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1. capacitor without unit is in GNDD Large size SCH diagram DVJ 1000 V 3SDR 1 256M SDRAM K45551652H UC 75 gt 256M SDRAM K4S561632H UC75 44 fff fff iff 7 LL lt 251 N v s NT 2 1 248 0 1 E Vss 27 iram ur E V c c Q gt CPU ADDRESS BUS CPU DATA BUS CPU CONTROL BUS TC74LCX541FT DTF1069 V 3BUS R125 10 4 29824 f 0 11 TC7SZ08FU 10 4 44 Vss a2 g NC e DQMUSS Ej o 112 j n ic 7 Aa A 5 E vhs M Eas DVJ 1000 2 3 5 MAIN ASSY 2 8 12 8 MAIN ASSY DWG1630 5 2 O IC1708 MM1561 JF yer 187 2 gu GNDD i r 1 1 702 5 TC4W53FU GNDD L V 3D2 CH1 H C1716 0 1 2 gt R1711 R1713 ind 11K c1719 4 7 B NJU7013F 0 1 01701 o ro C1736 R1733 KV1837K GNDD SYNC_XON B A3 C1737 158 502 2108 CTF1305 C1711 1 GNDD 1M
2. 0 9 WLZ9ud S VIDEO DATA BUS 5 et 266 4500 2 HOST IF n Res ES DVJ 1000 m 5 6 m 7 8 18 8 MAIN ASSY DWG1630 DDWE DA10 GNDD N 604 mie 11 56 095 594 b 112 5 0 13 Nc NC 0 1 6042 er NC S NC VDDQ VSSQ vTr 1 NC L pasta oN 18 lt 1 19 onc pus DM1 5 ae Fe a HERES 5 Q ac tla 025 Nc A12 BAG LU lll an lll C pa 9 5 Adel lll pas 29 AQ 111 pa 22 lll ail A2 sel lll 2 AS ml i T 55 Cors Sa Coz C6044 512Mb DDR SDRAM 64Mb x 8 12004 1254 VIN DL v 4 GND NC VIN VOUT EXT R1224N102H 1 2V DC DC CONV Large size SCH diagram VTT 22 4 R2032 A 56 6170 C6052 0 01 DDR SDRAM 2 5V REG 550 NC 9002 ur VDDQ 019 11 005 12 VSSQ 1 3 A w 22 15 OQ 22 18 vob Z z 66 2 13337999 gt 512Mb DDR SDRAM 64Mb x 8 100 6 5 1 OK 1 OK F
3. 1319 RESISTORS 0 ID LABEL ASSY VXW1006 102 104 106 113 RAB4C103J R112 203 204 RAB4C560J SEMICONDUCTORS 115 119 123 127 RAB4C220J 104 110 112 115 TC74LCX541FTS1 R136 138 141 144 RAB4C220J 105 116 118 123 TC7SHO8FUS1 106 107 170001 R147 154 157 159 RAB4C220J 12108 TC7ALCX16045AFT R155 164 167 177 RAB4C103J 161 163 165 166 RAB4C220J 2113 DYW1756 R197 198 202 210 RAB4C220J 114 TC74LCX32FTS1 se 8220 RS1 16S3300F 119 910 TC7SZU04FU R229 51 1652700 232 908 914 2162 RS1 16S1001F 120 2012 TC74LCX541FTS1 R301 302 306 307 RAB4C220J 1 121 902 2005 PQ070XZ02ZP R322 326 327 332 RAB4C220J 122 911 TC7SH04FUS1 IC124 1514 1515 TC7SH08FUS1 R336 349 352 357 RAB4C220J 1562 R365 367 383 385 RAB4C220J R387 542 543 560 RAB4C220J C303 904 907 K4S641632K UC75 IC305 M65774BFPA ii RABACOROJ IC503 TE4300PF 505 TMS320DA150PGE16D R573 574 584 586 RAB4C472J R578 579 704 RAB4C220J 506 DSPD56367PV150 R701 712 719 727 RAB4C102J IC103 109 702 703 K4S561632H UC75 12701 709 711 752 RAB4C220J 12903 PD8449A R743 744 808 813 4 102 758 760 769 776 RAB4C220J 1102 2015 11 R797 798 802 803 RAB4C220J 1104 1 1881 1501 1505 187024 R805 823 830 910 RAB4C220J 1502 1506 ADV7172KSTZ R814 RAB4C102J R819 822 824 829 RAB4C560J 104 DVJ 1000 2 3 4 m 5 Mark Description 911 2003 2019 921 924 928 931
