG CZ CZ CZ DEG DEG FG C ABDEFG C ABDEFG A Symbol No 501 501 501 501 501 501 501 501A 501A 501A 501A 501B 501 501 5010 501 MODEL MARK MODEL MARK HR XV31E
59. E lt 58 55 mW Es 99 oz SO ro 2 222222552555 2 gt lt lt lt lt Gy Gy lt F9 9 e 5 s 8 VIDEO AUDIO IF SEL YV IN GND TU VIDEO FRONT V IN GND TO TUNER MAIN TERMINAL SCHEMATIC DIAGRAM 1 5 7 9 TERMINAL CN913 03 MAIN TERMINAL CH 12V 3 5 9 13 14 p _ lt DEC OUT L gt z 5 E x 55 O gt 2 LU N a7 m e 1727 0 1 0 12 1 1 2 N lt gt oO oo o 9 8 5 3 5 q lt gt LLILO Q O O gt m lt Z lt lt lt Z Z o aoaaa o 02 ia 7 9 11 7103 87102 O O DEC lt A IN1 R A IN2 L A IN2 R F AUDIO L 4 7 50 8 F AUDIO R DVD OUTIL 100 2730 IL 100 07303 DTA144WKA DVD OUT R OUTIL gt OUT R GND TO DVD UNIT CN502 CN7301 7304 9 8730 87302 M OUT 8 DVD OUT RI m AOUTL 1 87
60. E 04 is identified the pinch roll ers are turned off and stopped and the power is turned off If the cassette does not reach the eject position within about 0 7 seconds after the cassette housing has started the cassette ejec tion operation E 05 is identified the drive direction is reversed to load the tape the mode is switched to STOP mode with the pinch roller OFF and the power is switched OFF During the cassette insertion process the drive direction is reversed and the cassette is ejected if the tape is not up against the pole base within about 3 seconds after the start of the cassette pulling in operation If the cassette does not reach the eject position within about 0 7 seconds after the drive mode reversal operation E 05 is identified and the power is switched OFF immediately When the capstan FG pulse has not been generated for more than 1 second in the capstan rotating mode E 06 is identified the pinch rollers are turned off and stopped and the power is turned off However the capstan EMG is not detected in SLOW STILL modes Note that if the part number of the System Control IC begins with MN or M3 the capstan EMG is not detected even during the FF REW operation When short circuiting of the SW power supply with GND has lasted for 0 5 second or more E 07 is identified all the motors are stopped and the power is turned off When DD tilting does not complete 4 seconds E 08 is identi fied the
61. FG FG FG FG FG FG FG FG FG Local ABCDE FG FG Symbol No Q908 Q908 Q912 Q912 Q912 Q913 Q913 Q913 Q917 Q917 Q917 Q918 Q918 Q918 Q919 Q919 Q932 Q932 Q932 Q933 Q933 Q933 D902 D904 D904 C901 C902 C903 C904 C905 C906 C907 C908 C909 C914 C915 C916 C917 C918 C919 C920 C921 C922 C923 C924 C925 C930 C932 C934 C936 C937 C939 C940 C941 C942 C943 C944 C945 C946 C947 C948 C949 C950 C951 C952 C953 C954 C955 C956 C957 C960 C961 C962 C963 C964 C965 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 r r r r r r r r r r r r 258709 25 1530 25 1037 25 709 25 1530 25 1037 25 709 25 1530 25 2412 5 250601 5 25 3928 5 25 2412 5 250601 5 25 3928 5 DTA144WKA X UN211E X 2SA1037AK QR X 2SB709A QR X 2SA1530A QR X 2SA1037AK QR X 2SB709A QR X 2SA1530A QR X QRE141J 181Y MTZJ9 1B T2 RD9 1ES B2 T2 3372 NDC31HJ 331X NDC31HJ 331X NDC31HJ 331X NDC31HJ 331X NCB31HK 471X NCB31HK 471X NCB31HK 471X NCB31HK 471X QEKJ0JM 337Z QEKJ0JM 337Z QEKJ0JM 337Z QEKJ0JM 337Z NDC31HJ 331X NDC31HJ 331X NDC31HJ 331X NDC31HJ 331X NCB31HK 471X NCB31HK 471X NCB31HK 471X NCB31HK 471X NCB31HK 103X QEKJ1HM 105Z NCB
62. K 0 01uF 25V K 0 01uF 25V K 1uF 50V M 00 1 16W J 220uF 6 3V M 0 01uF 25V K 50V J 50V J 0 47uF 10V 100pF 50V J 100pF 50V J 0 1uF 16V K 4 7UF 25V M 0 22uF 10V 0 22uF 10V 56pF 50V J 1uF 50V M 1uF 50V M 220uF 6 3V M 47uF 6 3V M 0 01uF 25V K 2 2uF 50V M 2 2uF 50V M 0 01uF 25V K 0 1uF 16V K 0 01uF 25V K 0 01uF 25V K 330uF 6 3V M 220pF 50V G 270pF 50V G 120pF 50V G 270pF 50V G 4 7uF 50V M 2 2uF 50V M FG ABCDE FG FG ABCDE FG ABCDE FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG No YD002 3 11 A Symbol No C519 C520 C521 C522 C523 C524 C525 C528 C529 C530 C536 C539 C2001 C2002 C2003 C2005 C2006 C2007 C2008 C2009 C2010 C2011 C2012 C2013 C2051 C2052 C2053 C2054 C2055 C2201 C2202 C2203 C2204 C2205 C2206 C2207 C2208 C2209 C2210 C2211 C2212 C2214 C2215 C2216 C2218 C2219 C2220 C2221 C2222 C2223 C2224 C2225 C2226 C2227 C2230 C2231 C2251 C2252 C2253 C2254 C2255 C2256 C2257 C2258 C2259 C2261 C2262 C3008 C3011 C3012 C3015 C3016 C3020 C3021 C3022 C3024 C3025 C3026 Part No NDC31HG 271X QEKJ1HM 225Z NCB31EK 103X QEKJ1HM 475Z NCB31EK 103X 1062 NCB31EK 103X NCB31CK 104X NCB31EK 103X NCB31EK 103X NCB31EK 103X NCB31EK 103X QEKJ1HM 475Z QEKJ1HM 105Z QEKJ0JM 476Z QEKJ1HM 475Z NCB31EK 682X QEKJ1CM 226Z QEKJ1HM 475Z NCB31HK 122X NCB31HK 152X
63. QEKJ1HM 475Z QEKJ1HM 475Z NDC31HJ 331X NDC31HJ 331X QFV91HJ 823Z NCB31HK 472X NCB31EK 223X QEKJ1EM 106Z QEKJ1EM 106Z QEKJ1HM 475Z QEKJ1HM 475Z QEKJ0JM 336Z QEKJ1EM 106Z QEKJ1EM 106Z NCB31EK 153X NCB31EK 153X 1062 1062 3362 4762 1062 1062 QEKJ1CM 476Z QEKJ1EM 106Z QEKJ1CM 226Z QEKJ1EM 106Z NCB31EK 223X NCB31EK 103X NCB31CK 473X NCB31CK 473X NCB30JK 105X NCB30JK 105X QEKJ1EM 106Z QEKJ1EM 106Z QEKJ1EM 106Z NCB31EK 103X NCB31EK 103X NCB31EK 103X 4762 NCB31EK 103X NCB31EK 103X NCB31EK 103X NDC31HJ 181X QEKJ1HM 334Z NDC31HJ 101X NDC31HJ 101X NDC31HJ 101X QETLOJM 338 4762 NCB31CK 104X NCB31EK 473X NDC31HJ 101X NDC31HJ 101X NCB31EK 104X NDC31HJ 120X QAT3725 300Z NCB31EK 103X 3 12 No YD002 Part Name C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR MF CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACIT
64. QRE141J 224Y C RESISTOR 220kQ 1 4W J D5001 or BRIDGE DIODE R5102 QRE141J 224Y C RESISTOR 220kQ 1 4W J D5101 10ERB40 T2 FR DIODE R5103 QRE141J 683Y C RESISTOR 8 1 4W J 05101 AUO1 T2 SI DIODE R5104 QRG02GJ 683 OMF RESISTOR 68kQ 2W J D5102 10ERB40 T2 FR DIODE R5106 QRT01DJ R27X MF RESISTOR 0 270 1W J 05102 or 1 2 SI DIODE R5107 QRE121J 331Y C RESISTOR 3300 1 2W J D5103 155133 2 DIODE R5108 NRSA63J 222X MG RESISTOR 2 2kO 1 16W J D5103 or 155270 12 SI DIODE R5109 NRSA63J 681X MG RESISTOR 6800 1 16W J D5105 155133 2 DIODE R5110 NRSA63J 224X MG RESISTOR 220kQ 1 16W J D5105 155270 12 SI DIODE R5111 NRSA63J 681X MG RESISTOR 6800 1 16W J D5106 MTZJ33D T2 Z DIODE R5112 NRSA63J 221X MG RESISTOR 2200 1 16W J D5106 or RD33ES B4 T2 Z DIODE R5113 NRSA63J 104X MG RESISTOR 100kQ 1 16W J D5201 10ELS2 T2 FR DIODE D R5201 NRSA63J 221X MG RESISTOR 2200 11 6W J 05201 AUO1Z T2 FR DIODE D R5202 NRSA63J 102X MG RESISTOR 1 0 1 16W J D5201 10 40 12 FR DIODE ABCEFG 5203 NRSA63J 102X MG RESISTOR 1 0 1 16W J D5201 1F4G T2 FR DIODE R5204 NRSA63D 332X MG RESISTOR 1 16W D D5205 1F4G T2 FR DIODE 5205 NRSA63D 123X MG RESISTOR 12 1 16W D No YD002 3 9 Part MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR FUSI RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR CHOKE COIL CHOKE COIL CHOKE COIL P COIL COIL COIL SW TRANSF CONNECTOR CONNECTOR CON
65. QYSDST3006Z TAP SCREW 3mm x 6mm HEAT SINK 2 LP40769 001A SPACER LP40990 001A SPECIAL SCREW BRACKET DVD x3 LP21178 012A REAR COVER LP21178 009A REAR COVER FG QYSBSG3006M TAP SCREW M3 x 6mm REAR COVER LP31348 001A FOOT x2 QYSBSG3010Z TAP SCREW dmm x 10mm DVD MT QYSPSPD3008Z SCREW 3mm x 8mm DRUM X3 LP40980 001A SPECIAL SCREW MECHANISM x3 LP40990 001A SPECIAL SCREW HOUSING LP40990 001A SPECIAL SCREW MAIN x2 LP40990 001A SPECIAL SCREW REGULATOR x3 LP40696 008A HOLDER PWB x2 QYTDSF3008M TAP SCREW M3 x 8mm JACK x6 QYTDSF3008M TAP SCREW M3 x 8mm JACK x7 FG 51 0 170 POWER CORD 1 7 BLACK QMP4A10 170 POWER CORD 1 7m BLACK DEG PDV2539B DRUM FINAL ASSY ABCDE PDV2544A DRUM FINAL ASSY FG LP30002 0E5A SPACER x2 LP41120 001A STICKER FRONT FG PQ21623 2 5 EARTH PLATE RF PQ44695 1 1 EARTH PLATE LP40990 001A SPECIAL SCREW EARTH PLATE LP40983 001A SHIELD TIGHT LP31306 001A SHEET SHIELD 0080491 002 CORE FILTER PU43192 4 BINDER LP31337 001A EARTH PLATE LP31345 001A EARTH PLATE QUB221 10A4XL SIN TWIST WIRE DVD UNIT LP40370 001F ROLLER ARM ASSY FG No YD002 3 7 SymbolNo Part No 553 PQ45160 591 LE40900 003A 592 LE40901 001A 594 QYSDSF2608Z 595 QUQ110 0518BF 596 LE30001 034A 597 VYSH101 034 WR1 QUQ112 0714CG WR1 QUQ112 1115CG WR2 QUQ112 1414CG WR3 QUQ112 1422CG Part Name Description Local INERTIA PLATE FG INSULATOR 54 SPECIAL SCREW 54 SCREW 2 6mm x 8mm x4 FFC WIRE
66. RESISTOR MG RESISTOR Description 6800 1 16W J 2 7 1 16 J 4700 1 16W J 4700 1 16W J 47 1 16W J 6 8 1 16W J 47 1 16W J 6 8 1 16W J 4 7 1 16W J 2200 1 16W J 1000 1 16W J 10kO 1 16W J 27 1 16W J 2 2 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 6 8 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 4 7 116W J 4 7 1 16W J 4 7 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 00 1 16W J 00 1 16W J 4 7 116W J 1 5 1 16W J 4 7 1 16 J 00 1 16W J 1kQ 1 16W J 00 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 00 1 16W J 00 1 16W J 1kQ 1 16W J 4700 1 16W J 4700 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1kQ 1 16W J 00 1 16W J 1kQ 1 16W J 1kQ 1 16W J 00 1 16W J 00 1 16W J 10kO 1 16W J 00 1 16W J 4 7 1 16W J 1000 1 16W J 10kQ 1 16W J 1kQ 1 16W J 00 1 16W J 00 1 16W J 4700 1 16W J 4700 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 1kQ 1 16W J 00 1 16W J 1kQ 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J FG FG ABCDE FG No YD002 3 13 A Symbol No R3096 R3103 R3104 R3105 R3106 R3205 R3206 R3207 R3208 R3209 R3210 R3211 R3212 R3213 R3214 R3215 R3216 R3217 R3218 R3219 3220 R3222 R3223 3224 R3225 R3229 R3230 R3231 R3233 R3234 R3235 R3236 R3237 R3241 R3242 R3253 R3301 R3302 R3303 R3304 R3305 R3306 R3307 R3308 R3401 R3402 R4
67. SPACER SPACER FFC WIRE JACK CN7191 MAIN CN7104 ABGDE FFC WIRE JACK CN7191 MAIN 017104 FG FFC WIRE DISLAY CN7004 MAIN CN3103 FFC WIRE DISPLAY CN7003 MAIN 019100 MECHANISM ASSEMBLY lt M4 gt A SymbolNo Part No 1 LP21039 001X 3 LP40097 002E 4 0004 001 15 LP30958 001B 16 QYTPST2620Z 18 LP40798 001A 18A LP21040 001A 18B LP40799 001A 19 LP40837 001A 20 LP40903 002B 21 LP40806 001D 22 LP30959 001B 23 LP40802 001C 29A LP21041 001D 238 LP40803 001A 24 LP40838 001A 26 LP40808 001E 30 LP31020 005A 31 QYTDST2606Z 36 LP21055 001G 37 40943 001 38 0859 0010 39 LP30961 001C 42 LP40810 001C 44 LP40840 001D 46 LP30963 001C 47 PQM3001 7 24 48 LP40930 002F 49 LP40813 001D 50 LP40841 001A 51 02 090 52 0003 001 53 LP30965 001A 55 LP40842 001D 56 QYTDST2006M 57 LP41036 001A 58 QYTDST2606Z 59 QAR0289 001 60 QYTPSP3003Z 61 LP21056 002J 62 QYTPST2620Z 63 LP40814 001B 64 LP21044 001E 65 PQM3001 7 24 66 LP40815 001A 67 LP40816 001B 68 LP40817 001A 69 LP10400 001L 70 LP40843 001A 71 LP40818 001B 72 LP40844 001F 73 LP21045 001E 74 LP40821 001A 75 LP30967 001B 76 LP30968 001C 77 LP40822 002B 78 LP31000 005E 79 LP21046 001C 80 LP40824 001A 3 8 No Y D002 Part Name Description Local MAIN DECK ASSY GUIDE POLE CAP FE HEAD LOADING GEAR BASE TAP SCREW 2 6mm x 20mm x2 LOADING GEAR SUPPLY ASSY LOADING GEAR SUPPLY LOADING ARM SUPPLY ASSY TORSION SPRING SUPPLY FIXIN
68. See Figure 3 3a Figure 3 3b Prior to the following procedure remove the traverse mecha nism assembly 1 Remove one screw D attaching the plate 2 Remove the plate and the leaf spring 3 Lift i of the shaft 1 and pull out the shaft 1 from j 4 Remove k of the pickup from the shaft 2 Attaching the pickup 1 Engage k of the pickup to the shaft 2 2 Insert the shaft 1 in j and attach the shaft 1 to i 3 Attach the leaf spring and then attach the plate Fix the leaf spring and the plate by using the screw D Fig 3 3a 1 16 YD002 4 ADJUSTMENT 41 Before adjustment 411 Precaution The adjustments of this unit include the mechanism com patibility and electrical adjustments During the perfor mance of this work be sure to observe the precautions for each type of adjustment If there is a reference to a signal input method in the signal column of the adjustment chart Ext S input means the Y C separated video signal and Ext input means the composite video signal input Unless otherwise specified all measuring points and adjustment parts are located on the Main board 4 1 2 Required test equipments Color colour television or monitor Oscilloscope wide band dual trace triggered delayed sweep Signal generator RF IF sweep marker Signal generator stairstep color colour bar PAL Recording tape Digit key remote controller provided 4 1 3 Required adjustment t
69. UNIT 5302 22 11 SGND LEO 2 53 CP5301 2 95311 15301 DGND 2050 185 28 5739 22 3 4 5 SGND 6 557 17 DGND 8 D5V 19 AGND 10 5 111 12 M5V 113 MGND 14 M9V 15 INTP 16 DGND 17 FLCS 19 SSPINO jeo CPURST 21 SSPCLKO 22 SSPOUTO 5 MOUNTED ES UNLESS OTHERW SE SPECI FIE ALL RESISTANCE VALUES IN OHMS ALL INDUCTANCE VALUES ARE ALL CAPACITANCE VALUES ARE IN H ELECTROLYTIC JH wien wow Poan 20356001 MAIN VIDEO N AUDIO SCHEMATIC DIAGRAM AUDIO
70. VHS PAL standard 4 4 S T 2 e Maximum recording time SP 240 min with E 240 video cassette LP 480 min with E 240 video cassette 21 pin SCART connectors IN OUT x 1 IN DECODER x 1 21 SCART connectors IN OUT 1 INDECODER x 1 RCA connectors VIDEO IN x 1 AUDIO IN x 1 AUDIO OUT x 1 RCA connectors VIDEO IN x 1 AUDIO IN x 1 AUDIO OUT x 1 24 VIDEO AUDIO VCR deck DA4 Double Azimuth head helical scan system 250 lines SP LP 250 lines VHSy 400 lines S VHS EP 220 lines VHS 350 lines S VHS 70 Hz to 10 000 Hz Normal audio 20 Hz to 20 000 Hz Hi Fi audio S Video connector IN x 1 lt 5 gt z O E 2 5 Signal system PAL Applicable disc DVD 12 cm 8 cm CD 12 cm 8 cm DVD 4 Hz 22 KHz CD 4 Hz 20 KHz 90 dB Below Measurable Level 90 dB Audio characteristics Frequency response S N Ratio Wow and llutter Dynamic range Output Component Y Component PB PR Audio 2 Vrms 1 Digital Audio 21 dBm to 15 dBm peak RCA 1 0 Vp p 75 Q RCA 0 7 Vp p 75 Q c m 0 m D lt o Z TV channel storage 99 positions AUX position capacity Tuning system Channel coverage Frequency synthesized tuner VHF 44 5 MHz 143 2 VHF 47 MHz 89 2 VHF 44 5 MHz 143 MHz 143MHz 470 M
71. W7006 71 S DN T 57004 87005 D FW7002 2 ou e 2 13 14 16 17 22 0 5 00000 8 gt S 9 gt gt gt 52 23 gt m m 5 R7014 m gt gt N ASS SRG 3 2915 Ea R7013 d 221 EE e A S S NASER RES 5 3 38 52 8 SES 29m 250 22 SEA E 5 S e 3635 30 2 10 5 Der ee Y uw 2 o 39 0 0 18 0 uds ssp b 2 AN CH 7 CN 09 J 50 SUM 0 2 2 1 8 Gem na N 4 5 3 N Bena A D n A ols 1 mme y non L L L ht n x n A C E EE n l 18 191 20 21 COMPONENT PARTS LOCATION GUIDE REGULATOR LPB 10206 001C COMPONENT PARTS LOCATION GUIDE DISPLAY 10206 001 REF NO LOCATION REF NO LOCATION REF NO LOCATION REF NO LOCATION IC CAPACITOR CONNECTOR C5001 C5002 5003 C5004 C5006 C5101 C5102 C5104 C5105 C5106 C5107 C5201 C5202 C5203 C5204 C5205 C5206 C5207 C5208 C5209 C5210 C5211 C5212 C5213 C5301 C5306 C5307 C5308 C5309 C5310 C5311 C5312 C5313 C5314 CAPACITOR C7001 C7002 C7003 C7004 C7005 C7006 C7007 C7008 C7009 C7011 C7012 C7013 C7014 C7015 C7017 RESISTOR R7001 R7002 R7003 R7004 R7005 R7006 R7007 R7008 R7010 R7011 R7012 R7013 R7014 R7015 R7020 CONNECTOR R7021 CN7003 A D R7022 CN7004 A D R7023 R702
72. a 59 sua wi EO 2 0994 H 133 O3u 1 ER SS Sud Wl YOLOW ud wavo I YAN u 82 ud Wdvo ex 940 P LIM LO0ENO NI LOSO LNO ZoSO 8 55 5 LOI HOSS3OOHd 1 1545 10062 15 Odd SdA NOOSAS NIVIN 2 0 HOLOW BJE CN T 10027 gt 2 4 C oranv des 1 L CN LNO NI LAV Loer coer 100821 HSV14 CN d dAS 0 d dAv O0 1062 d dAu08 1 qm ld lt 3 35784 v c QvaH 10022 4 18021 2 3svu3 4 3 9 S UR 3svu3 1104 yang 15000 950 NS 590cD c90cD
73. button of the front panel 4 After a few seconds press the numeric key 6 of the remote controller Then the FDP is displays a jitter value 5 Turn the adjustment screws on the underside of the traverse mechanism with screw driver until the maximum jitter value is dis played on the FDP In this model a bigger jitter value means a better result NOTE Reference values to judge whether the jitter is allowable not are displayed instead of actual jitter values Please be sure to perform all initialization and optimization adjustment of front end parameter after adjusting yQ Loading mechanism assembly O KT 1 Co i H Traverse mechanism assembly Screw a SES Turn the adjustment screws b to the same angle in the right direction Screw c And turn the adjustment screws a and b to the same angle in the left direction Then turn the screws a and b in either the right or the left direction to increase the number o jitter Don t turn the adjustment screw c Screw b FDP Example 1241 Remote controller 6 key Jitter value No YD002 1 25 5 TROUBLESHOOTING 51 Manually removing the cassette tape If you canno
74. gt lt 2 gt show the informa tion on the latest EMG It becomes when there is no latest EMG record Normal display EMG content display Latest See 5 3 4 m KE EMG content display Previous gt See 5 3 4 detail information 1 See 5 3 5 Deck operation mode EMG detail information 1 Mechanism operation mode EMG detail information 1 See 5 3 5 Mechanism sensor information and Mechanism mode position EMG detail information 2 See 5 3 6 Type of the cassette tape in use 1 EMG detail information 2 See 5 3 6 Winding position of the cassette tape in use EMG detail information 2 See 5 3 6 Type of the cassette tape in use 2 Winding area EMG detail information 3 See 5 3 7 Previous deck operation mode EMG detail information 3 See 5 3 5 CD O C1 DA Co C1 See 5 3 7 The deck operation mode of the one before the last 4 tH Qt 4 lt 2 detail information See 8 3 7 The deck operation mode of the one prior to one above EMG display of 7 FDP display model Fig 5 3b EMG display of FDP display mode 1 Transmit the code 559 from the Jig RCU The FDP shows the EMG content in the form of E Example 1 01 Latest EMG Example 2 gt No EMG record
