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1. 2 7 OPEJACK A Mm 0 3 MAIN VIDEO N AUDIO FMA DEMOD TERMINAL TUNER 47201 4 aue iut gt T 7 _ WES ics wrs wer 23 3 n ig eet Beatu AUDIO IN R T 7 Eu E EUM p E VHS TUNER 1 4 DEMOD iius A 12201 TU6002 s r our 0505001 CN6701 08701 8501 ANTOUT 48 19 8 INPUT 28 i DEMODZR p SIF IN L out pal AUDIO HEAD CHI gt TJ i 15 gt 518 FMA CH 19112 JUNCTION AUDIO ADIDA VIDEO 10 H FMA CH2 VIDEO IF AID 1C8001 12603 102602 di WET WEA ENIDE E U CN8001 CN2601 ott lt Apo s so 27 Bc 5 13
2. p row rec row nec rus BORE nec par ec row EET row nec Pow nee nec nec par BOE nec par HORE nec sus RES PLAY 1 1 Lj vol ases a os vs zs ce E 58 58 us pas e eser eme ien sas 3 z5 25 Faris ts soles ases a iosas bem ET risum s asas fil 83 z Lssper Ds sopes 46 05 sepss soos l espes 3 80 56 84185 s ases s asar ss es 4605 Hatara sme tate esi us oses 688 4 162 166 4 43 43 1501 40 50 50 23 23 4 00 00 E 00 00 1 00 00 PIN REC PLAY 4 50 50 4 12 11 3 00 11 12 59 50 1 34 34 s psspzs seas Cas
3. cswc O lt To scd od Fee CN RER e wu 17 Tptos 7 sa 7 2 22 1 Es Lo Oh zz s s WES VIDEO IF E CN10001 CN7108 258 SYSCON pert D FF wour 8 rures M Sp E 5 BUF SYSCON WIN ei Saad em _ 5 4 hs 1 voco 5 p HEAD CN7104 2 xn lt Lf a p Coe t Ns BIEC sae WEE IB spout S m ver ov 3 ap oe stot 2 JUNCTION VIDEO P RIT EP EB are uu si PM P ee E2 PRZ ES SYSCON Pr 1 S DETH 47503 4 PB 22 5 VIDEO OUT ot 4 x EF i Ww 07573 7502 lt BUF L LINE OUT 261211 100178 15 WE wp Wes al 37501 VIDEO amp AUDIO VDR OUT SIGNAL PROCESSOR WEZ SYSCON DET gt
4. v ps 223 PDTA144WU sem z OLI cues DIU pge CI da ELA LM EC REP Pleno ACER gt ZE m 5 Tw Low S m TANET m jitfa B 278 in lt 1 5304 ER ti ge P F N 1 We ime i 2 Eee me 2 Bis Bk 1 ATH Ege jie J JUUNCTION S E 1 se ane Olin REP MI Cu tw lt ms m d E MIE la 1 Time i is HHH ZH w ea E ic l DANGEROUS VOLTAGE E ae Pu 1 4 wn Vos kiku s PE HR dil p o o poo _ FEAR ELEMENTS ARE NOT WOUNTED JPN ves ves EURO wa ws DR eme
5. 0 3 MAIN TERMINAL TEC I E 1 Tre i eu TERI 1 I ge PE A wm L pen iu p10606001a A B SED G DEMOD SCHEMATIC DIAGRAM DEMOD RF AUDIO AGC SCHEMATIC DIAGRAM re s Fe 1 4 J M U D H F U D U J 5 t rol krss i 5 1 mills ll ron 88 21 DR sas 4 1 102301 2 4 R2301 12k 4 4 MNA rz R2303 12k fe 24 E tous Ha t Qe o Hs jet DD L EE E 92302 i 8 7 2 nm 1 3 amp 3 at 2 m 2 86523 eee 569 6 _ SOONE 221 8 2853223283828 NOYERIUNLEES OTHERWISE SEETEK 525 0 lt o 6 ISTAN
6. REGSOWA REGIS REGI REGPB ANS Oron D TEGE LEVOS Io mec lt SYSCON IC3001 gt E mn TABEL Emi FUNCTION pns TARE mor 11 11 1 H z enm SIGNAL 57 5 120 NOT USED 248 el i z Taw NREC STI GUT NORMAL AUDIO SOUND RECORDING START seed 25 lt 3 il ena SIGNAL JUST_CLOCKEDSIH IN JVIDEO SIGNAL FIELD DETECT 8383 fu 48433 Lg 28 ensus 7 Jen sas VOLTAGE TU DATA OUT OUTPUT TO TUNER 3338 segs SS ese s IN PULSE FEEDBACK TU t2C OUT CLOCK OUTPUT TO TUNER ipt ERIT REETI s enaurour Our ert PULSE OUTPUT FLASH WRITE ENABLE 7 Jens GTC PULSE OUTPUT ERIT fora WW CAPSTAN FG PULSE INPUT a je ail 3 SYSTEM POWER 65 TIMER CLOCK 32kHz
7. Chassis Power cord primary wire AC inlet ooo __ Exposed accessible part Fig 1 14 000 99 Earth 7 Milli ohm meter Grounding Specifications Region Grounding Impedance Z USA amp Canada 2501 ohm Europe 8 Australia Z 05ohm Fig 1 1 10 AC Line Voltage Region Insulation Resistance R Dielectric Strength Clearance Distance d 47 100V RETIRO 1 kV 1 minute dd gt 3mm 100 to 240 V Mis ELM 1 5 1 minute d d gt 4mm 110 to 130 V USA amp Canada SRS 12 500 V DC AC 1 kV 1 minute 4 4 2 32mm AC 3KV 1 minute 4mm 110 to 130 V 4 Class I Europe amp Australia R2 10 MQ 500 V DC 8 mm Power cord AC 1 5 KV 1 minut 200 to 240 V Class 1 2 6 mm Primary wire Fig 1 1 11 AC Line Voltage Region Load Z Leakage Current i a b c 400 V Japan w i S 1mA rms Exposed accessible parts 0 15 uF 110 to 130 V USA amp Canada i 50 5 mArms Exposed accessible parts EZM R i 50 M06380 i 207 peak Antenna earth terminals Europe amp Australia 220 to 240 V 1 S 0 7 mA peak pes TE Other terminals Fig 1 1 12 NOTE These tables are unofficial and for reference only Be sure to confirm the precise values for your particular country and locality 1 4 No YD006 SECTION 2 SPECIFIC SERVICE INSTRUCTIONS 2 1 Service posit
8. 4 Mechanism mode position Common table Mechanism Deck operation mode Common table and Display Cassette tape type 215 00 Cassette type not identified Display Mecteriari sensar inf meto h 16 Large reel small reel 1 0 to T T8 T 130 fo T 210 classified REC safety SW Startsensor End sensor postion sensor 82 Small reel thick tape T 120 identifiedithin tape T 140 identified 84 Large reel T 0 to T 60 identified 0 Tab broken ON ON ON 92 Small reel thick tape T 130 identifiedithin tape T 160 to T 210 identified 1 Tab broken ON ON OFF 93 Smal reel thick tape C cassette T 0 to T 100 C cassette classified 2 Tab broken ON OFF ON C3 Small reel thick tape C cassette T 0 to T 100 C cassette being classified 3 Tab broken ON OFF OFF 03 Small thick tape C cassette T 0 to 100 cassette being classified 4 Tab present OFF ON ON cassette thick tape TC 10 to TC 20 identified 5 Tab present OFF ON OFF EZ Small reel thick tape T 0 to T 100 identified amp Tab present OFF OFF ON E9 C cassette thin tape TC 30 to TC 40 identified 7 Tab present OFF OFF OFF FT cassette thick tape thin tape TC 10 lo TC 40 not classified 8 Tab broken ON ON ON f Tab broken ON ON OFF Notes
9. 01 0 3 JUNCTION VIDE p20420001a 2 40 2 39 D _ JUNCTION AUDIO AD DA SCHEMATIC DIAGRAM JUNC AST AUDIO em 1 1 ama fil TTIE mo H 7 2 TEE C n 2 I Et ees 7 5 LES goo mE JEQOSB gen ime ja qs 3 0 0 0 0 0 0 0 5 iY cs HE ANN lt lom Nd Fa iili 5 He AW M T Tas Tas gu gj gt i mp T VIDEO AMUTE DAC SDA A0 SOK A0 Fave em AW 2 pm 09 43 AA Cg 5 E TO VIDEO m Dey w dig
10. toro stosto Cs aatas astmo a l sal a5 Hirra seo eeror oss a eaer css espe as serer Hm testas Leslee 1 Foster oo oo 6 oo oo 2 ssp sr Tete past so umor E Hetaste pee es s el aito Eos es 4608 l e l alarm Ps sal a aeter epis 7 m 27 speres 35 75 ss 86 05 Hetasta T 33 55 earr Stee esas emos 451 521 umor E kwa n asss Hetaste 1 ooo areo l e eteran tarta or rz sss s sa Peper spas He teste 2 00 sepas etara azas spes a arer u taster 301728 etaton 3 02 5 90 Fc sl iz ss 301 80 ums sae e s tasas l e tastas terras ss t ws ss s erler CF sss 00 00 sepas uw 2 00 ee sss
11. ae m w PMD0044A C Classification Part No Symbol in drawing Grease KYODO SH JB AA Oil COSMO HV56 BB 3 4 No YD006 T E S KA el 4 LOADING MOTOR lt NOTE The section marked in and indicate lubrication and greasing areas 2 PARTS LIST PACKING AND ACCESSORY ASSEMBLY lt 1 gt SymbolNo No Part Description Local 301 LP31338 010A PACKING CASE 302 LP31340 001A CUSHION ASSY 303 PQM30021 105 POLY BAG 304 LP31258 001A MINI CUSHION 306 RM SDRO13J REMOCON 307 BATTERY R6 TYPE x2 308 QPC02202230P POLY BAG 22cm x 22cm A310 LPTO952 001A INST BOOK ENGLISH A A310 LPT0952 002A INSTBOOK FRENCH A310 LPT0918 001A INST BOOK ENGLISH 31 QPC02503530P POLY BAG 25cm x 35cm 312 QAM0501 003 RF CABLE 314 QAM0523 003 RF CABLE ANT SPLITTER 315 QAU0361 001 ANT SPLITTER B 316 BT 52006 2 WARRANTY CARD A 317 51034 2 REGIST CARD B 320 LP30666 005C SHEET COUPON FINAL ASSEMBLY lt 2 gt Symbol Part No Part Name Description Local A 501 LP10526 005A FRONT PANEL ASSY 501A LP21232 002A CASSETTE DOOR 508 PO46448 TORSION SPRING 501 1 31358 003 DISPLAY WINDOW 501D LP31353 001A DOOR L 501E LP31354 001A DOOR R 501F PU60109 CATCHER x2 501H LP31356 005A WINDOW L 501J LP31357 004A WINDOW R A 502 LP10460 0048 TOP COVER 503 QYSBSG3006NA SCREW Maxen TOP SDE 504 QYSBSG3006NA
12. 0112 DIGITAL MEDIA PROCESSOR p10594001a revi 2 12 2 11 __ DIGITAL DDR SDRAM SCHEMATIC DIAGRAM DIGITAL DDR SDRAM p10595001a revo 2 13 2 14 _ DIGITAL 1394PHY SCHEMATIC DIAGRAM 4 B1802 B1801 o o 0112 DIGITAL 1394PHY OPEN ssec Teen EE m vom bum LR TID ACE es Se ches L 8 8 OPEN 5 giz monar A 3g p 1 di icion Ei Dow B 888 RESET 88 888 mana gt maa 22206 PHY m ANA 2 AIO piv cru EET gt PHY_DATAJO 7 _ DATAOTI satan PHY LPS D 750 apama xm Jack
13. IDR MV1SUC IDR MVISUSI B A Part Name Description Local PartNo Part Name Description Local 1013 NRSAOZL OROX MGRESISTOR 0R1 OWJ R1430 NRSA63J 101X MG RESISTOR 1000 1 1eWJ 81014 NRSAOZL OROX MG RESISTOR 0Q1 0WJ 81431 NRSA63J 101X MG RESISTOR 1000 i 16W J 81015 NRSAO2J 0ROX RESISTOR 00 1 10WJ 81434 NRSA63J 401X MG RESISTOR 1000 i 16W J R1017 NRSA63J 0ROX MG RESISTOR 00 1 16W J R1435 NRSA63J 101X MG RESISTOR 1000 1 16W J R1018 NRSA63J 0ROX MG RESISTOR 00 1 16W J R1436 NRSA63J 101X MG RESISTOR 1000 1 16WJ R1019 NRSA63J 0ROX MG RESISTOR 00 1 16W J R1437 NRSA63J 0ROX MG RESISTOR 00 1 16W J 1021 NRSA63D332X MGRESISTOR 33kQ 1 16WD 81438 NRSAG3J 01X MG RESISTOR 1000 1 16WJ R1022 NRSA63D SEX MGRESISTOR 1 5k 1 16W D 1439 NRSAG3J 01X MG RESISTOR 1000 116 J 1024 NRSAG3D272X MGRESISTOR 2JkQ 1 16WD 1440 NRSA63J 101X MG RESISTOR 1000 i 16W J 1027 NRSA63J 272X MG RESISTOR 27kQ 1 16WJ 1441 NRSA63J 103X MG RESISTOR 100 1 16WJ R1028 NRSA63J 272X MG RESISTOR 2 7kQ 1 16W J R1443 NRSA63J 472X MG RESISTOR 1 16W J R1029 NRSA63J 0ROX MG RESISTOR 00 1 16W J R1444 NRSA63J 472X MG RESISTOR 1 16W J R1030 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R1445 NRSA63J 101X MG RESISTOR 1000 1 16W J 81031 NRSA63J 103X MGRESISTOR 10kQ1 16W J 81446 NRSA63J 101X MG RESISTOR 1000 116 J 1032 NRSA63J 103X MG RESISTOR 10kQ1
14. No YD006 1 11 Proper waveform variation 9IUII IIIIII d Improper waveform variation Dow rmn ee gt Roller driver i Guide roller e D ix supply side Fig 4 2c 4 2 3 Height and tilt of the A C head Note Setatemporary level of the height of the A C head in ad vance to make the adjustment easier after the A C head has been replaced Refer to the SERVICE MANUAL No 86700 MECHANISM ASSEMBLY Signal A Alignment tape SP stairstep NTSC MHP Mode Equipment C Oscilloscope Measuring point D1 TP106 PB D2 4001 CTL External trigger E TP111 DFF Adjustment part head Mechanism assembly Specified value Maximum waveform 1 Play back the alignment tape A 2 Apply the external trigger signal to D FF E to observe the 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 AUD
15. X x o x o o ena us Le747e5N O x 1 14 p30123001a A B C D E F G 2 35 2 36 W OPERATION JACK SWITCH DISPLAY AND JACK SCHEMATIC DIAGRAM Z lt f wa Pecan pec moog 7 OPE JACK 232 QLF0t21 001 DISPLAY SW TO MAIN SYSCON CN3102 o TO MAIN SYSCON CN3104 ON STANCE VALUES AFE IN CITANCE VALUES ARE IN F AK swe HE poran ron 1 RIOT SHORT Oa NomGsseooix SHORT 1 amGsseooix SHORTOS 1 SHORT p10565001a revo D 2 37 2 38 W VIDEO JUNCTION SCHEMATIC DIAGRAM TOMAINSYSCON MS OL
16. EL Ld IEC958 18 1 3 ri z 3 9 1 PB FM IN 10 1 SYSCON V s oft 4 uds PRE OUT HREC ST H TO DIGITAL 108202 8 1 e BK EC AV ol 3 VIDEO IF DA ig 1 3 5 2 EXT3_N R DATA gt 126 DATA OMO a son mate 11111 INPUT 1 85 INR MUTE AMUTE_VHS H FSYNC n LRCK 5 e A_NPUT_SEL2 WEAN fec IN YP 5 26 Te oum 9 6 Lr ox LINE_OUT L NORMAL OUT MCLK 24 ru n 11 53 LINE_OUT R DAC SDA 25 6 TO SDA 25 DAC SCL 27 7 s MORMALUN VIDEO SW CS 23 CSN DAC RSTQ 21 PDN eg 02201 02204 ewev wF Nor id NOT s USED WES 6 67 2 4 63 79 92001 POWER 02003 SW J8401 AT d 9 4 UTE 02052 02055 37501 POWER VDR OUT 3 SW AuDIO L if v AUDIO R 94 OSC 02061 95 FILTER FULL ERASE HEAD 1 CN2002 mas 87 1 ERASE AUDIO L 6 5 i 72051 AUDIO R t 1C2604 37502 102605 Ls LINE OUT ima 5 AIC HEAD 7 5 4s 9 1 441 Td CN2001 2 1 5 2 4 X A ERASE 02601 02603 1 r 9 4 oft REG 88 lt 2 ki RECIPE z 3 FILTER gt 1 w
17. L i l ghar ew s 66 etare sd ss terar eme satas E as testes m teore ataza 6 StS s psrpsr less CT aa sspss isses 6 es 00 m 48 01 dms s ios 5 E Hater ea Da Paras 5 s es ara DE GE men He terer spese sss we oss ss zeza F e asli s 5 a ares tastar tetas peer parton iste Hetasta Merl sol sol s sepas Pe 38 85 atestos Ha Harie etanan eee Da eteta Hi iatis asp3s spass es asas Capea eor 8 6 hara s 3s za ems He Hir r E o EEE iza pese e ostas 56 35 testes oo oo De ss mess x ss s taez spas se ear al O 7 00 esas Hetasta aaa zs stonon uses was cs as ze am masa He ootan aso Ds tastas x4 4 E tarja Fe Cosas 1 storten ep sss p ss e zs 24 s sa
18. 25 sus VT rem 1 7 T Es LU EM m woo La ONT ES x C w gt TOELNKEOARD TOMEDA PROCESSOR a wig ge Lina m ua owi I LI ume m MCN eme cmm x m E p me BA 2 me ra PECET TRECE lt A GE cc gt Eu me ig wane nie UAE T oczna aco us An waco 151 z _ 3 fey xi MAT i w 15 wazony ia wacnowoma fa monsuna 144 255 PiE ao conuersi LEE conuersi W Lum md eni PROCESSOR nk 7 orm 1 5 meqam 4 ocu S uwstyupsti owt 4 gt sow p20402001a revo 2 9 2 10 E F G DIGITAL MEDIA PROCESSOR SCHEMATIC DIAGRAM in mim H
19. MODEL JMARKI DR MVISUC DR MV1SUS 8 A C HEAD BOARD ASSEMBLY lt 12 gt OSD BOARD ASSEMBLY 17 SymbolNo No Part Description Local Symbol No Part Name Description Local PW LPA10158 01A1 AIC HEAD BOARD ASSY 243 01 3 BOARD ASSY 10201 LC74785N 9762 IC OSD 0201 18513372 DIODE DEMOD BOARD ASSEMBLY lt 14 gt 0202 15513372 DIODE SymbolNo Part Name Description Local 0203 1SS133 T2 DIODE 0204 15513372 DIODE LPA10243 01C1 DEMOD BOARD ASSY C201 NCBSIEKM03X C CAPACITOR 0 01UF 25V K C202 _ NCBZICK 105X C CAPACITOR 1uF 16V K 102301 BA3308 Ic C203 NCB31EK 103X CAPACITOR 0 01uF 25V 166501 _ Ic C204 QEKJIHM 05Z E CAPACITOR S0V M 208 NDC31HJ 680X CAPACITOR 68pF 50V J C2300 QEKJIEM 106Z ECAPACITOR 25V M C209 QEKJOUM 3372 E CAPACITOR 330uF 6 3V M C2302 ee E CAPACITOR 10uF 25V M 02110 NCB3IEK 103X C CAPACITOR 0 01uF 25V 2303 1062 E CAPACITOR 10uF 25V M SE NSA EA zr C2804 1062 E CAPACITOR 10uF 25 M 1 02305 4767 CAPACITOR 47uF 16V M C CAPACITOR 0 2205 16V C6501 QEKJIEM 106Z E CAPACITOR 10uF 25V M C220 NCB31CK 224X CAPACITOR 0 22uF 16V C6502 3342 E CAPACITOR 0 33uF 50V M MGRESISTOR M C6503 QEKJIHM 335Z E CAPACITOR 3 3uF 50V M C6504
20. 5 mo TE S g crue S AM men E 1 p20421001a 2 41 2 42 REGULATOR CIRCUIT BOARD seems ess M JUNCTION CIRCUIT BOARD 01 REGULATOR DANGEROUS VOLTAGE LPB10248 001B Yr a lt 92 gt JUNCTION PRIMARY 1 al LPB10248 001B TA Hou 5 ead i o 0 OX 18 1 el E e ie ur AN NE i i LPA10248 ae EN MAT ces SMS j Ho te 28 gs 15 a SW REG ASS Y ji JES r 3 7 degit LPA 0248 19171 Wa O O O er d SII JUNCTION PWB ASS 3 8 cue O 9 9 O ut B F LPB10248 0018 REG JUNC F PWB 07 16 9 19 NES A 2 RENE A gt ue 1 89 09 JH CNC M oe B s COMPONENT PARTS LOCATION GUIDE JUNCTION LPB10248 001B E 5 8 5 REFNO LOCATION R5319 R5320 R5321 R5322 R5323 R5324 R5325 R5326 R5327 R5328 R5329 gt gt gt gt gt gt gt gt gt 85058 oooooooooooo uuoo gt gt gt gt om gt o gt gt gt gt gt gt gt gt
21. Non removable Board connector Board to Board N Connected pattern on board The arrows indicate signal path Note For the destination of each signal and further line connections that are cut off from the diagram refer to BOARD INTERCONNECTIONS 4 Voltage measurement 1 Regulator DC DC CONV circuits REC Colour bar signal PB Alignment tape Colour bar Unmeasurable or unnecessary to measure 2 Indication on schematic diagram Voltage indications for REC and PB mode on the sche matic diagram are as shown below REC mode 2 5 18 5 0 ion and REC modes PB mode Voltage of PB and REC modes are the same Note If the voltages are not indicated on the schematic diagram refer to the voltage charts 5 Signal path Symbols The arrows indicate the signal path as follows NOTE The arrow is DVC unique object CD Playback signal path Playback and recording signal path Recording signal path ig signal p including E E signal path Capstan servo path wm Drum servo path Example 7 Playback R Y signal path yl ignal p Recording Y signal path 6 Indication of the parts for adjustments The parts for the adjustments are surrounded with the circle as shown below 7 Indication of the parts not mounted on the circuit board OPEN is indicated by the parts not mounted on the circuit board R216 OPEN 2 1 CIRCUIT BOARD N
22. JVC SERVICE amp ENGINEERING COMPANY OF AMERICA DIVISION OF JVC AMERICAS CORP www jvcservice com US Only JVC CANADA INC Head office 21 Finchdene Square Scarborough Ontario M1X 1A7 416 293 1311 JVC No YD006 Printed in Japan WPC
23. GR r teses Ha toshas s ana 46 05 esos sss Das zepus larta iew 37 35 33 58355 Heere He isis E He tarto esles es es etara eeen Sate a 85085 2 zas oo 351 80 e oo cot or testas opes es 29 65 58 oo ao Fe tees osos 00 00 22 49 50 18 00 00 58 107 108 00 00 8 26 26 B 00 08 5 26 25 17 22 175 187 4 33 33 12 21 26 4 35 34 PLAY cs a asas etishi east as 261709 sastar ese wa oo 5 o 4s 906800 ew 1 atasa aso w 00 12 5 303 00 atmestas 6 esp oo Hetati T sss e ha e teses 66 as 251 sees He tastar ssss asl asas Hearta m is 5 E a asas se Seas tartar mme zaa He testes atas ar a osta hesa Ha esas E tartar asas aas 08 281 00 l e sssi a teser
24. NRZ0034 101W NET RESISTOR 1000 1 32W J K1009 NRSA63J 0R0X MG RESISTOR 0Q1 6WJ RA1406 NRZ0034 101W NET RESISTOR 1000 1 32WJ NQR0129 002X FERRITE BEADS RA1407 NRZ0034 101W NET RESISTOR 1000 1 32WJ Ki0fi 0129 002 FERRITE BEADS RA1408 NRZ0034 101W NETRESISTOR 1000 1 32W J NQRO129 002X FERRITE BEADS RA1409 NRZ0034 101W NET RESISTOR 1000 1 32W J 1013 29 002 FERRITE BEADS RA1410 NRZ0034 101W NET RESISTOR 1000 1 32W J Ki014 NQR0129 002X FERRITE BEADS RA1411 NRZ0034 101W NET RESISTOR 1000 1 32W J Ki015 0129 002 FERRITE BEADS RA1601 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 K1016 NQRO129 002X FERRITE BEADS RA1602 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 K1017 NQRO129 002X FERRITE BEADS RA1608 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 Ki018 0129 002 FERRITE BEADS RA1604 20040 101 NET RESISTOR 1000 1 16W J x4 K1019 NRSA02J 0R0X MG RESISTOR 0Q1 0WJ RA1605 NRZ0040 101X NET RESISTOR 1000 1 16WJ x4 K1020 NQRO129 002X FERRITE BEADS 606 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 K1201 NRSA63J 0R0X MG RESISTOR 001611 RA1607 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 K1401 NRSAQ2J OROX MG RESISTOR 00110114 RA1608 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 K1402 NRSAQ2J OROX MG RESISTOR 00110914 RA1609 NRZO040 220X NET RESISTOR 220 1169 J x4 K1403 NRSA02J 0R0X MG RESISTOR 00 1 10W J RA1610 820040 220 NET RESIST
25. QEKJ1HM 475Z E CAPACITOR 4 7uF 50V M C20 NCB31CK 104X C CAPACITOR 0 1uF 16V K C2002 57 E CAPACITOR 1uF 50V M C22 NCB31CK 104X C CAPACITOR 16V K 2008 QEKJOJM 476Z E CAPACITOR 47UF 63V C24 NCB31CK 104X C CAPACITOR 0 1uF 16V K C2004 NCBSIEK 103X C CAPACITOR 0 01uF 25V K C25 3357 E CAPACITOR 3 3uF 50V M 2005 QEKJ1HM 475Z E CAPACITOR 4 7UF 50V M C26 1067 E CAPACITOR 10uF 25V M C2006 NCB31EK 682X C CAPACITOR 6800pF 25V K 027 NCB31EK 103X C CAPACITOR 0 01uF 25V K C2007 QEKJICM 2262 E CAPACITOR 22uF 16V M 028 NDC31HJ 470X C CAPACITOR 47pF 50V J C2008 4752 E CAPACITOR 4 7uF 50V 029 NCB31EK 103X C CAPACITOR 0 01uF 25V K C2009 821 C CAPACITOR 820pF 50V K C30 QCBBIHK 331Y C CAPACITOR 330pF 50V K C2010 NCB3iHK 821X C CAPACITOR 820pF 50V K C31 QEKJOJM 476Z E CAPACITOR 4TUF 63V M C201 4752 E CAPACITOR 4 7UF 50V M 032 NCB31CK 104X C CAPACITOR 0 1uF 16V K 2012 4752 E CAPACITOR 4 7UF 50V M 033 1067 E CAPACITOR 10uF 25V M C2051 NDC31HJ 331X C CAPACITOR 330pF 50V J C34 NCB31EK 103X C CAPACITOR 0 01uF 25V K C2052 QFV61HJ 823Z MF CAPACITOR 0 082uF 50V J 035 QCBBIHK 103Y C CAPACITOR 0 01uF 50V K C2058 472 C CAPACITOR 4700pF 50V K C36 1052 E CAPACITOR 10 50V M C2054 NCB31EK 223X C CAPACITOR 0 022uF 25V K C37 NDC31HJ 4ROX C CAPACITOR 4pF 50V J 2055 1062 E CAPACITOR 10uF 25V M C38 NCB3
26. 2 sein uoo Aa ma 4 sap cet ILS ass i Em kb Emu A gt wm SYSCON AJNPUT_SEL2 AMUTELI gt TO JUNCTION AUDIO AD DA CN8001 rorenmna ro svscon TO TERMINAL p20414001a_rev0 2 25 2 26 _ MAIN SYSCON SCHEMATIC DIAGRAM inn tit 4 DIFFERENCE TABLE 10610001 B 2 27 D 2 28 F MAIN TUNER SCHEMATIC DIAGRAM p10609001a revo DIFFERENCE lt amva UNAL OL TUNERIMAINI U 2 30 2 29 _ MAIN TERMINAL AND JACK SCHEMATIC DIAGRAMS
27. Ic 02602 or 2SD1819A QRS X TRANSISTOR 13003 or 24 085 Ic 02602 or 2SC4154 EF X TRANSISTOR IC3601 BU2090FS X Ic 02603 DTA144WUA X DIGI TRANSISTOR 107502 74 40530 Ic 02603 or PDTA144WU X DIGI TRANSISTOR 02603 or UNSTIE X DIGI TRANSISTOR Q503 25040811095 TRANSISTOR 02603 or RN2309 X DIGI TRANSISTOR 0803 2PC4081 RI X TRANSISTOR 02603 or RT1P44HM X DIGI TRANSISTOR 0803 or 2SD1819A QRS X TRANSISTOR 03002 PTZNVIGA SENSOR 0803 2SC4154EF X TRANSISTOR 03003 PTZNVIGA IC PHOTO SENSOR Q504 2SAI576NQR X TRANSISTOR 03004 2SDIBISWQRS X TRANSISTOR Q504 2PA1576 R X TRANSISTOR 03004 or 28C4081 QRS X TRANSISTOR Q504 25B1218A QR X TRANSISTOR 03004 2PC4081 R X TRANSISTOR Q504 25 1602 TRANSISTOR 03005 2SD1819A QRS X TRANSISTOR 0505 2SAIS76NQR X TRANSISTOR 03005 or 25 4081 085 TRANSISTOR Q505 or2PAI576 R X TRANSISTOR 03005 or 2PC4081 R X TRANSISTOR Q505 or 2SB1218A QR X TRANSISTOR Q3011 DTCIA43EUA X DIGI TRANSISTOR 0505 or2SAT602AE X TRANSISTOR 03011 or UN521L X DIGI TRANSISTOR VCR goes to jig RCU mode after replacing the and the VCR does not accept some RCU command Therefore please set the VCR to the user RCU mode after replacing the EEPROM No YD006 3 11 The method of setting the VCR to the user RCU mode is written on the service manual MODEL MARK DR MVISUC A DR MVISUSI B A SymbolNo No