4. T O0SPNO L CN4506 Oc RON il 4500 E 7008 04504 04500 N 09 bh gt N _ 8 fs QN era 246 H R R4543 84512 55 8 04508 E85 F85 70570 Do ESIN S 84534 217 4533 DOMO s o o 8 9 DON 9 3 e 9006 3 8 65 6 0 0 O LO O LO st 2 7 11 MUTE 1 S vite 4509 4508 EAE gt amp NE g S NE a O O tk S OO Lo R4524 m o e AR 8 bs SEES dA o o m m 95 25 95 O 222 5 RAR O 0 5 S o o o ECC ULM 84531 o 9 9R432 04505 04506 et fake 90606 Gol o naso R4528 R4529 HIHITIEI S O O O O uuo CE Fon C4505 DUO GOO o RS O 0 164510 1 4503 R4526 8 5
5. IL MIVWId IL OV LV ev ev vv SV 9v LN 8v ev LV LLV civ viv 9giv LLY LOAV 159 LOSOX 159 7052 159 LOSAV SASAV 5 5 5 qSAV SOXAV Q0 J2AXAV MOVCAV LIVMXAV OAYCAV 129 1289 L SOX qI IVA 3009 805 JMX N IL IL SOX IL 159 159 159 LAMX 159 AMX 159 LIVMX 159 10159 901159 155 vd 159 155 q 159 LQ 159 00159 159 159 LQ 330A dOLSX LIVMX 330A SOX QVO SOX QVO gt 3 gt gt gt 3 gt gt gt eg VW IS VW 15 LVW1S IS LSOW IS 8QW1S 6QW1S 0 LOW IS S LOW IS AWN 1S INOGONS 1S 9VN IS LVW1S 8VW IS 6VN IS LLVWIS CLYWIS NWOANS LLQW IS c VLONW S LOW S vLON S IS t 15 L VW IS OSON IS 15 15 GVW1S IONW IS 9QN IS SGN IS YAWIS IS LQW1S 1S VLOVLV 335 GLOVLV 245 LLOVLVY 385 23S 235 8Qviv 335 6QVLV 23s 385 385 245 LOVLV 335 5
6. 851 165183 851 165332 3013 RS1 16SOROuJ RS1 16S332J 51 165182 PSWB 55 392 and DWS1396 are the same for the following Symbol and Description _ Symbol and Description _ Description LIN AC INLET ASSY AN3400 1 AC INLEET Not used BKP1046 DVJ 1000 6 7 103 1 2 3 4 m PCB PARTS LIST FOR DVJ 1000 UNLESS OTHER WISE NOTED Mark No Description Part No Mark No Description Part No 1507 781050 55 1 1510 PCM1738EG 3 MISCELLANEOUS 1511 1512 NJM5532MD L101 LCYA1R5J2520 1513 274 12004 2010 2013 1254 2005 7011 1702 TC4W53FU 12100 2109 CTF1305 101703 22 1707 SM8707HV 102 111 112 305 CCG1160 2000 2 20 484 8 507 701 702 706 1160 F1502 1703 1706 CCG1160 2 IO T NIC2011 LP2996M 2000 2003 2006 2007 CCG1160 Q1506 1509 RN4982 KN1701 1704 VNF1109 VC1701 VCM1012 Q1512 1514 25 1576 X101 CRYSTAL RES 65 97 2 0551144 31519 01523 2003 DTC114YK X501 CERAMIC OSCILLATOR DSS1161 01701 DTC124EUA X1701 CRYSTAL RES 27MHz VSS1146 Q2000 CPH6314 CN102 1704 PH CNNECTOR 1292 i 501 13P FFC CONNECTOR VKN1305 Sepa cute 701 40 FFC CONNECTOR VKN1811 2243 02000 2009 2011 0511 40 1701 DKN1482 02001 2008 2010 155355 1702 10 1 302 1703 27