75. not displayed FDP during the EVR adjustment mode check them on the TV monitor screen When performing the EVR adjustment confirm that the FDP indication is changed to the EVR mode as shown below Fig 4 1b EVR mode 1 18 No YD002 4 2 Mechanism compatlibility adjustment VHS SECTION Notes Although compatibility adjustment is very important it 15 not necessary to perform this as part of the normal servicing work It will be required when you have re placed the A C head drum assembly or any part of the tape transport system To prevent damaging the alignment tape in the compatibil ity adjustment prepare a cassette tape for self recording playback perform a test on it by transporting it and mak ing sure that the tape is not bent by the tape transport mechanisms such as in the guide rollers See Fig 4 2b 4 2 1 Tension pole position Notes This adjustment must be performed every time the ten sion band is replaced Signal Backtension cassette gauge PUJ48076 2 Mode 1 PB 2 Eject end Adjustment part F Adjust Mechansim assembly lt lt lt lt lt 25 51 2 45 5 x 1073 Nm Specified value 1 Play back the back tension cassette gauge A 2 Check that the indicated value on the left side gauge Is within the specified value G 3 If the indicated value is not within the specified value G perfor
76. of the VCR The system control Clow microprocessor parts number starts with two letters re Transition to Search REV fer these to the corresponding table Transition from FF REW to STOP Transition to FF 1 Deck operation mode Transition to REW Tape end detection processing during loading Common table of MN and HD Short FWD REV at tape sensor ON during unloading Transition to FF REW brake mode Display Op Deck operation mode Table of HD Mechanism being initialized 00 STOP with pinch roller pressure off or tape present with P OFF STOP with pinch roller pressure off 01 STOP with pinch roller pressure 01 STOP with pinch roller pressure POWER OFF as a result of EMG 02 U LSTOP or tape being loaded 4 PLAY Normal playback 04 PLAY Normal playback 0 1 JOG 22 FF fully loaded START sensor short Cassette ejected I FWD SEARCH transition to FWD SEARCH variable speed including x2 speed 26 FWD SEARCH variable speed including x2 speed 2E INSERT REC 2E INSERT REW REV SEARCH Cassette identification REV SEARCH before transition to REW AUDIO DUG SPx7 speed INSERT REC VIDEO AUDIO 44 REV SEARCH variable speed FWD STILL SLOW 4C 4 AUDIO DUB 6 6E INSERT REC VIDEO AUDIO 4 84 8 Mechanism operation mode
77. present current value of laser 30mA in this example The first two numbers 25 in 2530 usually shows current value of laser at the time of shipment so you can see how the product has been deteriorated by comparing the first two numbers 25 2530 and the last two numbers 30 2530 CD The laser current value of 65 mA or less is normal The laser current value of over 66 mA is not normal Laser diode of the pickup has been deteriorated DVD The laser current value of 80 mA or less is normal The laser current value of over 81 mA is not normal Laser diode of the pickup has been deteriorated To return to test mode press STOP button of the front panel No YD002 1 23 4 4 7 Flap adjustment of the pick up guide shaft Please perform flap adjustment of the pick up guide shaft in the following case Just after you exchange the pick up Just after you exchange the spindle motor e Just after you exchange the traverse mechanism base NOTE Please perform flap adjustment of the pick up guide shaft when you exchange the parts above and also when you remove the parts above When the reading accuracy of the signal is bad There is a block noise in the screen Screen stops in the outer circumference of a disc etc 4 4 7 1 Tool for adjustment The screwdriver good on the market Test disc part number VT 501 Stud part number JIGXVS40 Note One of the four studs is not used here
78. sensor 1 28 No YD002 For HD only AA Key code JVC code BB operation detail information lt 1 gt Mechanism operation mode See EMG detail informa tion lt 1 gt DD Sensor information See sensor information details EE Capstan motor speed Search double speed FF Tracking value GGGG Cassette tape type 2 16 bits See EMG detail information lt 2 gt HHHH Supply reel winding diameter data Capstan motor speed FF REW double speed JJJJ Tape speed data lower 8 bits KKKK General data display area LLLL General data display area MMMM General data display area DD Sensor information details Display Encoder data See Mechanism mode sequence pause End sensor Start sensor Cassette tab present 1 Cassette tab broken 0 For both Mechanism mode sequence Oi we e O we output Low x Position EJECT EJECT 2 ULSTOP UPPER ONSTOP PLAY FWD SS REV SS 6 0110 7h 0111 OFFSTOP 8 h 1000 FFREW BRAKE 9 h 1001 h h FFREW A h 1010 MIDDLE 1111 Q 2 6 LCD 9 40 O 12 5 3 4 content description Note contents 08 09 the model with Dynamic Drum DD Loading EMG
79. than PLAY No YD002 1 29 5 3 5 detail information lt 1 gt 2 Mechanism operation mode The status electrical operation mode of the VCR and the status Table of MN mechanism operation mode sensor information of the mecha nism in the latest EMG can be confirmed based on the figure in Command standby No command to be executed EMG detail information 1 Immediate Power OFF after EMG occurrence 1 Loading from intermediate position during mechanism initialization 1 2 34 Unloading due to EMG occurrence during mechanism initialization FDP OSD display g J Ejecting cassette ULSTOP to EJECT Inserting cassette EJECT to ULSTOP Loading tape ULSTOP to PLAY 1 Deck operation mode at the moment of EMG 2 Mechanism operation mode at the moment of EMG 3 Mechanism sensor information at the moment of EMG Unloading tape PLAY to ULSTOP 4 Mechanism mode position at the moment of EMG Transition from pinch roller ON to STOP Transition from pinch roller OFF to STOP PLAY to OFFSTOP Note Transition from pinch roller OFF to STOP at power OFF For EMG detailed information 1 the content of the ansion rom pigen roller ON to STOP at power ON a e e ransition 10 code that is shown on the display or OSD differs de Transition to Search pending on the parts number of the system control mi Transition to REC Transition to FWD STILL SLOW croprocessor IC3001
80. the middle The take up reel pulse is not generated in the FWD transport modes PLAY FWD SEARCH FF etc because 1 The idler gear is not meshed with the take up reel gear because the mechanism mal functions for some reason 2 The idler gear is meshed with the take up reel gear but incapable of winding due to too large mechanical load abnormal tension 3 The reel is rotating normally but an FG pulse is not generated due to the take up reel sensor failure The supply reel pulse is not generated in the REV transport modes REV SEARCH REW etc because 1 The idler gear is not meshed with the supply reel gear because the mechanism mal functions for some reason 2 The idler gear is meshed with the supply reel gear but incapable of winding due to too large a mechanical load abnormal tension 3 The reel rotates normally but the FG pulse is not generated due to a supply reel sensor failure Power SW5V is not supplied to the reel sensor on the tape winding side The drum could not start or the drum rotation has stopped due to too large a load on the tape because 1 The tape tension is abnormally high 2 The tape is damaged or a foreign object grease etc adheres to the tape The drum FG pulse did not reach the System controller CPU because 1 The signal circuit is disconnected in the middle 2 The FG pulse generator hall device of the drum is faulty The drum control voltage DRUM CTL V is not supp
81. tilt motor is stopped and the power is turned off When the DD FG pulse is not generated within 2 5 seconds E 09 is identified the tilt motor is stopped and the power is turned off When the falling edge of the supply reel pulse has not been gen erated for more than 10 seconds in the capstan rotating mode E 0A is identified and the cassette is ejected but the power is not turned off In this case however the mechanism should be in the position after tape loading with the tape up against the pole base Also note that the reel EMG is not detected during Slow Frame advance operations nN 3 The mechanism is locked in the middle of the mode transition during a tape loading operation The mechanism overruns during the tape loading operation because the SYSCON cannot recognize the mechanism mode normally This problem is due to a cause such as a rotary encoder failure Power is not supplied to the loading MDA M12V Vcc Vref ICP are disconnected in the middle The mechanism is locked in the middle of mode transition Without an eject signal being sent from the SYSCON unloading is attempted i e Ejection is attempted while the tape is still inside the mechanism because the SYSCON cannot recognize the mechanism mode normally This is due to a cause such as a rotary encoder failure Mechanism position UPPER Power is not supplied to the loading MDA M12V Vcc Vref ICP are disconnected in
82. 0 027uF 16V 560pF 50V K 560pF 50V K 0 1uF 16V 12pF 50V J 12pF 50V J 0 1uF 16V Z 47pF 50V J 47pF 50V J 270pF 50V K 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 4700pF 50V K 47uF 6 3V M 47uF 4V M 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 01uF 16V K 0 1uF 16V Z 120pF 50V J 120pF 50V J 390pF 50V K 390pF 50V K 0 022uF 50V 0 01uF 16V K 6 3V K 0 1uF 16V Z 6 3V K 0 1uF 16V Z 0 1uF 16V Z 0 015uF 16V 0 1uF 16V 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z Local FG ABCDE FG ABCDE FG ABCDE FG FG ABCDE ABCDE FG ABCDE ABCDE ABCDE FG N Symbol No C264 C301 C302 C303 C304 C306 C308 C310 C311 C312 C313 C314 C315 C316 C317 C317 C318 C319 C320 C321 C322 C323 C324 C325 C325 C326 C327 C328 C329 C330 C331 C332 C333 C334 C337 C338 C339 C340 C341 C342 C342 C343 C344 C344 C345 C346 C347 C348 C349 C350 C351 C360 C400 C407 C408 C409 C502 C503 C504 C505 C506 C507 C508 C509 C510 C512 C514 C515 C516 C517 C518 C519 C520 C521 C523 C524 C527 C528 Part No NCB31CK 103X 1 2 104 1 2 104 1 2 104 NEA70GM 476X NEA70GM 476X NEA70GM 476X 1 2 104 NCB31HK 561X NCB31HK 561X NCB31HK 561X NCB31HK 331X NCB31HK 471X NCB31HK 271X 531 121 NDC31HJ 121X 1 2 104 NCB31HK 102X NCB31HK 102X NCB31HK 102X NCB31HK 562X NCB31HK 102
83. 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0 08051 08052 08053 TP530 TP531 529 TP532 TP533 TP527 OQUOUOOOUUOOOO00000U0000UO0UUUUUUUUOOOOOUUOOUUOUOUOUOUUOUOUOO0000O0O000000000000UQO00000UO0OUOUUUUUUOUOOUOOOQOUOUOUcOoOooUoocoooocooooo DG POD gt gt D UU Z UU gt UU I gt gt gt gt gt gt gt gt UU U D gt gt UU gt gt U gt U gt U gt gt SO gt U gt UU UU DJ UU IU J DU UE UU UU UO UU 22 U 722 U 72 22 22 gt gt gt 22 UU 22 U D U 22 2 U 22 gt UU UZ gt DO CONNECT CN501 CN511 CN2001 CN2002 H 16 Z U U U U U U UZ U U UZ U U J JZ J JZ JZ J J JZ JZ J J J JZ Z J JZ J J U J JZ J J JZ J J J JZ JZ JZ JZ J J J J J J J J JZ J U J J JZ J J J J J U J J J J J J U U gt D D UZ U U U U DU U DU DU U U U U U U U U U
84. 000 1 16W J 1000 1 16W J 1000 1 16W J 1 8kQ 1 16W J 1 8kQ 1 16W J 1 8kQ 1 16W J 1000 1 16W J 2700 1 16W J 5600 1 16W J 5600 1 16W J 5 6kQ 1 16W J 1 0 1 16W J 1 0 1 16W J 1 0 1 16W J 10kO 1 16W J 2 2 1 16W J 00 1 16W J 5 6 1 16W J 1 0 1 16W J 1 0 1 16W J 1 0 1 16W J 10kO 1 16W J 1kQ 1 16W J 1 2kQ 1 16W J 27 1 16W J 27 1 16W J 180Q 1 4W J 6800 1 2W J 5600 1 2W J 1kQ 1 16W J 2200 1 16W J 1kQ 1 16W J 1kQ 1 16W J 1 16W J 1000 1 16W J 00 1 16W J 00 1 16W J 1 0 1 16W J 1kQ 1 16W J 10kQ 1 16W J Local FG Symbol No R6707 R6708 R6709 R6710 R6711 R6712 R6713 R6714 R6715 R6716 R6720 R6721 R7103 R7104 R7105 R7106 R7107 R7108 R7109 R7110 R7211 R7507 R8001 R8002 R8003 R8004 R8005 R8006 R8007 R8008 R8009 R8010 R8011 R8012 R8013 R8014 R8015 R8016 R8017 R8018 R8051 R8052 R8054 VR2251 Part No NRSA63J 330X NRSA63J 103X NRSA63J 102X NRSA63J 0R0X NRSA63J 104X NRSA63J 102X NRSA63J 123X NRSA63J 102X NRSA63J 123X NRSA63J 470X NRSA63J 562X NRSA63J 562X NRVA63D 390X NRSA63J 152X NRVA63D 390X NRSA63J 751X NRVA63D 390X NRSA63J 751X NRVA63D 390X NRSA63J 751X NRSA63J 101X NRSA63J 104X NRSA63J 392X NRSA63J 392X NRSA63J 392X NRSA63J 392X NRSA63J 472X NRSA63J 472X NRSA63J 472X NRSA63J 472X NRSA63J 201X NRSA63J 201X NRSA63J 201X NRSA63J 201X NRSA63J 273X NRSA63J 273X NRSA63J 821X NRSA63J 821X NRSA63J 103X NRSA63J 103X QRE141J 221Y QR
85. 003 R4004 R4005 R4007 R4008 R4009 R4010 R4012 R4013 R4015 R4017 R5303 R5304 R5311 R5312 R5313 R5314 R5315 R5316 R5322 R5323 R5324 R5326 R6020 R6021 R6030 R6031 R6032 R6050 R6052 R6053 R6080 Part No NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X QRE141J 181Y NRSA63J 123X NRSA63J 183X NRSA63J 121X NRSA63J 183X NRSA63J 121X NRSA63J 183X NRSA63J 474X NRSA63J 334X NRSA63J 103X NRSA63J 103X NRSA63J 103X NRSA63J 103X NRSA63J 472X NRSA63J 472X NRSA63J 104X NRSA63J 472X NRSA63J 472X NRSA63J 472X NRSA63J 103X NRSA63J 105X NRSA63J 472X NRSA63J 102X NRSA63J 103X NRSA63J 103X NRSA63J 332X NRSA63J 332X NRSA63J 103X NRSA63J 103X NRSA63J 472X NRSA63J 103X NRSA63J 101X NRSA63J 101X NRSA63J 101X NRSA63J 101X NRSA63J 101X NRSA63J 182X NRSA63J 182X NRSA63J 182X NRSA63J 101X NRSA63J 271X NRSA63J 561X NRSA63J 561X NRSA63J 562X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 103X NRSA63J 222X NRSA63J 0ROX NRSA63J 562X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 103X NRSA63J 102X NRSA63J 122X NRSA63J 273X NRSA63J 273X QRE141J 181Y QRE121J 681Y QRE121J 561Y NRSA63J 102X NRSA63J 221X NRSA63J 102X NRSA63J 102X NRSA63J 332X NRSA63J 101X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 102X NRSA63J 102X NRSA63J 103X 3 14 002 Part RESISTOR RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR C RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTO
86. 01 FRONT RF R6080 x x R6021 1k QAX0773 18 432MHz SCL C6020 SDA C6021 330 6 3 AUDIO OUT R6032 18k 0 NC H R6033 18k OPEN OPEN C6008 1 0 01 0 MB SW5V MB SW5V C6037 O O C6005 33 50 CENELEC 06031 86032 NC NC 0 0 DEMOD 6006 0 01 TU 30V ANA SIF C6725 9 86701 86705 NC 06002 HZ30 2L C6701 C6705 6703 R6704 C6703 Sen MONO IN C6724 K6707 x 3 9k 723 0 01 0 01 0 01 0 001 e703 0 001 27 C6704 86060 0 01 6705 86061 06701 is swa WN 2863936 BC 9 1 SS Buy 2f Senn Sr SIF OUT 86030 3 3k AFT VIDEO OUT R6031 100 dai 86032 D Q6031 06030 114 2SA1037AK QR 86033 Gin gt TU VIDEO TO VIDEO N AUDIO gt GND lt RF_VIDEO TO MAIN TERMINAL TO SYSCON 5 GC CLK DATA gt AFC lt TU_V_MUTE H gt NOTES UNLESS OTHERWISE SPECIFIED RF_AGC lt ALL RESISTANCE VALUES ARE IN 5 SWI CONV_OTLIH ALL INDUCTANCE VALUES ARE IN H ALL CAPACITANCE VALUES ARE IN SW2 CH SW H H men Poan 10535001 _ C 245 D 2 16 E F G a E
87. 03 0833 0092 02 103003 LPN0833 001 A 11 106701 MSP3417GQGB8V3X 106701 or MSP3417G X 07102 MM1503XN X 108001 HA17558AF X 8001 RC4558D X Q1 DTC144WKA X Q1 or UN221E X Q7 2SC2412K QRS X Q7 or 250601 5 Q7 or 28C3928A QRS X Q8 2SC2412K QRS X Q8 or 250601 5 Q8 2SC3928A QRS X Q9 2SC2412K QRS X Q9 250601 5 3 10 No YD002 Part Name MAIN BOARD ASSY MAIN BOARD ASSY MAIN BOARD ASSY MAIN BOARD ASSY MAIN BOARD ASSY MAIN BOARD ASSY IC IC IC IC IC MCU IC MCU O O IC IC IC IC DIGI TRANSISTOR TRANSTSTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR Description REFER BELOW REFER TO BELOW REFER TO BELOW REFER TO BELOW REFER TO BELOW REFER TO BELOW Local ABCDE FG Local nm FG CJ FG FG FG Symbol No Q9 Q10 Q10 Q10 Q207 Q207 Q207 Q501 Q501 Q501 Q2001 Q2001 Q2001 Q2002 Q2002 Q2002 Q2003 Q2003 Q2051 Q2051 Q2051 Q2052 Q2052 Q2052 Q2053 Q2053 Q2054 Q2054 Q2054 Q2055 Q2055 Q2201 Q2201 Q2202 Q2202 Q2203 Q2203 Q2203 Q2204 Q2204 Q2204 Q2251 Q2251 Q2252 Q2252 Q2253 Q2253 Q2254 Q2254 Q2255 Q2255 03002 03003 03004 03004 03004 0
88. 04 C206 C207 C209 C210 C211 C212 C213 C214 C215 C217 C218 C222 C225 C501 C502 C503 C504 C507 C508 C509 C510 C511 C517 C518 Part No QEKJ0JM 476Z NCF31AZ 105X QEKJ1HM 105Z QEKJ1HM 105Z NCB31CK 104X NCB31EK 103X NCB31CK 104X NCB31CK 104X NCB31CK 104X NCB31CK 104X NCB31EK 103X NCB31CK 104X NCB31CK 104X NCB31CK 104X QEKJ1HM 335Z QEKJ1EM 106Z NCB31EK 103X NDC31HJ 331X QEKJ0JM 476Z NCB31EK 103X QEKJ1EM 106Z NCB31EK 103X NCB31EK 103X QEKJ1HM 105Z NDC31HJ 4ROX NCB31EK 103X QEKJ0JM 476Z NCB31EK 103X NCB31CK 104X NCB31EK 473X QEKJ1HM 335Z QEKJ1HM 225Z NCB31EK 472X NCB31CK 104X QEKJ1HM 474Z NCB31EK 223X QEKJ1HM 475Z NCB31CK 104X NCB31EK 103X NCB31EK 103X NCB31EK 103X NCB31HK 103X QEKCOJM 476Z QCBB1HK 103Y NCB31EK 103X NCB31EK 103X QEKJ1HM 105Z NRSA63J 0ROX QEKJ0JM 227Z NCB31EK 103X NDC31HJ 330X NDC31HJ 330X NCB31AK 474X NDC31HJ 101X NDC31HJ 101X NCB31CK 104X QEKJ1EM 475Z NCB31AK 224X NCB31AK 224X NDC31HJ 560X QEKJ1HM 105Z QEKJ1HM 105Z QEKJ0JM 227Z QEKJ0JM 476Z NCB31EK 103X QEKJ1HM 225Z QEKJ1HM 225Z NCB31EK 103X NCB31CK 104X NCB31EK 103X NCB31EK 103X QEKJ0JM 337Z NDC31HG 221X NDC31HG 271X NDC31HG 121X NDC31HG 271X QEKJ1HM 475Z QEKJ1HM 225Z MODEL MARK MODEL MARK HR XV31EX HR XVS30EK HR XVS30EX Part Name E CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C C
89. 0431 001Z NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX Part Name P COIL P COIL COIL COIL MG RESISTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR 21P CONNECTOR 21P CONNECTOR PIN JACK PIN JACK EARTH TERMINAL MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR Description 10uH J 10uH J 15uH J 15uH J 00 1 16W J B B 1 14 B B 1 16 B B 1 8 B B 1 12 AVI AV2 AV OUT 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J A C HEAD BOARD ASSEMBLY lt 12 gt Part No LPA10158 01A1 Part Name A C HEAD BOARD ASSY Description DISPLAY BOARD ASSEMBLY lt 28 gt Part No LPA10206 11C2 LPA10206 14B2 LPA10206 09C2 MN101C35DJD MN101CP35DJD GP1UM281XK 4652 00 SN74HCTO8APW X DTC143EKA X UN221L X DTC143EKA X UN221L X SLR 325MC T LTL 816GE T SLA 580BC3T3F RD6 8ES B1 T2 MTZJ6 8A T2 1072 NCF21EZ 104X QEKJ1HM 106Z NCF21EZ 104X NCF21EZ 104X QEKJ0JM 476Z NCF21EZ 104X NRSA02J 102X NRSA02J 102X NRSA02J 102X Part Name DISPLAY BOARD ASSY DISPLAY BOARD ASSY DISPL
90. 08051 W27 U 0 Z 27 i ER RI 8 Q2203 2 d 0 2 LI T T T T zl 5 0 0 C eg E oes e RES 4 1 5 ek 2 1d d am mem wd Me 8 T ir 02255 409 p ug 5 8053 Cor 8 8055 115711 87105 es 1 m cy E 82213 SENSOR r n 8018 E gt m 201 07117 03002 B T 1 3 1 B KIY LJ 9 15 SS Lp St of So eat START p R28 R26 S Ke e 5 wat A T 1 G D D SENSOR 2 2 el 5 8001 87104 83254 03001 22052 i g e erie 02 04 L 0 0 0288 1 5 83255 L J 8 5 55 ott Ifo 0 0 B 8 4 8 85322 o 8 e Lo R5303 D h S Q5301 elle 5 ES 483001 5 8 5 mm A lt AN wll 29 ZS 2 8405 8 SYSCON B322 PO3002 NN i 04007 1 2 4001 03002 Tero rae 0 83247 20922 83246 F 5 1 4 z 2 5 2 5 LL8SNO r3 1 1 e Rioja 3031 8 cou J t jt 3 3020 3021 23050