28. BUF piss E 4 4 sce 47501 17502 LINE IN i PMUTE vest e s 2 7 o ST ST 2 5 T 1 7 ON SCREEN FRONT lt IC201 OWENA ON SCREEN CN7505 CN201 71 1 gt m 3 2 7 JOPEJJACK CN7201 CN3104 J7204 2 3 Y Ta 5 lt 15 FRONT S IN 4 L ms 7201 2 gt E 1 gt VIN E 2 61 2 62 DIGITAL BLOCK DIAGRAM 1394 SWSV SW12V D5V D3 3V TO 9 2 5 D1 8V V3 3V JUNCTION Z VIDEO S ae re n CN7108 R nawa D E MS on SORA A Due CE 9 Video SP JUNCTION gt 01008 Controller VIDEO 8 SW 09 war a WEA A WES im 01002 to 01005 GROUT to E 1C1002 H UE SDRAM H MEDIA PROCESSOR 9 due TX JUNCTION m VIDEO 5 CN7105 si pen Fre E OPEN SOAM soram SDRAM RAIL m Er pc e 1 1401 Media VIDEO RXD VIDEO 3116 Processor ez rene DAC RST Vito ST 2 1 1801 4 IEEE1394 p S Controller Ic1404 tuens 3 3V 5 0V 953 i Flash 21405 memory 5
29. MG RESISTOR 0Q1 16WJ R1618 NRSA63 270X MG RESISTOR 2791 16W J R1408 NRSA63J 102X MG RESISTOR 1kQ 1 16W J R1619 NRSA63J 101X MG RESISTOR 1000 1 16W J R1409 NRSA63J 103X MGRESISTOR 10kQ1 16W J R620 NRSAG3J 01X MG RESISTOR 1000 1 16W J R1410 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R1621 NRSA63J 270X MG RESISTOR 270 1 16W J R1411 NRSA63J 101X MG RESISTOR 1000 1 16W J R1622 NRSA63J 270X MG RESISTOR 270 1 16W J R1412 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R1623 NRSA63J 270X MG RESISTOR 270 1 16W J 1413 NRSAG3J 103X MGRESISTOR 10kQ1 16W J 81624 NRSA63 270X MG RESISTOR 2721 16WJ R1414 NRSA63J 102X MG RESISTOR 1kQ 1 16W J R1625 NRSA63J 101X MG RESISTOR 1000 1 16W J 1415 NRSAG3J 102X MG RESISTOR IkQ1 46W J 81626 NRSA63J 401X MG RESISTOR 1000 i 16W J 81416 NRSA63J 102X MG RESISTOR IkQ1 46WJ 1627 NRSA63J 270X MG RESISTOR 270 1 16WJ R1417 NRSA63J 102X MG RESISTOR Ik 1 46W J 1628 NASAGAJ 270X MG RESISTOR 2721 16WJ R1419 NRSA63J 101X MG RESISTOR 1000 1 16W J R1642 NRSA63J 100X MG RESISTOR 100 1 16W J R1420 NRSA63J 101X MG RESISTOR 1000 1 16W J R1644 NRSA63J 470X MG RESISTOR 116W J R1427 NRSA63J 101X MG RESISTOR 1000 1 16W J R1649 NRSA63J 101X MG RESISTOR 1000 1 16W J 1428 NRSAG3J 01X MG RESISTOR 1000 1 16W J 1650 NRSAG3J 01X MG RESISTOR 1000 1 16WJ R1429 NRSA63J 101X MG RESISTOR 1000 1 16W J R1651 NRSA63J 101X MG RESISTOR 1000 1 16W J No YD006 3 9
30. Part Name Description Local A Symbol No Part Name Description Local 03011 or PDTC143EU X DIGI TRANSISTOR C44 2252 E CAPACITOR 2 2uF 50V M 03011 or RN1301 X TRANSISTOR 45 NCB31EK 472X C CAPACITOR 4700pF 25V K 04001 UN5211 X DIGI TRANSISTOR 46 NCB31CK 104X C CAPACITOR 0 1uF 16V K 04001 or DTCII4EUA X DIGI TRANSISTOR 47 QEKJ1HM 4742 E CAPACITOR 0 47uF 50V M 04001 or RN1302 X DIGI TRANSISTOR C48 NCB31EK 223X C CAPACITOR 0 022uF 25V K 06030 2581218 08 TRANSISTOR C49 QEKJ1HM 4752 E CAPACITOR 4 7UF 50V M 06030 or 2SA1576A QRI X TRANSISTOR C56 NCB31CK 104X C CAPACITOR 0 1uF 16V K 06030 2 1576 TRANSISTOR 057 NCF31EZ 104X C CAPACITOR 0 1uF 25V Z 06130 2SBI218A GR X TRANSISTOR C58 NCF31EZ 104X C CAPACITOR 0 1uF 25V Z 06130 or 2SA1576A QR X TRANSISTOR C59 NCF31EZ 104X C CAPACITOR 0 1uF 25V Z 06130 or 2PA1576 RI X TRANSISTOR NCF31EZ 104X C CAPACITOR 0 1uF 25V Z 07201 2SCISI7IRS T TRANSISTOR C61 QEKCOJM 4762 E CAPACITOR 47uF 63V M 07501 2581218 TRANSISTOR 062 QCBBIHK 103Y C CAPACITOR 0 01uF 50V K 07501 or 25 1576 TRANSISTOR 501 QEKJ0JM 476Z E CAPACITOR 4TuF 6 3V M 07501 or 2PA1576 RI X TRANSISTOR C502 NCBGICK 104X C CAPACITOR 0 1uF 16V K 07573 2581218 TRANSISTOR C503 NCF31AZ 105X C CAPACITOR 1uF 10V Z 07573 or 2SA1576A GRI X TRANSISTOR C505 NCB3IEK 108X C CAPACITOR 0 01uF 25V 07573 or 2PA1576 RI X TRANSISTOR C506 NCB3iEK 103X C CAPACIT
31. R2301 R2302 R2303 R2304 R2305 R2308 P2307 R2308 P2309 R2310 R2311 00000000000000 00000000000 Le mas p 766 Ew CI T TAA s 9 ARE 1 MI FOOD 15 COMPONENT PARTS LOCATION GUIDE OPERATION JACK gt LPB10248 001B REFNO LOCATIONJAEFNO LOCATION LOCATION REFNO LOCATION REFNO LOCATION CAPACITOR D221 AD 881724 AD 724 G7201 AD SA CONNECTOR 07222 AD 20 R7225 AD 8C C7202 D 7 0723 0 3C REGISTOR 0 SBJCN 202 A D 1 0724 A D 46 87202 AD sa omer C7204 BC 2B R7206 20 AD C7205 D 58 DIODE com R7207 68 724 AD GB Cos 78 072 AD 5417201 AD 721 AD 7 5716 AD 7 Bc 28 0709 D sa uae AD sa mzza 2 5717 AD sc Cri AD AD 7 17203 AD 18 723 s2 AD 70 COMPONENT PARTS LOCATION GUIDE SWITCH DISPLAY LPB10248 001B REENG LOGATON REFNO LOCATION REFNO LOCATION CAPACITOR CONNECTOR C7001 1 A D Co D 18A CN7002 A D 10 C7003 AD 98 B 138 DIODE D 1aB D7O01 D 208 D 07002 133 Cro 15 07003 D i3A D 168 D7004 D 134 sA bzoos 134 C7011 10 07012 D 16A Gia AD 07014 D 16A 07015 A D 16A 070
32. T SvSTEM POWER nes 7 RESET TERMINALRESET OND 11 womawestos per SOPEHMESECAMMNORMALL oscumr ww SYSTEM WIDE DETZAFOS NOTUSEDRUNNG IN MECHANISM MODE DETECT A s IN MAN SYSTEM CLOCK M START SENSOR w START SENSOR m syste rower ils 15 END SENSOR IN JEND SENSOR 71 MODE s jus MECHANISM WODE DETECT B DET DETECTION OF VIDEO SYNG SIGNAL DETECTED 4 sli 17 MECHANISM MODE DETECT C s CASS H IN DETECTION SIGNAL FOR SVHS CASSETTE SVHS H E 84 E H LED DETECT THE WTS MODE 74 AMUTE OUT AUDIO MUTE CONTROL FOR VHSIMUTER i PM 1 19 woe oer w suseoerecr 75 OUT SERIAL DATA TRANSFER CLOCK FOR MEMORY IG Mi 20 88 TUNNG CHECK 78 126 SERIAL DATA TRANSFER OUTPUT FOR MEMORY IC z meum once RTCA passes Jeru HE sk 3 EN MIO ra src per vong FORVOR 1 EH EE i 8 Jeno m OUT EXPANDER IG DATA TRANFER CLOCK gee 8883 8 24 OUT CONTROL AMP OUT FREQUENCY RESPONSE SWITCHIN JIMUTELI OUT INTERFACE VIDEO SIGNAL MUTING CONTROL OUTPUT g 3 25 AMUTE VORINI OUT AUDIO MUTE CONTROL FOR VDRIMUTE H ERLE OUT sLOWISTL
33. WR4b DVD unit lt gt Regulator CN5303 4 M DVD unit 3 14 4 54 4 540 lt Note2a gt Bracket WR4a WR4b WR5a Junction CN7106 Digital CN1404 4 I Digital board assembly 324 4 S5a lt Nole2a gt CN7108 l CN7106 WR5a CN7101 CN10p1 undon CN7108 e Digital CN1001 28 081001 217 04031002 16 Jackboardassembly _ 3 14 S6a CN4104 CN1801 CN1002 Junction 7109 Digital CN1002 28 Junction board assembly 3 14 57a CNT104 WRTa lt Note2a gt CN3103 WR7b CN2601 CN4104 WR7c CN7107 WR7d CN1801 CN4104 Digital CNA801 10 CNS304 WRTe 8 Regulator board assembly 3 14 4 S8a lt Note2a gt WR7a Junction CN7104 lt gt Main 4 CN5301 WR8a WR7b Main 3103 Junction CN7102 15 CN5302 WR8b 9 Rear cover 3 14 2 59 5 596 2 59 3 9 WR7c Main CN2601 Junction CN8001 11 Main board assembly 3 14 3 510 WR7d Junction 7107 lt gt Main CN7111 13 WR7e RegulatorCNS304 e Junction 5501 15 2 9 er Be careful not to damage the connector and wire etc during WRBa Regulator CN5301 Main 311 15 connection and disconnection WR8b _ Regulator CN5302 Fun motor 2 When connecting the flat wire to the connector be careful with 3 1 2 How to read the procedure table This table shows the steps for disassembly of the externally fur nished parts and board assem
34. _ 4 81818 content mw Er Two pi PLATA 0 PN DATA T s TPA TPB ov FF 88 m GND 30122001 revi B c D E F G 2 15 2 16 W DIGITAL ATAPI IF SCHEMATIC DIAGRAM LET DAT ATA DATI FE DAT FE DATI FEDA TE DATE MT DATA FE DATA FEJATBI ru DATE FE DATA FEAT FEAT DATE FE DATA rE DATS ATA DATE 0112 DIGITAL ATAPI IF To vo unr s Ama ES bora ARATE E S A ar Bem wo AEG TONEDIA PROCESSOR mw 1 A H EE YS Kms 708 2 ADDI er v7 1 mum i 1 S SWE 2 POR lena WE T B paz WY moe EC wam TO MEDIA PROCESSOR EU ADO
35. code F5 from the Jig RCU again When the EVR mode is released the adjusted data is memorized nm Y level H rate Fig 4 3c EE Y level 4 3 2 3 EE COMPONENT level Signal Internal color bar Mode B EE Equipment C Oscilloscope Measuring point 0 COMPONENT terminal mode 1 Jig code 95 EVR address F2 ADJUSTOS Jig code 26 F4 Jig code 18 or 19 Channel F5 Jig code 3C Specified value G 0 70 20 Vp p terminated Adjustment tool H Jig PTU94023B 1 Observe the CB OUT waveform at the measuring point D 2 Setthe VCR to the EVR mode by transmitting the code F1 from the Jig RCU 3 Set the EVR address to F2 by transmitting the code F3 from the Jig RCU 4 Transmit the code F4 from the Jig RCU to adjust so that the CB level the CB OUT waveform becomes the speci fied value G 5 Release the EVR mode of the VCR by transmitting the code F5 from the Jig RCU again When the EVR mode is released the adjusted data is memorized 1 14 0006 PB CB level Fig 4 3d EE component PB CB level 4 3 3 Syscon circuit Notes When perform this adjustment remove the Mechanism assembly 4 3 3 1 Timer clock Signal No signal Mode B EE Equipment Frequency counter Measuring
36. gt gt gt gt gt gt gt gt gt gt gt 00000909000 BSASSSSES gt gt gt gt 90000000000000000000090000 90909000000099090000009090 00000000000000000000000000 Bc AD AD AD AD AD AD AD AD AD gt gt gt gt gt g 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 gt gt gt gt gt gt gt gt gt gt gt gt gt 900000000 2 43 2 44 JACK DEMOD OSD OPERATION JACK SWITCH DISPLAY AND JACK CIRCUIT BOARDS 36 JACK LPB10248 001B 27 OPERATION JACK LPB10248 001B IE EFE OU RE Bo ER OSEE wn 271 m 74 pie BOT 05 refe ME 188 ezine Pa kszy RSE 1 2 JUNC F URS 5 28 SWITCH DISPLAY LPB10248 001B 14 DEMOD LPB10243 001C 17 OSD LPB10243 001C Km Y uu gt 0 gt gt gt 0 gt gt gt gt gt 8885555BEGEBS gt gt gt gt 00 gt gt 000 gt gt 0 ooooanooooooon BBBEBBBEBESEB B 485482 2 pm 90 DISP SW PWB ASST Raj mai n 19 mE S Z II 1845 MEER E viii RESISTOR
37. haste 7F tal 89 Hetasta we osos e sess SL ee estes Less sss He ed r asao s sss eea is 8 sess m Fer spes 1 tastes 021 03 He tastorn e Ferra i atas 94001 00 osos atester atas as cates etmasa mm E iasan s osos He oss 2 asss ens s sss qr astas aot s sl as m ee esp zs l e Islas aN asas 88 passe hi ss fes os mastar w zal a xs esses essas s sala He ss la la Fa a0 as z asrar res sss mer 66 reno l e Fe 3 ze Tastee wd spustas easa m Liz epee tos spise r spas ee atos or aesa moe a sspss sr sls r 05166 ie mes sspos es ss nir Ha Hahr a asas pm izby l e asa also zz Haas a tasas ateste s tasta ess tarre Due se
38. re 11 Transition to Search REV fer these to the corresponding table 12 Transition from FF REW to STOP 13 Transition to FF 1 Deck operation mode 14 Transition to REW 18 end detection processing during loading Common table and HD 16 _ Short FWD REV at tape sensor ON during unloading 37 Transition to FFIREW brake mode Display wwe up Deck operation mode Table of HD 00 Mechanism being initialized Display Mechanism operation mode 01 00 STOP with pinch roller pressure off or tape present with P OFF 02 STOP with pinch roller pressure on T STOB HR ginch Ter pressure 03 POWER OFF as a result of EMG 02 U L STOP or tape being loaded 04 04 PLAY Normal playback 04 PLAY Normal playback 96 0 _ 05 PLAY x1 speed playback using JOG 10 1i Cassette ejected OE REC 20 22 21 Tape fully loaded START sensor ON shot FF 11 Gasselte elected 22 Cassetie identification FWD SEARCH before transition fo FF 26 FWD SEARCH variable spesa including xSpeed 2E INSERT REC 24 26 FWD SEARCH variable speed including x2 speed 2C 2 INSERT REC Spe um umm 42 essri Kermi REV SEARCH bere nation ta REW SE NSERT REC VIDEO 7 RUBIO 74 47 REV SEARCH variable speed 84 FWD STILL SLOW AUDIO DUB 85 REV STILUSLOW 6E JJINSERTREC VIDEO AUDIO REC PAUSE 84 84 FWD STILL SLOW INSERT REG PAUSE 851 85 REV STILL SL
39. tH SYSCON 7 5118 AMUTE H AMUTE H 818 b A INPUT SEI ANPUT SELI AMUTE H a ACINPUT SEL SEL2 VOR H VIDEO N AUDIO SIGNAL PROCESSOR 2 57 2 58 o w VIDEO BLOCK DIAGRAN 1 wei 105015 wF2 isto wFs IC501 14 any RESONS 22 22 22 23 1 SYscoN MAIN VIDEO SW ar WIDE DET2 TUNER TU gt 9504 BUF NOT i EM USED USED USED USED la 28 NOT CTODIGI USED 2 Pre LPFI D Q505 sur ren lt q FET Q503 3 D 34 NOT BUF Fe UE ls 48 Ls 1 23 F ALS lis m m m H a TE p CHARADATA 20 sz 19
40. 0Q 1 10W J 07045 or SLA S80BCT3F LED K4102 NRSAO2J OROX MG RESISTOR 0Q 1 10W J 07045 or SDPBSOAQ DEGH LED K4103 NRSAO2J OROX MG RESISTOR 0Q 1 10W J 07046 SLR 325VC T LED K4104 NRSAQ2J OROX MG RESISTOR 0Q 1 10 J 07046 or LTL 816EE T LED QZWO021 001 PC SUPPORT 07047 SLR 325MC T LED Wat NRSA02J 0R0X MG RESISTOR 0Q 1 0W J 07047 or LTL 816GE T LED 07047 or SLR 343MC T LED 07001 NCB21EK 104X C CAPACITOR 0 1uF 25V K C7002 QCFBIHZ 104Y C CAPACITOR 0 1uF 50V Z LOADING MOTOR BOARD ASSEMBLY 55 C7008 1067 E CAPACITOR 10uF 50V M A Symbolo Part No Part Name Description Local C7006 QEKCOJM 227Z E CAPACITOR 220uF 6 3V M C7008 2272 E CAPACITOR 220uF 10V M NCF31HZ 473X C CAPACITOR 0 047uF 50V Z NCF31HZ 473X C CAPACITOR 0 047uF 50V Z PWI LOADING MOTORBOARD C7013 QCBBIHK 103Y C CAPACITOR 0 01uF 50V K 7001 QRE141J 103Y C RESISTOR 10k2 1 4W J 87002 QRE141J 103Y RESISTOR 10kQ 1 4W J 87003 QRE141 823Y RESISTOR 1 AW J No YD006 3 17 JUNCTION BOARD ASSEMBLY 92 SymbolNo No Part Name Description Local PW LPA1O248 02C2 JUNCTION BOARD ASSY 1 5501 MM1662GH X Ic 105502 MM1565AF X Ic 50V 1 5503 MMI565AF X Ic 50V 1 5504 MM1563EF X Ic 34V 1 5505 MM1563DF X Ic 33V 1 7101 MM1623XF X Ic ICB001 15218 Ic 108001 or RC4558D X Ic 1 8002 AK5381VTP X Ic 1 8201 15218 Ic 1 8201 or 45580
41. 0ROX NET RESISTOR 00 1160 0 4 R1820 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 2206 NRZ0040 0ROX NET RESISTOR 00 1 16W J x4 1821 _ NRSA63J 102X MG RESISTOR IkQ1 16WJ RA2207 NRZ0040 0ROX NET RESISTOR 001 16 J x4 1822 NRSASAJ OROX MG RESISTOR 001161 RA2208 NRZO040 330X NET RESISTOR 330 1 16W J x4 R2201 _ NRSA63J 103X MG RESISTOR 10kQ1 16WJ RA2209 820040 330 NET RESISTOR 330 1 16W J x4 R2202 NRSA63J562X MG RESISTOR 56kQ 1 16W J RA2210 NRZO040 330X NET RESISTOR 330 1 16W J x4 R2203 NRSA63J 472X MG RESISTOR 47kQ 1 16W J RA2211 NRZ0040 330X NET RESISTOR 330 1 16W 4 R2204 NRSA63J 330X MG RESISTOR 330 1 16W J R2205 NRSA63J 820X MG RESISTOR 820 1 16W J L1004 NQL144K 100X P COIL 0300 10uH K R2206 NRSA63J 220X MG RESISTOR 22011601 11801 NQL144K 100X P COIL 0 300 100H 2207 NRSA63J 220X MG RESISTOR 2221 16WJ 11801 NQR0444 001X CHOKE COIL R2208 NRSA63J 820X MG RESISTOR 820 1 16WJ R2209 NRSA63J 220X MG RESISTOR 220 1 16W J 81001 NRSA02J 0ROX MG RESISTOR 00110114 R2210 _ NRSA63 820X MG RESISTOR 820 1 16W J 81007 NRSAQ2J 0ROX MG RESISTOR 0Q1 0WJ R2211 NRSA63J 330X MG RESISTOR 38Q1 16WJ B1008 0329 001 FERRITE BEADS R2212 NRSA63J 330X MG RESISTOR 33011611 81204 NRSA63J 0ROX MG RESISTOR 001614 82213 NRSA63J 330X MG RESISTOR 380 146WJ 1208 NRSA63J 0ROX MG RESISTOR 00116014 2214 NRSA63J 330X MG RESISTOR 330 1 6WJ 1802 NRSA
42. 104 C CAPACITOR 0 1uF 16V K R203 QRE141J 102Y C RESISTOR 1KQ 1 4W J C6506 NCB31HK 223X C CAPACITOR 0 022uF 50V K NAA we REI d C6507 NCB31CK 104X CAPACITOR 0 1uF 16V K 9 06508 NCB31CK 333X C CAPACITOR 0 033uF 16V K R209 NRSA63J 0R0X MG RESISTOR 1 16 J 06509 2257 E CAPACITOR 2 2uF 50V M 210 NRSA63J 103X MG RESISTOR 1 16W J 6610 QEKJIHM 334Z E CAPACITOR 0 33uF 50V EM Rink RESISTOR ewy C6511 104 C CAPACITOR 0 1uF 16V K C6512 224 C CAPACITOR 0 22uF 16V K 216 NRSAG3J 0ROX MG RESISTOR 00 1 16W J C6514 102 C CAPACITOR 1000pF 50V K R217 NRSA63J 102X MG RESISTOR 1kQ 1 16W J 66515 752 E CAPACITOR 25 M R218 NRSA63J 222X MG RESISTOR 1 16W J C6516 QEKJIHM 2252 E CAPACITOR 2 2uF 50V M 06519 QEKJICM 476Z E CAPACITOR 47UF 16V L201 QQL29BK IR0Z P COIL 0 140 1uHK 06520 QEKJIHM 225Z E CAPACITOR 22uF 50V M L206 QOL29BJ 220Z P COIL 0 650 22uH J 06521 QEKJIEM 062 E CAPACITOR 10uF 25 M 6522 1062 E CAPACITOR 10uF 25V M B201 NRSA63J 0R0X MG RESISTOR 00 1 16W J 6523 2257 E CAPACITOR 2 2uF 50V M B203 NRSA63J 0ROX MG RESISTOR 00 1 16W J 8205 MG RESISTOR 00 1 16W J 2301 NRSA63J 123X MG RESISTOR 12kQ 1 16W J BKI 1 40425 001 BRACKET BOARD ASSY R2302 NRSA63J 181X MG RESISTOR 1800 1 16W J SNAM RAA CONNECTOR B 4 82303 NRSA63J 123X MG RES
43. 16W J CN2002 0082532 1 02 CONNECTOR 1 2 R6031 NRSA63J 101X MG RESISTOR 1000 1 16W J CN2601 QGB1231L1 11 CONNECTOR B B 1 11 R6050 QRE141J 101Y C RESISTOR 1000 1 4W J CN3001 QGB2032M4 12 CONNECTOR B B 1 12 R6051 0129 003 FERRITE BEADS CN3102 1207 1 11 CONNECTOR FFCIFPC 1 11 R6054 NQR0129 003X FERRITE BEADS CN3103 QGB1231L1 15 CONNECTOR B B 1 15 R6120 NRSA63J 102X MG RESISTOR 8104 QGFI207C1 13 CONNECTOR FFC FPC 1 13 86121 NRSAG3J 102X MG RESISTOR 1 16W J CN5311 QGB1231MI 15 CONNECTOR B B 1 15 R6130 NRSA63J 382X MG RESISTOR 3KO 1 16W J 7501 QGF1207C1 13 CONNECTOR FFC FPC 1 13 R6131 NRSA63J 101X MG RESISTOR 1000 1 16W J 7503 QGF1207C1 11 CONNECTOR FFC FPC 1 11 R6502 NRSA63J 332X MG RESISTOR 3 3kQ 1 16W J ACP3002 QMFZ050 1R25X E FUSE 1 25A 125V 87202 QRE141J 221Y C RESISTOR 2200 1 4W J A CP4002 QMFZ050 1R25X E FUSE 1 25A 125V 87203 NRSA63J 472X MG RESISTOR 1 16W J FW7504 QUM023 12A4A4 PARA RIBON WIRE 87204 QRE121J 100Y C RESISTOR 100 1 2W J J7501 QNZ0609 001 AV JACK DVDNCRINOUT 7501 NRSA63J 221X RESISTOR 2200 1 16W J J7502 QNNOS87 001 PIN JACK DVDNCROUT PUT R7502 NRSA63J 221X MG RESISTOR 2200 1 16W J J7503 QNN0587 002 PIN JACK COMPONENT VIDEO OUT R7522 NRSA63J 750X MG RESISTOR 750 1 16W J J7506 0 60100 001 3 5 CABLE BOX 97523 NRSA63J 750X MG RESISTOR 750 116 J 83001 QSW0954 003 ROTARY ENCODER R7528 NRSA63J 560X MG RESISTOR 560 1 16W J 22
44. 547 LP31345 001A EARTH PLATE 548 LP31345 001A EARTH PLATE WRI QUQI2 3180G FFC WIRE WR2 QUQ212 0430CG FFC WIRE UACINOPIAANOGT 000112430808 FFC WIRE WRA WJT0151 001A E CARD WIRE CMON WR5 00212 04106 FFC WIRE WR6 000105 4020 FFC WIRE 0032040804 SINCRC CWIRE FEGLAROGNUDNT WR8 000210040800 FFC WIRE DGPLOWKINTONONIS MECHANISM ASSEMBLY lt 4 gt A Siniel o PartNo Part Name Description Local 1 LP21039 003A MAIN DECK ASSV 3 LP40097 002E GUIDE POLE CAP 4 NAH0004 001 FULL ERASE HEAD 15 LP30958 001B LOADING GEAR BASE 16 QYTPST2620ZA SCREW M2 6 x 20mm x2 n QYTDST2606ZA TAP SCREW M26 x Emm 18 LP40798 002A LOADING GEAR SUPALY ASSY 18A LP21040 001A LOADING GEARISUPPLY 188 1240799 002 LOADING ARUISUPPLY ASSY 19 LP40837 001A TORSONSPANGSUPPLY 20 LP40903 004A FIXING PLATE 2 LP40806 001D POLE BASE ASSY SUPPLY 22 LP30959 001B LOADING GEAR 23 LP40802 002A LOADING GEARITAKE UP ASSY 23A LP21041 001D LOADING GEAR TAKE UP 238 LP40803 002A LOMDNGARITAKE UPJ ASSY 24 LP40838 001A TORSION SPRNGTAKE UP 26 LP40808 001E POLEBASEASSY TAKELP 36 LP21055 001G TAKE UP LEVER 37 LP40943 001A TENSION SPRING 38 LP40859 001D T UP HEAD 39 LP30961 001C LID GUIDE 42 LP40810 003A PINCH ROLLER ARM ASSY 44 LP40840 001D TORSION SPRING 46 LP30963 002A PRESS LEVER 47 0017 24 SLIT WASHER 49 LP40813 001D GUIDE ARM ASSY 50 LP40841 001A TORSION SPRING 51 LP30002 090A SPA
45. A Broken ON C ON Cassette tape type lt 1 gt is identified a few times during Tab broken ON OFF iti identificati i i Tab present OFF ON ON mode transition and the identification count is variable D Tab present OFF ON OFF depending on the cassette tape type If an EMG occurs F Tab present GEE OFF in the middle of identification the cassette tape type F Tab present OFF OFF OFF Tab broken 0 Sensor ON 0 Sensor ON 0 not be able to be identified Tab present 1 sensor Sensor If other value than those listed in the above table is dis played the cassette 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 ormation PlaY i i i 00 information in 21 sections using a hex number from 00 to 14 0 Not established 00 End of winding 1 EJECT EJECT position 14 Beginning of winding 2 EJECT EJECT1 _ Intermodal position Tape position not identified 3 position 7 Cassette tape type 2 Winding area 4 2 Intermodal position 5 EJECT2 EJECT2 position Display Cassette tape type 2 Refera Word 6 EJECT2 ULSTOP Intermodal position 00 prem qmm assette
46. FERRITE BEADS 02003 RTIPA4HM X DIGI TRANSISTOR K2212 NQRO129 002X FERRITE BEADS 02051 2SC4081 QRS X TRANSISTOR K2213 NQRO129 002X FERRITE BEADS 02051 or 2SD1819A QRS X TRANSISTOR 2214 NQRO129 002X FERRITE BEADS 02051 2PC4081 R X TRANSISTOR K2215 NQR0129 002X FERRITE BEADS 02051 2SC4154 EF X TRANSISTOR 2216 0129 002 FERRITE BEADS 02052 2SA1576A QRI X TRANSISTOR K2217 NQRO129 002X FERRITE BEADS 02052 or 2581218 TRANSISTOR 2218 NQRO129 002X FERRITE BEADS 02052 or 2PA1576 RI X TRANSISTOR K2219 129 002 FERRITE BEADS 02053 DTC144WUA X DIGI TRANSISTOR K2220 NQRO129 002X FERRITE BEADS 02053 or PDTC144WU X DIGI TRANSISTOR K2221 0129 002 FERRITE BEADS 02053 or UNS21E X DIGI TRANSISTOR 01401 NORO415 002X EMI FILTER 1uF 16V Z 02053 or RN1309 X DIGI TRANSISTOR 101402 NORO415 002X EMI FILTER 1uF 16V Z 02053 or RTIN44HM X DIGI TRANSISTOR 101403 NORO415 002X EMI FILTER 1uF 16V Z 02054 2SAI576A GRI X TRANSISTOR LC41656 001A COOLING SHEET 02054 or 2581218 TRANSISTOR 501 LP21293 001A SHIELD FRAME DIGITAL 02054 2PA1576 RI X TRANSISTOR 0580 001 27 0000MHz 02055 DTCIMAWUA X DIGI TRANSISTOR 1801 666 001 CRYSTAL 24 576000MHz 02055 or PDTC144WU X DIGI TRANSISTOR 02055 or UN521E X DIGI TRANSISTOR 022055 or RN1309 X DIGI TRANSISTOR 02055 or RTIN44HM X DIGI TRANSISTOR MAIN BOARD ASSEMBLY lt 03 gt 02201 DTA144WUA X DIG