7. cause eye Note 2 Even if the unit shown the photos illustrations in this manual may differ from your product procedures described here are common Note 3 The DEX1021 forced eject pin supplied with this model is dedicated to this model only The DEX1007 or DEX1013 forced eject pin used in other models must not be used with this model because it is very dangerous for the following reason If the disc being rotated is forcibly ejected with DEX1007 or DEX1013 forced eject pin the rapidly rotating disc will pop out PCB Location JFLB Assy DIPB Assy DFLB Assy RSWB Assy B JOGB Assy D 22 C Bottom view SLDB Assy LED 1 Assy KSWB Assy E SDCB Assy MJCB Assy Be sure to visually check the D earth spring after it is installed Traverse Mecha Assy 04RM2 SLMB Assy Earth spring Mecha plate 55 Slot in Mecha G11 Assy E Bottom view INSW Assy Bottom view DVPL Assy F 128 DVJ 1000 E 1 m 2 3 m 4 5 m 6 7 8 Diagnosis of MAIN 1 Remove the two screws e More when measure the regulator output of IC2005 and IC902 MOT TRO 5 Disconnect the two flexible cables i 9 NE 6 Remove the eight screws 7 Stand the MAIN Assy e Rear view 2 Remove the eight screws 8 Remove the six screws 4 Remove the heatsink plate H
8. 6 2 EXPLODED VIEWS AND PARTS 57 8 s jJ 8 10 eS JOONIFRFOLPANELSEQGQID N eee eer ee ee ene 12 ca OG u uuu nC E ee ee 14 2 5 SEBOTAN MECHANISM SEC u u u u 16 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 20 3 1 BLOCK DIAGRAM 20 3 2 BLOCK DIAGRAM 2 2 nna 22 3 3 OVERALL WIRING 24 qu 26 35 MAIN ASSY 2 0 30 26 MAIN ADS Y 32 2211 11255174 34 DOMAIN ADY 36 29 MAINAAS 6 08 uu 38 S TO NIAINASSY 40 00 _ __ 42 46 3 13 STCN SPON INSW and SDCB 55 5 8 48 A Y u 50 and er A E E 52 3 16 JFLB
9. AA8 10 DDR SDRAM dat j A9 10 009 5 10 _______ 0013 DDR SDRAMdata AA11 IO __ 12 jJDCKNO DDR SDRAM clock 00000000 13 DCKN1 DDR SDRAM clock 14 DDR SDRAM address 15 lO DDR SDRAM address 16 10 DDR SDRAM address ____ j 17 JjJDDRSDRAMaddess 0 18 0 DDR SDRAM address 19 10 0 DDR SDRAM write 80000000 20 5 00000000 AA21 dND GND 22 VLTTL input output power supply 3 3V 1 GND GND GND AB2 VCCIO V 2R5BD Input output power supply 2 5V ABS DDRSDRAMClockenadbe X ABA 2050 JDDRSDRAMChipselet ABS lO 00251 JDDRSDRAMChipselet JO 05 IO DDR SDRAM data JO 07 DDR SDRAM data 0010 0 DDR SDRAM dat 088 DDR SDRAM data AB10 O DQ12 1 O 051 JDDRSDRAMDGS 12 DDR SDRAM clock 000000 AB13 O DDR SDRAM clock 14 O 40 DDR SDRAM address Pj 15 lO 2 DDR SDRAM address 16 DDR SDRAM address AB17
10. O jVCCIO2 power supply 3 3V L4 nCONFIG FPGA XPRG FPGA configuration signal j 15 X prO NC C X O 16 COFIG CLK4 Configuration serial clock j NC 18 0 J GND 88 19 VCCINT ___ 4182 jCorepowersuppy 1 2V Lid OGND JGNDD L11 O 112 GND L13 dNDD 114 VCCINT V 1R2_ __ power supply 12 115 INC IN 6 INC NC 117 INC NS 118 O 88 Lig lO 5200 __ subvideodata 00000000 120 1 5 VLTTL power supply 3 3V 121 GND 122 GND __ 000 GND ___ M3 1 __ power supply 3 3V M4 j M5 10 4 Me O M7 NC 1 M9 VCCINT __ 4182 12 80000 M10 GND GND M11 GND GND O M12 602 GND O M13 GND M14 VCCINT 2 Core power supply 12 MAS INC j J j O M16 INC O M17 MSELO