91. 1 16W J 4 7kQ 1 16W J 5100 1 16W J 5100 1 16W J 4 7 1 16W J 27kQ 1 16W J 39kO 1 16W J 27 1 16W J 39kO 1 16W J 3 9kO 1 16W J 470Q 1 16W J 9 1 16W J 470Q 1 16W J 1000 1 16W J 6800 1 16W J 2 7 1 16W J Local A Symbol No R2237 R2238 R2239 R2240 R2241 R2242 R2243 R2244 R2251 R2252 R2253 R2254 R2255 R2256 R3011 R3012 R3013 R3014 R3015 R3016 R3017 R3018 R3019 R3020 R3021 R3022 R3025 R3026 R3027 R3029 R3031 R3032 R3033 R3035 R3036 R3038 R3040 R3041 R3042 R3044 R3046 R3047 R3048 R3049 R3050 R3051 R3052 R3053 R3054 R3055 R3056 R3057 R3057 R3058 R3059 R3060 R3062 R3063 R3066 R3069 R3071 R3072 R3073 R3074 R3075 R3076 R3077 R3078 R3079 R3080 R3081 R3083 R3085 R3086 R3088 R3090 R3091 R3094 Part No NRSA63J 681X NRSA63J 272X NRSA63J 471X NRSA63J 471X NRSA63J 473X NRSA63J 682X NRSA63J 473X NRSA63J 682X NRSA63J 472X NRSA63J 221X NRSA63J 101X NRSA63J 103X NRSA63J 273X NRSA63J 222X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 682X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 472X NRSA63J 472X NRSA63J 472X NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 472X NRSA63J 152X NRSA63J 472X NRSA63J 0ROX NRSA63J 102X NRSA63J 0ROX NRSA63J 102X NRSA63J 102X NRSA63J 102X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 102X NRSA63J 471X NRSA63J 471X NRSA63J
92. 102X NRSA63J 102X NRSA63J 102X NRSA63J 0ROX NRSA63J 102X NRSA63J 102X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 103X NRSA63J 0ROX NRSA63J 472X NRSA63J 101X NRSA63J 103X NRSA63J 102X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 471X NRSA63J 471X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 102X NRSA63J 0ROX NRSA63J 102X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX MODEL MARK MODEL MARK HR XV31EX HR XVS30EK HR XVS30EX Part Name MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG
93. 12 QGF1207C1 14 QGF1207C1 14 QGB1231M1 11 QGB1231M1 11 QGB2024K1 16S QGB2024K1 14S QGB2024K1 08S QGB2024K1 12S QGF1207C1 07 QGF1207C1 11 QGB2027MB 22 NMFZ012 1R0X M NMFZ012 1R0X M GP1FA352TZ QNS0100 001 QSW0954 003 NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NQR0129 003X NQR0129 003X NQR0129 003X NQR0129 003X NQR0129 003X NQR0129 003X NQR0147 004X NQR0147 004X LP31158 001A LP31185 001A QSW0602 004 QSW0602 004 LP31179 001A QAU0323 001 NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX Part Name Description MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J MG RESISTOR 00 1 16W J CONNECTOR 1 9 CONNECTOR FFC FPC 1 6 CONNECTOR B B 1 2 CONNECTOR B B 1 12 CONNECTOR 1 14 CONNECTOR 1 14 CONNECTOR B B 1 11 CONNECTOR B B 1 11 CONNECTOR B B 1 16 CONNECTOR B B 1 14 CONNECTOR B B 1 8 CONNECTOR B B 1 12 CONNECTOR 1 7 1 11
94. 16W J 100kO 1 16W J 1 0 1 16W J 12 1 16W J 1kQ 1 16W J 12 1 16W J 470 1 16W J 5 6 1 16W J 5 6 1 16W J 390 1 16W D 1 5 1 16W J 390 1 16W D 7500 1 16W J 390 1 16W D 7500 1 16W J 390 1 16W D 7500 1 16W J 1000 1 16W J 100kO 1 16W J 3 9kO 1 16W J 3 9kQ 1 16W J 3 9kO 1 16W J 3 9kO 1 16W J 4 7 1 16W J 4 7 1H 6W J 4 7 1 16W J 4 7 1 16W J 2000 1 16W J 2000 1 16W J 2000 1 16W J 2002 1 16W J 27 1 16W J 27 1 16W J 8200 1 16W J 8200 1 16W J 1 16W J 1 16W J 2200 1 4W J 2200 1 4W J 47 1 16W J 22kQ REC FM 150uH J 10uH J 10uH J 10uH J 10uH J 1uH K 22UH J 10uH J 22UH J 100uH J 10uH J 10uH J 150uH J 1uH J 10uH J 1uH K 1uH 10uH J 3 3UH J 3 3UH J 10uH J 1uH 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J FG FG ABCDE ABCDE MODEL MARK MODEL MARK HR XV31EX HR XVS30EK HR XVS30EX Symbol No B3304 B3305 B7101 B7102 B7301 B7302 CN2001 CN2002 CN3001 CN3102 CN3103 CN5311 CN5313 CN7101 CN7102 CN7103 CN7103 CN7104 CN7104 CN7301 CP3002 CP4002 47010 47202 453001 2001 2002 2003 2004 2253 6701 6702 6703 6704 6705 6706 7501 7502 OT1 OT2 53001 53002 NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X QGF1201C2 09 QGF1207C1 06 QGB2532J1 02 QGB2032M4
95. 20020 20 1 15 15 MS 55705 20025 O 85 MS 134 85 10065 AS A2019 9079 1008X 59 ZHINO 79 2010 WALSAS Z008X 69 AIQ oesrl0z AO HAO AIQ 99SUIG AQ AlQ 9esulg 0 AO L Alq 9 esuig 0 AO d dAg rad o3u d dA9 4 448 6 d dA9 r 8q 23H d dA9 r 8q 23H 94 86 10069 1 10020 9d Wdvo 100ydL LL LOOEND L LOO NO SAM ONAS SASH4 VIVd S ONAS O 6 ONAS O 105 733 eo 1 33 9 aso ANZ O3GIA AN3 olan 3S1nd I O 35104 zu O 440 13 13 S 9119 9 9 119 E 119 eio E 1 C _ LNO QV3H 2319 94 INO 119 SE 2 00741 451 os1 Li 851 gt H3dooN3 VS1 2 Gz AYVLOY Looesr H O3HN H IS O3U N HOSN3S H SLAW Y 99 AV X19 94 45 00894 HOSN3S AV Oel rS 5 2 100694 46 uolon 9 9 H Hd Vd HOSN3S QN3 HOSN3S 5 go H SSVO S SE
96. 212 e C551 FE E EE EE EE E DGND E 45 S33V 55 05 5 DGND LADDO r LADDi2 A 0 1 16 C552 74LVC373APW X C553 e C555 TT SGND DGND gt LA0 LA2 R593 0 RD S3 3V LHLD 556 D401 R402 NI NI DGND sere JEE NR SGND DGND id DACOCS DAC1CS ex 558 DAC2CS Bn sopccs G AGND ADSCIRQ 777 c406 INTP NI NI sss 8 DACDENA cat C402 E DOUTCNT PCSO LHLD AGND AGND z o Q q 9 TO MAIN LHLDA S B B SAS D D b S A LAO LA3 E FE FE FE EE PPP ER ALE 7301 RD AOUTL K562 0 1 aouTLt COUT K556 5 23 200 AOUTL K563 0 T PWEO PWES K557 DE ADO AD31 FROM AK4381VT X Bo 5 AGND K558 0129 002 2 SEN S 6 Cb B Cv PCMCLK E PWEO CrOUT K559 NOR0129 002X CG SE 1441 Zen ve Sie LOUD S C409 5 9 Aourn LAO LA3 220 6 3 LRCLK 10 FROM 2007007 DACDENA AOUTL SRST 11 AGND DAC0CS 1 1 AOUTL SWOPEN p 12 K561 NI SSPCLK1 AOUTR 21 13 SSPOUT1 AOUTR 14 C400 Geen LMMUTE K568 0 15 1 0 001 3 3K 16 LMMUTE
97. 2206 H 10 25 2253 SHORT TP2254 SYSCON S CASSIH 120 DATA 120 AV AMUTE ST H 2 155133 BS H 752257 0 01 A ENVINDIL _PB H A ENV ND L TO VIDEO N AUDIO GND CH2 e CH R2231 R2233 R2202 2204 R2227 R2206 82208 R2229 510 510 6 8k 6 8k 39k 6 8k 6 8k 39k DVD OUT R 2230 3 9k DVD_OUTIL R2232 3 9k IN1 R R2201 47k IN2 8 82203 47k IN1 L 82205 47k A IN2 L R2207 47k R2226 27k DEMOD L R2228 27k r Lu smm EES E oxi SSS Fr s r 4 02251 02254 TP2254 2253 LAST 5254 R2256 VR2251 NOTES UNLESS OTHERWISE SPECIFIED R 2257 2221 2245 2250 ALL RESISTANCE VALUES ARE IN 5 2262 2234 2250 2260 ALL INDUCTANCE VALUES ARE IN 2251 2202 2250 ALL VALUES ARE IN F 2255 2205 2250 ELEcTRoLYTIC 2252 2202 2250 JE cERAMIC 2253 2201 2250 MYLER N 2251 2201 2250 Poan 2 11 2 12 _ 20368001 MAIN SYSCON SCHEMATIC DIAGRAM 3 5 5 TO VIDEO N AUDIO SEPIH ST H lt 20 DATA 6 2 CLK A
98. 221X NRVA63D 152X NRVA63D 561X NRVA63D 102X NRVA63D 392X NRVA63D 392X NRVA63D 102X NRSA63J 475X NRSA63J 101X NRSA63J 471X NRSA634J 101X NRSA63J 153X NRSA63J 183X NRSA63J 103X NRSA63J 123X NRSA63J 123X NRSA634J 394X NRSA634 331X NRSA634J 393X 6 183 NRSA63J 472X NRSA63J 472X NRSA634J 333X NRSA63J 103X NRSA63J 103X NRSA634J 392X NRSA63J 123X NRSA63J 3R3X QRE141J 560Y NRSA63J 473X NRSA63J 183X NRSA63J 473X NRSA63J 183X NRSA63J 473X NRSA634J 682X NRSA63J 473X NRSA634J 682X NRSA63J 473X NRSA634J 682X NRSA63J 473X NRSA634J 682X NRSA63J 681X NRSA63J 472X NRSA63J 272X NRSA63J 272X NRSA63J 472X NRSA63 4 681 X NRSA63J 0ROX NRSA63J 122X NRSA63J 472X NRSA634J 332X NRSA63J 122X NRSA63J 102X NRSA63J 472X NRSA63J 511X NRSA63J 511X NRSA63J 472X NRSA63J 273X NRSA634J 393X NRSA63J 273X NRSA634J 393X NRSA634J 392X NRSA63J 471X NRSA634J 392X NRSA63J 471X NRSA634J 101X 6 681 NRSA63J 272X Part Name MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR CMF RESISTOR CMF RESISTOR CMF RESISTOR CMF RESISTOR CMF RESISTOR CMF RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR C RESISTOR
99. 2221 7 2 CO 7 Slide Loading Fig 3 2a Fig 3 2b 1 14 No YD002 7 4 5 of the Loading b Fig 3 2d Y N VE A fy Projection of the tray Lf gt f 4 4 Loading base part T ER Fig 3 2e 17 59 27 lt 5 Slide Fig 3 2f 3 2 2 Removing the traverse assembly See Figure 3 20 Reverse the loading mechanism assembly Remove the four screws B attaching the traverse mechanism assembly Remove the traverse mechanism assembly upward Loading mechanism assembly m
100. 22520 27521 2 2 2 6 9 588 5 a 8 8 0 lt PAL ALPS EF LG A MATSUSHITA NC GND BBlALSV RR 2 AUDIO IN AUDIO IN AUDIO IN NC TOLL MOD SDA CH SW MOD SDA NC gt lt 4 5 B 5V MOD B 5V SERT 5 MOD SCL CONV SCL 5555 6 VIDEO IN VIDEO IN VIDEO CN7301 NC GND 1 AOUTL 8 8 BT BT NC Cb B Cv 11 SCL SCL SCL AGUTHE 12 SDA SDA SDA Cr B c 13 NC 5V NC _ Aoura 14 MB 5 5 SW5V SW5V REGULATOR Page 2 6 VGND 15 NC NC AGND 9 9 16 30V VIDEO AUDIO Page 2 7 SWOPEN SI OUT IF OUT NC IF TP S SUB Page 2 9 5 20 2 27 IF IN IF IN NC SWUPDN 49 sw1 NC FMA Page 2 11 Page 2 21 NC swe Ne SYSCON 2 13 ALMMUTE 21 AUDIO OUT AUDIO OUT BEND 22 SIF OUT SIF OUT AUDIO DUT TUNER Page 2 15 du 1 AFT SIF om TERMINAL 2 17 DU e VIDEO OUT VIDEO OUT AFT 9 8 3 cz g on TELDSE 25 MB SW5V NClOPEN VIDEO OUT ON SCREEN Page 2 19 gt P 5 gt S10UT GX SX eet XX 5 iD CN1601 CN511 5 5 5 SW5V TO_PS_C GND o 3 FROM_PS_C GND AUD
101. 22X NRSA63J 472X NRSA63J 153X NRSA63J 685X NRSA63J 0ROX NRSA63J 103X MODEL MODEL MARK Part Name E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR MG RESISTOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR Description 10uF 25V M 47uF 6 3V M 0 047uF 16V K 0 047uF 25V K 18pF 50V J 12pF 50V J 0 01uF 25V 0 1uF 25V Z 33uF 16V 0 01uF 25V 0 1uF 25V Z 22uF 16V 2200pF 50V K 47uF 6 3V M 1uF 50V M 00 116W J 0 022uF 25V K 0 1uF 16V K 1uF 50V M 100pF 50V J 1000pF 50V K 2 2uF 50V M 100uF 16V M 100uF 10V M 47uF 16V M 100uF 16V M 0 47
102. 23B Adjustment tool 1 Play back the signal A1 of the alignment tape A2 2 Apply the external trigger signal to D FF E to observe the VIDEO OUT waveform and V PB FM waveform at the mea suring points D1 and D2 3 Set the VCR to the manual tracking mode 4 Adjust tracking so that the V PB FM waveform becomes maximum 5 Set the VCR to the Auto adjust mode by transmitting the code F from the Jig RCU When the VCR enters the stop mode the adjustment is completed 6 If the VCR enters the eject mode repeat steps 1 to 5 again 7 Play back the alignment tape A2 again confirm that the Switching point is the specified value G Trigger point Switching point Fig 4 3a Switching point 4 3 1 2 Slow tracking preset Ext input Color colour bar signal PAL VHS SP VHS LP TV Monitor Jig RCU Code 71 72 Mode Measuring point Adjustment part minimum noise Specified value Adjustment tool Jig RCU PTU94023B 1 Record the signal 2 the mode B1 and play back recorded signal 2 Set the VCR to the manual tracking mode 3 Set the VCR to the FWD slow 1 6x mode 4 Transmit the code F from the Jig to adjust so that noise bar becomes the specified value G on the TV monitor in the slow mode 5 Set the VCR to the Stop mode 6 Confirm that the noise bar is G on the TV monitor
103. 243 C1244 C1246 R1201 R1202 R1203 R1204 R1205 R1206 R1207 R1208 R1209 R1210 R1211 1212 R1214 R1215 R1217 R1218 R1220 R1222 R1224 L1201 L1202 L1203 L1204 L1207 1 CN1201 LC1201 SD1 W1251 A Symbol No 901 1 902 IC903 Q901 Q901 Q901 Q902 Q902 Q902 Q903 Q903 Q904 Q904 Q907 Q907 Q907 Q908 3 16 No Part No NCF21EZ 104X NCF210CZ 105X QEKJ0JM 476Z NCB21EK 104X QEKJ1EM 475Z NCB21HK 103X NCF21EZ 104X NCF21EZ 104X NCF21EZ 104X QDYB1CM 103Y NCF21EZ 104X QEKJ0JM 476Z NCF21EZ 104X NCF21EZ 104X NCB21HK 103X QEKJ1EM 475Z QEKJ0JM 476Z NRSA02J 121X NRSA02J 101X NRSA02J 221X NRSA02J 221X NRSA02J 102X NRSA02J 561X NRSA02J 562X NRSA02J 123X NRSA02J 180X NRVA02D 393X NRVA02D 153X NRSA02J 102X NRSA02J 910X NRSA02J 102X 020 750 020 301 NRSA02J 0R0X NRSA02J 471X NRSA02J 561X QQL071J 1R0Y QRE141J 181Y QQL29BJ 331Z QQL29BJ 221Z QQL29BJ 221Z LP40425 001A QGG2502K1 12 QQL29BJ 101Z LP31098 001B NRSA02J 0ROX Part Name C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR CMF RESISTOR CMF RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR CMF RESIS
104. 3 0 01 L505 OPEN 1k 0 596 R507 _ 39k 05 2 josie 1 2 3 9K 0 5 Z 514 270 2 20 1201 CN501 R505 1k 0 5 I 5155 120p 2 GC DATA AV 12 560 05 ess 0 596 R503 5 0 5 CLK AV 17 513 220p 2 KILLER 10 9512 5 585 507 C FROM DIGI 9 Sg 4 GND 9 CONV CONV CONV FROM EE L TO 9 SW5V 2 4 050 i lt 2SA1037AK QR 3 25B709A QR EXT NOAE Ge gt 28A 1530A QR pees O 211111 swe 4 RS 9 gt Be d 09 2 C509 110 01 2 rei 016 5012 013 E R501 220 C508 0 1 016 FIL DIG FIL REC 050 1 050 050 IK 016 050 5817 SW1 5013 5115 C MUTE TRAP 52 EECH 650 030 050 050 TRAP SW14 SW16 POSLPF1 VFBC DIFFERENCE TABLE 54 lt 1 AU ATT AN cMUTE VMUTE GBPALIH VIV 01 514 015
105. 3 C3054 CN5311 A D Q2002 B C TP3904 LEB10070 001A C3071 5313 A D Q2003 B C TP3905 C3301 CN7101 A D Q2004 B C TP3906 C3302 CN7102 A D Q2051 B C TP3907 C3401 CN7103 A D Q2052 B C TP3908 C3402 CN7104 A Q2053 B C 4001 4001 7301 02054 TU6001 4002 2055 4003 02201 C4004 A Q2202 B C C4005 A Q2203 B C C4006 A Q2204 B C C4007 A Q2251 B C C4008 A Q2252 B C C4009 A D Q2253 B C C4010 A D Q2254 B C C401 1 A D Q2255 B 4012 D 03002 4014 D 03003 4015 A D 03004 4031 D 03005 C4032 A D Q3007 B C5303 BC Q3008 B C5304 BC Q3401 B C5305 A D 03901 5315 A D 04001 C5316 A D 05301 cens AD 0542 99 DVD SERVO CONTROL C6007 AD Q5306 2 _ A D A LEB10082 001B COMPONENT SIDE A D B A D B A B B A A B B B B B B B B B B B B UU 2000 000 0 0000002 220 6708 08053 6709 6710 6711 6712 6713 6714 D J 302 0307 C306 0302 0308 RESISTOR 10513 10512 207 8206 204 C206 0205 R205 R204 R209 R208 C207 C208 10511 q C565 C564 C558 C519 0517 A p 0 C409 C582 C404 C52 560 0581 8514 590 6346 5 6308 s n D C596 220524 Gei 00 00 00 00 0 292900 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
106. 3 TRANSISTOR BC C E SNS 95886 1 48 8004 B C C Wi e k C8005 B B C 212 2 8 C8006 B BC C 8007 B B Ax y Je C8008 B BC Sr 1895 8 2 8009 B RO ss di ij LB 5 E Qu 10082 pi B B C C p B B C 8 B B C B B C B B C C B B C B B C gt gt gt gt gt 2 37 2 38 TERMINAL AND 2D DIGITAL CIRCUIT BOARDS lt 06 gt TERMINAL ES R7731 8902 1 Dee n 12 22 i 2 8 s LPB10216 001 34 4 A 2024 um NI oy 9 Coss 0 Je i AE ca IQ TERMINAL BN 0 2 0 0 12 9 mg 01 05 SE S 1 UL MARE 1 1 0903 952 SH gt 9 Ross 1920 x 2 57 7 00 E Zoe 2 2419 5 2 20 001 006 i R7739 0981 e SS 4 950 o D IN OUT ES de 28 R989 1 49 1 ES IW ze D903 RR gt 6 Cal 0 0 cur AS NS 88 i jo ELIT 71 96 TERMINAL PWB ASS Y 5 V 5 5 09985 T 4 ue E 14 43 ure mm p B E gt g 0n BR 89
107. 3005 03005 03005 03007 03007 03008 03008 03401 03401 03401 04001 04001 05301 05301 05302 05302 05303 05303 05306 05307 05307 05308 2563928 5 25 2412 5 or 250601 5 or 2563928 5 25 1037 2SB709A QR X 25 1530 25 1037 258709 25 1530 25 2412 5 250601 5 2SC3928A QRS X 25 2412 5 250601 5 2503928 5 DTA144WKA X or UN211E X 25C2412K QRS X 290601 5 2563928 5 2SA1037AK QR X or 2SB709A QR X or 2SA1530A QR X DTC144WKA X or UN221E X 25 1037 258709 25 1530 DTC144WKA X or UN221E X DTA144WKA X or UN211E X DTC144WKA X or UN221E X 2SC2412K QRS X or 2SD601A QRS X or 2SC3928A QRS X 2SC2412K QRS X or 2SD601A QRS X or 2SC3928A QRS X DTC144WKA X or UN221E X DTC144WKA X or UN221E X DTC144WKA X or UN221E X DTC114EKA X or UN2211 X DTC114EKA X or UN2211 X PTZ NV16A PTZ NV16A 25 2412 5 290601 5 2SC3928A QRS X 25 2412 5 290601 5 2563928 5 DTC144WKA X or UN221E X DTC144WKA X or UN221E X 2SC2412K QRS X or 2SD601A QRS X or 2SC3928A QRS X DTC114EKA X or UN2211 X 2SD2144S UV T or 29 3576
108. 31HK 103X QEKJ1HM 104Z QEKJ1EM 106Z QEKJ1HM 105Z QEKJ1HM 105Z QEKJ1HM 105Z QEKJ1HM 475Z QEKJ1HM 105Z QEKJ1CM 476Z QEKJ1HM 105Z QEKJ1HM 105Z QEKJ1HM 105Z QEKJ1EM 106Z QEKJ1EM 106Z QEKJ1HM 105Z QEKJ1HM 105Z QEKJ1HM 105Z QEPF1HM 105Z QEKJ1HM 105Z QEKJ1HM 105Z QEKJ0JM 476Z NDC31HJ 101X NCB31HK 103X 4762 NCB31HK 103X QEKJ1CM 476Z NCB31HK 103X NCB31HK 103X Part Name TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR C RESISTOR Z DIODE Z DIODE E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR MODEL MARK MODEL MARK Description 1800 1 4W J 330uF 6 3V M 330pF 50V J 330pF 50V J 330pF
109. 3J 105X NRSA63J 222X NRS125J 1ROX NRS125J 1ROX NRSA63J 182X NRSA63J 470X NRS125J 1ROX NRSA63J 273X NRSA63J 273X NRSA63J 303X NRSA63J 473X NRSA63J 223X NRSA63J 223X NRSA63J 392X NRSA63J 392X NRSA63J 103X NRSA63J 103X NRSA63J 103X 3 20 002 Part MG RESISTOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR MG RESISTOR MG RESISTOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR CMF RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG R
110. 3X NRSA63J 103X NRSA63J 222X NRSA63J 222X NRSA63J 221X NRSA63J 221X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 273X NRSA63J 473X NRSA63J 102X NRSA634J 393X NRSA63J 103X 6 103 NRSA63J 0R0X NRSA63J 0R0X NRSA63D 750X NRSA63D 750X NRSA63D 750X QQL071J 4R7Y QQL071J 4R7Y QQL071J 1R0Y QQL071J 4R7Y QQL071J 4R7Y QQL071J 4R7Y QQL071J 4R7Y QQL231J R22Y QQL071J 4R7Y QQL071J 4R7Y QQL29BJ 100Z QQL071J 1ROY QQL29BJ 100Z Part Name E CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR COIL COIL MG RESISTOR C RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR COIL COIL C RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR C RESISTOR C RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR COIL COIL COIL COIL COIL COIL COIL COIL COIL COIL P COIL COIL P COIL Description 47uF 6 3V M 0 01uF 16V M 330uF 6 3V M 330uF 6 3V M 330uF 6 3V M 0 01uF 50V K 0 01uF 50V K 1000pF 50V K 1000pF 50V K 10
111. 4 AD25 AD26 HAGUP SBAK 9 TRVSW ag 875 876 10511 LM1117MP1 8 X D3 3V Gei K501 V NQR0339 001X 777 C549 C550 47 4 0 1 16 C557 0573 DGND 5 1 5 11 EMU DE5 21 JCE8045 NDV8604VWA JCE8045 10501 NDV8601VWA BE NDV8611VWA NDV8601VWA BE EA10082 0014 2 3 re ES p MD28 R590 0 PCMCLK ADCENA NAX0550 001X C506 R591 0 R592 SSPOUT1 SSPCLK1 SSPCLKO SSPOUTO R501 1 6 6K 14 574 573 R512 NI R565 10K 8513 R566 1 2K 0 5 0 AAA R567 0 5 1K 0 5 R503 NI X571 0507 15P 18P 47 CrOUT ANN e lt gt 501 lt gt 10 2 30 SPMUTE FROM SHEET1 DACOCS DAC1CS DAC2CS TO SHEET3 X6 DACDENA CPURST SRST INTP DOUTCNT ADSCIRQ SODCCS SPMUTE FLCS PCS0 LHLD LHLDA LAO LA3 ALE TO SHEET3 RD ACK SCLK ADO AD31 SSPCLKO SSPINO SSPOUTO ADCENA AMUTE S10UT SSPCLK1 SSPOUT1 LRCLK BCK AOUTO TX PCMCLK AIN VGND CrOUT TO SHEET3 CbOUT YOUT COUT 100480015 revO DV