47. MG RESISTOR 00 1 16W J B4 NRSA63J 0ROX RESISTOR 00 1 16W J 7 RESISTOR 00 1 6W J BO NRSAG3J 0ROX MG RESISTOR 00 1 16W J Wa8 NRSA63J 0ROX MG RESISTOR 00 1 16W J 82603 _ RESISTOR W39 NRSA63J 0ROX MG RESISTOR 00 1 16W J B2604 _ RESISTOR 00 1 16W J WO NRSA63J 0ROX RESISTOR 0Q 1 16W J 83001 _ RESISTOR 00 1 16W J NRSA63J0ROX RESISTOR 00 1 16W J 83022 RESISTOR 1 6W J W42 MG RESISTOR 00 1 6W J B6021 _ NRSAGSLOROX MG RESISTOR 00 1 6W J W3 MG RESISTOR 00 1 6W J B6024 _ NRSAGSLOROX MG RESISTOR 00 1 16W J W44 RESISTOR 00 1 16W J 87503 _ MG RESISTOR 00 1 16W J W46 MG RESISTOR 00 1 16W J 87504 MG RESISTOR 00 1 16W J W47 MG RESISTOR 00 1 16W J B7505 NRSA63J 0ROX MG RESISTOR 00 1 16W J W48 NRSA63J 0R0X MG RESISTOR 00 116WJ 87509 MG RESISTOR 00024208 FFC WIRE 87511 MG RESISTOR 00 1 6W J xa QAX0739 001 CRYSTAL 3 57MHz 87512 NRSA63J 0ROX MG RESISTOR 00 1 16W J X3001 QAX0444 001 CRYSTAL 32 768kHz B7513 NRSA63J 0ROX MG RESISTOR 00 1 16W J X3002 QAX0527 001 CRYSTAL 10 000000MHz No YD006 3 15
48. MG RESISTOR 1000 1 16W J R3060 NRSA63J 471X MG RESISTOR 4700 1 168 J R2215 NRSASAJ OROX MG RESISTOR 00 1 16W J R3061 NRSA63J 471X MG RESISTOR 4709 1 16W J 2218 NRSA63J392X MG RESISTOR 3 9kQ 1 16W J R3062 103 MG RESISTOR 10kQ 1 16W J 2219 NRSA63 102X MG RESISTOR 1 16W J 83063 NRSA63J 472X MG RESISTOR 1 16W J R2220 _ NRSA63J 102X MG RESISTOR 1 16W J R3066 NRSA63J 472X MG RESISTOR 1 16W J R2226 NRSA63J 303X MG RESISTOR 39kQ 1 16W J R3069 NRSA63J 101X MG RESISTOR 1000 1 16W J R2227 NRSA63J 682X MG RESISTOR 1 16W J 93071 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 2228 NRSA63J 303X MG RESISTOR 39kQ 1 16W J R3072 NRSA63J 0ROX MG RESISTOR 0Q 1 16W J R2220 NRSA63J 682X MG RESISTOR 1 16W J R3074 NRSA63J 0R0X MG RESISTOR 00 1 16W J R2230 QRE141J 471Y C RESISTOR 4700 1 4W J 93075 NRSA63J 471X MG RESISTOR 4700 116 J 82231 QRE141J 471Y RESISTOR 4700 1 4W J R3076 NRSA63J 471X MG RESISTOR 4700 1 16W J R2251 NRSA63J472X MG RESISTOR 47 1 16W J R3078 NRSA63J 102X MG RESISTOR 1KQ 1 16W J R2252 NRSA63J 332X MG RESISTOR 1 16W J R3079 QRE141J 471Y C RESISTOR 4700 1 4W J 2253 NRSA63J 101X MG RESISTOR 1000 1 16W J 83080 NRSA63J 02X MG RESISTOR 116W J R2257 NRSA63J 684X MG RESISTOR 680kQ 1 16W J R3083 NRSA63J 02X MG RESISTOR 116W J 82259 NRSA63J 273X MG RESISTOR 27 116W J 83085 NRSA63J 222X MG RESISTOR 22kQ 1 16 J R2609 NRSA63J 102X MG
49. MODEL MARK DR MVISUC A DR MVISUSI B A SymbolNo No Description Local ASymtolka Part Name Description Local R1652 NRSA63J 101X MG RESISTOR 1000 1 16W J RA1611 NRZ0040 220X NET RESISTOR 220 1 16W 4 1653 NRSA63J 0ROX MG RESISTOR 00116011 RA1612 820040 220 NET RESISTOR 220 1 16W J x4 R1654 NRSA63J OROX MG RESISTOR 0Q1 6WJ RA1618 NRZ0040 220X NET RESISTOR 220 1160 J x4 R1655 NRSA63J 0R0X MG RESISTOR O0 1 16WJ RA1614 NRZ0040 220X NET RESISTOR 220 1 16W J x4 R1656 NRSA63J 0R0X MG RESISTOR O0 1 16WJ RA1615 NRZ0040 220X NET RESISTOR 220 1 16W J x4 R1657 NRSA63J 220X MG RESISTOR 22011601 RA1616 NRZ0040 220X NET RESISTOR 220 1169 J x4 1658 NRSA63J 220X MG RESISTOR 22011611 1617 20040 101 NET RESISTOR 1000 1 16W J x4 1659 NRSA63J 220X MG RESISTOR 22011601 RA1618 NRZ0040 101X NET RESISTOR 1000 1 16W 154 R1660 NRSA63J 220X MG RESISTOR 22011611 1619 NRZ0040 101X NET RESISTOR 1000 1 16Wd x4 1701 NRSA63J271X MG RESISTOR 2700 1 16W J RA1620 NRZ0040 101X NET RESISTOR 1000 1 16W 154 1702 NRSA63J 102X MG RESISTOR 1kQ1A6WJ RA1621 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 R1703 NRSAG3D 222X MGRESISTOR 22kQ1 16WD RA1622 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 1704 NRSA63D 222X MGRESISTOR 22kQ1 16WD RA1628 NRZ0040 101X NET RESISTOR 1000 1 16WJ x4 1801 NRSA63J 0ROX MG RESISTOR 0Q1 6WJ RA1624 NRZ
50. SS TT UU VV WW XX YY AA 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 Loading motor control status FF Sensor information See sensor information details GG Capstan motor speed HH Key code JVC code 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 lt 2 gt higher 8 bits See EMG detail of information lt 2 gt OO Cassette tape type lt 2 gt lower 8 bits See EMG detail of information lt 2 gt PP General data display area General data display area FF Sensor information details lt Display gt n x NN t Encoder data See Mechanism mode sequence Cassette tab present 1 Cassette tab broken 0 assette absent 1 Cassette present 0 Start sensor End sensor For HD only AA BB cc DD EE FF GGGG HHHH JJJJ KKKK ELLE MMMM ROM No AA BB cc DD EE FF Key code JVC code Deck operation mode See EMG detail information lt 1 gt Mechanism operation mode See EMG detail informa tion lt 1 gt Se
51. When UPDATE appears in FDP close the tray and make the unit read the disk Upgrading starts 3 After 2 perform upgrading procedure 4 10 of 5 4 2 Upgrading firmware of the unit above No YD006 1 21 5 4 3 The exchange method of a tray fitting When DVD unit is exchanged please transplant a tray fitting from an old drive or change for a new tray fitting 5 44 Initialization method Since the information on internal is as follows if it initializes before enforcement it is required to surely obtain the approval of a cus tomer All initial setting of DVD returns to an initial state 4 Set the unit to theJIG RCU mode 2 Set the unit to DVD mode DVD lamp lights up 3 Press the POWER button on the unit to turn off the unit 4 Transmit 6F from the JIG 5 Confirm the FDP changes from FACTORY to CHECK OK 6 Press the VCR DVD buttojn on the unit so that the VCR lamp lights up on the unit 7 To cancel JIG RCU mode transmit 9D from the JIG RCU 5 4 5 The setting method of a region code A region code should be set after a DVD unit is replaced While a DVD unit is in a warehouse as a stock a region code of the DVD unit is not determined Only replacement of a DVD unit may cause abnormal playback of Disc Set a region code of a DVD unit in the following procedure 1 Replace a DVD unit 2 Set the unit to JIG mode 3 nsert a DVD RAM disc in the unit to make the unit read the DVD RAM disc The DV
52. X Ic 5001 QRZ9046 475Z RESISTOR 47 1 2W K 1 1801 2 Ic R5101 QRG02GJ 683 OMF RESISTOR 68kQ 2W J 85102 NRSA02J 122X MG RESISTOR 1 2KQ 1 10W J 01001 UN221E X TRANSTSTOR R5103 QRE141J 684Y CRESISTOR 1 4W J 01001 or DTC144WKA X DIGI TRANSISTOR 95104 NRSAQ2J 102X MG RESISTOR 1 10W J 01001 or RTIN44HC X DIGI TRANSISTOR R5105 QRE141J 680Y C RESISTOR 680 1 4W J 01002 2SAT037AKIQR X TRANSISTOR R5106 QRE141J 392Y RESISTOR 1 4W J 01002 2SA1530A QR X TRANSISTOR 85107 NRSA02J 681X MG RESISTOR 6800 140W J 01002 2SB709A QR X TRANSISTOR R5108 QRTOIDJ RS3X MF RESISTOR 0330 1W J 01003 2SAI037AKQR X TRANSISTOR A 5109 0829005 470 FUSI RESISTOR 470140 G 01003 or 2SA1580A GR X TRANSISTOR R5301 NASAQAJ 221X MG RESISTOR 2200 1 10W J 01003 or 2SB709A QR X TRANSISTOR 85302 NRSA02 472X RESISTOR A10 J 01004 28 1037 TRANSISTOR R5303 NRVAO2D 152X CMF RESISTOR 15kQ 1 108 D 01004 or 25 1530 TRANSISTOR R5304 NRVAO2D 682X CMF RESISTOR 1 10W D 01004 or 2SB709A QR X TRANSISTOR R5305 NRVAO2D 243X CMF RESISTOR 24kQ 1 10W D 01005 2SA1037AKIQR X TRANSISTOR R5306 NRVA02D 392X CMF RESISTOR 1 10W D 01005 or 2SA1580A GR X TRANSISTOR 5308 NRSA02J 122X MG RESISTOR 1 10W J 01005 or 2SB7OSA GR X TRANSISTOR 95309 NRSA02J 102X MG RESISTOR 1kQ 1 10W J 01008 UMZIN W PAIR TRANSISTOR R5312 NRSAO2J 103X MG RES
53. fa m prey gt 77 53 18 5 le C mu MUTEPUS USED Lh 8 i agc DETI v FBC H I ir set I 1 12501 wk Ea SWITCH 2 sew 2 WFA j USED wet WF2 SELD_V_IN FRONT V IN 9 5 Q506 4 REAR Y IN 0 6 050 59 BUF NTC 8 4 FRONT C IN FRONT Y N 09 2 59 2 60 mV IDEO BLOCK DIAGRAM 2 SYSCON uc DATA AV O UC OK AQ wet wre WES 11 29 wrs PBM WS TOR wre 101 6 iy iy s il yy W ne wn 111111 Z SS s ss s p ZL MAIN VIDEO N AUDIO TERMINAL ON SCREEN
54. 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 To the drum Roller driver Toward the capstan En 4 P we Screw 4 j Head base Toward the drum ci AIC head 9 Screw 5 To the capstan Fig 4 2e Alignment tape ISP stairstep played with the Alignment tape EP LP stairstep played with the EP LP head Waveform output Xwalue adjustment point Drum side Control head position Capstan side mmn gt Maximum Fig 4 2f 4 3 Electrical adjustment 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 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
55. measuring point D 2 Set the VCR to the EVR mode by transmitting the code F1 from the Jig RCU 3 Set the EVR address to F2 by transmitting the code F3 from the Jig RCU 4 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 5 Release the EVR mode of the VCR by transmitting the code F5 from the Jig RCU again When the EVR mode is released the adjusted data is memorized Fig 4 3b EE componet Y level a LL Y level No YD006 1 13 4 3 22 EE level Signal A1 Ext input 2 Color colour bar signal Mode B EE Equipment C Measuring point D Y OUT S terminal EVR mode 1 Jig code 95 EVR address F2 ADJUSTO2 Jig code 22 F4 Jig code 18 or 19 Channel F5 Jig code 3C Specified value 1 00 0 02 Vp p terminated Adjustment tool H Jig PTU94023B Oscilloscope 1 Observe the Y OUT waveform at the measuring point D 2 Set the VCR to the EVR mode by transmitting the code F1 from the Jig RCU 3 Set the EVR address to F2 by transmitting the code F3 from the Jig RCU 4 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 5 Release the EVR mode of the VCR by transmitting the
56. once again The FDP shows the EMG detail information 2 in the form of 5 6 7 5 BM 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 RCU once again to re set the display 5 3 2 Clearing the EMG history 1 Display the EMG 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 on the part No of the System Control microcomputer 1C3001 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 is partially different from the mechanism sensor informa tion in EMG detail information 1 For MN only AA BB CC DD EE FF GG HH 11 JJ KK LL MM NN OO PP QQ RR
57. part Jig Code 7T or 72 Specified value minimum noise Adjustment tool H Jig RCU PTU94023B 1 Record the signal A2 in the mode B1 and play back the 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 RCU to adjust so that the noise bar becomes the specified value G on the TV monitor in the slow mode 5 Setthe VCR to the Stop mode 6 Confirm that the noise bar is G on the TV monitor in the slow mode 7 Repeat steps 3 to 6 in the REV slow 1 6x mode 8 Repeat steps 1 to 7 in the mode B2 Note FWD slow 1 6x playback transmit the code 08 from the Jig RCU to enter the slow playback mode and transmit the code D0 for REV slow 1 6x mode 4 3 2 DVD Video circuit Note when perform these adjustments set the unit to DVD mode DVD lamp lights up 4 321 EE COMPONENT Y level Signal Internal color bar Mode B EE Equipment _ 0 Oscilloscope Measuring point D COMPONENT Y terminal mode 1 Jig code 95 EVR address ADJUSTO1 Jig code 21 F4 Jig code 18 or 19 Channel 5 Jig code 3C Specified value 1 00 0 02 Vp p terminated Adjustment tool Jig RCU PTU94028B 1 Observe the Y OUT waveform at the
58. ss 3 5s es HE be terras s asss s peser sex s f ster sr ss l sashas Hetasta e esis sss 9168 eor seso es 08 mes sess za as 6 es stat tal 85 E Ete eeror asf bearer poston cot Le tastas testas tasta mess s esos He tostor 23 LEER Da tastar 00 es 281 00 De etishi u s osos 35 espss 00 0a Testes estes 201 22 es ens 08700 s ss He tasas 05 00 37141 Ds pooper espes s Lses 35 etes ao ant os 225 09 s uxor e 86 05 efectos spect so 8 esos l e pss masher e assz e ashar a taras sra etare ums Hatar as r torte z l sta cosets 6 es us tarar e aoe Fa henen Seas sme t gt Hetes 2 osos taz ar pesos 39 os es 281 00 l e
59. tracking mode 4 Make sure that there is no significant level drop of the V PB FM waveform caused by the tracking operation with its generally parallel and linear variation ensured Perform the following adjustments when required See Fig 4 2c 5 Reduce the V PB FM waveform by the tracking operation If a drop in level is found on the left side turn the guide roll er of the pole base assembly supply side with the roller driver to make the V PB FM waveform 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 Fig 4 2c 6 Make sure that the V PB FM waveform varies in parallel and linearly with the tracking operation again When re quired perform fine adjustment of the guide roller of the pole base assembly supply or take up side 7 Unload the cassette tape once play back the alignment tape A1 again and confirm the V PB FM waveform 8 After adjustment confirm that the tape wrinkling does not occur at the roller upper or lower limits See Fig 4 2b Perform adjustment step 9 only for the models equipped with SP mode and EP or LP mode Perform adjustment step 9 only for the models equipped with SP mode and EP or LP mode 9 Repeat steps 1 to 8 by using the alignment tape A2 Improper SATSA gt a GUIDE Ku 111 1 b GUIDE POLE Fig 4 2b Proper
60. type not identifie Even number gt ULSTOP position 04 08 cassette thick tape 10 0497 0506 0732 0858 0 2 4 6 8 8 ULSTOP UPPER Intermodal position 05 06 Small reel thick tape 20 05A9 0661 A CS E 7 9 UPPER Loading unloading tape 05 0C C cassette thick tape 20 0599 DAA1 0607 d A UPPER ONSTOP Intermodal position 06 0C C cassette thin tape 40 0623 063D 0C41 0CC3 06 OC C cassette thin tape 30 0611 0638 0CB2 B ONSTOP PLAY position 07 08 Small reel thick tape T 40 07 08E5 C PLAY FWD SS Intermodal position 09 08 Small reel thick tape 60 09FD 0878 D FWD SS FWD FWD Stil Slow position OC Small reel thick tape T 80 DF 160 0C20 ODFC FWD SS REV intermodal position OD OF Small reel thick tape T SO DF 180 0031 OF SE 10 Small reel thick tape T 100 E43 107F F REV REV REV SEl Skw position 10 12 Small reel thin tape T 140 10E1 1206 0 REV OFFSTOP Intermodal position 10 13 Small reel thick tape T 120 DF 240 1073 1313 1 Pinch roller OFF position 11 14 Small reel thick tape 130 1185 1429 Odd number 2 OFFSTOP FFREWB Intermodal position 12 14 Smallreel thintape T 160 1203 141F 1 3 5 7 9 13 14 Small reel thin tape 210 0 420 1373 1463 B D F FFREWB FFIRE
61. version of the unit and the mechanism drive and an initialize execution menu 1 Set the unit to the Jig RCU mode 2 Transmit 8b from the JIG RCU 3 SYSTEM INFORMATION menu is displayed in the screen 4 To move cursor in SYSTEM INFO use the a 4 and y buttons of a remote control unit attached to product 5 To quit the SYSTEM INFO menu transmit 8b from the JIG RCU 6 Cancel JIG RCU mode SYSTEM INFO VERSION INITIALIZE INFORMATION 5 Key Download Done C Ware PROD101 JVC03 44 2 4 1 Version of firmware aT 0081 27 V0128 22 this part is updated sfter the firmware of the unit is upgraded 1394 OSD 0053 lt 4 Analog BE R FE R 0047272 System controller version Region code back end ENTER SELECT WITH CURSORS Region code front end SELECT THEN PRESS ENTER SYSTEM INFO VERSION INITIALIZE INFORMATION 55 Silicon version of ES 180 BSP 1 2 010 Drive firmware version P201 Drive firmware version Drive last error 900000 ___ 1 ENTER SELECT WITH CURSORS gt THEN PRESS ENTER lt NOTE Items other than the ones described above are not used in service work 5 4 2 Upgrading firmware of the unit Firmware upgrade disk supports only DVD RAM media When firmware needs to be upgraded Digital Video Storage CSG
62. 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 4 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 System Parts name 1000H 2000H Drum assembly CX x head CX Pinch roller arm assembly Full erase head transport Tension arm assembly Capstan motor Shaft ojojojo Guide arm assembly Capstan motor Capstan brake assembly Main brake assembly 7 Belt Capstan x Drive Loading motor Clutch unit Worm gear Control plate x gt lt x x xj x Other Rotary encoder C Cleaning X Inspection or Replacement if necessary SECTION 3 DISASSEMBLY 3 1 Removing the major parts 3 1 1 Destination of connectors Two kinds of double arrows in connection tables respectively show k
63. 0 01uF 25V PC3002 RPI 304J IC PHOTO SENSOR C536 103 C CAPACITOR 0 01uF 25V C537 NCB3iEK 103X C CAPACITOR 0 01uF 25V NDC31HJ 151X C CAPACITOR 150pF 50V J C538 NCB31EK 104X C CAPACITOR 0 1uF 25V K c2 NDC31HJ 330X C CAPACITOR 33pF 50V J C539 NCB31EK 103X C CAPACITOR 0 01uF 25V 4 1067 E CAPACITOR 10uF 25V M C540 NCBGIEK 03X C CAPACITOR 0 01uF 25V C5 NCB31CK 104X C CAPACITOR 0 1uF 16V K 541 NCB3iEK 103X C CAPACITOR 0 01uF 25V C6 NCB31CK 104X C CAPACITOR O tuF 16V K 548 NCBSIEK 104X C CAPACITOR 0 1uF 25V K NCB31CK 104X C CAPACITOR O tuF 16V K 545 QEKJIHM 225Z E CAPACITOR 22uF 50V M C8 NCF31AZ 105X C CAPACITOR 1uF 10V Z C546 1 103 C CAPACITOR 0 01uF 25V C9 2257 E CAPACITOR 22uF 50V M C547 NCB3iEK 103X C CAPACITOR 0 01uF 25V C10 QEKJOJM 476Z E CAPACITOR 47uF 63V M NDC31HJ 120X C CAPACITOR 12 50V J NCF31AZ 105X C CAPACITOR 1uF 10V Z C550 NDC31HJ 820X C CAPACITOR 82pF 50V J NCF31AZ 105X C CAPACITOR 1uF 10V Z C555 104 C CAPACITOR 0 1UF 25V K NCF31AZ 105X C CAPACITOR 1uF 10V Z C556 NCBSIEK 103X C CAPACITOR 0 01uF 25V C14 NCF31AZ 105X C CAPACITOR 1uF 10V Z 0565 QEKJOJM 476Z E CAPACITOR 47UF 6 3V M 015 NCB31CK 104X C CAPACITOR 0 1uF 16V K C577 NCB3IEK 108X C CAPACITOR 0 01uF 25V NCB31CK 104X C CAPACITOR 16V K C578 104 C CAPACITOR 0 1uF 25V K C19 NCB31CK 104X C CAPACITOR 0 1uF 16V K C2000
64. 0 1 16 J R3235 NRSA63J 332X MG RESISTOR 33kQ 1 16 J 83025 NRSA63J 0R0X MG RESISTOR 00 1 16 J R3236 NRSA63J 332X MG RESISTOR 1 16W J 83028 NRSA63J 0R0X MG RESISTOR 00 1 16W J 83237 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3027 NRSA63J 102X MG RESISTOR 1 16W J 83241 NRSA63J 104X MG RESISTOR 100kQ 1 16W J R3020 NRSA63J472X MG RESISTOR 116W J R3253 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3032 NRSA63J01X MG RESISTOR 1000 1 16W J R3257 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 83033 NRSA63J 0ROX MG RESISTOR 00 1 16 J 83258 NRSA63J 103X MG RESISTOR 10KQ 1 16W J 93035 NRSA63J 0ROX MG RESISTOR 00 1 16 J R3259 NRSA63J 0ROX MG RESISTOR 1 16 J R3036 NRSA63J472X MG RESISTOR 1 16W J 83260 NRSA63J 473X MG RESISTOR 1 16W J R3037 NRSA63J 0R0X MG RESISTOR 00 1 16W J 83261 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3038 NRSA63J 182X MG RESISTOR 1 16W J R3262 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3039 NRSA63J 0R0X MG RESISTOR 1 16W J 83263 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3040 NRSA63J 0ROX MG RESISTOR 00 1 16 J R3264 NRSA63J 103X MG RESISTOR 10k 1 16W J R3041 NASASAJ OROX MG RESISTOR 00 1 16 J 83265 NRSA63J 332X MG RESISTOR 33kQ 1 16W J R3042 NRSASAJ OROX MG RESISTOR 00 1 16 J R3601 _ NRSA63J 222X MG RESISTOR 116111 R3044 NRSA63J 0R0X MG RESISTOR 00 1 16W J 83608 NRSA63J 222X MG RESISTOR 2 2kQ 1 16W J 93046 NRSA63J 0R0X MG RESISTOR 0Q 1 16W J R3612 1
65. 0 100H J L7102 QQL071J 6R8Y COIL 1 200 6 8uH J L8001 QQL29BJ 2202 PCOIL 0 650 22uH J L8002 QQL29BJ 2202 PCOIL 0 650 22uH J B7101 NRSAQ2J OROX MG RESISTOR 00 140W J B7107 NRSAQ2J OROX MG RESISTOR 00 140W J B7112 NRSA02J 0ROX MG RESISTOR 00 140W J B7113 NRSAOZLOROX MG RESISTOR 00 1 0W J B7115 NRSAOZLOROX MG RESISTOR 00 1 0W J 878 NRSAO2L OROX MG RESISTOR 00 1 0W J CN5501 QGB1231M1 15 CONNECTOR B B 1 15 CN7102 QGB1231M1 15 CONNECTOR B B 1 15 CN7103 QGF1207C1 04 CONNECTOR 1 4 7104 QGF1207C1 04 CONNECTOR FFCIFPC 1 4 CN7105 QGF1207C1 04 CONNECTOR FFCIFPC 1 4 CN7106 QGF1016C3 04 CONNECTOR FFCIFPC 1 4 CN7107 QGF1207C1 13 CONNECTOR FFC FPC 1 13 CN7108 QGB2027M6 28S CONNECTOR B B 1 28 CN7109 QGB2027M6 28S CONNECTOR B B 1 28 CN8001 QGB1231M1 11 CONNECTOR 1 11 29 002 FERRITE BEADS NRSAO2J OROX MG RESISTOR 00 1 0W J K8002 _ NRSAO2L OROX MG RESISTOR 00 1 0W J K8201 NRSAO2J OROX MG RESISTOR 00 1 10W J K8202 NRSA02J 4R7X MG RESISTOR 4 70 1 10W J W1 NRSAQ2J OROX MG RESISTOR 0Q 1 0W J W2 NRSA02J0ROX RESISTOR 00 1 0W J W5 NRSA02J OROX MG RESISTOR 00 1 0W J W6 NRSA02J OROX RESISTOR 00 1 0W J wo NRSAQ2J OROX RESISTOR 00 1 0W J WO NRSAO2 OROX MG RESISTOR 1 0W J wit NRSA02J0ROX RESISTOR 00 1 0W J wi2 NRSAQ2J OROX MG RESISTOR 00 1 10W J NRSAQ2J OROX MG RESISTOR 00 1 0W J Wi4 NRSA02J0ROX MG RESISTOR 00 1 0W J No YD006 3 19
66. 0040 101X NET RESISTOR 1000 1 16W J x4 R1802 NRSASAJ OROX MG RESISTOR 00116011 RA1625 NRZ0040 100X NET RESISTOR 100 1 16W J x4 1803 NRSA63J 103X MG RESISTOR 10kQ 1 16W J RA1626 NRZ0040 100X NET RESISTOR 100 1 16W J x4 1804 NRSA63J 103X MG RESISTOR 10kQ 1 16W J RA1627 NRZ0040 100X NET RESISTOR 100 1 16W J x4 1805 NRSA63J 0R0X MG RESISTOR 001611 RA1628 NRZ0040 100X NET RESISTOR 100 146WJx4 1807 NRSA63J 103X MG RESISTOR 10 11611 RA1629 820040 470 NETRESISTOR 470 1169 J x4 1809 NRSA63J 103X MG RESISTOR 10kQ 1 16W J RA1630 NRZ0040 470X NET RESISTOR 470 1 16W Jx4 R1810 63 384 MG RESISTOR 390kQ 1 16W J RA1631 820040 470 NET RESISTOR 47Q 1H6W J x4 R1812 NRSA63J 0ROX MG RESISTOR 0Q116WJ RA1632 820040 470 NET RESISTOR 470 1 16W J x4 1813 NRSA63J 560X MG RESISTOR 560 1 16WJ RA1801 NRZ0034 102W NET RESISTOR 10kQ 1 32W J R1814 NRSA63J560X MG RESISTOR 56Q1 6WJ RA1802 NRZ0034 102W NET RESISTOR 10kQ 1 32W J R1815 NRSA63J 560X MG RESISTOR 560 1 16WJ RA2201 820040 080 NET RESISTOR 001 16 J x4 R1816 NRSA63J 560X MG RESISTOR 560 1 16WJ RA2202 NRZ0040 0ROX NET RESISTOR 0Q1 16WJx4 R1817 NRSA63J512X MG RESISTOR 51kQ 1 16W J RA2208 NRZ0040 0ROX NET RESISTOR 0Q1 16WJx4 R1818 NRSA63D 562X MGRESISTOR 56 01 61 D RA2204 NRZ0040 0ROX NET RESISTOR 00 1 16W J x4 RiBi9 NRSA63D 751X MG RESISTOR 7500 1160 RA2205 NRZ0040