11. ao HD6417709SHF2000B 186 MCS2 87 51 50 N DRAKO 6 gt 1901 DRAK1 TN XRSTCPU Gorra 92 EL REE REsETP 100 Kca f 94 CA 445 sas 519 sia hee Mop hms wos J EMPTY MOT 199 XCARDINAAXCARDIN 1 8 MAIN ASSY V 3D1 gt 1 Y A11 BAL C r 221 td A4 BL O 1 as Ba LO 261 a3 pe N 222 528 C144 66MSDR 0 1 GNDD 741 541 L 16 gt gt gt o NWA 11 10 A9 10 20 11 xwE 2 XRESET 14 1865 1 A12 TC74LCX541FT TC74LCXS2FT 756 CN 2 O L A22 0 gt V BUS gt gt 52 FLASH TC74LCX541FT GNDD CTF1305 R215 CARD 66M 13 8 165 O R225 SYS_66M 8 1 8 Notes means STANDBY 1 T 2 82 51 165 n R226 66MSDR 1 G12 MM 51 165 Q 1 56 11 8 pj M 1851 165 Q x R230 CLK66M 1 01 k RAB4C J DSS1144 X401 _ 65 9MHz 4E CKSRYB ch CCSRCH gi COSROJ ogl 2 R CEHVKW
12. MOSVA VOISN3 OACIAVNV 385 23S 540 105 540 vdvlv 23S 395 cQ vlv 385 LOVLV 995 BQVLV 385 LNOG OW OW 3923 OW OW VIVO AV 1109 AV 3198 AV 424 AV V 3D1 D15 015 014 012 D10 D8 D6 D4 D2 D D11 D9 D7 D5 05 D1 Lad gadd vdd Lad Lad gadd gad vad Lad NAA YA ve ML 55151 5 2 21 gt gt BAA LAA LIA VIA GOA 92 LOA SV LA LOV L LATCH 48 8 GNDD Svadad Lvad ovaa 9 vva ava 31A LSA 05 DDR ADDR CONT DCK LSOQ s LOG viod LLOQ LAG osoad Load Sod voa cod cod DDR DQ DQS DM GNDD DVJ 1000 2 3 11 MAIN ASSY 8 8 42 18 8 MAIN ASSY DWG1630 Large size SCH diagram R2064 12224 duri 27 Video Data Signal Rout 42Q lNO2 HQQV bV 100 2 CPU DATA BUS 2 9 09 a 1 5 lt
13. 1 MAX1M XM2C 01 92 111 dif MAX232EPE Parts List SEMICONDUCTORS IC1 MAX232EPE Q1 DTA124 Q2 DTC124 CAPACITORS C1 C2 C4 C5 100 50 C6 CKSQYF103Z50 RESISTORS R2 R3 RD1 2VM103J OTHERS CN1 RS 232C CONNECTOR XM2C 0192 111 CN2 2P CONNECTOR 2 6P CONNECTOR BeB PH DVJ 1000 5 m 6 7 CN2 D B2B PH GND 00 Short Connector DVJ 1000 OPEN To MAIN ASSY CN102 121 1 7 1 4 5 Power Sequence Canceling reset of SODC 7100 45 Initial setting Initialization of loading mechanism Player section MAIN CPU CPU for the Operation section Power on Canceling reset of CPU IC111 Pin 193 H Initial setting for the CPU Initialization of the SDRAM Data and clock output of the key In the power ON Program transfer from FLASH to SDRAM from Pins 164 and 165 of the CPU 111 Program transfer to the When data transfer to FPGA the FPGA is finished FPGA_DONE Pin 125 becomes high Power on Canceling reset of the CPU 1 3004 12 Initial setting for the CPU POWER is indicated on the FL display Long press processing A disc can be loaded before communication between the main CPU Program transfer to the DSP 12505 1 506 and the player section starts After a disc is loaded loading Device check sta