112. 4 2 18 K7502 NGR0147 004 87502 I C7507 C7508 100 5 3 0 1 e 1411 10555001 revO MAIN ON SCREEN SCHEMATIC DIAGRAM TO VIDEO N AUDIO V TO OSD V FROM OSD 2Fsc gt CHARA DATA lt TO REG SW5V gt GND TO SYSCON P MUTE L 10k R202 CDLR SEP OUT 2 DATA SYNC L204 10 NC VSS2 5 CV_IN VCO R DC DATA gt 2 SYNC DET H B204 SHORT 203 SHORT D201 1 5k 050 CS gt S CLK gt D203 100 S DATA FR_SYS gt D202 gt 100 lt Lu E gt 211 621416215 225 4 g 9 jg 2 625 655 200 lt 6 3 E lt gt 5 lt a 6 2 I 2 GG qQ 0 4 R208 2 2 209 6 8 2 0 49 M 1 8 212 213 0 1 4 7 L 25 C206 C207 Gets C210 C211 33p 33p 100p 100p NOTES UNLESS OTHERWISE SPECIFIED ALL RESISTANCE VALUES ARE IN OHMS ALL INDUCTANCE VALUES ARE IN H ALL CAPACITANCE VALUES ARE IN uF TH Poan 249 D 2 20 F p30111001a_rev0 2D DIGITAL SCHEMATIC DIAGRAMS HR XVS30EK HR XVS30EX Ee
113. 4 DIODE R7026 D7002 R7029 D7003 R7033 D7006 R7034 D7021 R7035 D7022 R7036 R7037 IC R7039 IC7001 7040 167002 87041 7003 87042 87044 TRANSISTOR 87046 07003 7048 07004 87051 2 33 2 34 5001 CN5301 CN5302 CN5308 165201 165301 5302 COIL DIODE L5201 D5001 L5202 D5101 L5203 D5102 L5204 D5103 L5205 D5105 L5301 D5106 L5302 D5201 L5303 D5202 D5203 D5204 D5205 D5206 D5207 D5208 D5209 D5210 D5211 D5212 D5213 D5214 D5215 D5216 D5217 D5218 D5301 D5302 D5303 D5310 EPP PPS PPP gt gt gt gt gt gt gt gt OO oO oo 03 00 00 00 gt 00 00 05 0000 00 0000 00 OD UJ 00000200 gt DU DD D 2200 gt Cy Cy Cy Cy Cy 0 O Cy Cy Cy D TRANSIST Q5101 Q5102 Q5103 Q5311 Q5315 H gt gt D gt gt RESISTOR R5001 R5101 R5102 R5103 R5104 R5106 R5107 R5108 R5109 R5110 R5111 R5112 R5113 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 05 00 00 00 00 00 00 00 05 00 00 0 gt gt gt gt gt gt p p p p PD gt gt gt gt gt gt p D DU D P D D P gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt DD
114. 5 SL 2 5 No YD002 3 1 1 2 FINAL ASSEMBLY lt 2 gt DVD SERVO CONTROL BOARD 55 99 AS SY M6 lt N gt LOADING MECHANISM MECHANISM AS TRAVERSE DVD UNIT lt M5 gt lt 6 gt lt 98 gt lt 99 gt REGULATOR BOARD ASSY 01 e ED Uu 2 9 x E V A EX 9 Se lt 2 11 lt gt LLI 5 55 BOARD ASSY 03 MAIN 3 2 No YD002 Wire lets the bottom ofBRACKET DVD pass WR3 WR2 right side DRAWING FROM DIRECTION D 1 1 DRAWING FROM DIRECTION Bice After Assembling FRONT PANEL After Assembling FRONT PANEL vOTLND m gt B CN3102 CN3103 Jo JACK BOARD 55 a CN7191 C DRAWING FROM DIRECTION n Connectthe FJ CONN
115. 5 T GND WE g g 8 2 9 Ges OPE OPER DAC3 10 ANN 8 1 m 3 5 on vm gt TID 7004 5 8 be SI or DVD 43 42 941 ARR PM i AUDIO OUT LL 1989 HA118226F AV1 OUT oi AA 1 G OUT AV1 B OUT 8 87739 90 09 506 75 0 5 2 C 0UT H 847005 CLAMP 6 CLAMP 2 B _ _ 2 x 23 5 57 e pm 1 V Y OUT e V OUT 9078 DVD g 10 G na COMPONENT 59 75 0 5 o H 45 H c C963 O V e OW um Je 1 Hr 9 gt Lo 9 5 bar 10 5 8 5 413 1028 i 94 0528 H ee 2 V OUT RY 9 0912 AUDIO 5 lt Da R C 0 lt 01 1 B Pb OUT 1 1 1 G CY OUT vagyr w W T 80 N C 7 9 00 1 a 688 BR 2 MAIN TERMINAL 7102 BUB OBEN gt Y 1 5 e 1 v out 7 NOUT 4 3 506 s 1957 VHS a m AO OF 2 DATA _ s 44777 Pr C OUT S OUT AL5V_2 6 6 D904 wis vom 7 MTZJ9 1B CTL A e NOTES UNLESS OTHERWISE SPECIFIED P D 10 ALL RESISTANCE VALUES ARE IN OHMS HHH C934 936 10903 ALL IND
116. 517 0 116 C513 NI MA11 Vssio E MA2 MAL vddio MALO T MA12 C546 470p MD17 MD18 ny C526 MD23 C530 Vssio n C596 470p Vddio 5 ren MD25 5 IS Vssio 8 7 MD28 C529 470p 00 1 AOUTO Gs 79 DVD7 69 2 DVD4 D PCMCLK ACLK LRCLK SRST RSTP Vssio RXD1 DVD3 55 1 1 D 6 5 vss SSPOUT 1 SSPCLK1 SSPCLKO Vdd 5 C547 470 1 16501 JCE8045 o 2 2 SSPOUTO sS 5 sopccs ADSCIRG XO SODCCS Vss D OSCVss MVCKVdd SCEN MVCKVss ACLKVss SCMD ACLKVdd Vdddak Vssdac Cr R 103 0 09 9 DISCSTP 7 VCLK S 5 C558 g 90 1 16 C559 AD14 8 ot PwE2 9 AD16 vddio C560 AD17 anis 8 AD19 AD20 S ape AD23 02
117. 5210 or 12 2 FR DIODE 6 LE20666 003A ELEVATOR D5210 1SR153 400 T2 FR DIODE 7 LE10276 002A TRAY D5214 D1FS4A X SB DIODE 8 LE31045 001A BUSHING D5215 D1FS4A X SB DIODE 9 LE40898 001A SHAFT D5216 D1FS4A X SB DIODE 10 QYSSSF2008Z TAP SCREW M2 x 8mm D5301 MTZJ15C T2 Z DIODE 11 QAR0197 001 MOTOR D5301 RD15ES B3 T2 Z DIODE 12 LV42087 002A MOTOR PULLEY D5302 155133 2 DIODE 13 QYSPSPU1730Z SCREW FOR MOTOR x2 D5302 or 1SS270A T2 SI DIODE 14 QYSDSF2008Z TAP SCREW M2 x 8mm x2 05303 MTZJ27C T2 Z DIODE 16 LE40897 001A BELT 05303 RD27ES B3 T2 Z DIODE 17 LE31046 003A CLAMPER D5310 MTZJ10B T2 Z DIODE 18 LV42930 003A MAGNET D5310 RD10ES B2 T2 Z DIODE 19 LE40899 001A YOKE 20 LE40906 001A SPECIAL SCREW PC5101 123 22 PHOTO COUPLER 21 LE31044 001A IDLE GEAR 22 LE40937 002A LEAF SPRING C5001 QFZ9077 683 MPP CAPACITOR 0 068uF 257V M C5002 QFZ9051 223 MM CAPACITOR 0 022uF 250V M C5004 QCZ9079 222 C CAPACITOR 2200pF AC250V M C5006 QEZ0374 826 E CAPACITOR 82uF 400V M REGULATOR BOARD ASSEMBLY lt 01 gt C5101 QCZ0336 330Z C CAPACITOR 33pF 1kV J C5102 QCZ0333 472 C CAPACITOR 4700pF 1kV K SymbolNo No Part Name Description Local 5104 QETN1HM 105Z E CAPACITOR 1uUF 50V M C5105 QFLC1HJ 183Z M CAPACITOR 0 018uF 50V J C5106 NCB31HK 271X C CAPACITOR 270pF 50V K LPA10206 11C1 REGULATOR BOARD ASSY ACD C5107 QFVF1HJ 104Z MF CAPACITOR 0 1uF 50V J LPA10206 14B1 REGULATOR BOARD ASSY BE C5201 QFVF1HJ 154Z MF
118. 8 03 015 17 R14 835 820 833 ALL RESISTANCE VALUES ARE 5 7 834 R cag 12 as Edd 573 834 839 cza ALL INDUCTANCE VALUES ARE IN S SUB VHS O 7 0 1 VHS 47 X 4 7 X x x x K x x x x VALUES gt KILLER_DET 5 1504 2200 39p 7 B 2k x 820 x s x B ELECTROLYTIC 2 Y SUB JE lt FROM SUB OPEN 5 5 X 8 2k 0 047 S VHS HORT SHORT 0 x x SHORT O x gt SUB S VHS EF D x 0 0 0 01 x SHORT N NON POLAR lt SYNC OUT SECAM DET gt v gt H Y TO AV GND gt V FROM AV SW5V GND C SYNC lt lt REC_COLOR SECAM_PB_COLOR gt lt VHS H lt gt V TO OSD SECAM H p10553001a revO MAIN S SUB SCHEMATIC DIAGRAMS HR XVS30EK HR XVS30EX 5 50 B I TO VIDEO N AUDIO CN511 SW12V SW5V 1 KILLER_DET SW5V 2 gt VHSIH TO PS 3 lt GND 4 SUB 5 SYNC OUT GND 6 gt REC COLOR TO PS Y 7 P FROM SUB EMPH FROM PSY 9 Fsc SW12V 10 TO SUB EMPH SW12V 41 lt and TO 080 NOT ___ 1501 100 0524 10 25 C52
119. 801 R734 e 280 1 QRS d 24 4 7 0 87101 7119 CN7191 SW JACK CN7104 F AUDIO L GND F AUDIO R GND 3 R7121 FRONT V IN GND GND 20 FRONT Y IN GND DACO AOUTL DAC1 AGND DAC2 AOUTR DAC3 AOUTR VGND AGND SWOPEN MUTE SWUPDN 13 OPEN 39 NC LMMUTE 15 C7116 DGND 17 0 5 39 0 596 OPEN 39 0 595 OPEN OPEN OPEN OPEN OPEN AW C7117 n R7109 R710 R710 R710 R710 C711 R710 C711 TOPEN DOUTCNT 19 TCLOSE TX S10UT TO S SUB REAR2 C IN FRONT C IN GND R7211 J7202 FRONT C IN GND C OUT Y OUT GND TO SYSCON TCLOSE TOPEN LMMUTE lt SWUPDNC SWOPENC A MUTE2 L gt FROM OSD DVD H 25 2412 5 50 O lt 2 2 DATA R PAUSE lt SCR H lt FRONT_Y H gt SYS COMP MUTE gt TO REG 200 4 AA 88011 AL12V gt GND AL5 8V SW12V SW5V 5 us H R8016
120. 8AC 19 LE40931 001A 20 LE40855 001A 21 40918 001 22 40930 001 23 40928 001 24 40927 001 25 QYSDST2614Z Part Name MECHA BASE Description Local SPINDLE BASE TAP SCREW SHAFT 2 6mm x 4mm x2 ADJUST SPRING TAP SCREW M2 x 4mm FEED HOLDER FEED MOTOR FEED GEAR T TAP SCREW TAP SCREW PICK UP M2 x 4mm x2 2 6mm x 4mm x2 SW ACTUATOR LEAD SPRING TAP SCREW SW LEVER TAP SCREW FFC SHAFT FEED GEAR E LEAD SCREW M1 7 x 4mm x2 M1 7 x 4mm FEED GEAR M THURUST SPRING PLATE TAP SCREW M2 6 14mm MODEL MARK MODEL MARK HR XV31EX HR XVS30EK HR XVS30EX SymbolNo Part No Part Name Description Local No Description 26 QAR0284 001 SPINDLE MOTOR D5205 10 20 12 DIODE 27 QYSPSPU1740Z TAP SCREW M1 7 x 4mm x3 D5206 1F4G T2 FR DIODE 28 LE40858 002A SPECIAL SCREW x3 D5206 or 10ERB20 T2 FR DIODE D5208 SB240 F26 SB DIODE D5208 or RK14LF B2 SBD 05208 21DQ04 F SBD LOADING MECHANISM ASSEMBLY lt M6 gt D5209 PG104RS T2 DIODE 05209 10 20 12 DIODE Symbol No No Part Name Description Local D5209 or 1F4G T2 FR DIODE 05209 or 12 2 DIODE 05209 1SR153 400 T2 FR DIODE 1 LE10275 006A LOADING BASE D5210 PG104RS T2 FR DIODE 3 LE31043 001A PULLEY GEAR D5210 10 20 12 FR DIODE 4 LE31042 001A MIDDLE GEAR D5210 or 1F4G T2 FR DIODE 5 LE20665 002A SLIDE CAM 0
121. A C2218 N 10 25 C2219 py 22 16 NA REC lt GND NA PB R2234 2220 10 25 100 H 0 022 2229 AAA R2235 680 Ht Baoan 2230 10725 82237 680 R2238 2 7k A IC2201 AN3651FBP 1 LOGIC REG m HiFi AGC DET VR2251 REC ADJ 22k R2256 2 2 02254 DTC114EKA 02253 DTC144WKA R2254 10k 5 02251 DTC144WKA L2201 SHOR 4 5 GND LOGIC 5 AN 2213 222 OPEN 21 6 REC AGC ADJ O MUTE CTL 6 3 2224 0 047 4 7k 510 R2224 R2225 B NR DET R R EXT 4 oh C2210 10 25 TP2253 C2256 0 01 2255 2254 47 6 3 0 01 00 4 12282 C2258 180p Q2255 DTC114EKA CTD DCF 20 CCA_OUTIL 19 2251 0 01 2207 110 015 NR_REF L 48 NR_DET L 17
122. ACITOR C CAPACITOR C CAPACITOR CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR Description 0 01uF 16V K 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 47uF 4V M 47uF 4V M 47uF 4V M 0 1uF 16V Z 560pF 50V K 560pF 50V K 560pF 50V K 330pF 50V K 470pF 50VK 270pF 50VK 120pF 50 J 120pF 50V J 0 1uF 16V Z 1000pF 50V K 1000pF 50V K 1000pF 50V K 5600pF 50V K 1000pF 50V K 0 1uF 16V Z 47 50V J 47 50V J 0 018uF 16V 1000 50 0 1uF 16V Z 0 01uF 16V 0 1uF 16V K 0 01uF 16V K 0 1uF 16V Z 0 1uF 16V 0 1uF 16V 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V 0 1uF 16V K 0 1uF 16V Z 100pF 50V J 100pF 50V J 0 1uF 16V Z 100pF 50V J 100pF 50V J 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V 0 1uF 16V Z 0 1uF 16V Z 100pF 50V J 47uF 4V M 1000pF 50V K 0 1uF 16V Z 220uF 6 3V M 220uF 6 3V M 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 15pF 50V J 18pF 50V J 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 470pF 50V J 470pF 50V J 470pF 50V J 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 470pF 50V J 0 1uF 16V Z 0 1uF 16V Z
123. APACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR MG RESISTOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR Description 47uF 6 3V M 10V Z 1uF 50V M 1uF 50V M 0 1uF 16V K 0 01uF 25V K 0 1uF 16V K 0 1uF 16V K 0 1uF 16V K 0 1uF 16V K 0 01uF 25V K 0 1uF 16V K 0 1uF 16V K 0 1uF 16V K 3 3uF 50V M 10uF 25V M 0 01uF 25V K 330pF 50V J 47uF 6 3V M 0 01uF 25V K 10uF 25V M 0 01uF 25V K 0 01uF 25V K 1uF 50V M 4pF 50V J 0 01uF 25V K 47uF 6 3V M 0 01uF 25V K 0 1uF 16V K 0 047uF 25V K 3 3uF 50V M 2 2uF 50V M 4700pF 25V K 0 1uF 16V K 0 47uF 50V M 0 022uF 25V K 4 7uF 50V 0 1uF 16V K 0 01uF 25V K 0 01uF 25V K 0 01uF 25V K 0 01uF 50V K 47uF 6 3V 0 01uF 50V
124. AY BOARD ASSY IC MCU IC MCU IR DETECT UNIT IR DETECT UNIT IC DIGI TRANSISTOR DIGI TRANSISTOR DIGI TRANSISTOR DIGI TRANSISTOR LED LED LED Z DIODE Z DIODE E CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR MG RESISTOR MG RESISTOR MG RESISTOR Description 38kHz 38kHz 100uF 6 3V M 0 1uF 25V Z 10uF 50V M 0 1uF 25V Z 0 1uF 25V Z 47uF 6 3V 0 1uF 25V Z 1kQ 1 10W J 1kQ 1 10W J 1kQ 1 10W J ABCDE FG FG Local Local ACD FG 120560 ACDFG ACDFG ACDFG ACDFG No YD002 3 17 MODEL MARK MODEL MARK SymbolNo No Part Name Description Local Symbol No Description Local R7005 QRE141J 103Y C RESISTOR 1 4W J X7001 QAX0246 001Z C RESONATOR 8 00MHz R7006 NRSA02J 0R0X MG RESISTOR 00 1 10W J R7007 NRSA02J 103X MG RESISTOR 10kQ 1 10W J R7010 NRSA02J 103X MG RESISTOR 1 10W J R7011 QRE141J 122Y C RESISTOR 1 2KQ 1 4W J JACK BOARD ASSEMBLY lt 36 gt R7012 NRSA02J 182X MG RESISTOR 1 8 1 10W J R7013 NRSA02J 222X MG RESISTOR 2 2 1 10W J Symbol No Part Description Local R7014 NRSA02J 272X MG RESISTOR 2 7kQ 1 10W J R7015 QRE141J 472Y C RESISTOR 4 7kQ 1 4W J R7020 NRSA02J 103X MG RESISTOR 1 10W J PW1 LPA10206 11C3 JACK BOARD ASSY ACD R7021 QRE141J 122Y C RESISTOR 1 2kQ 1 4W J PW1 LPA10206 14B3 JACK BOARD ASSY BE R7022 NRSA02J 182X MG RESISTOR 1 8kQ 1 10W
125. CAPACITOR 0 15uF 50V J LPA10206 09C1 REGULATOR BOARD ASSY FG C5202 QEMU1AM 567Z E CAPACITOR 560uF 10V M C5203 2272 220uF 6 3V IC5201 UTCTL431 T IC C5204 QEMU1AM 567Z E CAPACITOR 560uF 10V M 05201 MM1431AT T IC C5205 QEMU1CM 397Z E CAPACITOR 390uF 16V 05201 or L5431 T IC C5206 QEMU1AM 567Z E CAPACITOR 560uF 10V M 5201 or TL431 A T IC C5207 QETN2AM 475Z E CAPACITOR 4 7uF 100V M 5301 UTCTL431 T IC C5208 QEMU1HM 186Z E CAPACITOR 18uF 50V 15301 or 1431 IC C5209 QETN1AM 107Z E CAPACITOR 100uF 10V M 1 5301 or L5431 T IC C5210 QETN1CM 107Z E CAPACITOR 100uF 16V M 5301 or TL431 A T 5211 1072 100uF 10V M 05302 1565 C5301 NCB31EK 103X C CAPACITOR 0 01uF 25V C5306 1 7 105 1uF 10 2 05101 25 2632 14 POWER MOS FET C5307 NCB31HK 471X C CAPACITOR 470pF 50V Q5102 29021445 TRANSISTOR C5309 1072 100uF 10V Q5103 2SB709A QR X TRANSISTOR C5310 1072 100uF 10V 05103 or 2SA1037AK QR X TRANSISTOR C5311 QETN1AM 107Z E CAPACITOR 100uF 10V M 05311 29 5739 TRANSISTOR C5312 1072 100uF 10V Q5315 2SC5739 QP TRANSISTOR C5313 1072 100uF 10V Q5315 or 2SD2394 EF TRANSISTOR C5314 QETN1CM 107Z E CAPACITOR 100uF 16V M D5001 D3SBA60 DIODE R5101
126. CONV_CTLIHJ 1 es Pp S 8 LSD 8 2 9 S CASS H RF AGC o lt lt a 5 EI a a E lt 2 5 lt 9 5 lt x e CN3901 a 9 E TO REG GND M 2 2 2 03901 GND Q3004 2SC2412K QRS IC3003 DIGHAW SW12V 2SD601A QRS 24LC SN X R3218 2SC3928A R 8 8 9 8 Ei sw5v gt AEA 3 3 8 8 8 5 cle ka QSW0602 003 48V gt VV fi D3003 RD39ES B3 AL12V gt R3219 4 7k assy C3042 P CTL H P SAVE L SCASS mM QSW0602 003 03004 10EDB20 TO TERMINAL 03005 10EDB20 z z 5 BSP AAA o 188355 88 88 gt 2 DATA 03005 2SC2412K QRS bl lt R PAUSE 2SD601A QRS 03401 2SC2412K QRS 2SC3928A QRS 50 0300 P ON P 03007 DTC144WKA DTC144WK lt SCRIHJ gt 2 gt SYS COMP MUTE RD3 6ESB2 MTZJ3 6 T2 IC3301 11 IC3302 OPEN TO DISPLAY CN7003 CN3102 14 TOPEN 13 TCLOSE R3303 100 12 NOTES UNLESS OTHERWISE SPECIFIED R3304 100 WAN 11 RESET IN ALL RESISTANCE VALUES ARE IN OHMS R3301 100 AAA 10 K B CLK ALL INDUCTANCE VALUES ARE IN H R3302 100 AAA 9 FR svs R3305 100 ALL CAPACITANCE VALUES ARE IN uF ANN gue ELECTROLYTIC 7 6 KEY2 CERAMIC 1 MYLER ano NON POLAR TERMINAL 2 TOPEN gt 1 28 TCLOSE gt 28V gt CN3103
127. D D901 1920 AD B C B C B C Hes Om d zT C1209 CN1201 D R1203 LC1201 C914 AD AD AD D902 L931 A D B B C B C gt 5 C1210 R1204 VR1201 915 A D A D D903 1771 AD B B C B C 2 Ss 1212 DIODE R1205 BC C916 AD D BC D904 1772 B B C B C pA s 0 0 0123 B C D1201 R1206 C917 AD AD AD 7703 AD B B C B C 8 Y Sit o 1214 B C R1207 IC 17704 AD B A D B C Bees 1216 IC R1208 BC 9 BC D D 901 1771 AD B A D B C pots C1208 01206 01239 1217 1201 R1209 BC A D B C IC902 1772 AD B B C B C C1245 0128 B C COIL R1210 C C921 A D B C IC903 B B C B C 1219 11201 1211 C922 A D B C TRANSISTO B B C B C C1222 B C L1202 R1212 A D B C COIL 091 B B C B C C1223 L1203 1213 C924 A D B C L901 092 B B C B C 1225 C L1204 1214 C925 A D B C L902 093 A B C B C C1226 11205 R1215 C926 B C B C L903 094 A D B C 1227 11206 R1216 C927 B C L904 0907 AD BC 1229 C L1207 1217 C 2 39 2 40 VOLTAGE lt SW REG gt lt MAIN gt lt 2D DIGITAL gt TERMINAL gt CD
128. D FLASH ROM SCHEMATIC DIAGRAM FLCS DACOCS DAC1CS DAC2CS 1 DACDENA CPURST I SRST DOUTCNT 1 SHEET 2 ADSCIRG 1 sopccs 825252 8 SPMUTE a 1 2900900 2 5 1 seND FROM LADD4 LADD17 1 2 2 53 SHEET 1 5 3 DGND 0 4 D3 3V 5 Seno C583 7 DGND Hi AGND 0 8 psv FLASH HOM m e 0 1 10 _ C509 11 0 1 eran 519 er NQRO339 001X C510 43 10512 04 9 14 MSV LADD15 LADD 16 74LVC373APW X INTP R523 1K e ia LADD13 e 4 15 PEND VE 17 FLCS er m 19 5 0 1 E SS Se SSPCLKO PANT 29 dy 21 L C566 SSPOUTO R529 AAA 22 ssPouro AD7 A QGB2027L1 22X LADD7 mmu SW e o o o
129. DEL MARK HR XV31EX HR XVS30EK HR XVS30EX N Symbol No C501 IC505 IC505 IC505 IC505 IC505 IC509 IC509 IC511 IC512 IC512 IC512 IC512 IC513 IC513 IC513 IC513 Q101 Q101 Q102 Q102 Q103 D101 D101 D301 105 106 109 110 110 111 112 116 117 118 119 120 121 122 122 123 124 124 125 126 127 128 129 135 137 138 141 142 144 204 205 205 207 208 211 212 216 217 218 251 253 255 256 257 258 259 260 261 262 263 NDV8611VWA K4S643232F TC60 K4S643232E TC60 or W986432DH 7 HY57643220CT55 57643220 7 SST39VF160HOCAT AT49LV1614HOE40 LM1117MP1 8 X 74LOX373MTC X 74LOX373MTC X 74 7 SN74LVC373APW X 741 7 74 7 74LVC373APW X SN74LVC373APW X 2SB1424 R W KTA1001 Y X 2SB1424 R W KTA1001 Y X DTA144EE X RB521S 30 X 1SS400 X RB521S 30 X NEA70JM 476X NEA70JM 476X NCB31CK 104X NCS31HJ 221X NDC31HJ 221X 1 2 104 1 2 104 NCB31CK 104X NCB31CK 473X NCB31CK 273X NCB31HK 561X NCB31HK 561X NCB31CK 104X 531 120 NDC31HJ 120X 1 2 104 531 470 NDC31HJ 470X NCB31HK 271X 1 2 104 1 2 104 1 2 104 NCB31HK 472X NEA70JM 476X NEA70GM 476X 1 2 104
130. E IN THE A PART INSERT ROLLER UNTIL THE b PART OF ROLLER S HOOK IOCK UP TO THE B PART HITCH THE c PART OF SPRING TO THE C PART Roller arm assembly 3 Inertia plate 3 Roller arm assembly 3 Drum assembly 7 Main board assembly Cassete door lt Note2b gt Bottom side WR2b lt Note2b gt WR2c Jack board assembly lt Note2b gt WR2a Display board assembly lt Note2a gt Top side Fig L5a lt Phase alignment gt Accord the position of V gap on R ENCORDER and PWB silk Accord the position of Boss on R ENCORDER and PWB silke 53001 34 unit 502 DVD control board assembly 6 Regulator board assembly L J WR3b lt Note2b gt CN2001 2 CN5001 WR3a 8 lt Note2b gt 5 WR6a 9 Note2b J D 5 Sr lt
131. E141J 221Y NRSA63J 473X QVP0039 223Z QQL071J 151Y QQL29BJ 100Z QQL29BJ 100Z QQL29BJ 100Z QQR0967 001 QQL29BJ 100Z QQL29BK 1R0Z QQL37CJ 220Z QQL29BJ 100Z QQL071J 220Y QQL29BJ 101Z QQL29BJ 100Z QQL29BJ 100Z QQL29BJ 151Z QQL231J 1ROY QQL29BJ 100Z QQL29BK 1R0Z QQL29BK 1R0Z QQL29BJ 100Z QQL29BJ 3R3Z QQL29BJ 3R3Z QQL29BJ 100Z QQL29BK 1R0Z 0832 NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X MODEL IMARK MODEL MARK Part Name MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR CMF RESISTOR MG RESISTOR CMF RESISTOR MG RESISTOR CMF RESISTOR MG RESISTOR CMF RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR C RESISTOR C RESISTOR MG RESISTOR TRIM RESISTOR COIL P COIL P COIL P COIL CHOKE COIL P COIL P COIL COIL COIL COIL P COIL P P COIL P COIL COIL P COIL P COIL P COIL P P COIL P COIL P COIL P COIL OSC TRANS MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR Description 330 1 16W J 1 16W J 1 0 1 16W J 00 1