67. 00F25VM 104 C CAPACITOR 16V K C1602 _ NBADOGM227X OSECAPACITOR 2200F25VM Ci053 NCB31EK 103X C CAPACITOR 0 01uF 25V 1605 NCB31CK 104X C CAPACITOR O tuF 16V K Ci054 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1606 NCB31CK 104X C CAPACITOR O tuF 16V K Ci055 104 C CAPACITOR O tuF 16V K C1607 NCB31CK 104X C CAPACITOR 0 1uF 16V K Ci056 104 C CAPACITOR O tuF 16V K C1608 104 C CAPACITOR 0 1uF 16V K 1057 104 C CAPACITOR O tuF 16V K C1609 NCB31CK 104X C CAPACITOR O tuF 16V K C1059 NCB31CK 104X C CAPACITOR 16V K 1610 104 C CAPACITOR O tuF 16V K NCB3iCK 104x C CAPACITOR O tuF 16V K C1611 NCB31CK 104X C CAPACITOR O tuF 16V K NCB31CK 104X C CAPACITOR 0 1uF 16V K C1612 104 C CAPACITOR 0 1uF 16V K Ci065 20 475 C CAPACITOR ATuF 63V C1613 104 C CAPACITOR O tuF 16V K NCB31CK 104X C CAPACITOR 16V K C1614 NCB31CK 104X C CAPACITOR O 1uF 16V K C1089 NCB31CK 104X C CAPACITOR O tuF 16V K 1615 104 C CAPACITOR 0 1uF 16V K 01090 NCB31CK 104X C CAPACITOR O tuF 16V K 1616 NCB31CK 104X C CAPACITOR 0 1uF 16V K NCB31CK 104X C CAPACITOR O tuF 16V K 1617 NCB31CK 104X C CAPACITOR O tuF 16V K Ci092 NCB3iCK 104X C CAPACITOR 0 1uF 16V K C1618 104 C CAPACITOR 0 1uF 16V K 109 NCB31CK 104X C CAPACITOR O tuF 16V K 1619 NCB3
68. 01A IDLER ARM 05103 or AU01Z T2 FR DIODE 89 LP40828 004A IDLER GEAR 1 x2 05103 or 1SR153 400 T2 FR DIODE 90 LP40829 002A IDLER GEAR 2 05104 1SS133 T2 DIODE 91 LP31014 002A WIRE HOLDER 05104 or 158270 12 SI DIODE 93 LP40934 001B GLUTCH UNIT D5105 10ERB20 T2 FR DIODE 94 PQM30017 47 SLIT WASHER 05105 or ERA18 02 T2 FR DIODE 95 LP30973 001A DIRECT GEAR 05105 or AU01Z T2 FR DIODE 96 LP40939 001A COMPRESSION SPRING 05105 or 18R153 400 T2 FR DIODE 102 LP30974 001C CHANGE LEVER 05105 or 1F4G T2 FR DIODE 105 LP21049 001A REEL DISK 05106 10ERB20 T2 FR DIODE 107 LP30017 004A SPACER REEL DISK x2 05106 or ERA18 02 T2 FR DIODE 110 LP10401 001L SIDE FRAME L 05106 or AU01Z T2 FR DIODE m LP10402 001M SIDE FRAME R 05106 or 1SR153 400 T2 FR DIODE 112 QYTDST26067A TAP SCREW M2 6 x 6mm x2 05106 or 1F4G T2 FR DIODE 113 LP40917 001D TORSION SPRING 05202 1SR156 400 X SI DIODE 114 LP30976 002A SIDE PLATE D5203 RL2Z LFB2 FRD 115 LP30977 002D LIMIT PLATE 05204 DIFS4A X B DIODE 116 LP40846 001C LIMIT SPRING 05205 RK34 LFB2 SB DIODE 117 LP31100 002A DRIVE LEVER D5207 DIFS4A X B DIODE 118 LP30978 001B DRIVE ARM L 05208 RK34 LFB2 SB DIODE 119 1 30979 0015 DRIVE ARM R 05209 RK34 LFB2 SB DIODE 120 LP40847 001B TORSION SPRING 05210 1F4G T2 FRDIODE 121 LP30980 002A CONNECT PLATE D5210 or PGIO4RS T2 FRDIODE 122 LP10403 001C SIDE HOLDER L 05210 or 10ERB20 T2 FR DIODE 128 LP10404 001E SIDE HOLDER R 05210 or 18R153 400 T2 FR DIODE 124 LP30983 002A L
69. 03 MG RESISTOR 10kQ 1 16W J R3047 NRSASAJ OROX MG RESISTOR 1 16W J R4003 NRSA63U 561X MG RESISTOR 5600 1 16W J 83048 NRSA63J 0ROX MG RESISTOR 1 16W J 84004 NRSA63J 561X MG RESISTOR 5600 1 16W J R3049 NRSA63J 0R0X MG RESISTOR 00 1 16W J 4005 NRSA63J 562X MG RESISTOR 116 J 83050 NASASAJ OROX MG RESISTOR 00 1 16 J 84007 NRSA63J 102X MG RESISTOR 1KQ 116W J 93051 NRSA63J471X MG RESISTOR 4700 1 16W J 4008 NRSA63J 102X MG RESISTOR 116W J 3 14 No YD006 MODEL MARK IDR MV1SUC A DR MV1ISUS B A Part Name Description Local SymbolNo PartNo Part Name Description Local R4009 NRSAG3J 102X MG RESISTOR 1 16W J 87614 NRSA63J OROX MG RESISTOR 1 16W J R4010 NRSA63J 222X MG RESISTOR 1 16W J 87515 MG RESISTOR 00 1 16W J R4012 NRSA63J 222X NG RESISTOR 1 16W J 87516 MG RESISTOR 1 16W J R4013 NRSA63J 102X MG RESISTOR 1kQ 1 16W J B7591 NRSA63J 0ROX MG RESISTOR 00 116WJ R4015 NRSA63J 562X MG RESISTOR 5 6kQ 1 16W J B7592 NRSA63J 0ROX MG RESISTOR 00 116WJ 84017 NRSAG3J 102X RESISTOR 1 16W J CN QGF1201C2 09 CONNECTOR FFCIFPC 1 9 8020 NRSAG3J 102X MG RESISTOR 1 16W J CN501 06 1207 1 04 CONNECTOR 1 4 8021 NRSA63J 102X MG RESISTOR 1 16W J 2001 QGF1207C1 06 CONNECTOR FFCIFPC 1 6 R6030 NRSA63J 332X RESISTOR 3 3kQ 1
70. 0V 3 3V E me 4 1 161203 1 1204 ne DEBET Transparent ARDOR ATA DARO ATA RLO i MADO 5 n 2 9 9 2 FOR JIG morem 2 63 2 64 SDRAM 1 1601 RA1609 1 1603 to DDR SDRAM os panan IC1604 DoR BA RA1625 COR BAJ Ain EJ RA1628 R1601 Exo 3 RET R1604 Emer E enti R1613 on Ener End to R1616 oom ot RA1653 oum aa Bi ATAPI IF ATA RESET to 15 RSTATA DMARO DIOW DIOR JORDY DMACK INT ATA DAT 0 15 RA2201 T Ap to RA2205 ATA DIOWILI ATA DIORILI ATA DMAACKILI ADD O to 4 RA2206 RA2207 AO ATA A2 CSIFX CS3FX Preliminary PARTS LIST SAFETY PRECAUTION Parts identified by the A 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 lt 1 gt The instruction manual to be provided with thi
71. 1 AD 8B 07081 D 208 07032 D 13A 07033 D 138 0704 D 12B 07035 D 07041 AD 5B 07042 AD 07043 AD 3B D7044 AD 1B 07045 AD 18 07046 AD 7B REENO LOCATION REFNO LOCATION REFNO LOGANON REFNO LOCATION Dros AD 68 2705 0138 9704 D 28 57013 AD SA R7006 D 198 7045 D 6 5714 AD R7007 D 138 7046 0 6 5715 D 108 178 2008 148 87047 D 68 5702 AD 1 7002 DiB nzoto oA Rzosa AD 57003 D SA R7013 D 208 57024 AD 2A COIL R7O14 D 208 OTHER 87032 D130 17001 DieA nzos 148 07001 A D 168 57053 D GA R7016 A D 118 7001 A D2iA S7034 AD REGISTOR R7021 D 208 S7002 D 57035 AD R7ODI A D gB Rzo t D 68 5704 AD 58 7002 D 19 57042 D 48 5705 AD D1eB Rzo s D 48 57012 AD 28 2 45 2 46 lt 94 gt JACK LPB10243 001C MAIN CIRCUIT BOARD 03 MAIN gt N N LPB10238 001B CEE SEE ej gu 2 3 ur k BE m a 2 4 2 8 5 i 5 22 xg Lire sara ES Pp Am A AT FZ m seu 19 2 0 0 d SE ie Mise
72. 16W J 1447 NRSAG3J 01X MG RESISTOR 1000 i 16W J 81033 MG RESISTOR 4700 1 16W J 81448 NRSAG3J 01X MG RESISTOR 1000 i 16W J 81034 NRSAG3J 108X MG RESISTOR 10kQ1 16W J 1449 NRSAG3J 01X MG RESISTOR 1000 i 16W J 1035 0129 02 FERRITE BEADS 1450 NRSA63J 101X MG RESISTOR 1000 1 16WJ R1036 NRSA63J 102X MG RESISTOR 1kQ 1 16W J R1451 NRSA63J 101X MG RESISTOR 1000 1 16W J R1037 NRSA63D 101X MG RESISTOR 1009 1 16W D R1452 NRSA63J 101X MG RESISTOR 1000 1 16W J 1038 0129 02 FERRITE BEADS 81453 NRSAG3J 01X MG RESISTOR 1009 i 16W J R1039 NRSA63J 102X MG RESISTOR Ik 1 46W J R1458 NRSA63J 401X MG RESISTOR 1000 i 16W J 1040 NRSA63D 01X MG RESISTOR 1000 1 16WD 1459 NRSAG3J 01X MG RESISTOR 1000 i 16W J 81041 NQR0129 002X FERRITE BEADS 1460 NRSA63J 401X MG RESISTOR 1000 i 16W J R1042 NRSA63J 102X MG RESISTOR 1 16W J R1461 NRSA63J 101X MG RESISTOR 1000 1 16W J 1043 MG RESISTOR 1500 1 16WD 81462 NRSAG3J 01X MG RESISTOR 1000 1 16WJ 91044 NQR0129 002X FERRITE BEADS R1465 NRSA63J 101X MG RESISTOR 1000 1 16WJ 1045 NRSA63J 102X MG RESISTOR 1kQ116WJ 1466 NRSAG3J 01X MG RESISTOR 1000 1 16WJ 81046 NRSA63J 332X MG RESISTOR 3 3KQ1 16WJ R1467 NRSAG3J 01X MG RESISTOR 1000 i 16W J 1047 NRSAG3D221X MGRESISTOR 2209 1 16WD 1468 NRSAG3J 01X MG RESISTOR 1000 i 16W J 1050 NRSA63J 152X MG RESISTOR 15kQ 1 16W J 81469 NRSA63J 102X MG R
73. 1CK 104X C CAPACITOR 0 1uF 16V K 104 C CAPACITOR 0 1uF 16V K C1620 NCB31CK 104X C CAPACITOR O tuF 16V K 1095 NBE20JM 106X TAECAPACITOR 10uFG 3V M Ci621 NCB31CK 104X C CAPACITOR O tuF 16V K NCB31CK 104X C CAPACITOR O tuF 16V K C1622 104 C CAPACITOR 0 1uF 16V K C1097 104 C CAPACITOR O tuF 16V K C1623 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1098 104 C CAPACITOR 0 1uF 16V K C1624 NCB31CK 104X C CAPACITOR O tuF 16V K C1203 NCB31CK 104X C CAPACITOR 0 1uF 16V K 1625 104 C CAPACITOR 0 1uF 16V K 1204 476 E CAPACITOR 47uF 62V M 1688 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1206 NCB31CK 104X C CAPACITOR 0 1uF 16V K 1640 NCB31CK 104X C CAPACITOR O tuF 16V K 1207 NCB31CK 104X C CAPACITOR O tuF 16V K C1642 104 C CAPACITOR O tuF 16V K C1401 NCB31CK 104X C CAPACITOR O tuF 16V K 644 NCB31CK 104X C CAPACITOR O tuF 16V K C1402 104 C CAPACITOR O tuF 16V K Ci646 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1408 104 C CAPACITOR 16V K Ci648 NCB31CK 104X C CAPACITOR O tuF 16V K C1404 NEHSOJM 107X E CAPACITOR 100uF 6 3V M C1650 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1405 NCB31CK 104X C CAPACITOR O tuF 16V K C1652 NCB31CK 104X C CAPACITOR O tuF 16V K NCB31CK 104X C CAPACITOR O tuF 16V K 1654 NCB31CK 104X C CAPACITOR 0 1UF 16V K 104 C CAPACITOR O tuF 16V K C1656 NCB3
74. 1CK 104X C CAPACITOR O tuF 16V K C1408 NCB31CK 104X C CAPACITOR O tuF 16V K C1658 NCB31CK 104X C CAPACITOR O 1uF 16V K C1409 NCB31CK 104X C CAPACITOR O tuF 16V K Ci701 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1410 NCB31CK 104X C CAPACITOR 16V K C1702 NEHSOJM 107X E CAPACITOR 100uF 6 3V M C1411 NEHSOJM 107X E CAPACITOR 100uF 6 3V M 01708 104 C CAPACITOR 0 1uF 16V K 1412 NCB31CK 104X C CAPACITOR 16V K C1704 NEHSOJM 107X E CAPACITOR 100uF 6 3V M C1413 NEHSOJM 107X E CAPACITOR 100uF 6 3V M C1706 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1414 NCB31CK 104X C CAPACITOR 16V K C1707 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1416 NCB31CK 104X C CAPACITOR O tuF 16V K C1708 NBE40JM 476X TAE CAPACITOR 47uF 6 2V M C1417 NCB31CK 104X C CAPACITOR O tuF 16V K 1710 NBE40JM 476X TAE CAPACITOR 470 6 3 C1418 NCB31CK 104X C CAPACITOR 0 1uF 16V K 1801 105 C CAPACITOR 1uF 63V K NBE20JM 106X TAE CAPACITOR 100 6 3V M 01802 NDC31HJ 271X C CAPACITOR 270pF 50V J 1421 NCB31CK 104X C CAPACITOR 16V K C1803 NBE20JM 106X TAECAPACITOR 10 6 3VM Ci422 104 C CAPACITOR O tuF 16V K 804 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1423 NCB31CK 104X C CAPACITOR O tuF 16V K C1805 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1424 104 C CAPACITOR O tuF 16V K C1806 NBE20JM 106X TAE CAPACITOR 100 6 3V M C1425 104 C CAPACITOR O tuF 16V K NCB31CK 104X C CAPACITO
75. 1EK 103X C CAPACITOR 0 01uF 25V K C2201 1062 E CAPACITOR 10uF 25V M C39 QEKJOJM 476Z E CAPACITOR 47uF 6 C2202 QEKJIHM 475Z E CAPACITOR 4 7UF 50V M 040 NCB31EK 103X C CAPACITOR 0 01uF 25V K 2208 4752 E CAPACITOR 4 7uF 50V M NCB31CK 104X C CAPACITOR 0 1uF 16V K C2204 3362 E CAPACITOR 33uF 6 3V M 3357 E CAPACITOR 3 3uF 50V M 02205 1062 E CAPACITOR 10uF 25V M 3 12 YD006 MODEL MARKI IDR MV1SUC IDR MVISUSI B A No Part Name Description Local SymbolNo PartNo Part Name Description Local C2206 4062 E CAPACITOR 10uF 25V M NCB3IEK 103X CAPACITOR 0 010 25V K C2207 NCB31EK 153X C CAPACITOR 0 015uF 25V K 7517 NCBSIEK 03X C CAPACITOR 0 01uF 25V K 02208 183 C CAPACITOR 0 015uF 25V C7518 4777 E CAPACITOR 470uF 6 3V M C2209 QEKJIEM 062 E CAPACITOR 10uF 25V C7519 QETNOJM 477Z E CAPACITOR 470uF 6 3V M C2210 62 E CAPACITOR 10uF 25 C7520 _ 772 E CAPACITOR 470uF 63V M 02211 3362 E CAPACITOR 33uF 6 3V M C7521 QETNOJM 477Z E CAPACITOR 470uF 6 3V M C2212 QEKJOJM 476Z E CAPACITOR 47uF 63V M C7529 _ NCB3IEK 103X C CAPACITOR 0 01uF 25V K C2214 4062 E CAPACITOR 10uF 25V M C7588 QETJOUM 477Z E CAPACITOR 470uF 63V M C2215 QEKJIEM 06Z E CAPACITOR 10uF 25V M 07589 4772 E CAPACITOR 470
76. 2 _ B MAIN FMA DEMOD SCHEMATIC DIAGRAM MAIN SYSCON re 5 ona l TOTUNER reno l ep TOSYSCON R2257 Ss sa rarse cer e ot 1 aa KA m Prim LATE sp 7 Pu _ owes je Pun lE Anon o gt v Qro vil Am S 3 7 5 mie o AINIRI m i ue p Qua Qus ovo 5 1 few kull d e TO VIDEON AUDIO lt Towoconuno 1 PIA CM E aw p m R2207 p20413001a revo A B D E F G 2 23 2 24 __ MAIN AUDIO SCHEMATIC DIAGRAM 1 01 MAIN AUDIO T pvp fen ove mm i Blow TOTUNER p m Ls aw scr m Q mam mw me rawon aysa TOFMADEMOD H3 FMA_OUTIR ao gt DVD_OUTIAJ O v OP F gt wom FAUDOR lt gt LINE OUTIRI ANN C
77. 4 21 472 C CAPACITOR 4700pF 50V C8205 2 471 C CAPACITOR 470pF 50V C8206 NCB21HK 472X C CAPACITOR 4700pF 50V C8207 2 471 C CAPACITOR 470pF 50V C8208 4762 E CAPACITOR 4TUF 16V M C8209 21 104 C CAPACITOR 0 1uF 50V K C8210 QEKCOJM 337Z E CAPACITOR 330uF 63 M C821 21 104 C CAPACITOR 0 1uF 50V K C8231 1072 E CAPACITOR 100uF 6 3V M C8232 NCB21HK 104X C CAPACITOR 0 1uF 50V K 15501 QRE121J821Y C RESISTOR 8200 1 2W J R5502 QRE121J 681Y C RESISTOR 6800 1 2W J R5503 NRSAO2J S62X MG RESISTOR 5 8 0 110111 R5504 NRSAO2J 102X MG RESISTOR 1kQ 1 10W J R5505 NRSA02J 222X MG RESISTOR 22kQ 110111 R7101 2 122 MG RESISTOR 12kQ 1 10W J R7102 NRSAQAJ 102X MG RESISTOR 1 10W J R7145 NRSAO2J 200X MG RESISTOR 200 110911 R7146 NRSAO2J OROX MG RESISTOR 00 1 10W J 87147 NRSA02J 0R0X MG RESISTOR 0Q 1 10W J R7148 NRSA02J 200X MG RESISTOR 200 1 08 J R7149 NRSA02J 200X MG RESISTOR 200 1 10W J R7150 NRSAO2J 200X MG RESISTOR 200 110111 R7151 _ NRSAO2J 200X MG RESISTOR 200 14OW J R7161 _ NRSA02J 0ROX MG RESISTOR 00 1 10W J R7162 NRSA02J 0ROX MG RESISTOR 00 1 10W J 88001 2 103 MG RESISTOR 10kQ 1 10W J RBO02 NRSAO2J 102X MG RESISTOR 10kQ 1 10W J RB003 NRSA02J 103X MG RESISTOR 10kQ 1 10W J R8004 NRSA02J 103X MG RESISTOR 10kQ 1 10W J RB005 NRSAO2J 103X MG RESISTOR 10KQ 1 10W J 98006 NRSAO2J 103X MG RESI
78. 43MC T LED NRSA63J 0ROX RESISTOR 00 1 16W J 07224 SLR 325VO T LED we NRSA63J 0ROX MG RESISTOR 00 1 6W J 07224 or LTL 816EE T LED W3 NRSA63J 0R0X RESISTOR 00 1 16W J W4 NRSA63J 0ROX RESISTOR 00 1 16W J NCB21HK 103X CAPACITOR 0 01uF 50V K W5 NRSA63J 0ROX RESISTOR 1 16W J 221 QCBBIHK 103Y CAPACITOR 0 01uF 50V W6 NRSA63J OROX RESISTOR 00 1 16W J 17202 QRE141J 750Y C RESISTOR 1 4W J 67206 NRSA02J 750X MG RESISTOR 750 1 10W J 67207 NRSA02J 750X MG RESISTOR 750 1 10W J R7221 QRE141J 101Y C RESISTOR 1000 1 4W J R7222 NRSA02J 331X MG RESISTOR 3300 1 10W J 67223 NRSA02J 331X MG RESISTOR 3300 1 10W J 3 16 YD006 MODEL MARK DR MVISUC IDR MVISUSI B SymbolNo Part No Part Name Description Local SymtolNo PartNo Part Name Description Local 7224 _ NRSA02J 331X MG RESISTOR 3300 1 10W J 87005 QRE141J 472Y C RESISTOR UAM J 7225 QRE141J 103Y CRESISTOR 1 AW J 87006 QRE141J 472Y C RESISTOR 47kQ AN J 87007 QRE141J 102Y C RESISTOR 1 4W J 7201 QGF1209F1 13 CONNECTOR FFC FPC 1 13 87009 QRE141J 103Y RESISTOR 10kQ 1 4W J CN7202 QGD2503C1 05 CONNECTOR 1 5 R7010 NRSAO2J 103X MG RESISTOR 1 10W J J7201 QNNO591 001 PIN JACK FRONT AV 7013 QRE141J 333Y C RESISTOR 1 AW J J7204 QND0084 001 S JACK FRONT S VIDEO 7014 QRE141J 333Y C RESISTOR 1 4W J 57216 QSW0381 001Z SWITC
79. 51 MG RESISTOR 0Q 1 10W J R7529 NRSA63J 182X MG RESISTOR 1 8kQ 1 16W J K2252 NRSA02J 0ROX MG RESISTOR 00 1A0W J 7538 NRSA63D 60X MG RESISTOR 560 1 16W D K6050 129 003 FERRITE BEADS 87539 NRSA63D 560X MG RESISTOR 560 1 16W D OTi LP31378 001A BOSS MECHA 3 R7540 NRSA63D 560X MG RESISTOR 560 1 16W D LP31379 001A BOSS MECHA 4 87541 NRSA63J 750X MG RESISTOR 750 1 16W J 53001 0500602004 PUSH SWITCH REC SAFETY 17542 NRSA63J 50X MG RESISTOR 750 1 16W J SDi LP31179 001A SHLD PLATE PREREC R7543 NRSA63J 750X MG RESISTOR 750 1 16W J 746001 QAUO336 001 TUNER R7544 NRSA63J 750X MG RESISTOR 750 1 16W J TU6002 QAUO336 001 TUNER 7561 NRSAG3J 01X MG RESISTOR 1000 1 16W J NRSAG3J 0ROX MG RESISTOR 00 1 16W J 67562 NRSAG3J 01X MG RESISTOR 1000 1 16W J we NRSAG3J 0ROX RESISTOR 00 1 6W J 7563 NRSA63J 401X RESISTOR 1000 1 16W J W3 NRSAG3J 0ROX RESISTOR 00 1 16W J 7564 NRSAG3J 01X NG RESISTOR 1000 1 16W J W4 NRSAG3J 0ROX RESISTOR 00 1 16W J R7565 NRSA63J 101X MG RESISTOR 1000 1 16W J 5 NRSA63J 0ROX MG RESISTOR 00 116WJ 87566 NRSA63J 101X MG RESISTOR 1000 1 16W J W6 NRSA63J 0ROX MG RESISTOR 00 116WJ 87575 QRE123J 271X C RESISTOR 2700 1 2W J w NRSA63J 0R0X MG RESISTOR 00 116WJ 7576 QRE141J 101Y C RESISTOR 1000 1 4W J wo NRSA63J 0ROX MG RESISTOR 00 1 6W J 7593 NRSA63J 101X RESISTOR 1000 1 16W J Wio MG RESISTOR 00 1 6W J Wi2 NRSA63J 0R0X MG RESI
80. 6 NRSA63J 103X MG RESISTOR 1 16W J R1218 NRSA63J 101X MG RESISTOR 1000 1 16W J R1497 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R1219 NRSA63J 101X MG RESISTOR 1000 1 16W J R1498 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 81220 NRSAG3J 01X MG RESISTOR 1000 1 16W J 81601 NRSA63J 100X MG RESISTOR 100 1 16WJ 81221 NRSA63J 101X MG RESISTOR 1000 1 16WJ 81602 NRSA63J 400X MG RESISTOR 100 1 16WJ R1222 NRSA63J 0ROX MG RESISTOR 00 1 16W J R1603 NRSA63J 100X MG RESISTOR 100 1 16W J R1223 NRSA63J 472X MG RESISTOR 1 16W J R1604 NRSA63J 100X MG RESISTOR 100 1 16W J R1224 NRSAG3J4T2X MGRESISTOR 47kQ 1 16W J R1605 5 6 470 MG RESISTOR 47011611 1225 NRSA63J 103X MG RESISTOR 10kQ1 16W J 81606 5 6 470 MG RESISTOR 470 1 16W J 81226 MGRESISTOR 47kQ 1 16WJ R1607 5 6 470 MG RESISTOR 4 Q1 16WJ R1227 NRSA63J 101X MG RESISTOR 1000 1 16W J 1608 5 6 470 MG RESISTOR 4 Q1 16WJ R1228 NRSA63J 101X MG RESISTOR 1000 1 16W J 1613 MGRESISTOR 001060 R1229 NRSA63J 472X MG RESISTOR 4 7kQ 1 16W J R1614 NRSA63J 0ROX MG RESISTOR 00 1 16W J R1230 NRSA63J 472X MG RESISTOR 4 7kQ 1 16W J R1615 NRSA63J 0ROX MG RESISTOR 00 1 16W J R1231 NRSA63J 472X MG RESISTOR 4 7 1 16W J R1616 NRSA63J 0ROX MG RESISTOR 00 1 16W J R1401 1181 MG RESISTOR 1 18kQ 1 16W F R1617 NRSA63J 270X MG RESISTOR 27Q1 16WJ R1402
81. 8 C6012 6020 6052 6053 6054 08055 06105 C6106 6112 C6121 8502 6503 C6504 06505 6508 C6509 C6511 C6514 06515 6516 06517 6532 C601 8602 6604 6605 06801 6802 C720 7501 07502 07503 C7504 C7505 C7506 C1515 C7516 7517 C7518 C7520 7521 7520 C7538 7539 07553 07571 07573 07575 07578 07577 07581 C7582 C7585 C7586 C7587 C7588 7501 CF6031 E CN2001 CN2002 CN2601 CN3001 CN3102 CN3103 CN3104 CN3106 CN3107 CN3901 CN5311 CN6001 CN6501 GN7501 GN7502 GN7503 GN7505 DIODE Di Da D4 D5 D501 D502 D2001 D2201 D2251 gt gt 0 gt gt gt gt gt gt gt ooooovooonwo gt oo gt ooovooooo gt gt oooooooooooooooooooooooooooowoooj 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 gt gt gt gt gt gt 8 8 3 88384888888 8 00000000000000000000000000000900000 o 85 gt gt 88848884489555555858884888848488 588888887 ma mo o gt 2 2 m gt O 9 2 9 m 2 9 gt gt gt Z 2 m gt gt gt 000000 00 Z gt m gt 00 G O m G MI MM G G DID Mm G O m Z
82. A63J 301X MG RESISTOR 3000 1 16W J 88203 NRSA02J 512X MG RESISTOR 54kQ 1 10W J 8503 NRSA63J 301X MG RESISTOR 3000 1 16W J R8204 NRSAQ2J 121X MG RESISTOR 1200 1 10W J R8504 NRSA63J 820X MG RESISTOR 820 1 16W J R8205 NRSAQ2J 121X MG RESISTOR 1200 1 0W J R8505 _ NRSA63J 100X MG RESISTOR 100 1 16W J 8206 NRSA02J 512X MG RESISTOR 5 1 10W J R8506 NRSA63J 100X MG RESISTOR 100 116W J R8207 NRSA02J 512X MG RESISTOR 1 10W J R8208 NRSAQ2J 121X MG RESISTOR 1200 1 10W J 18501 QQL071J IR0Y COIL 0460 1uH J R8209 NRSA02J 121X MG RESISTOR 1200 1 10W J R8210 NRSA02J 512X MG RESISTOR 5 1kQ 1 10W J 8501 0002503 1 03 CONNECTOR 1 3 R8211 NRSA02J 273X MG RESISTOR 27kQ 1 10W J 98401 2 OPT TRANSMITTER OPTICAL 8212 NRSA02J 471X MG RESISTOR 4700 1 10W J 48501 QNN0096 001 PIN JACK COAXIAL 88213 NRSAQ2J 470X MG RESISTOR ATQ VI0W J K8401 NORO227 004X FERRITE BEADS R8214 NRSA02J 470X MG RESISTOR K8501 NORO227 004X FERRITE BEADS 98215 NRSA02J 470X MG RESISTOR 470 1 10W J RB216 NRSA02J 470X MG RESISTOR R8217 NRSA02J 103X MG RESISTOR 10kQ 1 10W J R8219 NRSA02J 432X MG RESISTOR 43kQ 1 10W J R8220 NRSA02J 432X MG RESISTOR 4 3kQ 1 10W J 8221 NRSA02J 432X MG RESISTOR 4 3KQ 1 10W J R8222 NRSA02J 432X MG RESISTOR 4KO 1 10W J 98231 NRSA02J 222X MG RESISTOR 22kQ 1 10W J R8232 NRSA02J 222X MG RESISTOR 2 2k0 1 10W J R8233 NRSA02J 102X MG RESISTOR 1kQ 1 10W J L7101 QQL29BJ 1002 PCOIL 0 40
83. ATADORU 5 E BBI 25 mama mi feda l mama p20403001a_rev1 2 17 2 18 _ I MAIN VIDEO N AUDIO SCHEMATIC DIAGRAM O 3 MAIN VIDEO N AUDIO p10604001a 2 19 2 20 __ MAIN VIDEO SW SCHEMATIC DIAGRAM TOSYSCON EH 8 ie iw KAJA b L I ki E Cz 10607001 ki 2 21 2 2
84. AUDIO VO SYSCON TUNER TERMINAL Page 2 19 Page 2 21 Page 2 23 Page 2 25 Page 2 27 Page 2 29 Page 231 TEH 050 Page 2 35 E ELE 17 LG FAN MOTOR Bm ji Bi OVD DRIVE 3 42 2 DE 2 i In ACK itt PPP gus Page 238 ET 5 1 il wa 666 8 Ee Es kasaq m BEI Page 2 39 OPE JACK EJE sw o sPLAv Page 2 37 JUNCTION DIGITAL ESP Raz REG Page 27 VIDEO IF Page 2 7 o x x 4 CN3804 USED FOA FLASH CPU VIDEO Page 2 39 FLASH Page 29 m AUDIO AD DA Page 2 41 MEDIAPROCESSOR 2 11 DDR SDRAM Page 2 13 EE x x 1394PHY Page 2 15 NAME gt a ATAPI IF Page 2 17 p10611001a revo A B D E F G __ SW REG AND JUNCTION SCHEMATIC DIAGRAMS 1 SW REG
85. C CAPACITOR 1uF 16V Z 7106 NCF21CZ 105X C CAPACITOR 1uF 16V Z NCF210Z 105X C CAPACITOR 1uF 16V Z C7109 NCB21HK 103X C CAPACITOR 0 01uF 50V K 2272 E CAPACITOR 220uF 6 3V M NDC2IHJ 120X C CAPACITOR 12pF 50V J C7124 NDC21HJ 6R0X C CAPACITOR 6pF 50V J C7141 NDC21HJ 330X C CAPACITOR 33pF 50V J 7142 NDC21HJ 330X C CAPACITOR 33pF 50V J C8001 NDC21HJ 101X C CAPACITOR 100pF 50V J C8003 NDC21HJ 101X C CAPACITOR 100pF 50 J C8005 NDC21HJ 101X C CAPACITOR 100pF 50 J C8007 NDC21HJ 101X C CAPACITOR 100pF 50 J C8009 1062 E CAPACITOR 10uF 25V M C8010 _ 1062 E CAPACITOR 10uF 25V M 4752 CAPACITOR 50V M 21 104 C CAPACITOR 0 1uF 50V K C8013 QEKCOJM 107Z E CAPACITOR 100uF 6 3V M C8014 21 104 C CAPACITOR 0 1uF 50V K 08015 1072 E CAPACITOR 100uF 6 3V M CB016 21 104 C CAPACITOR 0 1uF 50V K CB051 3372 E CAPACITOR 330uF 6 3V M C8052 QEKCICM 07Z E CAPACITOR 100uF 16V M C8053 21 104 C CAPACITOR 0 1uF 50V K CB054 QEKCOJM 337Z E CAPACITOR 330uF 6 3V M CB055 21 104 C CAPACITOR 0 1uF 50V K C8056 1077 E CAPACITOR 100uF 16V M 08057 077 E CAPACITOR 100uF 16V M C8201 QEKCICM 476Z E CAPACITOR 47uF 16V M C8202 2 471 C CAPACITOR 470pF 50V C8208 NCB21HK 471X C CAPACITOR 470pF 50V C820