14. 55 AUDB St ASSY 2 CN4000 CN4508 S ner 1 Da e ID o 5 6 VLOAD lg 5 CN4504 1 6 V 12A 3 _ w yp POWER SUPPLY ASSY L c5 6 Gee 2 2 CN7008 VA5V VD5V V12DR IC7300 IC7301 MM1478DFBE VD1R5 BA15BCOWFP RESET VD3V 1 5V REG 3 3V R ASSY 3 999909 4001 VLDMFL VLDMFL FLAC1 FLAC2 8600 V 5D V 5D I JOGB ASSY E VLDMFL A UO M VLDMFL FLAC1 FLAC2 1 VLED L V 5D ___ pee KSWB 2 55 CN3005 CN4201 So CN3004 CN3300 VLED VLED 9 C LED 9 2 ASSY ee KU J3300 J3300 Mus s _ _ _ L SLDB ASSY 0 m J3350 EE CREE CEDE 4 i ASSY 1 1507 I NT ve v AN ain assy 2 3 102013 70 2027 vem 12 vem I V 5D1 V 5D2 6 IC301 SDCB 1562 T 2014 507 2V REG 9 V3R3 5 55 1224 102 MM1661GH CN7502 DCDC CONV V 3D2 1 6V REG V1IR6TI EN 1561 1 912 902 1 8 REG 8 NJM2872F33 070 7022 3 3V V 3R3 42V Vt2VDEC EE NE
15. 5 P x 48 MEN os ode 224 CN7007 E 16a 2 y 70 102 0 9 MAIN assy A E B O m LLI LL T oC SS 26 4 J rey 23 1 1513 1 2003 1 2001 1 2011 912 22222 118 IC116 101515 2O 4 47 2 U 1507 4 78751579 m n A B 2 gt i IC1510 2 o o o lt R183 JEU r 119 120 0 2 2 111 2000 20 Cn 190282227726 i 1 305 Comme k bond ass 102 1 1511 964 IC1501 e 2 99 505 4242222 EH __ IC113 1 503 2000 1502 01509 01504 02000 1503 10910 911 01501 507 01506 i 501 CN7502 e ON 92 IC1102 F Ey e po aco 20 J 215 UCAN 19 1104 02006 Oo o 56 4 R929 E 28 OE OKROCLUR 4244 CR 2 IC2010 acu Ae 2012 022005
16. NARF 1 0 0 100 VHALF VHALEF Reference voltage 1 65V 101 y VREFHreferencecurentsourcecontro 2 102 VREFH Reference voltage 22V input 2 105 082 Capacitor connection for DSL data slicer 104 DSLF1 Capacitor connection for DSL data slicer 105b AVDDD AVDDB 106 JITOUT Otter monitoroutput_ 107 JAVDDA AVDD 2 108 lTECAPA 1 NC mW 109 jADO Focuserrorinput 2 110 02 2 5 input 111 1 Tracking error input 2 112 03 BpRFenveopeinpt 2 113 JADA JADAHFDI 1 Radial differential input 2 114 ADD Focusqriveinpput 0 115 06 lADe TEDRV 1 Tracking drive input S 116 JAD7 1 jComectoVSS 2 117 08 JADET 1 jComectoVSS ___ 118 JAVSSA AVSSA 119 _________ 0 poousdrvecontro 120 1_ PWM Tracking drive control 121 5 ONDD 122 003 VD3V 123 422 129 MSTPOLUMONIM J j o 180 DASPST VMONI5 JDASPSTIMONI5 jConmecttoVSS 2 131
17. S SDCB ASSY 67593 0 1 7504 0 2630 55555 100 6 07509 C7502 44444 DAN217 DAN202f 202 CN7502 ee 87506 k rg wae TE SOME PDA 28 R7507 MMCMD gt 987508 LO m Z gt gt 47 lt 27510 100 SDAT1 eq gt 27511 A 100 27512 100 XCARDIN gt GND 07502 07504 07506 D7508 DAN202K SD CARD CONNECTOR 07501 07505 07505 07507 202 Notes means STANDBY WV RS1 16S kI Q CKSRYB cj V 51 165 O cul IL CCSRCH R CEHVW 3 3 3 caH H ccsscH