132. EC FM 600 100 mVp p More than 400 mVp p Measuring point External trigger Adjustment part Specified value 1 Apply the external trigger signal to D FF E to observe the Audio waveform at the measuring point D 2 Record the signal A3 with no audio signal input in the mode B and play back the recorded signal 3 Setthe VCR to the manual tracking mode 4 If the A PB FM level is not within the specified value G1 perform the adjustment in a following procedure 5 Adjust the adjustment part F so that the A PB FM level of the higher channel level becomes the specified value G1 Adjust before recording then confirm it by playing back If specified value G1 is not obtained adjust the Adjust ment part F so that the waveform level of the lower chan nel level becomes the specified value G2 Adjust before recording then confirm it by playing back opecified Specified value G1 value Fig 4 3c Audio REC FM No YD002 1 21 44 Electrical adjustment DVD SECTION 4 4 1 Test mode setting method 1 Press POWER button then press VCR DVD repeatedly so that the DVD indicatorlights up 2 Press the POWER button again to set the stand by mode 3 Transmit the code FA from the Jig RCU 4 The FDP shows the test mode content the form of 0 5 To release test mode press POWER key the front panel 6 Each pressing of SET UP MENU key of t
133. ESISTOR MG RESISTOR Description 470pF 50V J 16V Z 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V Z 470pF 50V J 470pF 50V J 470pF 50V J 470pF 50V J 470pF 50V J 0 1uF 16V Z 0 1uF 16V Z 0 1uF 16V 0 1uF 16V Z 0 1uF 16V Z 16V Z 470pF 50V J 470pF 50V J 0 1uF 16V Z 47uF 4V M 0 1uF 16V Z 16V K 16V Z 00 1 16W J 0 1uF 16V Z 16V Z 470pF 50V J 470pF 50V J 470pF 50V J 16V Z 470pF 50V J 0 1uF 16V Z 00 1 16W J 00 1 16W J 0 1uF 16V Z 16V Z 47uF 4V M 0 1uF 16V Z 220uF 4V 470pF 50V J 1 16W J 22 1 16W J 22 1 16W J 270 1 2W J 270 1 2W J 27 1 16W J 27 1 16W J 2 2 1 16W J 1 8kQ 1 16W J 116W J 24 1 16W D 8 2 1 16W J 1 16W J 00 1 16W J 1000 1 16W J 1000 1 16W J 2 20 1 16W J 2 20 1 16W J 1MQ 1 16W J 1 1 16W J 2 2 1 16W J 10 1 2W J 10 1 2W J 1 8kQ 1 16W J 470 116W J 10 1 2W J 27 1 16W J 27 1 16W J 1 16W J 47 1 16W J 22 1 16W J 22 1 16W J 9 1 16W J 9 1 16W J 1 16W J 1 16W J 10kQ 1 16W J Local Symbol 215 216 R219 R220 R221 R222 R223 R230 R251 R252 R254 R255 R256 R259 R280 R301 R302 R303 R304 R305 R520 R523 R527 R528 R566 R567 R568 R569 R570 R572 R573 Part No NRSA63J 103X NRSA63J 912X NRSA63J 183X NRSA63J 243X NRSA63J 682X NRSA63J 103X NRSA63J 912X NRSA63J 332X NRS125J R47X
134. FG FG FG FG FG Symbol No 05308 05308 05309 05309 05312 05312 05313 05313 05313 05314 05314 05316 05316 06030 06030 06030 06031 05306 05307 05307 06002 06002 06701 06701 07301 07301 PC3001 PC3002 C1 C2 C2 C3 C4 C5 C6 C7 C8 C9 or or 0 0 0 or 0 0 0 0 lt lt 0 or 0 or or or 0 or or 0 0 0 0 y or or 0 0 0 0 0 0 or Part No 25 1037 25 1530 DTC114EKA X UN2211 X DTA114EKA X UN2111 X 2SC2412K QRS X 2SD601A QRS X 2SC3928A QRS X 2SC5739 QP 2SD2394 EF 2SD2144S UV T 2SC3576 JVC T 2SA1037AK QR X 2SB709A QR X 2SA1530A QR X DTC114EKA X UN2211 X DTC114EKA X UN2211 X 2SC2412K QRS X 2SD601A QRS X 2SC3928A QRS X 2SC2412K QRS X 2SD601A QRS X 2SC3928A QRS X 2SC2412K QRS X 2SD601A QRS X 2SC3928A QRS X DTA114EKA X UN2111 X QRE141J 152Y QRE141J 101Y QRE141J 101Y 155133 2 155270 2 155133 2 155270 2 LNB2301L01 VI 155133 2 155270 2 RD33ES B3 T2 MTZJ33C T2 10EDB20 T2 1A3G T2 10 20 12 1A3G T2 155355 155355 RD3 6ES B2 T2 MTZJ3 6B T2 MTZJ11C T2 RD11ES B3 T2 MTZJ5 6C T2 RD5 6ES B3 T2 155133 2 155270 2 HZ30 2L T2 HZ30 2LTD 155133 2 155270 2 10EDB20 T2 1A3G T2 RPI 304J RPI
135. FG FG FG FG FG FG Symbol No C3027 C3030 C3031 C3033 C3036 C3037 C3040 C3050 C3071 C3401 C4002 C4004 C4005 C4006 C4008 C4009 C4010 C4011 C4012 C4014 C4015 C5303 C5304 C5305 C5315 C5316 C6005 C6037 C6707 C6708 C6709 C6713 C6714 C6715 C6716 C6717 C6719 C6720 C6721 C6723 C6725 C6751 C7106 C7110 C7111 C7113 7506 7507 7508 8001 8002 8003 8004 8008 8009 1062 4762 NCB31CK 473X NCB31EK 473X NDC31HJ 180X NDC31HJ 120X NCB31EK 103X NCF31EZ 104X QEKJ1CM 336Z NCB31EK 103X NCF31EZ 104X QEKJ1CM 226Z NCB21HK 222X QEKJ0JM 476Z QEQF1HM 105Z NRSA63J 0ROX NCB31EK 223X NCB31CK 104X QEKJ1HM 105Z NDC31HJ 101X NCB31HK 102X QETN1HM 225Z QETN1CM 107Z QETN1AM 107Z QEKJ1CM 476Z QEKJ1CM 107Z QEKJ1HM 474Z QEKJ1CM 106Z NDC31HJ 470X NDC31HJ 8ROX NDC31HJ 8ROX 1 2 224 NCB31HK 222X QEKJ1HM 225Z NCB31HK 222X QEKJ1HM 225Z QEKJ1CM 106Z QEKJ1CM 106Z NCB31HK 103X NCB31HK 103X NCB31HK 103X 3372 1062 NCB31EK 103X QEKJ0JM 476Z QEKJ1EM 106Z NCB31CK 104X QEKJ0JM 107Z NCB31CK 104X NCB31HK 332X NCB31HK 332X NDC31HJ 471X NDC31HJ 471X NDC31HJ 471X NDC31HJ 471X QEKJ1CM 226Z QEKJ1CM 226Z NCB31HK 222X NCB31HK 222X QEKJ1CM 107Z QEKJ1CM 107Z NRSA63J 622X NRSA63J 152X NRSA63J 472X NRSA63J 101X NRSA63J 682X NRSA63J 273X NRSA63J 822X NRSA63J 102X NRSA63J 182X NRSA63J 222X NRSA63J 2
136. G PLATE POLE BASE ASSY SUPPLY LOADING GEAR LOADING GEAR TAKE UP ASSY LOADING GEAR TAKE UP LOADING ARM TAKE UP ASSY TORSION SPRING TAKE UP POLE BASE ASSY TAKE UP ARM BASE FG TAP SCREW 2 6mm 6mm FG TAKE UP LEVER TENSION SPRING TAKE UP HEAD LID GUIDE PINCH ROLLER ARM ASSY TORSION SPRING PRESS LEVER SLIT WASHER S SWITCH FG GUIDE ARM ASSY TORSION SPRING SPACER AC HEAD HEAD BASE COMPRESSION SPRING TAP SCREW M2 x 6mm A C ADJ SCREW x2 TAP SCREW 2 6mm x 6mm x2 LOADING MOTOR SCREW MOTOR BRACKET TAP SCREW WORM BEARING CONTROL CAM SLIT WASHER WORM GEAR HELICAL GEAR CONNECT GEAR CONTROL PLATE TORSION SPRING TENSION ARM ASSY TENSION SPRING TENSION ARM BASE TENSION BAND ASSY BAND HOLDER BAND HOLDER 2 ADJUST PIN TENSION ARM LEVER MAIN BRAKE TAKE UP BAND BRAKE ASSY ABCDE 3mm x 3mm x2 2 6mm x 20mm Symbol No No 81 LP30969 002B 82 LP30003 033B 83 LP30003 035B 84 LP40825 001B 85 QAR0267 002 86 QYTPSG2606Z 87 LP30005 010A 88 LP30970 001A 89 LP40828 004A 90 LP40829 002A 91 LP31014 002A 93 LP40934 001B 94 PQM30017 47 95 LP30973 001A 96 LP40939 001A 102 LP30974 001C 105 LP21049 001A 107 LP30017 004A 110 LP10401 001L 111 LP10402 001M 112 QYTDST2606Z 113 LP40917 001D 114 LP30976 001E 115 LP30977 002D 116 LP40846 001C 117 LP31100 002A 118 LP30978 001B 119 LP30979 001R 120 LP40847 001B 121 LP30980 001E 122 LP10403 001C 123 LP10404 001E 124 LP30983 001B 125
137. Hz 104 MHz 300 2 302 MHz 143 MHz 470 MHz VHF 47 MHz 89 2 104 MHz 300 2 302 470 MHz 862 MHz 470 MHz UHF 470 MHz 862 MHz UHF 470 MHz 862 MHz 470 MHz UHF 470 MHz 862 MHz Aerial output UHF channels 22 69 Adjustable Memory backup time ACCESSORIES RF cable Infrared remote control unit R6 battery x 2 Specifications shown are for SP mode unless otherwise specified E amp O E Design and specifications subject to change without notice Manufactured under license from Dolby Laboratories Dolby and the double D symbol are trademarks of Dolby Laboratories DTS and DTS Digital Out are trademarks of Digital Theater Systems Inc Approx 10 min 1 2 No YD002 1 4 Precautions for Service 141 Handling of Traverse Unit and Laser Pickup Do not touch any peripheral element of the pickup or the actuator The traverse unit and the pickup are precision devices and therefore must not be subjected to strong shock Do not use a tester to examine the laser diode The diode can easily be destroyed by the internal power supply of the tester To replace the traverse unit pull out the metal short pin for protection from charging When replacing the pickup after mounting a new pickup remove the solder on the short land which is provided at the center of the flexible wire to open the circuit 6 Half fixed resistors for laser power adjustment are adjusted in pairs
138. IC301 The disc is dirty or the wound has adhered 5 5 8 Between layers jump NG double layer disc only Mechanism defective Defect of driver s IC IC201 Defect of servo control 1 1 301 5 5 9 Neither picture nor sound is output 1 It is not possible search e Has the tracking been turned on To Tracking ON NG in Check points for each error when the tracking is not normal s the feed operation normal traverse movement NG in Check points for each error when it is not normal Are not there caught of the feeding mech anism etc 5 5 10 Picture is distorted or abnormal sound occurs at intervals of several seconds Is the feed operation normal Are not there caught of the feeding mechanism etc 5 5 11 Others he image is sometimes blocked and the image stops he image is blocked when going to outer though it is normal in suroundings in the disk and the stopping sympton increases There is a possibility with bad jitter value for such a symptom 5 5 12 CD During normal playback operation 1 Is TOC reading normal Displays total time for CD DA Shifts to double speed mode for V CD 2 Is playback afterwards possible 3 When can not do a normal playback is displayed during FL search According to It is not possible to search for DVD check the feed and tracking systems No sound is output although the time is displayed CA DA DAC etc other than servo he passage of
139. ILIZER OFF TBC ON Digital 3R ON VIDEO NAVIGATION TAPE MANAGER OFF BLUE BACK OFF 4 1 6 Manual tracking mode Auto tracking ON OFF set ting 1 In order to set to the manual tracking mode during tape playback press the SP EP LP button on the remote con trol unit Each press of the button switches the auto tracking ON or OFF When the manual tracking mode 15 set the tracking 15 placed at the center position 2 Press channel to adjust the tracking manually No YD002 1 17 4 1 7 EVR Adjustment Some of the electrical adjustments require the adjustment per formed by the EVR system The main unit have EEPROMs for storing the EVR adjustment data and user setups Notes Inthe EVR adjustment mode the value is varied with the channel buttons The adjusted data is stored when the setting mode changes from PB to STOP when the tape speed is changed etc Take care to identify the current mode of each adjustment item when making an adjustment When changing the address setting in the EVR adjust ment mode use the Jig RCU or the remote controller having numeric keypad with which a numeric code can be directly input The remote control code of the Jig RCU corresponds to each of the digit keys on the remote controller as fol lows Digit key 0 1 2 3 4 5 6 7 8 9 20 21 22 23 24 25 26 27 28 29 As the counter indication remaining indication are
140. IO SYSCON OSD S SUB TERMINAL D FROM_PS_Y Sw12V cN3901 SW12v 5 CONVERTER NOT USED gt gt E 2 22 E __ 22 22 2 22 J nw 4 DO u gt ah 5 da St GER TES d dd z 5 5 2099 u lt lt 9 o0 Oo 242 5 00 u o o lt gt gt 5858 uj ui 5 z z r z gt gt 9 7 m Ezz gt 2 1 i I OR XE Oo S 39 S x 52 m 8852 we 2 10600 122 s 6 amp 50gvygESoook 60606006060 244468 m J 3 Z E E 29 28 gt 6 5 gt ZO e um m z 258 gt 2 Z Jo Z 1 1 Du u po 2 2 2 22 2 EI H 000 1 s s DI D u 0 Q 0 H O 0 lt tem O XX x x EE E OO dod m 2 81 191 85 z 8 m o o m e Q 0 0 91 0 91 0 0 9 3 8 9 213 5 8 5 1 x lt T SP SP
141. IO TO VIDEO N AUDIO RF AUDIO sc 44 1 spa 12 13 5 5 14 DIFFERENCE TABLE 08 9 4 3 2 x D D 86711 100k SYMBOL EK EF AA AG KR LL TU 30V 46 ch el 9 5 5 c lt lt gt TUNER TU6001 LG LG LG MATSUSHITA C6713 0 22 UNI GAUO323 GAUO SS GAUO323 IN ANT OUT TU6001 2 2 SUPPLY 16002 C6012 33 16 D6701 155133 VOLTAGE C6014 O O x 16005 O O O SHORT BB AL5V C6005 x x x C6712 0 01 9 C6054 c6oo6 X C6053 R6054 IC6701 C6012 x x x AAA MSP3417GQGB8V3 AUDIO OUT 29 86013 100 MSP9417G C013 MOD B AL5V 86052 100 C6753 330 6 3 x O SIF our 22 C6052 MOD SCL 86050 MB L6001 SHORT NVV C6722 OPEN 6055 C6007 VIDEO IN Voces 816050 ___ SHORT C6008 TU 30V Big AUDTO 6711 10 25 P SDA R6053 O x O x C6710 4110 C6053 5 3 r 8 g P CH SW R6054 tc tc 0 b b 2 nsos LE 2 2 e 2 6052 5 8 9 1 Leoso mA e eg dL 12 J C6020 100 X67
142. ION REF NO LOCATION REF NO LOCATION COMPONENT PARTS LOCATION GUIDE 2D DIGITAL gt LPB10162 001C 8 219 BC BC C7707 1905 AD BC A D 11E R7740 23 01287 e CAPACITOR C1230 BC 11208 A 3 81218 BC Con AD D 7708 196 AD B C B C 11 7741 BC 5B 22 BT C1201 AD C1231 B C R1220 BC B C B C C7731 1907 AD BC BC BC gt Y 1211 AD C1232 C TRANSISTOR R1221 B C D A D C7732 198 AD B C B C B C gt of 1215 AD 01234 C 01201 R1222 B C C904 BC BC C7733 1909 BC BC BC AD d aL C1220 126 01202 C R1223 Con BC B C B C C7734 90 AD BC BC BC AD m il 1228 1237 B C Q1203 C R1224 B C D A D L911 A D B C B C A D A D 1233 1238 01204 R1225 8907 A D B C CONNECT 1912 AD BC BC BC AD Le 2 C1235 129 C 01205 R1226 B C A D A D CN913 1914 AD B C B C B C A D SE 3 C1244 A D 01243 B C Q1206 C R1227 C C909 D A D CN914 1916 AD B C B C B C A D gt H C1246 D 1245 R1228 B C BC D BC CN915 1917 B C A D B C A D Cam BC C1248 B C RESISTOR C911 AD AD 1918 AD BC A D B C A D o 4 C1204 BC R1201 912 A D D DIODE 99 A D B C A D S Hun E C1208 BC CONNECTOR R1202 BC OTHER BC A D A
143. J PW1 LPA10206 09C3 JACK BOARD ASSY FG R7023 NRSA02J 222X MG RESISTOR 2 2 1 10W J R7024 NRSA02J 272X MG RESISTOR 2 7kQ 1 10W J D7001 SLR 325MC T LED R7026 NRSA02J 102X MG RESISTOR 1 0 1 10W J D7001 LTL 816GE T LED R7029 NRSA02J 470X MG RESISTOR 470 110W J AGDFG 07004 SLA 580BC3T3F LED ACDFG R7033 QRE141J 222Y C RESISTOR 2 2 1 4 J R7034 QRE141J 222Y C RESISTOR 2 2 1 4W J C7192 NCB31HK 681X C CAPACITOR 680pF 50V K R7035 NRSA02J 182X MG RESISTOR 1 8kQ 1 10W J C7193 NCB31HK 681X C CAPACITOR 680pF 50V K R7036 QRE141J 102Y C RESISTOR 1kQ 1 4W J C7194 NCB31HK 681X C CAPACITOR 680pF 50V R7037 NRSA02J 102X MG RESISTOR 1kQ 1 10W J C7195 NCB31HK 681X C CAPACITOR 680pF 50V K R7039 NRSA02J 102X MG RESISTOR 1kQ 1 10W J C7196 NRSA02J 0ROX MG RESISTOR 00 1 10W J FG R7040 NRSA02J 102X MG RESISTOR 1kQ 1 10W J R7041 NRSA02J 102X MG RESISTOR 1kQ 1 10W J R7025 NRSA02J 472X MG RESISTOR 4 7 1 10W J R7042 NRSA02J 102X MG RESISTOR 1kQ 1 10W J R7028 NRSA02J 470X MG RESISTOR 470 110W J ACDFG R7044 NRSA02J 102X MG RESISTOR 1kQ 1 10W J R7191 NRSA02J 750X MG RESISTOR 750 1 10W J R7046 NRSA02J 102X MG RESISTOR 1kQ 1 10W J R7192 NRSA02J 0ROX MG RESISTOR 00 1 10W J R7048 NRSA02J 221X MG RESISTOR 2200 1 10W J R7193 NRSA02J 750X MG RESISTOR 750 1 10W J FG R7051 NRSA02J 221X MG RESISTOR 2200 1 10W J R7194 NRSA02J 750X MG RESISTOR 750 1 10W J FG R7052 NRSA02J 104X MG RESISTOR 100 1 10W J R7053 NRSA02J 104X MG RESISTOR 100 1 10W J L7191 QRE141J 101Y C RESIS
144. JU U JU U DD gt gt 2 DD DD gt U1 gt DD gt DD SO DD OD CUCU OU UU gt gt gt gt gt gt gt gt MAIN CIRCUIT BOARD lt 03 gt 10215 0018 COO SN l HT s d NOS 14 6 14 T OUT 12 LXXXXXXXXXXXXX i i i NS 87103 2 e wa W77 C2051 a 1 5 5 LLJ W76 07301 EE d I T MAIN TERMINAL s 45884444 OR Bam E gt 07308 5 if 2 8 2 7507 7504 2 rT 7302 CD 9 87504 98 9 7304 7502 12 8505 7506 C7301 12 wea 7305 up Li K7501 0 0 206 02002 02003 12001 1 3 28 J 7 8 8 8 D 1 E m pz osh ec X CN2001 Exi 1 R211 0 0 1 amp 12 6 RS W56 2001 Q J 2014 SE GE 0225 CDA ff A GEA NS SS RSR SS Kei jo m W S o o K 8 N UM 4 9 2 J 9 Q C2016 15 0 0 8 82013 a 1 R220 Gra y 1 0 1202 010
145. JVL SERVICE MANUAL DVD PLAYER amp VIDEO CASSETTE RECORDER HR XV31EK HR XV32EK HR XV31EX HR XVS30EK HR XVS30EX VIDE EX models VHS models 5 5 models D So 5 deg dr VIDEO HR XV31EK HR XV32EK HR XV3EX HR XV31EX HR XVS30EK HR XVS30EX D3PV1 D3PS1 TABLE CONTENTS 1 PRECAUTION 1 3 2 SPECIFIC SERVICE INSTRUCTIONS 1 8 3 DISASSEMBLY 1 11 4 ADJUSTMENT 1 17 5 TROUBLESHOOTING 1 26 COPYRIGHT 2003 VICTOR COMPANY OF JAPAN LIMITED No YD002 2003 11 SPECIFICATION HR XV3EK HR XV31EK GENERAL Power requirement AC 220V 240V 50 Hz 60 Hz Power consumption o 30 6 0 fo 0 O 5 to 40 20 C to 60 Horizontal only Operating Operating position Dimensions WxHxD 435 mm x 93 mm x 272 mm 4 5 Kg 4 4 Kg 4 5 Kg VHS PAL standard S VHS
146. LP30984 001B 126 LP40924 001D 127 LP40972 001A 128 LP40857 001B 130 LP30981 001G 134 LP21051 002C 137 LP21052 001K 151 985 002 161 LP40993 001A WR1 WJT0117 001A WR2 WJT0067 001B WR3 WJS0022 001A Part Name MODEL MARK MODEL MARK Description Local BRAKE LEVER TENSION SPR TENSION SPR ING ING CAPSTAN BRAKE ASSY CAPSTAN MOTOR TAP SCREW BELT IDLER ARM IDLER GEAR 1 2 6mm x 6mm x3 CAPSTAN MOTOR IDLER GEAR 2 x2 WIRE HOLDER CLUTCH UNIT SLIT WASHER DIRECT GEAR COMPRESSIO N SPRING CHANGE LEVER REEL DISK SPACER x2 REEL DISK x2 SIDE FRAME L SIDE FRAME R TAP SCREW 2 6mm x TORSION SPRING SIDE PLATE LIMIT PLATE LIMIT SPRING DRIVE LEVER DRIVE ARM L DRIVE ARM R TORSION SPRING CONNECT PLATE SIDE HOLDER L SIDE HOLDER R LOCK LEVER L LOCK LEVER R TENSION SPRING x2 EARTH SPRIN EARTH SPRIN G 1 G 2 CASSETTE HOLDER ASSY REC SAFETY LEVER TOP FRAME DOOR OPENER TAPE GUIDE E CARD WIRE E CARD WIRE E FL RB WIRE DRUM HEAD CN2001 LOADING MOTOR TRAVERSE MECHANISM ASSEMBLY lt M5 gt SymbolNo No 1 LE20697 003A 2 LE20699 002A QYSDST2604M 4 LE40931 001A 5 LV33991 001A 6 QYSPSFU2040M 7 LE20698 003A 8 QAR0215 001 9 LV41510 001A 10 QYSPSPU2040M 11 QYSDST2604M 12 QAL0507 001 13 LE20700 001A 14 LE31067 002A 15 QYSPSFU1740Z 16 LE40929 001A 17 QYSPSFU1740Z 18 QUQ105 24X
147. MN4103S26EDC H or MN103S26EGB H 566 001 TESTSG TRSDRV TOPEN TCLOSE LMMUTE SWOPEN TO SHEET 3 SWUPDN C264 0 01 16 SLEEP SPMUTE DRVMUTE TO SHEET 2 C255 0 015 16 LEATODBS QOZXA 74 3 I I 1 L 100480015 227 D 2 28 DVD AV DECODER SCHEMATIC DIAGRAM ODCIRG2 FROM SHEET 1 ODCIRG ADSCIRG SODCCS CPURST SRST AVRTM FROM SHEET 1 STVALID STEN STDO STD7 D3 3V C593 NI 504 NQR0339 001X STD7 STD6 STD5 STD4 STVALID TP533 ODCIRQ2 FLCS ODCIRQ DOUTCNT DACDENA INTP ADSCIRQ DAC1CS DAC0CS IDRVMUTE ISPMUTE at 532 5 1 ADSCIRQ LA0 PCS0 LHLD C536 470p 52 oyrrses P527 C539 470p 14 wous 16505 W986432DH 7 45643232 70 DGM1 K48643232E TC60 MAS C594 NI Vssio MA7 4 BESSER 08 85 e Vssio C516 470p vddio MA4 MA3 MCLK CKE C538 470p C
148. N SIGNAL TAKE UP REEL ROTATION TAPE REMAIN V PULSE V PULSE ADDITION TIMING CONTROL SUB RESET DVD CPU RESET Vss GND CTLREF CTL REFERENCE VOLTAGE 2 49 REMOTE CONTROLLER SCHEMATIC DIAGRAM NOTE 1 All parts shown in this schematic are ciritical for sefety 2 This schematic is only for reference Avoid replacing individual parts Replace the entire unite only LP 21036 0304 KEY NAME DVD POWER PROG G CODE Normal 3x 5x TOP MENU TRANSFER DVD MENU TV VCR START REPEAT MODE STOP DISPLAY DATE SUBTITLE CH START ZOOM STOP TITLE DATE ANGLE PROG CHECK RETURN 7NPS PDC 3D PHONIC 10 CANCEL SKIP 0 11 12 410 SOUND SELECT TV MUTE 44 PLAY FF gt gt REC 5 PAUSE M VISS REW I UP A VISS REW 1 LEFT 4 2 Tn T12 9 E 35 37 38 39 40 41 42 44 45 46 47 48 49 50 34 32 34 36 DOWN QUICK REVIEW DISPLAY TV VOL TV VOL CM DVD QUALITY VTR REC PLAY REC PAUSE 2 POWER 0 3 000 4 Normal 3x 5x TOP MENU 5 TRANSFER DVDMENU __ 6 __ 2 7 5 _ STOPHDISPLAY 9 DATESSUBTITLE 10 11 START ZOOM O 12 STOP MTLE 1 DATE JANGLE 14 o5 i 17 3 318 J TMER 0