86. CAPACITOR 10uF 25V M R36 NRSA63J 272X MG RESISTOR 1 16W J 2651 4762 E CAPACITOR ATUF 16V M 37 NRSA63J 153X MG RESISTOR 1 16W J C2653 4762 E CAPACITOR ATUF 16V M R38 NRSA63J 475X MG RESISTOR 4 7MQ 1 16 J C3004 NCBSIEK473X C CAPACITOR 0 047uF 25V R501 MG RESISTOR 00 116 J C3012 QEKJOJM 476Z E CAPACITOR 47uF 6 9502 NRSA63J 403X MG RESISTOR 10kQ 1 16W J C3015 NCB31CK 104X C CAPACITOR 16V K R503 MG RESISTOR 00 1 16W J 036 NCB31CK 104X C CAPACITOR 16V K R504 MG RESISTOR 00 1 16W J C3022 NCB31CK 104X CAPACITOR 0 1uF 16V K R507 MG RESISTOR 00 1 16W J 3024 NDC31HJ 220X C CAPACITOR 22pF 50V J 8508 NASAGAJ 103X MG RESISTOR 10kQ 1 16W J 03025 _ QAT3725 300Z TRIM CAPACITOR 3pFTMERCLOCK 509 MG RESISTOR 00 1 6W J C3027 067 E CAPACITOR 10uF 16V M R510 NRSA63J 332X MG RESISTOR 1 16W J C3030 QERFICM 476Z E CAPACITOR 47UF 16V M 511 MG RESISTOR 00 1 16W J C3031 NCB31CK 104X C CAPACITOR 0 1uF 16V K MG RESISTOR 00 1 16W J C3082 NCB31CK 104X C CAPACITOR 16V K 8518 NRSA63 272X MG RESISTOR 116 J 3033 NCB31CK 104X C CAPACITOR 16V K 8521 NRSA63J 271X MG RESISTOR 2700 1 16W J 03038 180 C CAPACITOR 18pF 50V J R526 NRSA63J 102X MG RESIST
87. CE VALUES ARE IN OHMS s u w TANCE VALUES ARE IN H 5 CITANCE VALUES ARE IN F 2 ELECTROLYTIC 1 1 E Ee EI O E NJ o CERAMIC 55 ou H GER 855 888 g 888 Tus lt E e p20412001a revi 40053001 revo A B D 239 PET B D W ON SCREEN SCHEMATIC DIAGRAM 17 ON SCREEN C203 Reto R211 0208 Al 001 Lik Loa OPEN B201 C T gt m Open i i 9202 25 1576 A R204 R207 1202 100 80 4 C204 Aw cl 750 i hos 0201 5 R205 C202 10K 38C4081 QRS 100 0 1 tt TO MAIN SYSCON 08 CN7505 2 CN201 1201 SWSV AR V FROM OSD o 5 zz 25 5 d da Bd 28 SYNC DETIH 10 252 CHARA DATA 5 8 B SDATAFRSYS 7 z 5 b S DATA TOSYS 5 5 2 3 8 ODC 5 5 d g p Jusm EDSIH 4 x 3 5 a FE a P MUTE_VHS L 3 Os 2Fsc 2 EDS CSILI jaca 555 5 ANN UU L 9216 L205 0211 5 8217 2 R218 00 SHORT 0 01 S S 25k 0201 D202 1 l 4 D208 jq 1 D204 1 4 0212 0213 38 OPEN DIFFERENCE TABLE 10201 0204 8208 5293
88. CER 52 NAH0003 001 AC HEAD 53 LP30965 003A HEAD BASE 55 LP40842 001D COMPRESSION SPRING 56 QYTDST2006MA TAP SCREW M2 x 6mm 57 LP41036 002A ADJ SCREW x2 58 QYTDST2606ZA SCREW M2 6 x 6mm x2 59 QARO289 001 LOADING MOTOR 60 QYTPSP3003ZA SCREW M3 x 3mm x2 61 LP21056 002J MOTOR BRACKET 62 QYTPST2620ZA TAP SCREW M2 6 x 20mm 63 LP40814 0018 WORM BEARING 64 LP21044 001E CONTROL CAM 65 PQM30017 24 SLIT WASHER 66 LP40815 001A WORM GEAR 67 LP40816 001B HELICAL GEAR 68 LP40817 001A CONNECT GEAR 69 LP10400 001N CONTROL PLATE 70 LP40843 001A TORSION SPRING n LP40818 002A TENSION ARM ASSV 72 LP40844 001F TENSION SPRING 73 LP21045 001E TENSION ARM BASE 74 LP40821 001A TENSION BAND ASSY 75 LP30967 001B BAND HOLDER 1 76 LP30968 001C BAND HOLDER 2 77 LP40822 002B ADJUST PIN 78 LP31000 005E TENSION ARM LEVER 79 LP21046 001C MAIN BRAKE TAKE UP 80 LP40824 001A BAND BRAKE ASSY 8t LP30969 002B BRAKE LEVER 82 LP30003 033B TENSION SPRING No YD006 3 5 MODEL MARK DR MVISUC A DR MVISUSI B A SymbolNo No Part Description Local No Part Name Description Local 83 LP30003 035B TENSION SPRING 05001 or DASBASO DIODE 84 LP40825 001B CAPSTAN BRAKE ASSY 05101 SARSO1 T2 SI DIODE A 85 QARO267 002 CAPSTAN MOTOR D5103 1F4G T2 FR DIODE 86 QYTPSG2606ZA TAP SCREW M2 6 x 6mm x3 05103 or 10ERB20 T2 FR DIODE 87 LP30005 010A BELT CAPSTAN MOTOR 05103 or ERA18 02 T2 FR DIODE 88 LP30970 0
89. D BB BD MM gt gt gt gt gt BI DO BB DD BE D gt MHD D gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt mM 00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 A A A A A A A A A A A A A A A A B B B B B 0000000000000000000000000090000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 8c AC AC AC AC LPB10236 001D COMPONENT SIDE AC AC 8c E u 8c F lt BC 86 0008 000000000 sud a D AC EJ HE BC 8c G A AC 2 E AC AC 5 AC a 2 BC AC AC E B ke AC AC 2 AC AC z AC i 8c 0 e T 2 53 E CPU PIN FUNCTION E SYSTEM CONTROL BLOCK DIAGRAM
90. D RAM disk used in this procedure is not a disk for upgrade If itis a DVD RAM disk it is good anything 4 Transmit F2 from the JIG RCU 5 REGION 1 is displayed on FDP 6 Set the unit to STANDBY mode 7 Turn the POWER switch ON 8 To cancel JIG mode transmit 90 from the JIG 9 Colon is displayed on a clock on FL display 10 Setting is completed in the procedure above 1 22 0006 No YD006 1 23 Preliminary CHARTS AND DIAGRAMS NOTES OF SCHEMATIC DIAGRAM Safety precautions The Components indentified by the symbol are critical for safety For continued safety replace safety critical components only with manufacturer s recom mended parts 1 Units of components on the schematic diagram Unless otherwise specified 1 All resistance values are in ohm 1 6 W 1 8 W refer to parts list Chip resistors are 1 16 W K KO 10000 M 1000KQ 2 All capacitance values are in LF P PF 3 All inductance values are in pH m mH 4 All diodes 155133 MA165 or 1N4148M refer to parts list Note The Parts Number value and rated voltage etc in the Schematic Diagram are for references only When replacing the parts refer to the Parts List 2 Indications of control voltage AUX Active at high AUX or AUX L Active at low 3 Interpreting Connector indications Removable connector Wire soldered directly on board
91. D006 3 7 MODEL MARK DR MVISUC A DR MVISUSI B SymbolNo Part No Part Name Description Local SymbolNo PartNo Part Name Description Local Ci033 NCB3iCK 104x C CAPACITOR O tuF 16V K 104 C CAPACITOR O tuF 16V K NCB31CK 104X C CAPACITOR 0 1uF 16V K C1444 NCB31CK 104X C CAPACITOR O tuF 16V K Ci035 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1445 NCB31CK 104X C CAPACITOR O tuF 16V K C1036 104 C CAPACITOR O tuF 16V K 1446 NCB31CK 104X C CAPACITOR O 1uF 16V K C1038 NCB31CK 104X C CAPACITOR O tuF 16V K C1447 NCB31CK 104X C CAPACITOR 0 1uF 16V K 01039 NCB31CK 104X C CAPACITOR 0 1uF 16V K Ci448 NCB31EK 103X C CAPACITOR 0 01uF 25V K NBE20JM 106X TAE CAPACITOR 10uF63VM C1449 NCB31CK 104X C CAPACITOR O tuF 16V K Ci042 104 C CAPACITOR 16V K Ci450 NCB31CK 104X C CAPACITOR O tuF 16V K Ci043 NCB31CK 104X C CAPACITOR O tuF 16V K C1452 104 C CAPACITOR 0 1uF 16V K NCB31CK 104X C CAPACITOR 0 1uF 16V K Ci458 104 C CAPACITOR 0 1uF 16V K 1045 NCB31CK 104X C CAPACITOR O tuF 16V K Ci455 104 C CAPACITOR 0 1UF 16V K Ci046 104 C CAPACITOR O tuF 16V K C1457 104 C CAPACITOR 0 1uF 16V K Ci047 104 C CAPACITOR 0 1uF 16V K 01458 NCB31CK 104X C CAPACITOR 0 1uF 16V K Ci051 NBE20JM 106X TAE CAPACITOR 100 6 3V M C1601 NBADOGM227X OSE CAPACITOR 22
92. DIODE 57022 05 0381 0012 SWITCH CH 07003 or 1SS270A T2 SI DIODE 7023 05 0381 0012 TACT SWITCH REC MODE 07004 1SS133 T2 DIODE 57024 05 0381 0012 SWITCH REC LINK 07004 or 1SS270A T2 SI DIODE 57032 05 0381 0012 TACT SWITCH OPEN CLOSE 07005 15513372 DIODE 57088 05 0381 0012 TACT SWITCH REW 07005 or 1SS270A T2 SI DIODE 57084 05 0381 0012 TACT SWITCH REC 07012 155133 72 DIODE 57085 05 0381 0012 SWITCH PLAY 07012 or 1SS270A T2 SI DIODE Wat NRSA02J 0R0X MG RESISTOR 0Q 1 10W J 07013 1SS133 T2 DIODE W43 NRSAO2J 0ROX MG RESISTOR 0Q 1 10W J 07013 or 1SS270A T2 SI DIODE W44 NRSA02J 0R0X MG RESISTOR 0Q 1 0W J 07014 1SS133 T2 DIODE 07014 1SS270A T2 SI DIODE 07015 1SS133 T2 DIODE 07015 or 1SS270A T2 SI DIODE JACK BOARD ASSEMBLY lt 36 gt 07021 09 1 5 82 72 Z DIODE 07021 or MTZJ9 1B T2 Z DIODE SymbolNo PartNo Part Name Description Local 07041 SLR 325VC T LED 07041 or LTL B16EE T LED 07042 SLR 325MC T LED PWi LPA10248 01C3 JACK BOARD ASSY 07042 or LTL 816GE T LED 07042 or SLR 343MC T LED 84121 _ NRSA02J 0ROX MG RESISTOR 00 1 10W J 07043 SLR 325VC T LED B4122 NRSA02J DR0X MG RESISTOR 00 1 10W J 07043 or LTL 816EE T LED B4123 NRSA02J 0R0X MG RESISTOR 0Q 1 10W J 07044 SLR 325MC T LED B4124 NRSA02J 0ROX MG RESISTOR 0Q 1 10W J 07044 or LTL 816GE T LED CN4104 0082027 1 105 CONNECTOR B B 1 10 07044 or SLR 343MC T LED QNZ0675 001 D CONNECTOR 07045 SLA S80BC3T3F LED K4101 _ NRSAO2J OROX MG RESISTOR
93. DR MVISUC DR MVISUS B A Simbolho PartNo Part Name Description Local DIGITAL BOARD ASSEMBLY lt 02 gt A SymbolNo PartNo Part Name Description Local C5207 QECSOJM 158 E CAPACITOR 1500uF 6 3V M 5208 QEMT1AM 108 E CAPACITOR 1000uF 10V M C5209 862 E CAPACITOR 18uF 50V M PW LPAI0236 05C DIGITAL BOARD ASSY 5210 2272 CAPACITOR 220uF 63 M C5301 QFVF1HJ 154Z MF CAPACITOR 0 15UF 50V J IC1001 JCPB059 Ic C5302 OFLC1HJ 333Z M CAPACITOR 0 033uF 50V J IC1002 HY57V161610DTC7 IC 05303 QETNICM 107Z E CAPACITOR 100uF 16V M 101002 or K4S161622H TC80 10 C5304 QETNICM 1077 E CAPACITOR 100uF 16V M IC1002 or C5305 QETNIAM 1077 E CAPACITOR 100uF 10V M IC1002 or HVS7V161610DTC8 IC 05308 QETNIAM 1077 E CAPACITOR 100uF 10V M IC1002 or MT48LCIMI6TG 78 IC C5307 QETNICM 1077 E CAPACITOR 100uF 16V M ICi201 MBPLESLMBOTN 05308 QETNICM 107Z E CAPACITOR 100uF 16 M IC1202 SN74LVC373APW X IC DIGITAL 5310 QETNIHM 2252 CAPACITOR 22uF 50V M 1 1203 SN74LVC373APW X IC DIGITAL 05311 QETN1AM 107Z E CAPACITOR 100uF 10V M 1 1401 DMN8652 B0 IC DIGITAL C5312 1072 E CAPACITOR 100uF 10V M 1 1404 SN74HCTOBAPW X IC 05318 NCB21HK 471X C CAPACITOR 470pF 50V 1 1405 SN74LVOBAPWX IC C5314 1072 E CAPACITOR 100uF 10V M IC1601 HY5DU561622CTJ IC 65315 NCB21HK 103X C CAPACITOR 0 01uF 50V K 1 1602 HY5DU561622CTJ IC 1 1701 PQ015YZ01Z
94. ESISTOR IkQ1 46W J R1054 NRSA63D 332X MG RESISTOR 3 3kQ 1 16W D R1470 NRSA63J 102X MG RESISTOR 1kQ 116WJ R1056 NRSA63J 222X MG RESISTOR 2 2kQ 1 16W J Ri471 NRSA63J 101X MG RESISTOR 1000 1 16W J R1057 NRSA63J 330X MG RESISTOR 330 1 16W J R1472 NRSA63J 0ROX MG RESISTOR 00 1 16W J 1059 MG RESISTOR 4700 1 16W J 81473 NRSA63J 101X MG RESISTOR 1000 1 16WJ 1060 NRSA63J 223X MG RESISTOR 22kQ1 16W J 81474 NRSAG3J 01X MG RESISTOR 1000 i 16W J 1061 NRSAG3 223X MG RESISTOR 22kQ1 16W J 1475 NRSAG3J 01X MG RESISTOR 1000 i 16W J 1065 NRSA63J 121X MG RESISTOR 1200 1 16W J R1476 NRSAG3J 01X MG RESISTOR 1000 i 16W J R1066 NRSA63J 101X MG RESISTOR 1000 1 16W J R1477 NRSA63J 101X MG RESISTOR 1000 1 16W J R1067 NRSA63J 121X MG RESISTOR 1200 1 16W J R1478 NRSA63J 101X MG RESISTOR 1000 1 16W J R1068 NRSA63D 222X MG RESISTOR 2 2kQ 1 16W D R1479 NRSA63J 101X MG RESISTOR 1000 1 16W J 1069 5 630 2 MGRESISTOR 22KO1 MEWD R1480 RESISTOR 0Q1 16WJ 1070 NRSA63D 122X MGRESISTOR 12 Q1 48WD 81481 MGRESISTOR 0Q1 16WJ R1071 NRSA63D SEX MGRESISTOR 1 50 1 16W D R1482 MGRESISTOR 02 1 16WJ R1072 NRSA63J 0ROX MG RESISTOR 00 1 16W J 491 NRSA63J 102X MG RESISTOR 1kQ 1 16W J R1216 NRSA63J 101X MG RESISTOR 1000 1 16W J R1493 NRSA63J 0R0X MG RESISTOR 00 1 16W J R1217 NRSA63J 101X MG RESISTOR 1000 1 16W J R149
95. G Ifthe mechanism made does not change to the next mode within 4 seo Onds after the loading motor starts rotating in the loading direction while the mechanism is in the after loading postion the tape up against the pole base E 01 is identified and the power is switched However if the tape loading is not completed within 4 seconds after the loading motor stars rotating in the loading direction the tape is simply unloaded and ejected No EMG data is recorded in this case 1 The mechanism is locked in the middle of the mode transition during a tape loading operation 2 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 3 Power is not supplied to the loading MDA M12V Vco VrefllCP are disconnected in the middle E02 Unloading EMG When the mechanism mode cannot be changed to another mode even when the loading motor has rotated for more than 4 sec in the unloading direction E 02 is identified and the power is tumed 1 The mechanism is locked in the middie of mode transition 2 Without an eject signal being sent from the SYSCON unloading is attempted i e Ejection is attempted while the tape is sil inside the mechanism because the SYSCON cannot recognize the mechanism mode normaly This is due to a cause such as a rotary encoder failure Mechanism postion UPPE
96. H VCR EJECT 87015 NRSAO2J 102X MG RESISTOR 1kQ 1 10W J 57217 05 0381 0012 TACT SWITCH VCRIDVD 7041 QRE141J 331Y C RESISTOR 3300 1 4W J 57218 05 0381 0012 TACT SWITCH POWER 87042 141 331 C RESISTOR 3300 1 4W J WZI NRSA02J 0R0X MG RESISTOR 00 1 10W J 87043 QRE141J 331Y C RESISTOR 3300 1 4W J W72 NRSA02J 0R0X MG RESISTOR 1 10W J 87044 QRE141J 181Y C RESISTOR 1800 1 4W J 87045 QRE141J 101Y C RESISTOR 1000 1 4W J 87046 QRE141J 331Y C RESISTOR 3300 1 4W J 87047 QRE141J 181Y C RESISTOR 1800 1 4W J SWITCH DISPLAY BOARD ASSEMBLY lt 28 gt 7053 QRE141J 103Y C RESISTOR 1 AW J Symbol No Part No Part Name Description Local 7001 QGF1207C1 11 CONNECTOR FFCIFPC 1 11 CN7002 QGF1209C1 04 CONNECTOR FFCIFPC 1 4 07001 QLFO121 001 FL TUBE PWI LPA10248 0204 SWITCH DISPLAY BOARD ASSY FW7001 QUM025 07A4BF PARA RIBON WIRE HDi PQ34949 1 1 FDP HOLDER L IC7001 0 01631508 385 1 HD2 PQ34950 1 1 FDP HOLDER R 1 7001 PT6315 Ic on LP30002 0F8A SPACER 107002 GP1UM281XK IR DETECT UNIT 38kHz S7002 05 0381 0012 SWITCH IC7002 or 4652 00 DETECT UNIT 57004 05 0381 0012 TACT SWITCH VGR DVD 57005 05 0381 0012 TACT SWITCH DUBBING 07001 1SS133 T2 DIODE 57012 05 0381 0012 SWITCH DVD VGR 07001 or 18S270A T2 SI DIODE 87013 QSW0381 001Z SWITCH FF 07002 15513372 DIODE 57014 05 0381 0012 TACT SWITCH PAUSE 07002 or 1SS270A T2 SI DIODE 57015 05 0381 0012 TACT SWITCH STOP 07003 1SS133 T2
97. HANISM ASSEMBLY SERVICE MANUAL 86700 1 When reattaching the Mechanism assembly to the Main board assembly take care not to damage the sensors and switch on the Main board assembly Note 3c When reattaching the Drum assembly secure the screws S3c to S3e in the order of c d e 530 gt U 836 Mani hy Pny 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 heads Also take care not to damage the connectors Fig 3 1c 1 8 YD006 NOTE 1 Insert direction of FCC WIRE as follows right side back side Z supporting side 2 FFO WIRE and DRUM FPC WIRE should be insert as follows 3nsert the wire to even the root of connector completely at the same time as inserting each wire 4 Check to seo that outside parts COVER BOTTOM COVER FRONT PANEL etc are fixed certainly to tho BOTTOM CHASSIS with SCRWES 5 Pay attention NOT to make any scratches on FRONT PANEL 6 close attention not to cut any Sheath of WIRE by sharp edge of CHASSIS while Wireing Process Phase alignment Accord the postion of V gap on R ENCORDER and PWB siik 4 Accord the position of Boss on R ENCORDER PWB sike 3 Mechanism assembly lt lt 25 lt Fr
98. I DIODE 15302 0080678 0012 FERRITE BEADS 75001 QQS0263 001 SW TRANSF Ci001 20 226 TAECAPACITOR 224 63 M 1002 NBE2OJM 106X TAE CAPACITOR 10uF 6 3V M 85301 NRSA02J 0ROX MG RESISTOR 00 1 10W J 01003 NCB31CK 104X C CAPACITOR 0 1uF 16V K 85305 NRSA02J 0ROX MG RESISTOR 00 1 10W J NCB31CK 104X C CAPACITOR 0 1uF 16V K 4CN5001 QGA7901C3 02 CONNECTOR WB 1 2 C1005 NCB31CK 104X C CAPACITOR 0 1uF 16V K 5301 QGB1231L1 15 CONNECTOR BB 1 15 C1007 104 C CAPACITOR O tuF 16V K CN5302 QGA2001C1 02 CONNECTOR W B 1 2 01008 NCB31CK 104X C CAPACITOR O tuF 16V K CN5303 QGA2501C1 04 CONNECTOR W B 1 4 C1009 NCB31CK 104X C CAPACITOR 0 1uF 16V K CN5304 QGB1231L1 15 CONNECTOR B B 1 15 NCB3iCK 104x C CAPACITOR 0 1uF 16V K 4CP5301 QMFZ049 1RSZ E FUSE 1 54 125V NCB31CK 104X C CAPACITOR 0 1uF 16V K AF5001 QMFSIN2 1R6 J1 FUSE 1 AC250V 104 C CAPACITOR 0 1uF 16V K 5001 QNG0020 0012 FUSE CLIP C017 NCBSICK 104X C CAPACITOR 0 1uF 16V K 5002 QNG0020 001Z FUSE CLIP C1018 NCB31CK 104X C CAPACITOR O tuF 16V 5002 QQR0908 001 LINE FILTER Ci0i9 103 C CAPACITOR 0 01uF 25V K VA5001 QAF0039 431Z VARISTOR 430V C1020 NCB31CK 104X C CAPACITOR 0 1uF 16V K NRSAQ2J OROX MG RESISTOR 00 1 10W J C1026 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1030 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1032 NCB31CK 104X C CAPACITOR 0 1uF 16V K No Y
99. I TRANSISTOR 02201 PDTA144WU X DIGI TRANSISTOR Symbol No Part No Part Name Description Local Q2201 or UN511E X DIGI TRANSISTOR 02201 or RN2309 X DIGI TRANSISTOR 02201 or RTIPA4HM X DIGI TRANSISTOR LPA10238 038 MAIN BOARD ASSY A 02202 DTCIA4WUA X DIGI TRANSISTOR PWI LPA10238 01B MAIN BOARD ASSY B 02202 or PDTC144WU X DIGI TRANSISTOR 02202 or UN521E X DIGI TRANSISTOR JCP8060 NVA 02202 RN1309 X DIGI TRANSISTOR 1 501 JCP8038 I Ic 02202 or RTINAAHM X DIGI TRANSISTOR 1 501 JCP8038 Ic 02203 2SC4081 QRS X TRANSISTOR 4102201 Ic 02203 or 2PC4081 R X TRANSISTOR 102602 BUAOS2BCF X Ic 02203 or 2SD1819A QRS X TRANSISTOR 102602 or CD4052BM X Ic 02203 or 2SC4154 EF X TRANSISTOR IC2608 15218 Ic 02204 2SC4081 QRS X TRANSISTOR 1 2604 BU4052BCF X Ic 02204 2PC4081 R X TRANSISTOR 1 2604 or CD4052BM X Ic 02204 or 2SD1819A QRS X TRANSISTOR IC2605 BA15218F XE Ic 02204 or 2SC4154 EF X TRANSISTOR IC3001 HD6432194SAD72F IC MCU 02601 2SC40BI GRS X TRANSISTOR IC3001 or 64 2194 72 IC MCU 02601 or 2PC4081 R X TRANSISTOR IC3002 IC PST3427U X Ic 02601 or 2SD1819A QRS X TRANSISTOR IC3003 _ LPNOB78 003A02 REFER TO BELOW Q2601 or 2SC4154 EF X TRANSISTOR IC3003 LPN0878 001C 02 IC EEPROM REFER BELOW B 02602 2SC4081 QRS X TRANSISTOR 1 3003 or CAT2AWCOBJEK 1 02602 or 2PC4081 R X TRANSISTOR 1 3003 or 24 08
100. IO 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 and 3 are for adjustment of tilt and the screw 2 for azi muth OM base a 40 AUDIO OUT AIC 6 WAY CTLP Fig 4 2d 3 1 12 No YD006 4 2 4 AIC head phase X value Signal AT Alignment tape SP stairstep NTSC 2 Alignment tapelEP stairstep NTSC MHP L Mode B Equipment C Oscilloscope Measuring point D TP106 PB FM External trigger E TP111 DFF Adjustment part Specified value Adjustment tool H AIC head base Mechanism assembly Flat V PB FM waveform 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 5 Rotate the roller driver so that 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 form 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
101. ISTOR 10KQ 1 10W J 01008 or BC847PN X PAIR TRANSISTOR R5313 NRSA02J 108X MG RESISTOR 10k 1 10W J 01008 or BC846PN X PAIR TRANSISTOR R5314 NRSA02J471X MG RESISTOR 4700 1 10W J 01009 2SC2412K QRSX TRANSISTOR R5315 QRET21J 820Y C RESISTOR 820 1 2W J 01009 or 2SC3928A QRSI X TRANSISTOR R5316 NRSA02J 108X MG RESISTOR 10kQ 1 10W J 01009 or2SDe01A QRSX TRANSISTOR R5317 2 102 MG RESISTOR 1 10W J 01010 2802412 8 TRANSISTOR 5318 NRVAO2D 302X CMF RESISTOR IKA 1 08 D 01010 or 2SC3928A QRSI X TRANSISTOR R5319 NRVAO2D 472X CMF RESISTOR 4 7kQ 1 10W D 01010 or 2SD801A QRS X TRANSISTOR R5325 QRE141J 8R2Y CRESISTOR 820 14W J Qi01 2SC2412K QRS X TRANSISTOR 5328 QRZ9005 470X FUSI RESISTOR 470140 G 01011 or 2SC3928A QRSI X TRANSISTOR 85327 NRSA02J 103X MG RESISTOR 10kQ 1 10W J 01011 280601 88 TRANSISTOR R5328 NRSA02J 471X MG RESISTOR 4700 1 10W J R5329 NRSA02J 103X MG RESISTOR 10kQ 1 10W J 01001 155355 SI DIODE 85330 NRSA02J 471X MG RESISTOR 4700 1 10W J 01001 or 111 SI DIODE 01002 155355 SI DIODE 15201 PELNTIB4 CHOKE COIL 01002 MA111 X SI DIODE 152002 PELNTIB4 CHOKE COIL 01401 1SS355 X SI DIODE 15204 PELNTIB4 CHOKE COIL 01401 or MA111 X SI DIODE 15205 PELNTIB4 CHOKE COIL 01402 188355 SI DIODE 18206 PELN1184 CHOKE COIL D1402 or MA111 X SIDIODE 15207 PELNTIB4 CHOKE COIL 01403 188355 SI DIODE 15301 QQR0678 0012 FERRITE BEADS 01403 or MA111 X S
102. ISTOR 12kQ 1 16W J 82304 NRSA63J 181X MG RESISTOR 1800 1 16W J Wi02 NRSASSIOROX MG RESISTOR 0011644 82305 NRSA63J 101X MG RESISTOR 1000 1 16W J W103 NRSA63J OROX MG RESISTOR 00 1 16W J 92306 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R2307 NRSA63J 222X MG RESISTOR 22kQ 1 16W J R2308 _ NRSA63 224X MG RESISTOR 220kQ 1 16W J R2309 NRSA63J 222X MG RESISTOR 1 16 J OPERATION JACK BOARD ASSEMBLY lt 27 gt R2310 NRSA63J 03X MG RESISTOR 10kQ 1 16W J R2311 NRSA63J 101X MG RESISTOR 1000 1 16W J A Symbol No Part No Part Name Description Local 92312 NRSA63J822X MG RESISTOR 1 16W J 8501 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R6503 NRSA63J332X MG RESISTOR 1 16W J 10248 0205 OPERATION JACK BOARD ASSY 6504 NRSA63J 102X MG RESISTOR 1 16W J R6505 NASAGAJ 102X MG RESISTOR 1 16W J 07204 RD68ESBI T2 ZDIODE 6508 NASAGAJ 184X MG RESISTOR 1 16W J 07204 or MTZJG 8A T2 Z DIODE R6509 _ MG RESISTOR 00 1 16W J 07221 SLASBOBCSTSF LED 16510 NRSAG3J 103X MG RESISTOR 10kQ 1 16W J 07221 or SLA 580BCT3F LED R6511 MG RESISTOR 00 1 6W J 07221 orSDPBSOADDEGH LED 6512 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 07222 SLR 325VC T LED 07222 or LTL 816EE T LED BK1 LP40425 001A BRACKET BOARD ASSY D7223 SLR 325MC T LED QGF1207F1 11 CONNECTOR FFCIFPC 1 11 07223 LTL 816GET LED CN6701 QGG2502K1 09 CONNECTOR 1 9 D7223 or SLR 3
103. Ic 1 8202 AK4381VT X Ic 108202 or AK4385VT X Ic 05501 2SD1819A QRS X TRANSISTOR 05501 or 2SC4081 QRS X TRANSISTOR 05501 2PC4081 R X TRANSISTOR 95502 UN5111 X DIGI TRANSISTOR 05502 or DTATI4EUAXX DIGI TRANSISTOR 05502 or PDTATIMEU X DIGI TRANSISTOR 05502 or RN2302 X DIGI TRANSISTOR 05502 orRTIPI41M X DIGI TRANSISTOR 05503 25021445107 TRANSISTOR 05503 or 25 3576 TRANSISTOR 05504 UN5211 X DIGI TRANSISTOR 05504 DTCTI4EUA X DIGI TRANSISTOR 05504 or PDTC114EU X DIGI TRANSISTOR 05504 or RN1302 X DIGI TRANSISTOR 05504 or RTIN141M X DIGI TRANSISTOR 05505 UN5111 X DIGI TRANSISTOR 05505 DTATI4EUA X 0161 TRANSISTOR 05505 or PDTA114EU X 0161 TRANSISTOR 05505 RN2302 X 0161 TRANSISTOR 05505 orRTIPI41M X DIGI TRANSISTOR 05506 UN5211 X DIGI TRANSISTOR 05506 or DTCTI4EUA X DIGI TRANSISTOR 05506 or PDTC114EU X DIGI TRANSISTOR 05506 or RN1302 X DIGI TRANSISTOR 05506 or 41 DIGI TRANSISTOR 28B1218A QR X TRANSISTOR 07101 or 25 1576 TRANSISTOR 07101 or 2PA1576RI X TRANSISTOR 08001 25 4081 085 TRANSISTOR 08001 or 2PC4081 R X TRANSISTOR 08001 or 2SD1819A QRS X TRANSISTOR 08002 2SC4081 QRS X TRANSISTOR 08002 2PC4081 R X TRANSISTOR 08002 2SD1819A QRS X TRANSISTOR 08003 DTCIA4WUA X DIGI TRANSISTOR 08003 or PDTCTAAWU X DIGI TRANSISTOR 08003 or UN521E X DIGI TRANSISTOR 08003 or RN1309 X DIGI TRANSISTOR 08004 DTCIA4WUA X DIGI TRANSISTOR 08004