149. NECTOR CONNECTOR FUSE FUSE FUSE FUSE CLIP FUSE CLIP HEAT SINK HEAT SINK FERRITE BEADS LINE FILTER TAP SCREW Description 1 16W D 1 0 1 16W J 3 30 1 16W J 2 20 1 16W J 2 20 1 16W J 47 1 16W J 479 1 4W G 560 1 16W J 15 0 1 16W D 47kQ 1 16W D 1000 1 16W J 2A AC250V FOR Q5101 FOR Q5101 M3 x 8mm FOR Q5101 MAIN BOARD ASSEMBLY lt 03 gt SymbolNo No R5206 NRSA63D 332X R5302 NRSA63J 102X R5305 NRSA63J 3R3X R5306 NRSA63J 2R2X 5307 NRSA63J 2R2X R5317 NRSA63J 473X R5318 QRZ9005 470X R5319 NRSA63J 560X R5320 NRSA63D 153X R5321 NRSA63D 473X R5325 NRSA63J 101X L5201 PELN1184 15202 PELN1184 L5203 PELN1184 L5301 QQL29BJ 220Z 15302 QQL231 J 220Y 15303 QQL231J 220Y T5001 QQS0219 001 CN5001 QQGA7901C3 02 CN5301 123111 11 CN5302 QGB2027MA 22 CN5303 08 123111 11 5301 2050 1 5 CP5302 QMFZ050 1R5X E 25001 QMF51W2 2R0 J8 FC5001 QNGO0020 001Z FC5002 QNG0020 001Z HS1 LP40621 001A HS1 QZW0106 001 K5101 QQR0678 001Z LF5002 0608 001 OT1 QYTDST3008Z SymbolNo Part No PW1 LPA10215 12A PW1 LPA10215 04B PW1 LPA10215 03B PW1 LPA10215 11A PW1 LPA10215 02B PW1 LPA10215 01B IC1 JCP8060 MSA IC201 LC74776 9791 IC501 JCP8058 2 2201 AN3651FBP 03001 HD6432194SAD55F 1 3001 HD64F2194CFD55 103002 IC PST3427U X IC3003 0833 007 07 103003 0833 005 05 103003 LPN0833 004A 14 IC3003 0833 008 18 1030
150. OR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR TRIM CAPACITOR C CAPACITOR Description 270pF 50V G 2 2uF 50V M 0 01uF 25V K 4 7uF 50V M 0 01uF 25V K 25V M 0 01uF 25V K 0 1uF 16V 0 01uF 25V K 0 01uF 25V K 0 01uF 25V K 0 01uF 25V K 4 7uF 50V M 1uF 50V M 47uF 6 3V M 4 7uF 50V 6800pF 25V K 22uF 16V 4 7uF 50V M 1200pF 50V K 1500pF 50V K 4 7uF 50V M 4 7uF 50V M 330pF 50V J 330pF 50V J 0 082uF 50V J 4700pF 50V K 0 022uF 25V K 10uF 25V M 10 25V M 4 7uF 50V M 4 7uF 50V M 33uF 6 3V M 10 25V M 10 25V M 0 015uF 25V 0 015uF 25V 100 25V M 100 25V M 33uF 6 3V M 47uF 6 3V M 10uF 25V 100 25V 47uF 16V 10uF 25V 22uF 16V 10uF 25V M 0 022uF 25V K 0 01uF 25V K 0 047uF 16V K 0 047uF 16V K 6 3V K 6 3V K 10uF 25V M 100 25V M 10uF 25V M 0 01uF 25V K 0 01uF 25V K 0 01uF 25V K 47uF 6 3V M 0 01uF 25V K 0 01uF 25V K 0 01uF 25V K 180pF 50V J 0 33uF 50V M 100pF 50V J 100pF 50V J 100pF 50V J 3300uF 6 3V M 47uF 6 3V M 0 1uF 16V 0 047uF 25V K 100pF 50V J 100pF 50V J 0 1uF 25V 12pF 50V J 30pF TIMER CLOCK 0 01uF 25V K Local FG FG
151. PUT AS CAUSED BY CHANGES IN RECEIVER SENSITIVITY WHEN THE SAME CHANNEL IS RECEIVED MORE THAN ONCE ARE INPUT 12C_DATA2 IN OUT SERIAL DATA TRANSFER OUTPUT FOR MEMORY IC A ENV NDIL AUDIO PB FM ENV INPUT NON HiFi MODE L SECAM H IN SECAM MODE H Avss GND P ON_PULSE POWER ON OFF PULSE CTL_GAIN CONTROL AMP OUT FREQUENCY RESPONSE SWITCHING PAL_PB H PAL PB LSA MECHANISM MODE DETECT A SUB_REQ L DVD CPU RESET LSB MECHANISM MODE DETECT B MESECAM_DET MECHANISM MODE SYSTEM POWER F R CAPSTAN MOTOR REVERSE CONTROL FWD L REV H Y H FRONT S INPUT H RC REMOTE CONTROL DATA INPUT Vss GND NC NC SP SHORT MODE SELECT P50 IN CONTROL SIGNAL FOR TV LINK LP SHORT MODE SELECT R PAUSE COMPU REMOTE PAUSE INPUT AV COMPULINK INPUT NC NC P50 OUT CONTROL SIGNAL FOR TV LINK H REC ST H HiFi AUDIO SOUND RECORDING START NC NC NC NC LM F R S LOADING MOTOR DRIVE ST H NORMAL AUDIO SOUND RECORDING START LSD MECHANISM MODE DETECT D DVD H DVD MODE H NC NC NC NC SB GAIN PWM VOLTAGE CONTROL SIGNAL FOR VIDEO FREQUENCY RESPONSE NC NC NC NC CTL A AV1 OUTPUT SWITCH CONTROL
152. R MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR C RESISTOR C RESISTOR C RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR Description 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 1800 1 4W J 12 1 16W J 18 1 16W J 1200 1 16W J 18 1 16W J 1200 1 16W J 18 1 16W J 470 1 16W J 1 16W J 1 16W J 1 16W J 1 16W J 1 16W J 4 7 1 16W J 4 7 1 16W J 100kQ 1 16W J 4 7kQ 1 16W J 4 7 1 16W J 4 7kQ 1 16W J 10kQ 1 16W J 1 1 16W J 4 7 1 16W J 1kQ 1 16W J 1 16W J 10kO 1 16W J 1 16W J 1 16W J 1 16W J 1 16W J 4 7 1 16 J 10kO 1 16W J 1000 1 16W J 1000 1 16W J 1
153. RE SILVER FRONT PANEL USED NOT USED USED NOT USED USED COVER PAL NTSC lt PAL MESECAM PAL NTSC PB PAL MESECAM Q JJ lt PAL with MANUAL on PAL TV with MANUAL HiFi NTSC PB on PAL TV with HiFi HiFi NTSC PB on PAL TV with HiFi gt 2 2 gt lt JJ T 2 CD VCR 13 LANGUAGES DVD ENGLISH lt VCR ENGLISH VCR 13 DVD ENGLISH FRENCH DVD ENGLISH LANGUAGES DVD ENGLISH FRENCH GERMANY GERMANY FRENCH GERMANY gt CD R RW NOT USED lt ILLUMINATION BLUE NOT USED NOTE Mark lt is same as lt USED lt USED BLUE lt BLUE lt S VHS NOT USED USED S VHS ET NOT USED USED SQPB USED NOT USED RECORDING amp SP LP lt lt lt lt SP LP EP lt PLAYBACK SPEED FRONT INPUT VIDEO AUDIO es ES S VIDEO L R VIDEO AUDIO L R REAR L 1INPUT IN lt Ze es SCART IN OUT OUT RGB Y C RGB COMPORNENT NOT USED e rm m DVD Y Pb Pr lt VIDEO OUT BROADCASTING 2 B G D K m B G D K STANDARD STEREO NICAM zm NICAM A2 lt DECODER OUT CH RF OUT 22 69 22 69CH OFF lt 22 69CH OFF 22 69CH OFF SYSTEMIINITIAL AUTO I AUTOJ G K AUTOJ I AUTOJ G K VCR PLUS VIDEOPLUS SHOWVIEW VIDEOPLUS SHOWVIEW
154. STOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR CMF RESISTOR CMF RESISTOR CMF RESISTOR CMF RESISTOR MG RESISTOR CMF RESISTOR MG RESISTOR Description 1 16W J 9 1kO 1 16W J 18 1 16W J 24 1 16W J 6 8 1 16W J 1 16W J 9 1kQ 1 16W J 1 16W J 0 47Q 1 2W J 2 20 1 16W J 20kO 1 16W J 1 16W J 470 1 16W J 1 16W J 1 16W J 47 1 16W J 47 1 16W J 47 1 16W J 47 1 16W J 47 1 16W J 47 1 16W J 47 1 16W J 00 1 16W J 47 1 16W J 47 1 16W J 47 1 16W J 1 1 16W J 47 1 16W J 47 1 16W J 47 1 16W J 12 1 16W J 47 1 16W J 1 1 16W J 15 1 16W J 47 1 16W J 47 1 16W J 47 1 16W J 1kQ 1 16W J 18 1 16W J 1kO 1 16W J 27 1 16W J 27 1 16W J 4 7 1 16W J 4 7 1 16W J 1 16W J 5 6 1 16W J 00 1 16W J 1 16W J 1 16W J 6800 1 16W J 100 1 16W J 1 16W J 470 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 220 1 16W J 1kQ 1 16W J 00 1 16W J 00 1 16W J 1 16
155. SW24 C SQUELCH H LCH SYNC FBC 9921 sw22 R SDECK O O 35PinGCL 5 O DET O O PILOT ERASE SW17 SVHS L SECAM SW20 0 5Vp P R SDECK DO DET R 4902 AV2 IN DECODER V GND V OUT Y V IN Q912 2 45 J901 AV1 IN OUT 2 46 0 2V 20usec DIV 0 2V 20usec DIV J7002 VHS LINE OUT ONLY USED FOR S VHS MODEL J7005 OUT DVD 0 2V 20usec DIV 0 5V 20usec DIV MAIN VIDEO N AUDIO TO FMA DEMOD 5 2 2Fsc SYSCON C SYNC X TAL VCO OSC SYSCON D FF GER 81 SYSCON MESECAM ENVDET 83 Q VIDEO SW35 SW36 LSEGAM m 4 C ACC THROUGH 50459 88 lt TRAP L SECAM LN 3 VIDEO E swa Q s L SECAM Mc LI 9 CN1 HEAD a gt 5 g DELAY HiFi TRAP gt SW40 WF7 SW41 3 lt 28 11 He LP EP_CH2 li lt LP EP_CH1 7 et ous 8938 5
156. TOR CMF RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR COIL C RESISTOR P COIL COIL P COIL BRACKET PWB CONNECTOR COIL SHIELD CASE DEG MG RESISTOR Description 0 1uF 25V 2 1uF 16V Z 47uF 6 3V M 0 1uF 25V K 4 7uF 25V 0 01uF 50V K 0 1uF 25V 2 0 1uF 25V 2 0 1uF 25V 2 0 01uF 16V M 0 1uF 25V 2 47uF 6 3V M 0 1uF 25V 2 0 1uF 25V 2 0 01uF 50V K 4 7uF 25V M 47uF 6 3V M 1200 1 10W J 1000 1 10W J 2200 1 10W J 2200 1 10W J 1 0 1 10W J 5600 1 10W J 5 1 10W J 12kO 1 10W J 180 1 10W J 39kQ 1 10W D 15 0 1 10W D 1 0 1 10W J 910 1 10W J 1 0 1 10W J 750 1 10W D 3000 1 10W D 00 1 10W J 4700 1 10W J 5600 1 10W J 1uH J 1800 1 4W J 330uH J 220 J 220 J 1 12 100uH J 00 1 10W J TERMINAL BOARD ASSEMBLY lt 06 gt Part No LPA10216 02B LPA10216 01B HA118226F 7623 7623 29 2412 5 250601 A QRS X 2SC3928A QRS X 29 2412 5 250601 5 2SC3928A QRS X DTC144WKA X UN221E X DTC144WKA X or UN221E X 25 1037 258709 2SA1530A QR X 25 1037 0002 Part Name Description TERMINAL BOARD ASSY TERMINAL BOARD ASSY IC SOP IC SOP IC TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR DIGI TRANSISTOR TRANSTSTOR DIGI TRANSISTOR TRANSTSTOR TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR Local FG FG FG
157. TOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR C RESONATOR CRYSTAL Description 1 6kQ 1 16W J 1500 1 16W J 1500 1 16W J 1500 1 16W J 1000 1 16W J 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 10uH 1 24 FFC FPC 1 15 1 5 B B 1 22 B B 1 22 1500 1 10W J 470 1 10W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 16 934 2 27 000MHz Local ABCDE MODEL MARK MODEL MARK HR XV31EX HR XVS30EK HR XVS30EX No YD002 3 21
158. TOR 1000 1 4W J R7054 NRSA02J 104X MG RESISTOR 100kQ 1 10W J L7192 QRE141J 101Y C RESISTOR 1000 1 4W J R7055 NRSA02J 104X MG RESISTOR 100 1 10W J L7193 QRE141J 101Y C RESISTOR 1000 1 4W J R7056 NRSA02J 104X MG RESISTOR 100 1 10W J R7057 NRSA02J 104X MG RESISTOR 100kQ 1 10W J CN7191 QGF1201F2 07 CONNECTOR FFC FPC 1 7 ABCDE R7058 NRSA02J 104X MG RESISTOR 100kQ 1 10W J CN7191 QGF1201F2 11 CONNECTOR FFC FPC 1 11 FG R7059 NRSA02J 104X MG RESISTOR 100kQ 1 10W J J7191 QNN0591 001 PIN JACK AV IN R7060 NRSA02J 104X MG RESISTOR 100kQ 1 10W J J7194 QND0084 001 S JACK S VIDEO FG R7061 NRSA02J 104X MG RESISTOR 100kQ 1 10W J S7014 QSW0456 002Z TACT SWITCH POWER R7062 NRSA02J 104X MG RESISTOR 100kQ 1 10W J S7015 QSW0456 002Z TACT SWITCH EJECT R7063 NRSA02J 104X MG RESISTOR 100 1 10W J R7064 NRSA02J 104X MG RESISTOR 100kQ 1 10W J R7077 NRSA02J 104X MG RESISTOR 100 1 10W J R7078 NRSA02J 104X MG RESISTOR 100 1 10W J 7079 NRSA02J 104X MG RESISTOR 100kO 1 10W J LOADING MOTOR BOARD ASSEMBLY 55 R7080 NRSA02J 104X MG RESISTOR 100kO 1 10W J Symbol No Part Name Description Local R7081 NRSA02J 104X MG RESISTOR 100 1 10W J R7082 NRSA02J 104X MG RESISTOR 100 1 10W J R7084 NRSA02J 104X MG RESISTOR 100kQ 1 10W J R7085 NRSA02J 104X MG RESISTOR 100 1 10W J R7086 NRSA02J 104X MG RESISTOR 100 1 10W J R7087 NRSA02J 104X MG RESISTOR 100 1 10W J 27088 NRSA02J 104X MG RESISTOR 100kQ 1 1011 J SWITCH BOARD ASSEMBLY
159. The absolute value sensor is defective The soldered parts have separated The pull up resistor at the absolute sensor output is defective The soldered parts have separated Contact failure or soldering failure of the pins of the connector board to board to the absolute value sensor The absolute value sensor data is not sent to the System Controller CPU The FG sensor is defective The soldered parts have separated The pull up resistor at the FG sensor output is defective The soldered parts have separated Contact failure or soldering failure of the pins of the connector board to board to the FG sensor The power 5V to the sensor is not supplied Connection failure soldering failure The FG pulse is not sent to the System Controller CPU The tilt motor is defective The soldered parts have separated The drive power to the tilt motor is not supplied Connection failure soldering failure The tilt motor drive MDA IC is defective Auto recovery of the DD tilting cannot take place due to overrun The supply reel pulse is not generated in the FWD transport mode PLAY FWD SEARCH FF etc because 1 PLAY FWD SEARCH FF is started while the tape in the inserted cassette is cut the middle 2 A mechanical factor caused tape slack inside and outside the supply reel side of the cassette shell In this case the supply reel will not rotate until the tape slack is removed by the FWD transport so the pulse i
160. U U U U U U U U U U U 0 0002 gt gt Z J U J J J J JZ JZ J J JZ J JZ JZ JZ J J JZ J J J J J J J U J JZ JZ J J J JZ JZ JZ JZ JZ JZ J J J J J J J J J J J J JZ J J J J J J J J D DU J U gt DU DU DU DU DU DU DU DU DU DU DU DU DU U U U U U U U U U U U U U U 070707070207 D gt gt gt gt gt gt D J J gt gt J J 000 JZ gt gt gt gt UU gt D J J J J 000 002000 002 D DU D U gt 22 gt gt DU DU gt 002002 DU gt UU U U U gt 720 gt gt U U U U POD 0 B G B C C C6715 A B C C 1 d 148 C6716 A B C 18M 5 gt 6717 gaz 8 88 6718 B 58 4 6719 BC C C 89 g l9 3 25 6720 A D B C WT 6721 C B ge osa
161. UCTANCE VALUES ARE IN H VVV lt V B E R968 R370 7005 ALL CAPACITANCE VALUES ARE IN IF_SEL_YV_IN 15 C980 C983 87739 87341 CN915 710 SES GND 14 gt ELEcTRoLYTIC w V VHS MODEL 5 12 PIN W GA GEERT 60036 o3 LINE OUT SVHS MODEL 1 12 55 MAIN TERMINAL HY PoLAR ul gue um N7101 O CN914 oum DEC_OUT R GND A IN1 L 4 589 DVD DAC OUT SIGNAL Kri e DTA144W __ 7 A IN2 R GND 0918 1 19 8 5 Bow 10 a u R961 220 Sr DVD_OUTIL GND 15 A MUTE2 L 16 10554001 revO A B C 223 D 2 24 E F G DISPLAY AND SW JACK SCHEMATIC DIAGRAMS 7 K B DATA TO SYS 8 KEY1 5 K_B CLK amp K B DATA FR SYS TO MAIN SYSCON TO MAIN SYSCON DC3 5V DC3 5V 3 AL3 3V 4 GND D 5 S C MUTE 5 CPURST 7 INTP SSPCLKO 3 SSPINO 10 SSPOUTO 11 FLCS 12 SWUPDN 13 SWOPEN 14 LMMUTE CN7003 TOPEN 2 TCLOSE 4 RESET IN 9 KEY2 10 GND 11 GND 12 RC 13 AL5V 14 29V
162. W J 00 1 16W J 1kQ 1 16W J 00 1 16W J 00 1 16W J 1 0 1 16W J 1 16W J 1kQ 1 16W J 1 0 1 16W J 4700 1 16W J 1 16W J 1 2 1 16W D 1 1 16W D 1kQ 1 16W D 1kQ 1 16W D 100 1 16W J 1kQ 1 16W D 1 6 1 16W J ABCDE FG FG ABCDE N Symbol R574 R575 R576 R578 R583 R584 R589 R590 R591 R592 Part No NRSA63J 162X NRSA63J 151X NRSA63J 151X NRSA63J 151X NRSA63J 101X NRSA63J 332X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NRSA63J 0R0X NQL044K 100X QGF0523F1 24W QGF1016F2 15W QGF1016F2 05W QGB2027L1 22X QGB2027L1 22X NRSA02J 151X NRSA02J 470X NQR0129 002X NQR0129 002X NQR0339 001X NQR0339 001X NQR0339 001X NQR0339 001X NQR0339 001X NQR0129 002X NQR0129 002X NQR0129 002X NQR0129 002X NQR0129 002X NQR0129 002X NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NRSA63J 0ROX NAX0566 001 X NAX0550 001X Part Name MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR MG RESISTOR COIL CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR MG RESISTOR MG RESISTOR FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS FERRITE BEADS MG RESISTOR MG RESISTOR MG RESISTOR MG RESIS
163. X 1 2 104 531 470 NDC31HJ 470X NCB31CK 183X NCB31HK 102X 1 2 104 NCB31CK 103X NCB31CK 104X NCB31CK 103X 1 2 104 NCB31CK 104X NCB31CK 104X 1 2 104 1 2 104 NCB31CK 104X NCB31CK 104X 1 2 104 531 101 NDC31HJ 101X 1 2 104 531 101 NDC31HJ 101X 1 2 104 1 2 104 1 2 104 NCB31CK 104X 1 2 104 1 2 104 531 101 NEA70GM 476X NCB31HK 102X NCF31CZ 104X NEA70JM 227X NEA70JM 227X NCF31CZ 104X NCF31CZ 104X NCF31CZ 104X NCF31CZ 104X NDC31HJ 150X NDC31HJ 180X 1 2 104 1 2 104 1 2 104 1 2 104 531 471 531 471 531 471 102 104 1 2 104 1 2 104 531 471 1 2 104 1 2 104 NEA70GM 476X NEA70GM 476X NCS31HJ 471X Part Name C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR E CAPACITOR E CAPACITOR E CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAPACITOR C CAP
164. X HR XVS30EK HR XVS30EX FINAL ASSEMBLY lt 2 gt Part No Part Name Description Local LP10490 013A FRONT PANEL ASSY 1 LP10492 007C FRONT PANEL ASSY LP10490 017A FRONT PANEL ASSY C LP10490 012A FRONT PANEL ASSY D LP10492 009C FRONT PANEL ASSY E LP10490 008A FRONT PANEL ASSY F LP10490 007A FRONT PANEL ASSY 0 LP21181 003A CASSETTE DOOR C LP21181 001A CASSETTE DOOR AD LP21188 002A CASSETTE DOOR BE LP21181 002A CASSETTE DOOR FG PQ46448 TORSION SPRING LP31269 002A ORNAMENT C DOOR BE LP31271 002A ORNAMENT C DOOR AC DFG PU60109 CATCHER x2 LP21191 013A DOOR L 1 LP21191 017A DOOR L C LP21191 012A DOOR L D LP21191 008A DOOR L F LP21191 007A DOOR L G LP21192 005A DOOR R C LP21192 003A DOOR R ADFG QYTDSF2608Z TAP SCREW M2 6 x 8mm DISPLAY JACKO LP40990 001A SPECIAL SCREW FRONT PANEL x2 BE LP40990 001A SPECIAL SCREW FRONT PANEL LP10488 004B TOP COVER C LP10488 002B TOP COVER ABDEFG QYSBSG3006M TAP SCREW M3 x 6mm SIDE x2 C QYSBSG3006N TAP SCREW 3mm x 6mm SIDE x2 ABDEFG QYSBSG3006M TAP SCREW x 6mm REAR x6 C QYSBSG3006N TAP SCREW 3mm x 6mm REAR x6 ABDEFG LP31261 003A FITTING ASSY C LP31261 001A FITTING ASSY AD LP31261 002A FITTING ASSY FG LP41077 001A LABEL CAUTION LP31288 006A STICKER TOP ABC LP31288 005A STICKER TOP DE LP31288 002A STICKER TOP LP31288 001A STICKER TOP G LP10489 001B BOTTOM CHASSIS LP21177 001B BRACKET DVD LP21182 001A HEAT SINK
165. ange the pick up Just after you exchange the spindle motor Just after you exchange the traverse mechanism base NOTE Please perform all initialization when you exchange the parts above and also when you remove the parts above Just after the flap adjustment of the pick up guide shaft 1 Set the main body at test mode 2 Press the REVERSE SKIP INDEX key of the remote controller for more than 2 seconds 3 When all initialization is completed the FDP changes from 0 to 33 NOTE After all initialization be sure to perform optimization adjustment of Front End parameter 1 22 0002 4 4 5 Optimization adjustment of Front parameter Adjustment to optimize Front End parameter must be performed in each mechanism assembly of this model for high speed start ing Please perform optimization according to the following procedures just after all initialization is completed and when FL display shows anything except 0 For example when FDP shows 1 2 and 3 at test mode 1 Press POWER button of the front panel to turn the main body on not to set the main body at test mode 2 Insert the test disc VT 501 or commercial dual layer DVD software Remove the disc when the FL display changes from READ to disc information Perform the same procedures as in 2 and 3 above by using the test disc CTS 1000 or commercial CD DA software Set the main body at test mode and check that the FDP
166. ary encoder C Cleaning X Inspection or Replacement if necessary 3 DISASSEMBLY 3 14 Removing the major parts 3 1 1 Two of double arrows in connection tables respectively show kinds of connector wires Flatwire Wire Destination of connectors 9 Board to board B B he connector of the side to remove CONN N Main CN101 gt Digital CN761 WR2b Main CN103 lt gt Digital 762 B Destination of connectors 1 ee 1 1 7 U D CN502 Main CN7301 servo control CN502 Regulator CN5303 WR6b Regulator CN5301 3 1 2 How to read the procedure table This table shows the steps for disassembly of the externally fur nished parts and board assemblies Reverse these steps when re assembling them Top cover 3 1a 4 51 510 3 11 2 SD1a P1a W1a 2 51 CN5302 DVD 301 VD Main CN5313 1 4 4 2 2 1 Main CN5311 1 1 1 lt Note 1 gt Bracket 1 2 5 1 Order of steps Procedure When reassembling perform the step s in the reverse or der These numbers are also used as the identification loca tion No of parts Figures 2 Part name to be removed or installed 3 Fig No showing procedure or part location 4 Identification of part to be removed unhooked unlocked released u
167. assette tape type is not identified 6 Cassette tape winding position The cassette tape winding position at the moment of EMG is dis played by dividing the entire tape from the beginning to the end in 21 sections using a hex number from 00 to 14 00 End of winding 14 Beginning of winding FF Tape position not identified 7 Cassette tape type 2 Winding area Reference Word data Beginning End 00 Cassette type not identified 25 08 Smal ee ek eer 05 06 Small reel thick tape T 20 05 9 0661 05 C cassette thick tape 20 0599 05 1 0 07 06 C cassette thin tape TC 40 0623 063D 0C41 0CC3 06 C cassette thin tape TC 30 0611 0638 0 0 2 107 08 Small reel thick tape 40 07CC 08E5 Small reel thick tape T 60 09FD 0B78 Small reel thick tape T 80 DF 160 0C20 Small reel thick tape T 90 DF 180 0031 10 Small reel thick tape 100 0243 1075 12 Small reel thin 140 1021 1200 13 Small reel thick tape T 120 DF 240 1073 1313 Display Cassette tape type lt 2 gt 14 Small reel thick tape T 130 1185 1429 2 14 Small reel thin tape T 160 13 14 Small reel thin 210 420 1373 1463 13 14 Small reel thin tape T 180 DF 360 1357 14C0 13 14 Small reel thi
168. at shipment to match the characteristics of the optical block Do not change the setting of these half fixed resistors for laser power adjustment 1 4 2 Destruction of Traverse Unit and Laser Pickup by Static Electricity Laser diodes are easily destroyed by static electricity charged on clothingor the human body Before repairing peripheral elements of the traverse unit or pickup be sure to take the following electrostatic protection 1 Wear an antistatic wrist wrap 2 With a conductive sheet or a steel plate on the workbench on which the traverse unit or the pick up is to be repaired ground the sheet or the plate 3 It solders to two short circuit sections on the substrate of a pick up 4 After removing the flexible wire from the connector CN101 short circuit the flexible wire by the metal clip 5 Short circuit the laser diode by soldering the land which is provided at the center of the flexible wire for the pickup After completing the repair remove the solder to open the circuit Pick up Short circuit ER am e 4 DVD SERVO CONTROL BOARD Please refer to the SECTION3 DISASSEMBLY method for details No YD002 1 7 2 SPECIFIC SERVICE INSTRUCTIONS 21 Different table of feature The following table indicates main different points between models HR XV31EK HR XV32EK HR XV31EX and HR XVS30EX BODY COLOR PURE SILVER BLACK PU
169. d 3 are for adjustment of tilt and the screw 2 for azi Head base Fig 4 2d No YD002 1 19 4 2 4 A C head phase X value Signal 1 Alignment tape SP stairstep PAL MHPE 2 Alignment tape LP stairstep PAL MHPE L Mode PB Equipment Oscilloscope Measuring point TP106 PB FM TP111 D FF Adjustment part A C head base Mechanism assembly External trigger Specified value Flat V PB FM waveform 4 3 Electrical adjustment VHS SECTION Note The following adjustment procedures are not only necessary after replacement of consumable mechanical parts or board assemblies but are also provided as references to be referred to when servicing the electrical circuitry In case of trouble with the electrical circuitry always begin a service by identifying the defective points by using the measur Adjustment tool Roller driver PTU94002 1 Play back the alignment tape A1 2 Apply the external trigger signal to D FF E to observe the V PB FM waveform at the measuring point D 3 Set the VCR to the manual tracking mode 4 Loosen the screws 4 and 5 then set the Roller driver to the innermost projected part of the A C head See Fig 4 2e 5 Rotate the roller driver so that the A C head comes closest to the capstan From there move the A C head back grad ually toward the drum until the point where the FM wave for
170. detail information lt 2 gt is the reference information stored using the remaining tape detection function of the cassette tape As a result it may not identify cas sette correctly when a special cassette tape is used or when the tape has variable thickness EJECT Odd number 5 Cassette tape type lt 1 gt Display lt 1 gt Cassette type not identified Large reel small reel T 0 to T 15 T 130 to T 210 not classified Small reel thick tape T 120 identified thin tape T 140 identified Large reel T 0 to T 60 identified Small reel thick tape T 130 identified thin tape T 160 to T 210 identified Small reel thick tape C cassette T 0 to T 100 C cassette not classified Small reel thick tape C cassette T 0 to T 100 C cassette being classified C cassette thick tape TC 10 to TC 20 identified Small reel thick tape T 0 to T 100 identified C cassette thin tape TC 30 to TC 40 identified C cassette thick tape thin tape TC 10 to TC 40 not classified Notes Cassette tape type 1 is identified a few times during mode transition and the identification count is variable depending on the cassette tape type If an EMG occurs in the middle of identification the cassette tape type may not be able to be identified If other value than those listed in the above table is dis played the c
171. e B2 and play back the recorded signal 11 Set the VCR to the manual tracking mode 12 Repeat steps 3 to 7 in the mode B2 13 Record the signal A3 in the mode B3 and play back the recorded signal 14 Set the to the manual tracking mode 15 Repeat steps 3 to 7 in the mode B3 Fig 4 3b EE Y PB Y lebel 4 3 3 Syscon circuit Notes When perform this adjustment remove the Mechanism assembly 4 3 31 Timer clock Signal A1 B EE C Frequency counter D1 IC3001 pin 44 D2 IC3001 pin 103 03 signal Equipment Measuring point C3054 and C3025 TIMER CLOCK G 1024 008 0 001 Hz 976 5549 0 0010 usec Adjustment part Specified value 1 Connect the frequency counter to the measuring point D1 2 Connect the short wire between the short point D2 and Vcc 5V 3 Short the leads of capacitor D3 once in order to reset the microprocessor of the Syscon 4 Disconnect the short wire between the short point D2 and Vcc then it again 5 Adjust the Adjustment part F so that the output frequency becomes the specified value G 4 3 4 Audio circuit S VHS models Notes GND Ground should be taken from the Tuner shield case 4 341 Audio REC FM Ext input Audio No signal Video Color colour bar signal PAL S VHS LP Oscilloscope TP2253 A PB FM TP111 D FF VR2251 R
172. he remote controller in test mode changes the mode as follows LI Becames test mode II dip 55 Version of firmware FDP becames all lighting E EE Check mode Notused 4 4 2 Method of displaying version of firmware 1 Set the main body at test mode 2 Press SET UP MENU key of the remote controller once Then version number and alphabetical letter of the system controller and the back end are displayed in the FL display as follows FDP Example 07 19 16 Back end Front end System controller 4 4 3 Initialization method Please initialize according to the following procedures in the following case e Just after you upgrade the firmware After you confirm the symptoms that a customer points out First Initialize and then confirm whether the symptoms are improved not After servicing before returning the main body to a customer Initialized main body should be returned to a customer 1 Set the main body at test mode 2 Press PAUSE key of the front panel or transmit the code from the Jig 3 When initialization is completed the FDP changes from 0 to 00 The left of 00 is not always It shows parameter adjustment status 4 4 4 All initialization method Please perform all initialization according to the following procedures in the following case Just after you exch
173. ich codes from the Jig RCU can be received 2 Transmit the code E5 from the Jig RCU 3 Release the lug of the Cassette holder and then slide the Cassette holder toward the direction where the Cassette holder is loaded by manually 4 The cassette holder lowers and when the loading has completed the mechanism enters the desired mode When the VCR is set to the Mechanism service mode the symbols Timer in the FDP LED are blinked 2 4 2 How to exit from the Mechanism service mode 1 Unplug the power cord plug from the power outlet 2 5 Maintenance and inspection 2 5 1 Cleaning Regular cleaning of the transport system parts is desirable but practically impossible So make it a rule to carry out cleaning of the tape transport system whenever the machine is serviced When the video head tape guide and or brush get soiled the playback picture may appear inferior or at worst disappear re sulting in possible tape damage Note Absolutely avoid sweeping the upper drum vertically as this will cause damage to the video head 1 When cleaning the upper drum especially the video head soak a piece of closely woven cloth with alcohol and while holding the cloth onto the upper drum by the fingers turn the upper drum counterclockwise 2 To clean the parts of the tape transport system other than the upper drum use a piece of closely woven cloth or a cot ton swab soaked with alcohol 3 After cleaning make sure tha
174. in the slow mode 7 Repeat steps 3 to 8 Repeat steps 1 to Note FWD slow 1 6 playback transmit the code 08 from the Jig RCU to enter the slow playback mode and transmit the code DO for REV slow 1 6x mode 4 3 2 Video circuit 4 3 2 1 Y PB S VHS level Ext S input Ext input Color colour bar signal EE SP S VHS SP VHS SP Oscilloscope Y OUT terminal Jig code 557 A 11 Jig code 21 twice Jig code 18 19 Channel 1 00 0 05 75 ohm terminated Jig RCU PTU94023B 6 in the REV slow 1 6x mode 7 in the mode B2 Measuring point EVR mode EVR address Specified value Adjustment tool 1 Input the signal A3 from the input point A1 2 Set the VCH to the mode B1 3 Observe the Y OUT waveform at the measuring point D 4 Set the VCR to the EVR mode by transmitting the code F1 from the Jig RCU 5 Set the EVR address to F2 by transmitting the code F3 from the Jig RCU Transmit the code F4 from the Jig RCU to adjust so that the Y level of the Y OUT waveform becomes the specified value G 7 Release the EVR mode of the VCR by transmitting the code F1 from the Jig RCU again When the EVR mode is released the adjusted data is memorized 8 Input the signal A3 from the input point A2 9 Repeat steps 3 to 7 in the mode B1 10 Record the signal A3 in the mod
175. ing the Front panel assembly lift the Cassette door slightly Switch lever Switch knob Fig 3 1a lt Note 3a gt e When reattaching the Mechanism assembly secure the screws S3a to S3b in the order of 1 2 3 Note 3b e When reattaching the Mechanism assembly be sure to align the phase of the Rotary encoder on the Main board assembly When reattaching the Mechanism assembly set the Mecha nism assembling mode See MECHANISM ASSEMBLY SERVICE MANUAL No 86700 When reattaching the Mechanism assembly to the Main board assembly take care not to damage the sensors and switch on the Main board assembly No YD002 1 11 Note 3c e When reattaching the Drum assembly secure the screws S3c to S3e in the order of c d e S3d Mechanism assembly assembly Note 3c NOTE Attach the Drum assembly appropriately since the installation state of the Drum assembly influences the FM WAVEFORM LINEARITY greatly Fig 3 1b When handling the drum assembly alone hold it by the motor or shaft Be careful not to touch other parts especially the vid eo heads Also take care not to damage the connectors Video heads Shaft Motor P Fig 3 1c 1 12 70002 HOLD PART OF ROLLER ARM ASS Y WHILE ATTACHING INERTIA PLATE INERTIA PLATE SHOULD BE ATTACHED SO AS TO SER SMALL DIAMETER OF CENTRAL ROUND HOLE ABOVE POSITION ROLLER S INSTALLATION HOL
176. it is required to set the VCR to the Jig RCU mode the mode in which codes from the Jig RCU can be received As both of the above two modes are stored in the EE PROM it is required to set the VCR back to the User mode each time that an adjustment is made or to check that the neces sary operations have been completed These modes can be set by the operations described below Note Confirm the RCU mode when exchanged parts Since some SERVICE PARTS sets the VCR to the Jig RCU mode as initial setting Therefore please set the VCR to the user RCU mode after replacing the EEPROM User RCU mode Ly displayed Fig 2 3a User Jig RCU mode 2 3 1 Setting the Jig RCU mode 1 Turn on the power 2 Press the following remocon keys continuously within 2 seconds SET UP MENU 5 2 5 8 5 When the VCR is set to the Jig RCU mode the symbols in the time display of the FDP are turned off Refer to Fig 2 3a No YD002 1 9 2 3 2 Setting the User mode 1 Turn power 2 Press the REC and PAUSE buttons of the VCR simul taneously Alternatively transmit the code 80 from the Jig 24 Mechanism service mode This model has a unique function to enter the mechanism into ev ery operation mode without loading of any cassette tape This function is called the Mechanism service mode 2 4 1 How to set the Mechanism service mode 1 Set the VCR to the Jig RCU mode the mode in wh
177. kQ 1 16W J 22 1 16W J 18 1 16W J 470 1 16W J 750 1 16W J 750 1 16W J 750 1 16W J 750 1 16W J 750 1 16W J 100Q 1 16W J 100Q 1 16W J 10uH J 10uH J 1kQ 1 16W J 1300 1 4W J 00 1 16W J 1kQ 1 16W J 750 1 16W J 750 1 16W J 750 1 16W D 750 1 16W D 750 1 16W D 100Q 1 16W J 100Q 1 16W J 100uH J 100uH J 100Q 1 4W J 100Q 1 16W J 100Q 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 3300 1 2W J 3302 1 2W J 10kQ 1 16W J 10kQ 1 16W J 2 2 1 16W J 2 2 1 16W J 2200 1 16W J 2200 1 16W J 00 1 16W J 00 1 16W J 00 1 16W J 27kQ 1 16W J 47kQ 1 16W J 1 0 1 16W J 39kQ 1 16W J 10kQ 1 16W J 10kQ 1 16W J 0Q 1 16W J 0Q 1 16W J 750 1 16W D 750 1 16W D 750 1 16W D 4 7uH J 4 7uH J 1uH J 4 7uH J 4 7uH J 4 7uH J 4 7uH J 0 22uH J 4 7uH J 4 7uH J 10uH J 1uH J 10uH J Local FG FG FG FG FG FG FG FG FG A Symbol No L918 L919 L7703 L7704 B903 CN913 CN914 CN915 CN915 J901 J902 J7005 J7007 A Symbol No PW1 A Symbol No PW1 PW1 PW1 7001 7001 7002 7002 7003 07003 07003 07004 07004 07002 07002 07003 07021 07021 7001 7002 7003 7008 7009 7011 7017 R7001 R7002 R7003 0 or or 0 or Part No QQL29BJ 100Z QQL29BJ 100Z QQL071J 150Y QQL071J 150Y NRSA63J 0ROX 0682024 1 145 0682024 1 165 0682024 1 085 0682024 1 125 QNZ0627 001 QNZ0627 001 QNN0599 002 0295 002 QNZ
178. lied to the MDA Power M12V is not supplied to the drum MDA The cassette cannot be ejected due to a failure in the drive mechanism of the housing When the housing load increases during ejection the loading motor is stopped because of lack of headroom in its drive torque Housing load increasing factors Temperature environment low temperature etc mechanism wear or failure The sensor switch for detecting the end of ejection are not functioning normally The loading motor drive voltage is lower than specified or power M12V is not supplied to the motor MDA When the user attempted to eject a cassette a foreign object or perhaps the user s hand was caught in the opening of the housing The capstan could not start or the capstan rotation has stopped due to too large a load on the tape because 1 The tape tension is abnormally high mechanical lock 2 The tape is damaged or a foreign object grease etc is adhered to the tape occurrence of tape entangling etc The capstan FG pulse did not reach the System controller CPU because 1 The signal circuit is disconnected in the middle 2 The FG pulse generator MR device of the capstans is faulty The capstan control voltage CAPSTAN CTL V is not supplied to the MDA Power M12V SW5V are not supplied to the capstan MDA The SW 5 power supply circuit is shorted with GND The SW 12 power supply circuit is shorted with GND
179. m Traverse mechanism assembly Fig 3 2g 3 2 3 Removing the elevator See Figure 3 2h and Figure 3 2 Prior to the following procedure remove the traverse mecha nism assembly 1 Remove the two arms of the elevator from the two parts f by moving the arms in a direction of the arrow 2 Pull out the elevator in a rear direction Elevator Attaching the elevator Engage the two holes g to the two shafts on the front part of the elevator And then attach the elevator No YD002 1 15 3 2 4 Removing the loading See Figure 3 2 Figure 3 21 Prior to the following procedure remove the tray the traverse mechanism assembly and the elevator 1 Remove the belt from the pulley 2 Remove two screws C attaching the loading motor 3 Remove two solders h on the switch board Belt Loading base Slide cam 3 3 Traverse mechanism assembly 3 3 1 Removing the pickup
180. m is maximized for the second time and then tighten the screws 4 and 5 temporarily 6 Play an alignment tape A2 and set to the manual tracking mode 7 Fine adjust A C head base position to maximize the FM waveform and then tighten the screws 4 and 5 firmly 8 Play alignment tapes A1 and A2 and confirm that the FM waveforms are maximized when the tracking is at the cen ter position the drum Goler driver Toward the capstan Toward the drum A C head Screw 5 Alignment tape EP LP stairstep played with the EP LP head Alignment tape SP stairstep played with the SP head Waveform output X value adjustment point Drum side Control head position Capstan side gt gt Maximum Fig 4 2f 1 20 No YD002 ing instruments as described in the following electrical adjust ment procedures After this proceed to the repair replacement and or adjustment If the required measuring in struments are not available in the field do not change the ad justment parts variable resistor etc carelessly 4 3 4 Servo circuit 4 3 1 4 Switching point Stairstep signal Alignment tape LP stairstep PAL MHPE L PB Oscilloscope VIDEO OUT terminal 75 ohm terminated TP106 PB FM External trigger Adjustment part Specified value TP111 D FF Jig RCU Code 5A 6 5 0 5H VHS models 7 5 0 5 S VHS models Jig RCU PTU940