104. MG RESISTOR 10kQ 1 16W J 83211 NRSA63J 183X MG RESISTOR 18kQ 1 16W J 2660 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 3212 QRE141J 474Y C RESISTOR 470kQ 1 4W J R2661 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3213 NRSA63J 334X MG RESISTOR 330kQ 1 16W J R2662 NRSA63J 223X MG RESISTOR 22kQ 1 16W J R3214 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 2663 NRSA63J 223X MG RESISTOR 22kQ 1 16W J R3215 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 2666 NRSA63J 223X MG RESISTOR 22kQ 1 16W J R3216 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 2667 NRSA63 223X MG RESISTOR 22kQ 1 16W J 83217 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 93011 NRSA63J 0R0X MG RESISTOR 0Q 1 16W J R3218 NRSA63J472X MG RESISTOR 1 16W J 83012 NRSA63J 0R0X MG RESISTOR 0Q 1 16W J 3219 NRSA63J 472X MG RESISTOR 1 16W J R3013 NRSA63J 472X MG RESISTOR 1 16W J 83220 NRSA63J 104X MG RESISTOR 100kQ 1 16W J R3014 NRSA63J 0ROX MG RESISTOR 00 1 16 J 83222 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3015 NRSA63J 0R0X MG RESISTOR 00 1 16W J R3223 NRSA63J 472X MG RESISTOR 1 16W J R3016 NRSA63J 472X MG RESISTOR 116W J 83224 NRSA63J 472X MG RESISTOR 1 16W J R3017 NRSA63J 472X MG RESISTOR 116W J 83229 NRSA63J 105X MG RESISTOR 1 1 168 J R3018 NRSA63J 0ROX MG RESISTOR 1 16W J R3230 NRSA63J 472X MG RESISTOR ATkQ 1 16W J 83021 NRSA63J 0R0X MG RESISTOR 00 1 16 J 3231 NRSA63J 102X MG RESISTOR 1KQ 116W J 83022 NASASAJ OROX MG RESISTOR 0
105. OCK LEVER L 05210 or ERA18 02 T2 FR DIODE 125 LP30984 002A LOCK LEVER R 05211 ERA18 02 T2 FR DIODE 126 1 40924 0010 TENSION SPRING 2 05211 or 1SR153 400 T2 FR DIODE 127 LP40972 001A EARTH SPRING 1 05211 or 10ERB20 T2 FR DIODE 128 LP40857 001B EARTH SPRING 2 05211 or 1F4G T2 FRDIODE 130 LP30981 003A CASSETTEHOLDERASSY 05212 DIFS4A X SBDIODE 134 LP21051 002C REC SAFETY LEVER 05213 1F4G T2 FRDIODE 137 LP21052 002A TOP FRAME D5213 10ERB20 T2 FRDIODE 151 LP30985 002M DOOR OPENER D5213 or ERA18 02 T2 FRDIODE W WJT0117 001A E CARD WIRE DRUM D5213 or AU01Z T2 FRDIODE WR2 WJT0067 0018 E CARD WIRE HEAD CN2001 05213 or 1SR153 400 T2 FR DIODE WR3 WJS0022 001A E FL RB WIRE LOADING MOTOR 05301 MIZJISA T2 ZDIODE 05301 or RD1SES B1 T2 ZDIODE D5303 2 1 2 ZDIODE 05303 or RD11ES B3 T2 Z DIODE 05304 MTZJ5 6C T2 ZDIODE REGULATOR BOARD ASSEMBLY lt 01 gt A SymbolNo No Part Name Description Local 05306 RK34 LFB2 SB DIODE 05307 RK34 LFB2 SB DIODE 05308 RK34 LFB2 SB DIODE 05809 154 72 SB DIODE PW LPA10248 02C1 REGULATOR BOARD ASSY D5309 or SBO40 T2 SB DIODE 05309 or AWO4 T2 SB DIODE 105101 STR G6653 F9 Ic 05812 1SS133 T2 DIODE 1 5301 UTCTL431 T Ic 05312 or 1SS270A T2 SI DIODE 1 5301 MM1431AT T Ic D5313 1A3G T2 SI DIODE 1 5301 L5431 T Ic 05313 or ERA15 02 T2 SI DIODE 1 5301 or TL431 A T Ic 05313 10EDB20 T2 SI DIODE 105302 Ic A 5101 PCI23Y22FZ PHOTO COU
106. OR 1 16W J C3037 120 C CAPACITOR 12pF 50V J 8527 NRSA63J 562X MG RESISTOR 56kQ 1 16W J 3042 QETJOUM 477Z E CAPACITOR 470uF 6 3V M R528 NRSA63J 562X MG RESISTOR 5 6kQ 1 16W J 3050 NCB31CK 104X C CAPACITOR 0 1uF 16V K R529 NRSA63J222X MG RESISTOR 22kQ 116111 C3054 NCB3ICK 104X C CAPACITOR 0 1uF 16V K 9533 NRSA63J 472X MG RESISTOR 116 J C3071 3362 E CAPACITOR 33uF 50V M R534 NRSA63J 222X MG RESISTOR 22kQ 1 16W J C3602 NCB3IEK 104X C CAPACITOR 25V K 535 NRSA63J 152X MG RESISTOR 15kQ 1 16W J C4002 C CAPACITOR 0 01uF 50V K 9542 NRSA63J 402X MG RESISTOR 1 16W J 04004 NBE20JM 226X CAPACITOR 22uF 6 3V M R545 NRSA63J471X MG RESISTOR 4700 1 16 J C4005 NCB31HK 222X C CAPACITOR 2200pF 50V K R546 NRSA63J 471X MG RESISTOR 4700 1 16 J C4006 _ NBE40JM 476X TA E CAPACITOR 47uF 6 3V M 547 MG RESISTOR 00 1 16W J C4008 105 C CAPACITOR 1uF 63V K 551 MG RESISTOR 00 1A6W J C4009 NRSA63J 0R0X MG RESISTOR 00 1 16W J 2007 NRSA63J 123X MG RESISTOR 120 1 16W J 04010 NCB31EK 223X C CAPACITOR 0 022uF 25V R2010 NRSA63J 123X MG RESISTOR 12kQ 1 16W J C CAPACITOR 0 1uF 16V K R2013 NRSA63J 123X MG RESISTOR 12kQ 116W J 4012 NCB30JK 105x C CAPACITOR 1uF 6 3V K R2014 NRSA63J 394X MG RESISTOR 390kQ 1 16W J C4014 NDC31HJ 101X C CAPACITOR 100pF 50V J R2015 NRSA63J 31X MG RESIS
107. OR 220 1 16W J x4 1404 NRSA02J 0R0X MG RESISTOR 0Q1 0WJ 3 10 YD006 MODEL IMARKI DR MVISUC IDR MVISUSI B SymbolNo Part No Part Name Description Local PartNo Part Name Description Local 1406 NRSA02J 0R0X MG RESISTOR 00110811 Q506 2SA1576A QRI X TRANSISTOR 1407 NASAQAJ OROX MG RESISTOR 00110914 0506 or2PAI576 R X TRANSISTOR K1408 NRSA02J 0ROX MG RESISTOR 0Q110WJ 0506 or 2581218 TRANSISTOR IK1701 NRSAO2J OROX MG RESISTOR 00110WJ 0506 or 25 1602 TRANSISTOR K1702 NRSAO2J OROX MG RESISTOR 00110WJ 02001 2SC4081 QRS X TRANSISTOR K1801 NRSAO2J OROX MG RESISTOR 00110WJ 02001 or 2SD1819A QRS X TRANSISTOR K2201 NQR0129 002X FERRITE BEADS 02001 or 2PC4081 R X TRANSISTOR K2202 0129 002 FERRITE BEADS 02001 or 2SC4154 EF X TRANSISTOR K2203 NQRO129 002X FERRITE BEADS 02002 2SC4081 QRS X TRANSISTOR K2204 NQRO129 002X FERRITE BEADS 02002 or 2SD1819A QRS X TRANSISTOR K2205 NQRO129 002X FERRITE BEADS 02002 or 2PC4081 R X TRANSISTOR K2206 NQRO129 002X FERRITE BEADS 02002 or 2SC4154 EF X TRANSISTOR K2207 NQRO129 002X FERRITE BEADS 02003 DTA144WUA X DIGI TRANSISTOR K2208 29 002 FERRITE BEADS 02003 or UN511E X DIGI TRANSISTOR 2209 NQRO123 002X FERRITE BEADS 02003 or PDTA144WU X DIGI TRANSISTOR K2210 0129 002 FERRITE BEADS 02003 or RN2309 X DIGI TRANSISTOR K2211 NQRO129 002X
108. OR 0 01uF 25V C508 NCF31AZ 105X CAPACITOR 1uF 10V Z D501 DA204U X SI DIODE C510 NCB31EK 103X C CAPACITOR 0 01uF 25V 0502 DA204U X SI DIODE C512 NCB31EK 103X C CAPACITOR 0 01uF 25V 02001 1SS133 T2 DIODE 5 NCF31AZ 105X C CAPACITOR tuF 10V Z 02001 or 18S270A T2 SI DIODE C515 NCB3IEK 108X C CAPACITOR 0 01uF 25V 02251 15513372 DIODE 516 NCBSIEK 103X C CAPACITOR 0 01uF 25V 02251 or 1SS270A T2 SI DIODE 518 NCF31AZ 105X C CAPACITOR tuF 10V Z 02601 1SS133 T2 DIODE 519 NCF31AZ 105X C CAPACITOR tuF 10V Z 02601 or 1SS270A T2 SI DIODE NCB3iEK 103X C CAPACITOR 0 01uF 25V D3001 LNB2301L01VI LED C522 NCB3iEK 103X C CAPACITOR 0 01uF 25V K D3002 15513372 DIODE C523 NCB31EK 103X C CAPACITOR 0 01uF 25V K D3002 or 1SS270A T2 SIDIODE C524 NCB31EK 103X C CAPACITOR 0 01uF 25V K 03003 RD39ES B3 T2 ZDIODE C505 NCB31EK 103X C CAPACITOR 0 01uF 25V K D3003 or MTZJ39C T2 Z DIODE C506 NCB31EK 103X C CAPACITOR 0 01uF 25V 03004 1A3G T2 SI DIODE 0527 2 105 C CAPACITOR 1uF 10V Z 03005 1A3G T2 SI DIODE C508 QEKJIOM 106Z E CAPACITOR 10UF 16V M 04002 NRSASAJ OROX MG RESISTOR 1 16W J 0529 4762 E CAPACITOR 47uF 63V M 06002 HZ30 2L T2 ZDIODE C530 NCB31EK 103X C CAPACITOR 0 01uF 25V 06002 HZ30 2LTD ZDIODE C533 NCB31EK 103X C CAPACITOR 0 01uF 25V C534 4752 E CAPACITOR 4 7uF 50V M PC3001 RPI 304J SENSOR C535 NCBSIEK 103X C CAPACITOR
109. OS OUST OP ERTS POOPED 9 9 G O m Z 9 gt G O Z gt gt gt gt gt gt o O 2 49 E FDP GRID ASSIGNMENT AND ANODE CONNECTION T U T 28 li DET 2 GRP TITLE TAK CHAP 30 E PRGM 51 A B Vn DV mem a ar cm oorr ce EA on 2 di di a ETT m god 09 Col Dau a DD 009 Dp 12G 118 108 9G 7G 6G 5G 4G 1G P1 OSE GRP LPCM 30 col col A P2 Ven BS CH Dp p 1 P3 wGD VR a a a a a a a a P4 1 DV h h h h h h h h P5 52 j j j j j j j j j j P6 53 SP k k k k k k k k k k P7 54 LP b b b b b b b b b b P8 55 f f f f f f f f f f P9 56 FR m m m m m m m m m P10 S7 R 9 9 9 9 9 9 9 9 9 9 P11 S8 qW c c 6 c c c c c P12 HDD R e e e e e e e e e e P13 B1 egW r r r r r r r r r r P14 B2 p p p P15 B3 P n n n n n n n n n n P16 DVD d d d d d d d d d d 2 50 VOLTAGE CHARTS
110. OTES 1 Foil and Component sides 1 Foil side B side Parts on the foil side seen from foil face pattern face are indicated 2 Component side A side Parts on the component side seen from component face parts face indicated rts location are indicated by guide scale on the circuit board 2 Parts location guides Parts location are indicated by guide scale on the circuit board REF LOCATION lt Category IC 10101 Foil side 1 Component side Horizontal A zone C Chip component Vertical 6 zone D Discrete component Note For general information in service manual please refer to the Service Manual of GENERAL INFORMA TION Edition 4 No 82054D January 1994 2 2 E BOARD INTERCONNECTIONS DEMOD RF AUDIO AGC Page 2 34 Page 2 33 ELELELFI FI FI SW REGULATOR Page 25 MAIN AUDI TERMINAL VIDEO SW AUDIO 10 SYSCON FMA TUNER VIDEO N AUDIO VIDEO SW FMA DEMOD
111. OW REV SEARCH xT speed reverse playback using JOG CD AUDIO DUB PAUSE go REC a EF_ INSERT REC VIDEO AUDIO PAUSE FO Mechanism being initialized Forward spacing FWD transport mode with BEST function AC INSERT REC PAUSE OFF as a result of EMG AD INSERT REC back spacing F2 Cassette being inserted AUDIO DUB PAUSE F3 Cassette being ejected CD AUDIO DUB back spacing Fa E Trom STOP with pinch roller pressure on to STOP wif pinch EC EF INSERT REC VIDEO AUDIO PAUSE E F amp Transition from STOP with pinch roller pressure on to PLAY INSERT REG VIDEO AUDIO back spacing F6 Transition from STOP with pinch roller pressure on to REC F7 Cassette type detection SEARCH before FF REW is being executed FB Tape being unloaded F8 Transition from STOP with pinch roller pressure off to STOP with pinch roller pressure on Transition from STOP with pinch roller pressure off to FFIREW FB Transition from STOP with pinch roller pressure off to REC P T REC etr Transition from STOP with pinch roller pressure off to cassette type detection SEARCH FD Short REV being executed after END sensor on during unloading FE Tension loosening being executed after tape loading STOP with pinch roller pressure FF Tape being unloaded No YD006 1 19 3 Mechanism sensor information 5 Cassette tape type 1
112. PACITOR 3 3uF 50V M 2060 NRSA63J 183X MG RESISTOR 18kQ 1 16W J 6516 4752 E CAPACITOR 4 7UF 50V M R2201 5 6 473 MG RESISTOR 47kQ 116W J 06517 NCB31AK 224X C CAPACITOR 0 22uF 10V K R2202 NRSA63J 682X MG RESISTOR 6 8kQ 1 16W J C6532 QCBBIHK 04Y C CAPACITOR 50V K R2203 NRSA63J 473X MG RESISTOR ATkQ 116W J C7201 QEKJOJM 2277 E CAPACITOR 2200F 6 3V M R2204 NRSA63J 682X MG RESISTOR 6 8kQ 1 16W J 4762 E CAPACITOR 47uF 63V M R2205 NRSA63J 473X MG RESISTOR 1 16W J No YD006 3 13 MODEL MARK DR MVISUC A DR MVISUSI B SymbolNo No Part Name Description Local A mbolo Part No Part Name Description Local R2206 NRSA63J 682X MG RESISTOR 1 16W J R3052 NRSA63J 471X MG RESISTOR 4700 1 16W J R2207 NRSA63J473X MG RESISTOR 47 116W J 83053 NRSA63J 471X MG RESISTOR 4709 1 16W J R2208 NRSA63J 682X MG RESISTOR 6 8kO 1 16W J R3054 NRSA63J 102X MG RESISTOR 1 16W J R2209 NRSAG3J 101X MG RESISTOR 1000 1 16W J R3055 NRSA63J 102X MG RESISTOR 1 16WJ R2210 NRSA63J472X MG RESISTOR 1 16W J R3056 NRSA63J 0R0X MG RESISTOR 1 16 J 2211 NRSA63J 332X MG RESISTOR 33kQ 1 16W J R3057 NRSA63J 101X MG RESISTOR 1000 1 16W J R2212 NRSA63J 332X MG RESISTOR 1 16 J R3058 NRSA63J 0ROX MG RESISTOR 00 1 16 J R2213 NRSA63J472X MG RESISTOR 1 16W J 830598 NRSA63J 102X MG RESISTOR 1kQ 116W J R2214 NRSA63J 101X
113. PLER 95304 UMDI2N W DIGI TRANSISTOR 05304 or XP4313 W DIGI TRANSISTOR A 6501 29073 683 CAPACITOR Q068uF AC250VM 05305 25021445107 TRANSISTOR 5002 QFZ9051 223 CAPACITOR 0 022uF 250V M 05305 25 3576 TRANSISTOR 05008 0 70639 237 E CAPACITOR 330uF 200V M 05306 2505739 TRANSISTOR 0079079 472 C CAPACITOR 47000F AC250V 05307 2SAISBSSIQR T TRANSISTOR A C5005 0 29071 101 C CAPACITOR 100pF AC400V 05308 PDTC114EU X DIGI TRANSISTOR 05101 QCZ0339 1012 C CAPACITOR 100pF 1KV K 05308 or DTCII4EUA X DIGI TRANSISTOR 5102 0 70349 4727 CAPACITOR 4700pF 1kV Q5308 or UN5211 X DIGI TRANSISTOR C5103 QEMUIVM 276Z E CAPACITOR 27uF 35V M Q5308 or RN1302 X DIGI TRANSISTOR 5104 0 20136 4712 C CAPACITOR 470pF 1kV K 05313 28 15858 08 TRANSISTOR C5105 QFLCIHJ 471Z MCAPACITOR 470pF 50V J Q5314 TRANSISTOR 5106 NCB21HK 103X C CAPACITOR 0 01uF 50V K 05315 PDTC114EU X DIGI TRANSISTOR 5107 NCB21HK 221X C CAPACITOR 220pF 50V K 05315 or DTC114EUA X DIGI TRANSISTOR 5202 2 752 E CAPACITOR 100V M 05315 or UN5211 X DIGI TRANSISTOR 5208 QEMTICM 687 E CAPACITOR 680uF 16V M 025315 or RN1302 X DIGI TRANSISTOR C5204 687 E CAPACITOR 680uF 16V M 5205 128 1200uF 10V M 05001 GBJAJ BRIDGE DIODE 5206 QECS1AM 128 E CAPACITOR 1200uF 10V M 3 6 No YD006 MODEL IMARKI
114. Q2J OROX MG RESISTOR 00110114 82215 NRSA63J 330X MG RESISTOR 380 1 16WJ CN1001 QGB2027Le28X CONNECTOR B B 1 28 RA1001 NRZO040 0ROX NET RESISTOR 00 1 16W J x4 CNI002 QGB2027L6 28X CONNECTOR B B 1 28 RA1002 NRZ0040 0ROX NET RESISTOR 001 16 J x4 CNI202 QGFOSOBFI 36X CONNECTOR FFC FPC 1 36 RA1003 NRZ0034 103W NET RESISTOR 10kQ 1 32W J CNI403 QGF1016C2 04W CONNECTOR FFC FPC 1 4 RA1004 NRZ0034 102W NET RESISTOR 10kQ 1 32W J CN1404 QGF1016F2 04W CONNECTOR FFC FPC 1 4 RA1005 NRZ0034 103W NET RESISTOR 10kQ 1 32W J QGB2027LI OX CONNECTOR B B 1 10 RA1006 NRZ0034 102W NET RESISTOR 10kQ 1 32W J 2201 QGF0539C1 40W CONNECTOR FFCIFPC 1 40 201 NRZ0034 102W NET RESISTOR 10kQ 1 32W J K1001 NQRO339 001X FERRITE BEADS 1202 NRZ0034 102W NET RESISTOR 10ko 1 32WJ K1002 NRSA63J 0ROX MG RESISTOR 001611 RA1208 NRZ0084 103W NET RESISTOR 10kQ 1 32W J K1003 0129 002 FERRITE BEADS RA1204 NRZ0034 102W NET RESISTOR 10kQ 1 32W J K1004 NRSA63J 0R0X MG RESISTOR 0Q116WJ 401 20040 101 NET RESISTOR 100 1 16W J x4 K1005 0129 002 FERRITE BEADS RA1402 20040 101 NET RESISTOR 1000 1 16W J x4 K1006 NRSASAJ OROX MG RESISTOR 001611 RA1403 NRZ0040 101X NET RESISTOR 1000 1 16W J x4 K1007 NRSA63J 0ROX MG RESISTOR 00116011 RA1404 NRZ0040 101X NET RESISTOR 1000 1 16WJ x4 K1008 NRSASAJ OROX MG RESISTOR 00116014 RA1405
115. R 3 Power l not supplied to the loading MDA 12 are disconnected in the middle E03 Take Up Reel Pulse EMG When the falling edje of the take up reel pulse has not been gen erated for more than 4 seconds in the capstan rolating mode 03 is identified the pinch rollers are turned and stopped and the power is tumed 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 1 The take up reel pulse is not generated in the FWD transport modes PLAY FWD SEARCHIFF eic because 1 The idler gear is not meshed with the take up reel gear because the mechanism mal functions for 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 2 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 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 3 Power SWSV is not supplied to the reel sensor on the tape win
116. R 0 1uF 16V K C1426 NCB31CK 104X C CAPACITOR 0 1uF 16V K NDC31HJ 120X C CAPACITOR 12pF 50V J C1427 NBE20JM 106X TAE CAPACITOR 100 63 C1809 NDC31HJ 120X C CAPACITOR 12pF 50V J C1428 104 C CAPACITOR O tuF 16V K C1811 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1429 NCB31CK 104X C CAPACITOR O tuF 16V K 01812 104 C CAPACITOR O tuF 16V K C1430 NCB31CK 104X C CAPACITOR O tuF 16V K C2201 NCB31CK 104X C CAPACITOR 0 1uF 16V K C1431 NCB31CK 104X C CAPACITOR O tuF 16V K C2202 104 C CAPACITOR 0 1uF 16V K Ci432 104 C CAPACITOR 16V K C1433 104 C CAPACITOR 0 1uF 16V K R1001 NRSA63D 221X MG RESISTOR 2200 1 1eWD C1435 NBE20JM 106X TAE CAPACITOR I0uF63VM R1002 NRSA63J 0ROX MG RESISTOR 0Q116WJ Ci436 NCB31CK 104X C CAPACITOR 16V K R1003 NRSA63J OROX MG RESISTOR 00116WJ C1437 104 C CAPACITOR O tuF 16V K 1004 NRSA63J 0R0X MG RESISTOR 00116011 1438 NCB31CK 104X C CAPACITOR O tuF 16V K R1005 103 MG RESISTOR 10kQ 1161 C1439 NCB31CK 104X C CAPACITOR O tuF 16V K 1006 NRSA63J 0ROX MG RESISTOR 00116011 C1440 NCB3iCK 104X C CAPACITOR 16V K R1007 NRSA63J 403X MG RESISTOR 10k 1 16W J C1441 NCB31CK 104X C CAPACITOR 0 1uF 16V K 1000 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 08420 NCB31CK 104X C CAPACITOR 0 1uF 16V K 1012 NRSA63J 0R0X MG RESISTOR 00146814 3 8 No YD006 MODEL IMARKI
117. RESISTOR 1 16W J R3088 NRSA63J 0ROX MG RESISTOR 00 1 16W J 2610 NRSA63J 101X MG RESISTOR 1000 1 16W J R3089 NRSASAJ OROX MG RESISTOR 1 16W J R2611 NRSA63J 101X MG RESISTOR 1000 1 16W J R3090 NRSA63J 0ROX MG RESISTOR 1 16W J R2631 NRSA63J 102X MG RESISTOR 116W J R3091 QRE141J 102Y C RESISTOR 1 4W J R2632 QRE141 471Y RESISTOR 4700 1 4W J R3082 NRSA63J 102X MG RESISTOR 1 16W J 2633 NRSA63J471X MG RESISTOR 4700 1 16W J R3094 NRSA63J 102X MG RESISTOR 116W J R2634 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 83095 141 102 C RESISTOR AW J R2635 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3097 NRSASAJ OROX MG RESISTOR 0Q 1 16W J 2636 NRSA63J472X MG RESISTOR 116W J 3104 NRSA63J 102X MG RESISTOR 1KQ 1 16W J R2637 NRSA63J 472X MG RESISTOR 1 16W J 93106 NRSA63J 102X MG RESISTOR 1KQ 1 16W J R2638 NRSA63J 102X MG RESISTOR 116W J R3205 QRE141J 181Y CRESISTOR 1800 1 4W J R2651 QRE141 221Y RESISTOR 2200 1 4W J 83206 NRSA63J 128X MG RESISTOR 1 16W J R2652 NRSA63J 0ROX MG RESISTOR 00 1 16W J 83207 NRSA63J 183X MG RESISTOR 18kQ 1 16W J 82653 NRSA63J 103X MG RESISTOR 10kQ 1 16W J 83208 NRSA63J 121X MG RESISTOR 1200 1 16W J 2654 NRSA63J 153X MG RESISTOR 15kQ 1 16W J 83209 NRSA63J 83X MG RESISTOR 18kQ 1 16W J R2658 NRSA63J 103X MG RESISTOR 10kQ 1 16W J R3210 121 MG RESISTOR 1200 1 16W J 2659 NRSA63J 103X
118. SCREW Nox TOP REAR 505 PDV2531C DRUM FINAL ASSY 506 QYTDSF2608ZA SCREW Mimi 507 QYTDSF2608ZA TAP SCREW Yom 508 LP31372 002A FITTING DVD ASSY A 509 QAL0551 001 DRIVE UNIT ASI LP10525 001D BOTTOM CHASSIS 512 LP21222 0018 BRACKET CENTER 513 LP31391 001A SPECIAL SCREW BOGTCENERIO 514 LP21223 001A BRACKET DVD UNIT 515 LP31391 001A SPECIAL SCREW BRACKETIDVDJA A516 LP21134 012A REAR COVER 517 QYSBSG3006NA SCREW 518 QYTDST3006ZA TAP SCREW MBx6mmDVDUNTIMJ 519 DRUM 520 LP31391 002A SPECIALSCREW MECHANISM x3 521 LP31391 001A SPECIAL SCREW HOUSING 522 QARO310 001 FAN MOTOR 528 QYTDSF3008MA TAP SCREW 8mm 524 LP31391 001A SPECIAL SCREW 525 LP31391 001A SPECIAL SCREW REGULATOR x4 526 LP31391 001A SPECIALSCREW JUNCTION S 527 QYTDSF3008MA TAP SCREW MS x amp mm JACKS A 509 QMPD190 170 K POWERCORDUP 1 7m BLACK 531 LP31390 001A BARCODE LABEL 532 LP31391 001A SPECIAL SCREW JACK 533 LP31348 001A FOOT 534 LP40910 002G HEAD CLEANERASSY 534A PQ46419 2 CLEANER 535 LP41140 001A INSULATOR x3 536 QGZ0018A1 40 CONNECTOR 1 40 541 QYTDST3005MA TAP SCREW NG xm TUNER 2 542 LP30002 0F6A SPACER 543 LP41171 001A SHIELD TIGHT 544 LP41171 001A SHIELD TIGHT 545 LP41171 001A SHIELD TIGHT 546 LP31417 001A SHIELD PLATE MODEL MARK IDR MVISUC IDR MVISUS B Synb lNo PartNo Pari Description Local
119. SERVICE MANUAL JVC DVD VIDEO RECORDER amp VIDEO CASSETTE RECORDER DR MV1SUC DR MV1SUS DYD rm DO bower 4 2 1 VIDEO CD b 73 7 VHS DR MV1SUC DR MV1SUS D3RV21 SQPB For disassembling and assembling of MECHANISM ASSEMBLY refer to the SERVICE MANUAL No 86700 MECHANISM ASSEMBLY SPECIFIC SERVICE INSTRUCTIONS TROUBLESHOOTING TABLE OF CONTENTS COPYRIGHT 2004 VICTOR COMPANY OF JAPAN LIMITED No YD006 2004 4 SPECIFICATION DR MV1SUC DR MV1SUS GENERAL Power requirement AC 120 V 60 Hz Power consumption Power on 43W Power off 165W Temperature Operating 5 to 35 C 41 F to 95 F Storage 20 C to 60 C 4 F to 140 F Operating position Horizontal only Dimensions W X H X D 435 mm X 96 mm x 347 mm 17 3 16 x 3 13 16 x 13 11 16 Weight 6 1 kg 13 5 Ibs IVIDEO AUDIO DVD Deck Recording format DVD RAM DVD Video Recording format DVD R DVD Video format DVD RW DVD Video format DVD Video Recording format Recording time Maximum 8 hours with 4 7 GB disc XP Approx 1 hour SP Approx 2 hours LP Approx 4 hours EP Approx 6 hours FR Approx 1 hour 8 hours Audio recording system Dolby Digital 2 ch Linear PCM XP mode only Video recordin
120. STOR 00 1 16W J 13 QQL29BJ 1002 PCOIL 0 400 100H J W13 NRSA63J 0R0X MG RESISTOR 00 116WJ L5 QQL29BJ 1002 PCOIL 0 400 10uH J Wig NRSA63J 0ROX MG RESISTOR 00 116WJ ALG QQL29BJ 1002 PCOIL 0 400 100H J W15 NRSA63J 0ROX MG RESISTOR 00 116WJ L7 QQLO71J 120V COIL 1 500 12uH J wis NRSA63J 0ROX MG RESISTOR 00 116WJ QQL29BJ 1002 P COIL 0 400 10uH J MG RESISTOR 00 1 6W J 1501 QQL29BJ 100Z P COIL 0400 10H J Wi8 RESISTOR 00 1 6W J 1502 QQL298J 1007 P COIL 0400 10uH J W21 MG RESISTOR 00 1 16W J L504 QQL231J 330Y COIL 4 700 33uH J W22 NRSA63J 0ROX MG RESISTOR 00 116WJ 12251 QQL29BJ 1002 PCOIL 0 400 100H J W23 NRSA63J 0ROX MG RESISTOR 00 116WJ L3001 QQL231J R22Y COIL 0 400 0 22uH J W24 NRSA63J 0ROX MG RESISTOR 00 116WJ 14001 QQL29BK 1ROZ PCOIL 0 140 1uHK W25 NRSA63J 0R0X MG RESISTOR 00 1 16W J 16003 QQL29BK 1ROZ PCOIL 0 140 1uH K W26 MG RESISTOR 00 1 6W J 18103 QQL29BK 1ROZ 0 140 1uH K W27 NRSAGBAOROX RESISTOR 00 1 6W J 17201 QQL29BJ 100Z P COIL 0 400 10uH J W28 NRSA63J 0ROX RESISTOR 00 1 16W J L7501 QQL29BJ 1002 PCOIL 0 400 100H J Wag NRSA63J 0ROX MG RESISTOR 00 116WJ L7502 QQL29BJ 1002 PCOIL 0 400 10uH J wat NRSA63J 0ROX MG RESISTOR 00 116WJ T2051 PELN0832 OSC TRANS Wa2 NRSA63J 0R0X MG RESISTOR 00 1 16W J NRSA63J 0R0X RESISTOR 1 16W J Bi NRSAG3L0ROX MG RESISTOR 00 1 16W J Wa5 NRSA63J 0R0X