181. m the adjustment in a following procedure See Fig 4 2a a Remove the top frame cassette holder and side frames L R all together refer to the SERVICE MANUAL No 86700 MECHANISM ASSEMBLY b Rotate the loading motor gear to move the control plate so that the triangular stamping to the left of the P stamping is aligned with the stamping a on the main deck This positioning is mode B1 c Adjust by turning the adjustment pin so that the tip of the tension arm is aligned with the stamping b on the main deck d Rotate the reel disk S by about one turn clockwise and make sure that the round hole of the adjustment pin is located in the OK range If it is outside this range restart the adjustment from the beginning After completion of the adjustment rotate the loading gear motor to return it to the mode B2 position TENSION ARM CONTROL PLATE ADJUST PIN 4 2 2 FM waveform linearity Signal At Alignment tape SP stairstep PAL MHPE Proper waveform variation A2 Alignment tape LP stairstep PAL MHPE L PB TP111 DEE F ue Guide roller Mechanism assembly Mode Equipment Measuring point
182. n tape T 168 2 1395 14 14 Small reel thick tape 300 13A8 14CE 16 Large reel T 20 1536 1618 17 Large reel T 30 1647 175A 18 Large reel T 40 1759 189C Large reel T 60 1989 1B2F 12D3 141F Note e The values of cassette tape type 2 in the above table are typical values with representative cassette tapes 5 3 7 EMG detail information 3 Three deck operation modes preceding the deck operation mode in which the EMG occurs may be confirmed based on the figures in the EMG information detail 3 For the contents of the dis played information see the table Deck operation mode in sec tion 5 3 5 EMG detail information lt 1 gt No YD002 1 31 5 4 Troubleshooting DVD SECTION Press OPEN CLOSE key Is tray operation correct Is the traverse moving along the innermost perimeter for SW detection Confirmation of tray drive circuit and circuit in surrounding See 5 5 3 Traverse movement error in Check points for individual errors See 5 5 2 Disk detection distinction error immediately after vertical movement of the pick up lens The state that DISC does not rotate continues for several seconds and becomes NO DISC or an error display afterwards The rotation of DISC becomes high speed and abnormal and becomes NO DISC or an error display afterwards Is focus retraction OK PATE gt OFF ON Even when it
183. nplugged unclamped or unsoldered P Spring W Washer S Screw L Locking tab SD Solder CN WR Remove the wire WR from the connector CN Note The bracketed WR of the connector symbol assigned nos in priority order and do not corre spond to those on the spare parts list 5 Adjustment information for installation 3 1 3 Disassembly procedure Front panel assembly Display board assembly Jack board assembly lt Note 2a gt lt Note 2b gt lt Note 2a gt lt Note 3a gt lt Note 3b gt lt Note 3c gt Mechanism assembly Drum assembly Inertia plate Roller arm assembl 4 L3a unit 314 3 544 44 540 Bracket 2 54 5302 501 CN7301 CN502 Rear cover 7 S5a S5b 3 L5a 6 Regulator board assembly 3 S6a CN5303 WR63 CN5301 WR6b p Main board assembly 3 10 Note 2 gt e Be to damage the connector and wire etc during connection and disconnection When connecting the flat wire to the connector be careful with the flat wire direction Note 2b When reattaching the Front panel assembly make sure that the door opener of the Side frame is lowered in position or to the reinstallation When reattaching the Front panel assembly pay careful attention to the switch lever of the Front panel assembly not to make it touch the switch knob of the Main board assembly from the side When reattach
184. on the part No of the System Control microcomputer IC3001 built into the VCR In the following refer to the figure carrying the same two characters as the top two characters of the part number of your IC The sensor information in the OSD display contents 15 partially different from the mechanism sensor informa tion in EMG detail information lt 1 gt For only Deck operation mode See EMG detail information lt 1 gt BB Mechanism operation mode See EMG detail of information lt 1 gt CC Mechanism transition flag DD Capstan motor control status EE Loading motor control status FF Sensor information See sensor information details GG Capstan motor speed HH Key code JVC code I Supply reel winding diameter data higher 8 bits JJ Supply reel winding diameter data lower 8 bits KK Mechanism sensor information amp mechanism mode posi tion See EMG detail of information lt 1 gt LL Tape speed data higher 8 bits MM Tape speed data lower 8 bits NN Cassette tape type 2 higher 8 bits See EMG detail of information lt 2 gt OO Cassette tape type 2 lower 8 bits See EMG detail of information lt 2 gt PP General data display area General data display area FF Sensor information details Display Encoder data See Mechanism mode sequence Cassette tab present 1 Cassette tab broken 0 Cassette absent 1 Cassette present 0 Start sensor End
185. onnections from the Main board and Mechanism assemblies to the other major parts be sure to remove them including wires connected to the major parts first before performing step 2 When carrying out diagnosis and repair of the Main board assembly in the Service position be sure to ground both the Main board and Mechanism assem blies If they are improperly grounded there may be noise on the playback picture or FDP counter display may move even when the mechanism is kept in an inop erative status n order to diagnose the playback or recording of the cassette tape set the Mechanism assembly to the re quired mode before placing it upside down If the mech anism mode is changed including ejection while it is in an upside down position the tape inside may be dam aged For some models the mechanism and board assem blies are attached by connectors only When carrying out a diagnosis or repair of the boards in the Service position make sure that the connectors are not dis connected Main board assembly Regulator board assembly TP111 DEE TP4001 CTL P Z TP106 FM TP2253 A PB FM TP2254 A REC FM Display board assembly Jack board assembly Fig 2 2a 2 3 Jig RCU mode This unit uses the following two modes for receiving remote con trol codes 1 User RCU mode Ordinary mode for use by the user 2 Jig RCU mode Mode for use in production and servicing When using the Jig RCU
186. ools Used Not used Mechanism compatibility Electrical adjustment adjustment Roller driver J ig RCU Back tension cassette gauge Alignment Alignment tape MHPE L Alignment tape MHP L Roller driver Jig RCU Back tension cassette gauge PTU94002 PTU94023B PUJ48076 2 Alignment tape SP stairstep PAL MHPE CD DA test disc CTS 1000 4 1 4 Color colour bar signal Color colour bar pattern Colour bar signal PAL Colour bar pattern PAL White 100 75 White 75 2 0 7 Burst 0 3 V White 00 Horizontal U B Y 4 1 5 Switch settings When adjusting this unit set the VCR mode and switches as described below e When using the it is required to set the VCR to the Jig RCU mode See SECTION 2 SPECIFIC SERVICE IN STRUCTIONS Jig RCU Data transmitting method Depress the 2 3 button 43 00 J after the data code is set 43 00 INITIAL MODE 43 A CODE DATA CODE Fig 4 1a Jig PTU94023B Set the switches as shown below unless otherwise specified on the relevant adjustment chart The switches that are not list ed below can be set as desired If the VCR is not equipped with the functions detailed below setup is not required AUTO PICTURE VIDEO CALIBRATION OFF B E S TJD S P C PICTURE CONTROL SMART PICTURE NORMAL NATURAL VIDEO STAB
187. p side Seta temporary level of the height of the A C head in ad 7 Unload the cassette tape once play back the alignment vance to make the adjustment easier after the A C head tape A1 again and confirm the V PB FM waveform has been replaced Refer to the SERVICE MANUAL Roller driver 8 After adjustment confirm that the tape wrinkling does not No 86700 MECHANISM ASSEMBL Y occur at the roller upper or lower limits See Fig 4 2b Perform adjustment step 9 only for the models equipped Signal au LUCIUS Sp with SP mode and EP or LP mode 006 SCH Equipment Oscilloscope Perform adjustment step 9 only for the models Measuring point AUDIO OUT terminal equipped with SP mode and EP or LP mode TP4001 CTL P 9 Repeat steps 1 to 8 by using the alignment tape A2 External trigger TP111 D FF Adjustment part A C head Mechanism assembly Impreper Proper Specified value G Maximum waveform 1 Play back the alignment tape A 2 Apply the external trigger signal to D FF E to observe the a GUIDE ROLLER AUDIO OUT waveform and Control pulse waveform at the measuring points D1 and D2 in the ALT mode 3 Set the VCR to the manual tracking mode 4 Adjust the AUDIO OUT waveform and Control pulse wave form by turning the screws 1 2 and 3 little by little until both waveforms reach maximum The screw 1 b GUIDE POLE Fig 4 2b muth an
188. retracts correctly if it is out of focus and makes repeated retries with a clicking sound it is in error N See 5 5 4 Focus error in Check points for individual errors Is tracking retraction OK re N 5 5 5 Tracking ON error Check points for individual errors OFF ON If TE waveform reappears or fails to converge after the TE retraction it is in error Is the spindle servo locked correctly in Check points for the OUT individual errors locked correctly Fig 5 4a 1 32 No YD002 N 5 5 5 6 Spindle CLV error in Check points for individual errors See 5 5 1 Spindle startup error in Check points for individual errors A Two layers of DVD only N 5 5 8 Inter layer jump error Is the inter layer jump OK e EO LI Has the disc information been collected N 5 5 7 Address read error k N Check 5 5 9 5 5 10 5 5 11 and gt 5 5 12 items in Check points for individual errors Stop will result Is playbac possible OK 5 5 Check points for each error DVD SECTION 5 5 1 Spindle start error 1 Defective spindle motor Are there several ohms resistance between each pin of CN201 1 2 2 3 1 3 The power supply is turned off and measured Is the sign wave of about 100mVp p in the voltage had from each terminal CN201 10 H1 11 H1 7 H2
189. s not generated until then 3 The reel is rotating normally but the FG pulse is not generated due to a supply reel sensor failure The take up reel pulse is not generated in the REV transport mode REV SEARCH REW etc 1 REV SEARCH REW is started when the tape in the inserted cassette has been cut in the middle 2 A mechanical factor caused tape slack inside and outside the take up reel side of the cassette shell In this case the take up will not rotate until the tape slack is removed by the REV transport so the pulse will not be generated until that time 3 The reel is rotating normally but the FG pulse is not generated due to a take up reel sensor failure The power SW 5V to a reel sensor is not supplied Presupposing the presence of the control pulse output in the PLAY mode when the value obtained by mixing the two V FM output channels without regard to the A FM output has remained below a certain threshold level for more than 10 seconds E U1 is identified and recorded in the emergency history During the period in which the head clog is detected the FDP shows U 01 and the OSD repeats the 3 seconds of warning display and the 7 seconds of noise picture display alternately EMG code E C1 E U1 FDP 0 01 OSD Try cleaning tape or Use cleaning cassette The head clog warning is reset when the above mentioned threshold has been exceeded for more than 2 seconds or the mode is changed to another mode
190. shows 0 NOTE Status of this adjustment can be judged by the number displayed at test mode as follows DVD adjustment CD adjustment FDP at test mode Not adjusted Adjusted 3 4 5 Adjusted Not adjusted Not adjusted Not adjusted NOTE As for a disc used for adjustment Disc should be mounted means to display READ after the disc is inserted and then display the disc informa tion Disc need not be played f you do not have test disc either VT 501 DVD CTS 1000 CD DA use a commercial disc for DVD dual layer soft ware after seeing and checking that the disc is neither curved nor foreseen that it may shake at the time of playback If you use a disc with bad features starting time may be slow or disc may not be read 4 4 6 Display of current value of laser 1 Set the main body at test mode 2 Press SET UP MENU key of the remote controller three times Then FDP is displayed CHECK 3 The laser current value can be switched between the value of CD and that of DVD by pressing the following key of the remote controller FDP Example 2530 Remote controller 4 key Laser of CD Remote controller 5 key Laser of DVD The number shown in the FDP shows mA of current value of laser The first two numbers 25 in 2530 shows current value of laser at the time of adjustment after the latest all initialization 25 in this example The last two numbers 30 in 2530 shows the
191. solders SIN TWIST WIRE with DVD SERVO D 2 5 5 and CONTROL BOARD ASSY n to be fixed D5 1 Attach the character UP K in the table side SIN TWIST WIRE SPACER SPACER DVD SERVO CONTROL FIG 3 BOARD ASSY SPACER should be stuck high sheet side transparent film Side DVD UNIT DRAWING FROM DIRECTION B FIG 1 No YD002 3 3 1 3 MECHANISM ASSEMBLY lt 4 gt BOARD ASSY 12 HEAD indicate lubrication and greasing areas NOTE The section marked in AA and BB BOARD ASSY 55 LOADING MOTOR Symbol drawing Part No Classification lt lt E O gt Un Oil COSMO HV56 3 4 No YD002 PMD0044A C PMD0047A C 1 4 TRAVERSE MECHANISM ASSEMBLY lt 5 gt Grease j VG 31N CFD 4007ZY2 6 641 1401C lt Back side gt _ 63 3mm 0 1mm 10 5mm t 0 1mm EXL V10 11C No YD002 3 5 1 5 LOADING MECHANISM ASSEMBLY lt 6 gt Grease JVG 31N VS 1003 rd Back side All circumferences SWITCH BOARD
192. t remove the cassette tape which is loaded because of any electrical or mechanical failures manually remove it by taking the following steps 1 Unplug the power cord plug from the power outlet 2 Refer to the disassembly procedure of the and per form the disassembly of the major parts before removing the mechanism assembly See Fig 5 1a Tension arm assembly Pole base assembly Pinch roller arm assembly u i j B 1 3 Unload the pole assembly manually turning the gear of the loading motor until the pole base assembly is hidden behind the cassette lid In doing so hold the tape by the hand to keep the slack away from any grease See Fig 5 1b In case of mechanical failures while keeping the ten sion arm assembly free from tension pull out the tape on the pole base assembly Take the spring a of the pinch roller arm assembly off the hook and detach it from the tape 4 Remove the screw a of the side frame L R 5 Hold the slack tape and cassette cover together lift the cassette tape top frame cassette holder and side frames L R together from the rear and remove them by dis en gaging the hooks a and b Screw a Cassette tape Cassette holder Side frame R Screw a 6 Take up the slack of the tape into the cassette This com pletes removal of the cassette tape Direction of unloading bil
193. t the cleaned parts are com pletely dry before using the cassette tape A C head Video heads Fig 2 6a 1 10 No YD002 2 5 2 Lubrication With no need for periodical lubrication you have only to lubricate new parts after replacement If any oil or grease on contact parts is soiled wipe it off and newly lubricate the parts Note See the mechanism assembly diagram of the parts list for the lubricating or greasing spots and for the types of oil or grease to be used 2 5 3 Suggested servicing schedule for main components The following table indicates the suggested period for such ser vice measures as cleaning lubrication and replacement In prac tice the indicated periods will vary widely according to environmental and usage conditions However the indicated components should be inspected when a set is brought for ser vice and the maintenance work performed if necessary Also note that rubber parts may deform in time even if the set is not used Operation hours Parts name 1000H 2000H Drum assembly head gt Pinch roller arm assembly C Full erase head Tension arm assembly Capstan motor Shaft C C C C Guide arm assembly Capstan motor Capstan brake assembly Main brake assembly Belt Capstan Loading motor Clutch unit Worm gear Control plate X X X X X X O O O O O Rot
194. time is not stable or picture is abnormal V CD he wound of the disc and dirt are confirmed 1 34 No YD002 BOARD INTERCONNECTIONS o SW AC INPUT Ca 2 5 ES 8 4 NI olls TERMINAL Page 2 23 m J gt D D mn EL mugs ee Ee AN E s F s 5 S S S 8 9 8 S 55 S gt p d 1 q q 9 5 BE 9 9 5 a gt 1 gt E A OUT RF IN 4 GS of zZ 22 gt gt iD I 5 u lt O L L H gt H T gt gt a Y 5 X 51 4 5 H M XH el 9 z non n i gt gt 00 gt 08 gt gt gt gt TU MD IF 2
195. uF 50V M 10uF 16V M 47 50V J 8pF 50V J 8pF 50V J 0 22uF 16V Z 2200pF 50V K 2 2uF 50V M 2200pF 50V K 2 2uF 50V M 10uF 16V M 10uF 16V M 0 01uF 50V 0 01uF 50V K 0 01uF 50V 330uF 6 3V M 10uF 25V M 0 01uF 25V K 47uF 6 3V M 10uF 25V M 0 1uF 16V K 100uF 6 3V M 0 1uF 16V K 3300pF 50V K 3300pF 50V K 470pF 50V J 470pF 50V J 470pF 50V J 470pF 50V J 22uF 16V 22uF 16V 2200pF 50V K 2200pF 50V K 100uF 16V M 100uF 16V M 6 2kO 1 16W J 1 5 116W J 4 7 1 16W J 1000 1 16W J 6 8 1 16W J 27 1 16W J 8 2kO 1 16W J 1kQ 1 16W J 1 8kQ 1 16W J 2 2kO 1 16W J 2 2 1 16W J 4 7 1 16W J 15 1 16W J 6 8 1 16W J 00 1 16W J 10kQ 1 16W J Local FG FG FG FG ABCDE FG FG ABCDE FG FG N Symbol R208 R209 R210 R211 R212 R213 R216 R223 R225 R226 R501 R503 R504 R505 R506 R507 R508 R510 R511 R512 R2003 R2005 R2007 R2008 R2010 R2013 R2014 R2015 R2016 R2017 R2018 R2019 R2021 R2022 R2023 R2053 R2054 R2055 R2056 R2057 R2058 R2059 R2060 R2201 R2202 R2203 R2204 R2205 R2206 R2207 R2208 R2209 R2210 R2211 R2212 R2213 R2214 R2215 R2216 R2217 R2218 R2219 R2220 R2222 R2223 R2224 R2225 R2226 R2227 R2228 R2229 R2230 R2231 R2232 R2233 R2234 R2235 R2236 Part No NRSA63J 222X NRSA63J 682X NRSA63J 182X NRSA63J 562X NRSA63J 331X NRSA63J 0R0X NRSA63J 103X NRSA63J 101X NRSA63J 332X NRSA63J 102X NRSA63J

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