121. STOR 10kQ 1 10W J MODEL IMARKI IDR MV1SUC IDR MVISUSI A SymbolNo Part No Part Name Description Local JACK BOARD ASSEMBLY lt 94 gt SymbolNo No Part Name Description Local RB007 NASAQ2J 103X MG RESISTOR 10kQ 1 10W J RB008 NASAQ2J 103X MG RESISTOR 10kQ 1 0W J 88009 NRSA02J 152X MG RESISTOR 15kQ 1 10W J PW LPA10243 01C2 JACK BOARD ASSY R8010 NRSA02J 152X MG RESISTOR 1 5kQ 1 10W J R8011 NRSA02J 152X MG RESISTOR 1 5KQ 1 10W J 1 8501 74VHCTOBASJ X Ic 8012 NRSAQ2J 152X MG RESISTOR 1 5kQ 1 10W J IC8501 SN74AHCTOBNS X IC RB013 NASAQ2J 470X MG RESISTOR 470 1 10W J R8014 2 470 RESISTOR 47011014 C8401 QEKJOJM 107Z E CAPACITOR 100uF 6 3V M R8015 NRSAO2J 470X MG RESISTOR 470 110W J C8402 104 C CAPACITOR 0 1uF 16V K 88016 NASAQ2J 470X MG RESISTOR 479 1 10W J C8501 _ QEKJOJM 107Z E CAPACITOR 100uF 6 3V M 8017 NRSA02J 103X MG RESISTOR 1 10W J C8502 NCB31CK 104X C CAPACITOR 0 tuF 16V 8018 NRSAQ2J 123X MG RESISTOR 12kQ 1 10W J 08503 QEKJIHM 475Z E CAPACITOR 50V M R8019 NRSA02J 223X MG RESISTOR 22kQ 1 10W J C8504 NDC31HJ 151X C CAPACITOR 150pF 50V J R8051 NASAQ2J 221X MG RESISTOR 2200 1 10W J C8506 NCB31CK 104X C CAPACITOR 0 1uF 16V K RB052 NRSA02J 0R0X MG RESISTOR 00 1 0W J R8201 NRSA02J 471X MG RESISTOR 4700 1 10W J R8501 _ NRSA63J 4R7X MG RESISTOR 47011611 8202 NRSA02J 273X MG RESISTOR 27 1 10W J RB502 _ NRS
122. TECTION VOLTAGE FOR SW POWER SUPPLY josmo SYNG INPUT m je few AFF our unio FF OUTPUT 8 F NOTA OUT ADD THE DG BIAS TO COLOR OUTPUT we ve ROTATES RUM a SYSTEM POWER 101 our MOTOR CONTROL s Rus DATAN SERIAL DATA TRANSFER INPUT FROM DVD GPU ORUM MOTOR CONTROL 114111 il 4 27 eus OUT OUT SERIAL DATA TRANSFER OUTPUT TO DVD CPU errin FAC S T T I ii ue DATA AV OUT SERIAL DATA TRANSFER OUTPUT FOR AV neon OUT svusernecuoen d 5 NOUT SERIAL DATA TRANSFER CLOCK FOR AV 1G P mure vesti OUT PICTURE MUTE CONTROL FOR MUTE 8 soma To mnn FAN ES FUSE NUT B FT TA TUI TT LLLILITTL ora onum ra PULSE mer 1 8 P sa sax OUT SERIAL DATA TRANSFERMER CLOCKFOR ONSCREEN IC 10 SvSTEM POWER 2 w pers naven rerun ease Asan TRG a ure DETECTION SIGNAL TAKE UP REEL ROTATIONTAPEREMAN 111 ves eno 34 ss neo OUT SERIAL DATA TRANSFER REQUEST TO DVD CPU ener Jen REFERENCE VOLTAGE 2 55 2 56 AUDIO BLOCK DIAGRAM
123. TOR 3300 1 16W J C4015 NCB31HK 102X C CAPACITOR 1000pF 50V R2016 NRSA63J 333X MG RESISTOR 33kQ 116111 04018 102 C CAPACITOR 1000pF 50V K R2017 NRSA63J 223X MG RESISTOR 22kQ 1 16W J 4031 QEKJICM 3362 E CAPACITOR 33uF 16V M R2018 NRSA63 472X MG RESISTOR 1 16W J C6013 103 C CAPACITOR 0 01uF 50V R2019 NRSA63J 472X MG RESISTOR 1 16W J CCAPACITOR 330pF 50V J R2021 _ NASAGAJ 333X MG RESISTOR 33kQ 1 16W J C6501 NCB31CK 104X C CAPACITOR 0 1uF 16V K R2022 NRSA63J 103X MG RESISTOR 10kQ 1 16W J C6502 62 E CAPACITOR 10uF 25V M R2028 NRSA63J 108X MG RESISTOR 10kQ 1 16W J C6503 052 E CAPACITOR 1uF 50V M 92024 NRSA63J 108X MG RESISTOR 10kQ 1 16W J C6504 NCB31CK 104X C CAPACITOR 0 1uF 16V K 62053 NRSA63 682X MG RESISTOR 6 8kQ 1 16W J C6505 3352 E CAPACITOR 3 3uF 50V M 2054 NRSA63J 123X MG RESISTOR 12kQ 1 16W J C6508 _ NCBSICK223X CAPACITOR 0 022uF 16V K 2055 NRSA63J 3R3X MG RESISTOR 3 30 1 16W J 08509 C CAPACITOR 0 1uF 16V K R2056 QRE141J 820Y C RESISTOR 820 1 4W J 06512 22 C CAPACITOR 0 022uF 25V R2057 NRSA63J 473X MG RESISTOR 1 16W J 08513 2257 E CAPACITOR 2 2uF 50V M 2058 NRSA63J 183X MG RESISTOR 18kQ 1 16W J C6514 _ NCB31EK 223X C CAPACITOR 0 022uF 25V R2059 NRSA63J 473X MG RESISTOR ATKO 116111 C6515 3352 E CA
124. USEARCH MODE H 26 OUT PICTURE MUTE CONTROL FOR VORMUTE H ERIS SYSTEM POWER H z jar wsmescsmTocaomomumronwemencoame ruso re CONTRO ATEN i o gil 8 MOTOR REVERSE CONTE EM ERE u mI si g RENS 385 1 SERIA OUT VIDEO SIGNAL INPUT SELECT ruse s _ 87 iH Ho gs g gs esce LoL EN ON EIE B NPUT_SELSCONPU_OUT JNOTUSED LINEZINFO worusen 57 g 1 se rm VeRO SEA RET RECT 7 8 Ele 85 emis OUT LOADING MOTOR DRIVE cs our ONSCREEN IC CHIP SELECT Bk ENT veranu MODE DETECT ae RESET OUTPUT Tolono m ost our eps SELECT ALSFFREW OUT HIGH SPEED CONTROL gi EE GAINPWM OUT JVOLTAGE CONTROL SIGNAL FOR VIDEO FREQUENCY RESPONSE 94 ADG_RSTIL OUT JSTEREO A D CONVERTER RESET PULSE 63 ERE our GLOGK OUTPUT PERMISSION 88 OUT SERIAL DATA EXPAND mel Power ber rowencomorAcrowensurewy saven our pomen save 8 eese IN SAFETY SWITCH DETECT SW ONL s onm OUT POWER ONOFF CONTRPL POWER ONH 5 lt PROTECT WW DE
125. W Brake position 13 14 Smallreel thintape T 180 DF 360 1357 14C0 4 FFREWB FFREW Intermodal position 13 14 Small reel thin tape T 168 1395 14 5 JIFFREW FF REW position 13 14 Small reel thick tape DF 300 13A8 14 15 16 Large reel 20 1536 1618 5 3 6 EMG detail information 2 m 16 17 Large eel 1847 175A The type of the cassette tape and the cassette tape winding po 17 18 Large reel T 40 1759 189C sition can be confirmed based on the figure in EMG detail infor 19 1B Large reel T 60 1989 1B2F mation 2 Note EMG detail information 2 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 1 20 0006 Note 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 5 4 Display function of DVD section 5 4 1 Displaying SYSTEM INFO SYSTEM INFO contains information on firmware
126. ad justment parts variable resistor etc carelessly 4 3 1 Servo circuit 4 3 1 1 Switching point Signal Stairstep signal 2 Alignment tape EP stairstep NTSC MHP L Mode B PB Equipment Oscilloscope Measuring point VIDEO OUT terminal 75 ohm terminated TP106 PB FM External trigger E TP111 D FF Adjustment part Jig Code Specified value 6 5 0 5H Adjustment tool H Jig RCU PTU94023B 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 measuring 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 V sync Switching point V rate Fig 4 3a Switching point 4 3 1 2 Slow tracking preset Signal Ext input A2 Color colour bar signal NTSC Mode 87 VHS SP B2 VHS EP Measuring point 0 TV Monitor Adjustment
127. ajor 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 In 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 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 assy Regulator board assy Junction board assy Digital board assy Jack board assy Switch display board Operation jack board Fig 2 1a 2 2 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 it is require
128. blies Reverse these steps when re assembling them the flat wire direction Note 2b When reattaching the Front panel assembly make sure that the door opener of the Side frame R is lowered in position pri or to the reinstallation Fa Part Name Point Note When reattaching the Front panel assembiv pav careful attention to the switch lever of the Front panel assemblv not to make it 1 Top cover 3 1a Eb Note touch the switch knob of the Main board assembly from the side E When reattaching the Front panel assembly lift the Cassette Bracket 2819 door slightly 7 p 1 2 3 4 5 1 Order of steps in 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 unplugged unclamped or unsoldered frame R Fig 3 1a No YD006 1 7 Note When reattaching the Mechanism assembly secure the screws S3a to S3b in the order of 1 2 3 Note 3b 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 MEC
129. d 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 RCU 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 When the unit is set to JIG mode and when the unit is under JIG mode the remote control unit attached to product operates only in Remote Control Code 1 Since the unit is in Remote Control Code 3 when it is shipped and just after its batteries are changed Re mote Control Code 3 needs to be changed to Remote Control Code 1 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 nnn Do Jig RCU mode n Do 1 1 blinked Fig 2 2a User Jig RCU mode No YD006 1 5 2 2 1 Changing Remote Control Code 1 Slide the TV CABLE DBS DVD switch to DVD 2 Press the numeric button 1 of the remote control unit while pressing the SET UP button of the remote control unit Then press the ENTER button and then release the SET UP button 3 Press the POWER button on the unit to turn off the unit 4 Press the PLAY button on the unit for ove
130. ding side E04 Drum FG EMG When the drum FG pulse has nat been input for more than sec onds in the drum rotating mode E 04 is identified the pinch roll ers are tumed off and stopped and the power is tumed off 1 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 2 The drum FG pulse did not reach the System controller CPU because 1 The signal circuit is disconnected in the middle is identified the tilt motor is stopped and the power is tumed off 2 The FG pulse generator hall device of the drum is faulty 3 The drum control voltage DRUM CTL V is not supplied to the MDA 2 Power M12V is not supplied to the drum MDA E05 Cassette Eject the cassette does not reach the eject position within about 0 7 1 The cassette cannot be ejected due to a failure in the drive mechanism of the housing EMG seconds after the cassette housing has started the cassette ejec 2 When the housing load increases during ejection the loading motor is stopped because of lack of tion operation E 05 is identified the drive direction is reversed headroom in its drive torque to load the tape the mode is switched to STOP mode with the Housing load increasing factors Temperature environment low temperature mechanism pinch roller OFF and t
131. e 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 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 NG ADJUST PIN Fig 4 2a 4 2 2 FM waveform linearity Signal Alignment tape SP stairstep NTSC A2 Alignment tape EP stairstep NTSC MHP L Mode B PB Equipment Oscilloscope Measuring point D TP106 PB FM External trigger E TP111 D FF Adjustment part Guide roller Mechanism assembly Specified value G Flat V PB FM waveform Adjustment tool H 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
132. ength test Confirm specified dielectric strength or greater between power cord plug prongs and exposed accessible parts of the set RF terminals antenna terminals video and audio input and output terminals microphone jacks earphone jacks etc See Fig 1 1 11 below 3 Clearance distance When replacing primary circuit components confirm spec ified clearance distance d d between soldered termi nals and between terminals and surrounding metallic parts See Fig 1 1 11 below 4 Leakage current test Confirm specified or lower leakage current between earth ground power cord plug prongs and externally exposed ac cessible parts RF terminals antenna terminals video and audio input and output terminals microphone jacks ear phone jacks etc Measuring Method Power ON Insert load Z between earth ground power cord plug prongs and externally ex posed accessible parts Use an AC voltmeter to measure across both terminals of load Z See Fig 1 1 9 and follow ing Fig 1 1 12 Externally exposed accessible part Fig 1 1 9 5 Grounding Class 1 model only Confirm specified or lower grounding impedance between earth pin in AC inlet and externally exposed accessible parts Video in Video out Audio in Audio out or Fixing screw etc Measuring Method Connect milli ohm meter between earth pin in AC inlet and exposed accessible parts See Fig 1 1 10 and grounding specifications
133. es Desr s sas arias siate setae eser Starter S osos Ge EE asses Pr stss 8 asas astas e astas Ha tosto e tesar s 7 e si s ss es s torrar s terer s p sem sss Hisa Sete GO CNR ER sepes Hearta zs sr ewm aE 750 454 221 00 s tarfas 8 00 07 sastar Fs oof aa l urea zasa z 00 66 Tes tsetse w seo eir a Ge the oo to sel ss oaao efectos aot oo 283 02 etatas 81001 00 ssp os 00 s asas easan a asas earte e eran aan teser s elel eal Ea wa s uses carter Hi tartar l wasla ostas s asas Dope D as s asas s sepes Paras etser seus ums sess aras 7s 7 00 c fester test ee Sebastes S Estee Hetaa Gey EES HEY te 1 puppes e cot
134. escribed below When using the Jig RCU it is required to set the VCR to the Jig RCU mode the mode in which codes from the Jig RCU can be received See section 2 SPECIFIC SERVICE INSTRUC TIONS Jig RCU Data trans Depress th after the data code is set Kein CUSTOM CODE 43 A CODE DATA CODE Fig 4 1 Jig RCU 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 Used Not used AUTO PICTURE VIDEO CALIBRATION OFF Mechanism B E S TJD S P C compatibility Electrical PICTURE CONTROLISMART PICTURE NORMALINATURAL adjustment adjustment VIDEO STABILIZER OFF Roller driver e Digital 3R ON Jig RCU ES VIDEO NAVIGATION TAPE MANAGER OFF Back tension cassette gauge sem BLUE BACK OFF Alignment tape MHP 4 1 6 Manual tracking mode Auto tracking ON OFF set Alignment tape MHP L ting 1 In order to set to the manual tracking mode during tape Roller driver Jig RCU Back tension cassette gauge playback press the SP EP LP button on the remote con PTU94002 PTU94023B PUJ48076 2 trol unit 5 Alignment tape SP stairstop NTSC MH Alignment tape EP stairstep NTSC MHP L 4 1 4 Color colo
135. f the cassette shell this case the lake 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 3 The power SW 5V to a reel sensor is not supplied EU Head clog waming history 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 AFM 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 seconds of warning display and the 7 seconds of noise picture display alternately EMG code E CA or E U1 FDP U 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 than PLAY 1 18 0006 5 3 5 EMG detail in
136. following precautions when a set is being serviced 1 1 1 Precautions during Servicing 1 Locations requiring special caution are denoted by labels and inscriptions on the cabinet chassis and certain parts of the product When performing service be sure to read and comply with these and other cautionary notices appearing in the operation and service manuals 2 Parts identified by the Asvmbol and shaded parts are critical for safety Replace only with specified part numbers NOTE Parts in this category also include those specified to comply with X ray emission standards for products using cathode ray tubes and those specified for compliance with various regulations regarding spu rious radiation emission 3 Fuse replacement caution notice Caution for continued protection against fire hazard Replace only with same type and rated fuse s as speci fied 4 Use specified internal wiring Note especially Wires covered with PVC tubing Double insulated wires High voltage leads 5 Use specified insulating materials for hazardous live parts Note especially Insulation Tape PVC tubing Spacers Insulation sheets for transistors Barrier 6 When replacing AC primary side components transformers power cords noise blocking capacitors etc wrap ends of wires securely about the terminals before soldering ES A Fig 1 1 1 7 Observe that wires do not contact heat producing parts heatsinks oxide metal film
137. formation 1 2 Mechanism operation mode The status electrical operation mode of the VCR and the status Y 6 Table of MN mechanism operation mode sensor information of the mecha Us WE i 4 ispa jechanism operation mode nism in the latest EMG can be confirmed based on the figure in P 00 Command standby No command to be executed EMG detail information 1 01 Immediate Power OFF after EMG occurrence eee 02 Loading from an intermediate position during mechanism initialization FDP OSD display 1 2 34 03 Unloading due to EMG occurrence during mechanism initialization 1 Deck operation mode at the moment of EMG een 72 Mechanism operation mode at the moment of EMG 06 Loading tape ULSTOP io PLAY 3 Mechanism sensor information at the moment of EMG 07 Unloading tape PLAY to ULSTOP 4 Mechanism mode position at the moment of EMG 08 Transition from pinch roller ON to STOP 09 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 98 Tension fom pinch roller ON fo STOP at power ON code that is shown on the display or OSD differs de Trama Search FF pending on the parts number of the system control mi OE Transition to REC croprocessor IC3001 of the VCR The system control ISTIL SGW microprocessor parts number starts with two letters
138. g compression system MPEG2 CBR VBR Input Output S video input Y 0 8 1 2 Vp p 75 C 0 2 04 Vp p 75 Q S video output Y 1 0 Vp p 75 Q 0 3 Vp p 75 0 Video input 0 5 2 0 Vp p 75 Q pin jack Video output 1 0 Vp p 75 Q pin jack Audio input 8 dB 50 pin jack Corresponding to mono Audio output 8 dB 1 pin jack iLink 4 pin for DV input Component video output Y 1 0 Vp p 75 0 CBICR PBIPR 0 7 Vp p 75 0 Corresponding to copy protection Digital audio output Optical 18 dBm 660 nm Coaxial 0 7 Vp p 75 0 Corresponding to Dolby Digital and DTS Digital Surround Bit stream Selectable in digital audio output setting menu IVIDEO AUDIO VCR Deck Signal system NTSC color signal and EIA monochrome signal 525 lines 60 fields Recording system DA4 Double Azimuth head helical scan system Format VHS NTSC standard Maximum recording time SP 210 min with ST 210 video cassette EP 630 min with ST 210 video cassette Signal to noise ratio 45 dB Horizontal resolution 230 lines Frequency range 70 Hz to 10 000 Hz Normal audio 20 Hz to 20 000 Hz Hi Fi audio Input Output RCA connectors IN X 2 OUT x 1 TUNER TIMER Tuning system Frequency synthesized tuner Channel coverage VHF Channels 2 13 Channels 14 69 CATV 113 Channels RF output Channel 3 or 4 switchable prese
139. he powers switched OFF wear or failure uring the casselte insertion process the drive direction is reversed 3 The sensor switch for detecting the end of ejection are not functioning normally and the cassette is ejected If the tape is not up against the pole 4 The loading molor drive voltage is lower than specified or power M12V is not supplied to the base within about 3 seconds after the start of the cassette puling motor MDA in operation lf the cassette does not reach the eject position within 5 When the user attempted to eject a cassette a foreign object or perhaps the user s hand was about 0 7 seconds after the drive mode reversal operation E05 gt caught in the opening of the housing is identifed and the power is switched OFF immediately E06 Capstan FG When the capstan FG pulse has not been generated for more 1 The capstan could not start or the capstan rotation has stopped due to too large a load on the tape EMG than 1 second in the capstan rotating mode E 06 is identified because the pinch rollers are tumed off and stopped and the power is 1 The tape tension is abnormally high mechanical lock turned off However the capstan EMG is not detected in SLOW 2 The tape is damaged or a foreign object grease etc is adhered to the tape occurrence of tape STILL modes entangling etc Note that if the part number of the System Control IC begins with 2 The capstan FG pulse did not reach the System contr
140. inds of connector wires Flatwire Wire Board to board B B The connector of the side to remove 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 are CONN No CONNECTOR PIN No assigned nos in priority order and do not corre WRZ us ITE lt gt Digital ad spond to those on the spare parts list am le 5 Adjustment information for installation WR2b Main 103 lt gt Digital CN762 10 s 9 3 1 3 Disassembly procedure m Destination of connectors Y Stea Fig Point Note CONN No CONNECTOR PIN No Top cover 8816 WR2a Main CN3104 lt gt Operation jack CN7201 13 Front panel assembly 3 1a 3 L2a 5 L2b lt Note2a gt WR2b Main CN3102 Switch display CN7001 11 344 Ein lt Note2b gt WR2c Junction CN7103 lt gt Switch display CN7002 4 eae WR3a Main CN2001 A C head 6 3 Mechanism assembly 3 1b CN2001 WR3a lt Note2a gt ID 3 10 3 S3a 536 lt Note3a gt WR3b assembly Main 9 Drum assembly 3 1d CN WR3b lt Note3b gt 830 834 836 Nole3c WR4a DVD unit Digital CN2201 40 Cleaner assembly 2 L3a
141. ion 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 1 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 Main board as sembly to the bottom chassis If any other screws are used to fix the boards remove them also 3 Remove the combined Mechanism DVD unit regulator digital junction 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 1 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 connections from the Main board and Mechanism assemblies to the other m
142. leche 33 32 53 m wp arm s ES e MEE SER OLG WE Jr edes Use S m 11414 A3 hav 5 lt E R o 9 Y Paes NI tid met JIS Eae lt Ma B ia g m 5 ZZ eu na 11 2 Sus J uma E n ZEN Jp en je i A bi 221 IH n R ET 0 RUR ig E m qul d 2 SUR nic x NEN 2 48 COMPONENT PARTS LOCATION GUIDE MAIN LPB10238 001B REFNO LOCATION n B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B 88 58888588885855888 88888858 8858 000000000000000 Saate n 4015 4017 C4031 C4032 C6001 C6002 C6003 C6004 6005 6007 C600
143. ning tape indication are 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 4 2 Mechanism compatibility adjustment VHS SECTION Notes Although compatibility adjustment is very important it is 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 compat ibility adjustment prepare a cassette tape for self re cording playback perform a test on it by transporting it and making 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 Back tension cassette gauge PUJ48076 2 Mode B1 PB B2 Eject end Adjustment part F Adjust pin Mechansim assembly Specified value G 25 51 2 45 5 10 Nm 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 perform the adjustment in a following procedure See Fig 4 2a a Remove the top fram
144. nplug the ACpower cord from the AC 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 Pass a thin wire through a hole in the DVD unit 4 The disc tray comes out slightly Take out the disc tray manually See Fig 5 2a No YD006 1 15 disk tray hole Fig 5 2a 5 3 Emergency display function VHS SECTION This unit saves details of the last two emergencies as the 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 dig RCU Data transmitting method Depress the 2 18 button WW afer he daa cod is set 49 00 CUSTOM CODE 43 A CODE DATA CODE Fig 5 3a Jig RCU PTU94023B 5 3 1 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 gt lt 2 gt show the informa tion on the latest EMG It becomes when there is no latest EMG record gt 0 00 Normal display EMG content display Latest See 5 3 4 1E content display Previous See 5 3 4 1 1 EMG detail information 1 See 5 3 5 Deck operation mode 2 2 de
145. nsor information See sensor information details Capstan motor speed Search double speed Tracking value GGGG Cassette tape type lt 2 gt 16 bits See EMG detail information lt 2 gt HHHH Supply reel winding diameter data l Capstan motor speed FF REW double speed Tape speed data lower 8 bits KKKK General data display area General data display area MMMM General data display area DD Sensor information details Display wh t Encoder data See Mech Remote pause End sensor Start sensor Cassette tab present 1 Cassette tab broken 0 For both MN HD Mechanism mode sequence Mechanism mode Encoder dala anism mode sequence Encoder output Low Terminal GND SHORT Encoder output High Tretminal GND OPEN 88828 Position Encoder data 5756 EJECT 0 h 0000 EJECT1 1h 0001 x EJECT2 2h 0010 ULSTOP 3 0011 6 UPPER 4h 0100 6 ONSTOP PLAY 5h 0101 D FWD SS 6 0110 S REV SS 0111 OFFSTOP Bh 1000 10 FFREW BRAKE 1001 od i FFREW 1010 NU L 2 MIDDLE 1 No YD006 1 17 5 3 4 EMG content description Note EMG contents E09 are for the model with Dynamic Drum DD FDP CONTENT CAUSE E01 Loading EM
146. o p20371001a_rev0 A B D E G 2 5 2 6 DIGITAL VIDEO IF SCHEMATIC DIAGRAM PARE 5 21 12 a rom 1 Ha Tovepapnocesson Wi kell gpg 3 2 p10593001a B e 2 7 2 8 B DIGITAL FLASH SCHEMATIC DIAGRAM pum M n n 4 E ZEM SNTALYCZTIAPW X vuren sa ws pem dy unen hd EXT ums d rep warta Tak eon 01 141 a 5 L3 9 En 039 WES 2508
147. oller CPU because MN or M3 the capstan EMG is not detected even during the 1 The signal circuit is disconnected in the middle FFIREW operation 2 The FG pulse generator MR device of the capstans is faulty 3 The capstan control voltage CAPSTAN CTL V is not supplied ta the MDA 2 Power SWSV are not supplied to the capstan MDA E07 SW Power When shor circuting ofthe SW power supply with GND has lasted 1 The SW 5 power supply circuit is shorted with GND Short Circut for 0 5 second or more 07 is identified all the motors are 2 The SW 12 V power supply circuit is shorted with GND EMG stopped and the power turned off EOG DVDEMG When communication with a system computer of VHS side is not 1 The DVD unitis defective carried out because of the defective DVD unit or when the DVD 2 Contact failure of the wires in the DVD unit or VHS side unit must be reset E09 DD FG EMG When the DD FG pulse is not generated within 25 seconds E 09 1 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 fure of he pins cf he connector board o board o the FG sensor The power 5V to the sensor is not supplied Connection aiire soldering failure The FG pulse is not sent lo the System Controller CPU The tit motor is defective The soldered parts have separated The drive p
148. ont panel Senay Ey Isjcleaner 83a assembly WR OPERATON aoe BOARD ASSY gt SWITCH DISPLAY BOARD ASSY PYD unit 1 cover LM pef j BIReguiator board sembly Junction board assembly NOTE Pass sit PCB through wire NOTE INSERT FFC WIRE TO THE CONNECTOR BEFORE ATTACHING TO FRONT PANEL Fig 3 1d No YD006 1 9 4 1 SECTION 4 ADJUSTMENT Before adjustment 4 1 1 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 YIC 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 NTSC Recording tape Digit key remote controller provided 4 1 3 Required adjustment tools 4 1 5 Switch settings When adjusting this unit set the VCR mode and switches as d
149. or PDTC144WU X DIGI TRANSISTOR 08004 or UN521E X DIGI TRANSISTOR 08004 or RN1309 X DIGI TRANSISTOR 08005 _ DTA144WUA X DIGI TRANSISTOR 08005 or PDTA144WU X DIGI TRANSISTOR 08005 or UN511E X DIGI TRANSISTOR 08005 or RN2309 X DIGI TRANSISTOR 05501 1A3G T2 SI DIODE 05501 or 10EDB20 T2 SI DIODE 05501 ERA15 02 T2 SI DIODE 05502 1SS133 T2 DIODE 05502 or 1SS270A T2 SI DIODE 05503 MTZJ27C T2 ZDIODE 05503 RD27ES B3 T2 ZDIODE 5501 NCB21AK 105X C CAPACITOR 1uF 10V K 05502 QETNOJM 107Z 100uF 6 3V M C5503 21 471 C CAPACITOR 470pF 50V 05504 21 105 C CAPACITOR 1uF 10V K 5505 1072 E CAPACITOR 100uF 10V M 3 18 No YD006 MODEL MARK DR MVISUC A DR MVISUSI B Part No Part Name Description Local C5506 21 471 C CAPACITOR 470pF 50V 5507 NCB2iAK 105X C CAPACITOR 1uF 10V K C5508 1077 E CAPACITOR 100uF 10V M C5509 NCB21HK 471X C CAPACITOR 470pF 50V C5510 NCB21AK 105X C CAPACITOR 1uF 10V K 05511 QETNOJM 107Z E CAPACITOR 100uF 6 3V M 65512 2 471 C CAPACITOR 470pF 50V 5513 21 105 C CAPACITOR 1uF 10V K 5514 1072 E CAPACITOR 100uF 6 3V M C5515 21 471 C CAPACITOR 470pF 50V K NCB21HK 103X C CAPACITOR 0 01uF 50V K 21 103 C CAPACITOR 0 01uF 50V K 07103 NCF21CZ 105X C CAPACITOR 1uF 16V Z C7104 QEKCICM2262 E CAPACITOR 22uF 16V M 7105 NCF210Z 105X
150. ortant Do not re use a connector discard it 25 Z R cut close to connector Fig 1 1 3 b Strip about 15 mm of the insulation from the ends of the wires If the wires are stranded twist the strands to avoid frayed conductors C Align the lengths of the wires to be connected In sert the wires fully into the connector Metal sleeve lt N Connector Fig 1 1 5 d As shown Fig 1 1 6 use the crimping tool to crimp the metal sleeve at the center position Be sure to crimp fully to the complete closure of the tool Crimping tool Fig 1 1 6 e Check the four points noted in Fig 1 1 7 Not easily pulled free Crimped at approx center a of metal sleeve _ Conductors extended Wire insulation recessed more than 4 mm Fig 1 1 7 No YD006 1 3 1 1 2 Safety Check after Servicing Examine the area surrounding the repaired location for damage or deterioration Observe that screws parts and wires have been returned to original positions Afterwards perform the following tests and confirm the specified values in order to verify compli ance with safety standards 1 Insulation resistance test Confirm the specified insulation resistance or greater be tween power cord plug prongs and externally exposed parts of the set RF terminals antenna terminals video and audio input and output terminals microphone jacks ear phone jacks etc See table 1 below 2 Dielectric str
151. ower to the tit motor is not supplied Connection falure solderng failure The tit motor drive MDA IC is defective Aulo recovery of the DD tilting cannot take place due to overrun EDA Supply Reel Pulse EMG 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 In this case however the mechanism should in the position after tape loading with ihe tape up against the pole base Also note that the reel EMG is not detected during Siow Frame advance operations The supply reel pulse is not generated in the FWD transport mode PLAYIFWD SEARCHIFF etc because 1 PLAYIFWD SEARCHIFF is started while the tape in the inserted cassette is cut in the middle 2 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 50 the pulse is not generated until then 3 The rael is rotating normally but the FG pulse is not generated due to a supply reel sensor failure 2 The take up reel pulse is not generated in the REV transport mode REV SEARCHIREW etc 1 REV SEARCHIREW 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 o
152. p ss E e eslasl Ds s as ortas es os a E sr Bester 2 51 2 52 DIGITAL CIRCUIT BOARD COMPONENT PARTS LOCATION GUIDE DIGITAL LPB10236 001D REFNO LOCATION E 02 DIGITAL 80 LPB10236 001D FOIL SIDE Be 86 86 F gu gt u puls E AE 1001 HH HE D 5 c A H zd H B 02 DIGITAL 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 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 gt gt gt gt 000000000000000000000000000000000000000000000000000000000000000000000000 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 0000000 0 000 0 000 000 0000 00000000000000000 0 0 000 0 00 0 gt gt gt DMD gt gt gt BO BM DD DO DD BM DDH D gt gt gt DBMS D gt gt gt gt U DD BD DIRS D gt D gt gt gt gt gt gt gt gt D
153. pleted the mechanism enters the desired mode When the VCR is set to the Mechanism service mode the symbols HDD in the FDP LED are turned on 2 3 2 How to exit from the Mechanism service mode 1 Unplug the power cord plug from the power outlet 2 4 Maintenance and inspection 2 4 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 1 6 YD006 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 that the cleaned parts are com pletely dry before using the cassette tape Video heads Fig 2 4a 2 4 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
154. point D1 IC3001 pin 61 02 IC3001 pin 24 D3 C3026 and Adjustment part C3025 TIMER CLOCK Specified value 1024 008 z 0 001 Hz 976 5549 0 0010 usec 1 Connect the frequency counter to the measuring point 01 2 Connect the short wire between the short point 02 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 connect it again 5 Adjust the Adjustment part F so that the output frequency becomes the specified value G SECTION 5 TROUBLESHOOTING 5 1 Manually removing the cassette tape If you cannot 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 VCR 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 Ba Direction of unloading Fig 5 1b 3 Unload the pole base assembly by manually turning the gear of the loading motor until the pole base assembly is hidden behind the cassette lid In doing so hold the
155. r 5 seconds while the unit is turned off The code currently set appears on the front display panel 5 Press the STOP button on the remote control to change the unit s code When FDP indicator displays DVD1 it means that the Remote Control Code has been changed to DO 2 2 2 Setting the Jig RCU mode 1 Turn on the power 2 Press the VCR DVD button repeatedly on the unit so that the VCR lamp lights up on the unit 3 Press the following remocon keys continuously within 2 seconds SET UP 2 2 8 ENTER When the VCR is set to the Jig RCU mode the symbols in the time display of the FDP are blinked Refer to Fig 2 2a User Jig RCU mode 2 2 3 Setting the User RCU mode 1 Turn off the power 2 Press the REC and PAUSE buttons of the VCR simul taneously Alternatively transmit the code 9D from the Jig RCU 2 3 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 3 1 How to set the Mechanism service mode 1 Set the VCR to the Jig RCU mode the mode in which 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 com
156. resistors fusible resistors etc 8 Check that replaced wires do not contact sharp edged or pointed parts 9 When a power cord has been replaced check that 10 15 kg of force in any direction will not loosen it Power cord Fig 1 1 2 10 Also check areas surrounding repaired locations 11 Products using cathode ray tubes CRTs In regard to such products the cathode ray tubes themselves the high volt age circuits and related circuits are specified for compli ance with recognized codes pertaining to X ray emission Consequently when servicing these products replace the cathode ray tubes and other parts with only the specified parts Under no circumstances attempt to modify these cir cuits Unauthorized modification can increase the high volt age value and cause X ray emission from the cathode ray tube 12 Crimp type wire connectorln such cases as when replacing the power transformer in sets where the connections be tween the power cord and power trans former primary lead wires are performed using crimp type connectors if replac ing the connectors is unavoidable in order to prevent safe ty hazards perform carefully and precisely according to the following steps Connector part number E03830 001 Required tool Connector crimping tool of the proper type which will not damage insulated parts Replacement procedure a Remove the old connector by cutting the wires at a point close to the connector Imp
157. s He tmar Le osos s aras 2 asss 566 tata e Pos es solo tect oo pss pss Heter es terer Hetaste 7 sp 45 use ae s 86 a ases eL 5 ss osas Hetere men saras em n ara a tsr ss ens we aa Etja Paspas teater tana 331789 Ha taste l e tasan mes peepee ee so s7 e Herse atar ata etela asa sees emos r sss eater osos 05315 47 50 49 43 30 30 1 00 00 00 00 36 58 58 13901 GN2601 4 00 00 PIN REC PLAY 2 50 50 4 10 12 5 8 00 00 5 00 00 e tarf oo El Seir E seater oem sastar s asao scr 6566 the Lap zs esos opes E l lum sss 6 osos t ssp ss wes 1 s sls arias aterrar tarras asar asas etree am sm macam oso ete sss s so as e Salas Fur esse nias z perper Hs ssa ssp
158. s product will differ according to the destination ADHESIVE TAPE 312 306 BP L 302 FINAL ASSY M2 No YD006 3 1 1 2 FINAL ASSEMBLY M2 REGULATOR BOARD ASSY lt 01 gt men Fe 3 2 No YD006 BOTTOM eMANBOARDASSY OPERATION JACK BOARD ASSY lt 27 gt 8300 0 wes L a sor NOTE Pass PCB through wire NOTE INSERT FFC WIRE TO THE CONNECTOR BEFORE ATTACHING TO FRONT PANEL oy NOTE FJ CONN should be insert flows aqe N eco se E Tj supporting side r T Bd 6 FFC WIRE and DRUM FPC WIRE should be insert as follows a Es 3 LI tl Echec iw um Sin aw DN DRAWN FROM DIRECTION 7 Insert direction of POWER CORD NOTE Replace the attached FITING uice 21 FITTINGIDVD ASSY Uus paneta t puts outward er the wire to even he root of connector completely front ose J o emi inca be sapo DRAWING FROM D No YD006 3 3 1 3 MECHANISM ASSEMBLY lt 4 gt 5 5
159. t to Channel 3 when shipped 75 unbalanced Memory backup time Approx 5 seconds ACCESSORIES Provided accessories RF cable 1 Infrared remote control unit AA battery RF cable x 3 Antenna splitter Infrared remote control x2 unit AA battery X 2 Specifications shown are for SP mode unless otherwise specified E amp O E Design and specifications subject to change without notice VCR Plus C and PlusCode are registered trademarks of Gemstar Development Corporation The VCR Plus system is manufactured under license from Gemstar Development Corporation DSS is an official trademark of DIRECTV Inc a unit of GM Hughes Electronics DISH Network is a trademark of Echostar Communications Corporation Manufactured under license from Dolby Laboratories Dolby and the double D symbol are trademarks of Dolby Laboratories and DTS Digital Out are trademarks of Digital Theater Systems Inc refers to the IEEE 1394 1995 industry specification and extensions thereof The logo is used for products compliant with the i Link stan 1 2 No YD006 SECTION 1 PRECAUTION 1 1 SAFTY PRECAUTIONS Prior to shipment from the factory JVC products are strictly in spected to conform with the recognized product safety and elec trical codes of the countries in which they are to be sold However in order to maintain such compliance it is equally important to implement the
160. tail information lt 1 gt See 5 3 5 Mechanism operation mode 3 34 EMG detail information 1 See 5 3 5 Mechanism sensor information and Mechanism mode position 5 detail information 2 See 5 3 6 Type of the cassette tape in use lt 1 gt 5 6 EMG detail information 2 See 5 3 6 Winding position of the cassette tape in use EMG detail information 2 See 5 3 6 ype of the cassette tape in use 2 Winding area 7 8 EMG detail information 3 See 5 3 7 Previous deck operation mode 8 9 EMG detail information 3 See 5 3 7 The deck operation mode of the one before the last 9 10 EMG detail information 3 See 5 3 7 2 2 The deck operation mode of the one prior to one above EMG display of 7 FDP display model Fig 5 3b 1 16 No YD006 EMG display of FDP display mode 1 Transmit the code 59 from the Jig RCU The FDP shows the EMG content in the form of E Example 01 Latest EMG Example 2 gt No EMG record 2 Transmit the code 59 from the Jig RCU again The FDP shows the EMG detail information 1 in the form 1 2 34 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 4 Mechanism mode position at the moment of EMG 3 Transmit the code 59 from the Jig RCU
161. 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 1 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 Hook a Side frame L Fig 5 1c 6 Take up the slack of the tape into the cassette This com pletes removal of the cassette tape 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 5 2 1 Method 1 1 AC Plug is pulled out at once and inserted again 2 It is displayed on FDP as LOADING and while it blinks pushing the OPEN CLOSE button is continued 3 After a while a tray opens About 20 seconds 4 After removed a disk press the OPEN CLOSE button again to close the tray 5 The LOADING blink display of FDP disappears and it will be in a standby mode 6 If the POWER button is pushed it will usually be operating 5 2 2 Method2 1 U
162. uF 63V M C2216 QEKC1CM 476Z E CAPACITOR 47uF 16V M 07553 NCB31HK 103X CAPACITOR 0 010 50V K C2219 2252 E CAPACITOR 22uF 16V M 07575 NCB31HK 103X C CAPACITOR 0 01uF 50V 2220 062 E CAPACITOR 10uF 25V M 7576 QEKJICM 07Z E CAPACITOR 100uF 16V M C2221 NCB31EK 223X C CAPACITOR 0 022uF 25V C7581 221 C CAPACITOR 220pF 50V K 02222 NCB31EK 103X CAPACITOR 0 01uF 25V K C7582 NCBSIHK221X C CAPACITOR 220pF 50V C2234 105 C CAPACITOR 1uF 6 3V K C7585 NCBSIHK221X CAPACITOR 220pF 50V K 02235 NCB30JK 105x C CAPACITOR 1uF 6 3V K 07588 NCBSIHK221X C CAPACITOR 220pF 50V K C2251 NCBSIEK 03X C CAPACITOR 0 01uF 25V K C7587 NCB31HK 221X C CAPACITOR 220 50V K 02252 NCB31EK 103X C CAPACITOR 0 01uF 25V C7588 221 C CAPACITOR 220pF 50V K C2253 NCB31EK 103X C CAPACITOR 0 01uF 25V K C2254 _ QEKJOJM 476Z E CAPACITOR 47uF 69V M RI NRSA63J 622X MG RESISTOR 1 16W J 02255 NCB31EK 103X CAPACITOR 0 01uF 25V K R2 NRSA63J 152X MG RESISTOR 15kQ 1 16W J 02258 NCB31EK 103X C CAPACITOR 0 01uF 25V K R3 NRSA63J 822X MG RESISTOR 1 16W J 02257 103 C CAPACITOR 0 01uF 50V K Rit NRSA63J 472X MG RESISTOR 1 16W J C2059 QEKJ1HM 334Z E CAPACITOR 0 33uF 50V M 12 NRSA63J 402X MG RESISTOR 1 16W J C2603 62 E CAPACITOR 10uF 25V M R 9 NCB31EK 103X CAPACITOR 0 01uF 25V K C2604 62 E
163. ur bar signal Color colour bar pattern 1 Color colour bar signal NTSC Color colour bar pattern NTSC ste 1006 75 2111314 3 1314 pm o 1 Black syne 10 No YD006 Each press of the button switches the auto tracking ON or OFF When the manual tracking mode is set the tracking is placed at the center position 2 Press channel to adjust the tracking manually 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 In the 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 Dgty 0 1 2 3 4 5 86 7 8 9 Code 20 21 22 23 24 25 26 27 28 29 As the counter indication and remai
164. will distribute a firmware upgrade disk 1 Set the unit to the Jig RCU mode 2 Set the unit to DVD mode DVD lamp lights up 3 Transmit 70 from the JIG RCU 4 UPDATE appears in FDP load the upgrade disk on the disk tray then close the disk tray 5 Wait for approx 30 seconds while FDP is displayed as UPDATE 6 Then FW UPDATE appears FDP It takes approx 3 minutes at maximum to upgrade firmware 7 The tray is ejected Then take out the disk and close the tray 8 The tray is ejected Then take out the disk and close the tray Turn off the unit and unplug the AC power cord from the AC outlet Then plug the AC power cord into the AC outlet 9 LOADING of FDP disappears then turn on the unit 10 Display the SYSTEM INFO menu and check the version of the firmware 11 Cancel the JIG RCU mode ATTENTION Firmware may sometimes not be upgraded successfully If firmware is not upgraded successfully the tray opens and ERROR appears in FDP If firmware is upgraded successfully the tray opens and OPEN appears in FDP If unplug the AC power cord from the AC outlet while ERROR appears data in the flash memory is destroyed and the unit cannot start the flash memory needs to be replaced After upgrading procedure pay enough attention to FDP when the tray opens When ERROR appears upgrade firmware again in the following way to restore the firmware 1 Transmit 70 from theJIG RCU while the tray opens 2

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