The capacitor without a unit is in AF DVJ 1000 5 6 7 8 2 3 4 m 3 14 MJCB ASSY RESISTORS w NO MARK RS1 16S J F RS1 16S F 1 2 CAPACITOR NO MARK CKSRYB uF CCSRCH VLOAD Q4500 7002 MARK aF H CEHAT NP CEANP means STANDBY 1 45 9 5 04 4505 VKN1258 LOAD D D OUT GNDD GNDD MAIN DC GNDV MAIN C GNDV PRE DC GNDV PRE C GNDV PRE Y GNDV MAIN Y GNDV PRE V GNDV MAIN V GNDV SYNC IN GNDD W MUTE GNDD CONT 1 GNDD CONT2 MODE to MAIN ASSY CN1 7
18. 10 PRI ATARST N N QU UC d U PRI PRI PRI PRI ATAD15 ATAD14 ATAD13 ATAD12 55 s 501 V 3GSDR 12 01 22 HL NAP RESET LO OO OOO GNDD T R815 GSL_PLL N 0 1 5 18 ST X LO GNDD gt lt Y 0 gt O 10 N 5 6 DVJ 1000 7 8 V 3D1 59 701 1811 2 DU PRI ATARST ATARST PRI 7 GND 1 ATAD8 KT HD7 A PRI ATADS PRI araos 2712 PRI ATADS M PRI araos BB 1x4 PRI ATADS C Da M PRI 10 Cer araos CC HOS PRI ATAD4 M PRI araona HD 8719 FAR PRI ATAD11 Cer akxa LX PRI M arao GO T HE _ 12 M PRI araos C puni 2 PRI ATAD2 M PRIATAD2 C TT 8727 15 PRI ATAD2 C p gt 1x4 PRI araos C TT LPRI_ATAD14 Sper CO T L PRI MK PRI CO C 2 RTAS OM BRI 15 A pri EDO 1K 4 PRI A eri O 3 PRI ATARD 4 PRI ATADACK 4 6748 2 ao T rax PRI
19. C3 TI 4 ow DEC_BSCLK 5 81 Z is HE e Salhi 18 VTAGO 2 9 1 2 1 125 1 PLLCLK O 3 XO n cn pe l gt sumi 241 MAH3O 820597 _vCLK54M 5 T 5 m FPGA co e IH 8 8 L R20 9 22 M XRD 9 1715 15 xxx 591 5555 5 17158 U AKKKKSOL S 154 ore 22 TI XHDS1 22 47 ul S 1100 e 1 0 411 BP rossoo y E 2 dAYSMO 4h i R2048 GSL_DREQ 22 R2047 GSL_DACK CSYN 5202 5 T 1 iv WV3HISLIS8 159 Anien uim ANOGLINI 4 C6077 7005 1 3NOG vOd4 62193 E uim dl 9IJ3NOO 1 dI LSOH 159 22 10 9 R2044 v N X 2 2 88 2 9 m gt m e gt 15 aml Im 8 10 n 5
20. iste 3 3 V 5D gt gt E 2 0 mE SW 51048 0200 GNDD m 0 a LED1 ASSY C SUB2 gt CONTROL L DWG1634 a B T 4500 43500 DKB1074 020 0205 4502 1241 0 AUDIO OUT 51048 0200 0001544 L CN3002 52492 2520 CN3004 5500 2 2 52492 1 as 3 6 55 GNDAD o DWG1639 8 E lo SLDB ASSY 6 DWS1393 6 5 77 1292 222219 1702 VKN1302 CN1704 5 GNDD 2 5082 CN3200 568 5 0 1568 E z 2 3 For Deba l Serial I F CN101 I DFLB ASSY ADATA2 DWG1632 XAUSYC For Debag TMS XTRST TDI 5081 HUDI XRST n m Cc AUDCK m GNDD 51048 0200 51048 0200 y 8Npp 5 swa RSWB ASSY CN102 ml DWS1391 1292 re 3005 52492 0920 5081 2 For Debag eee Nc 0 1348 NC 5V 4201 52492 0920 1 KSWB ASSY DWS1394 means STANDBY 5082 When ordering service parts be sure to refer to EXPLODED VIEWS and PARTS LIST or PCB PARTS LIST e The mark found on some component parts indicates the importance of the safety factor of the part Therefore when replacing
21. 2005 070 7022 IC2011 2 5V REG V 2R5 V 2R5D LP2996M VTT 2006 1224 102 DCDC 182 DVJ 1000 23 1 2 3 3 OVERALL WIRING DIAGRAM 24 1 SUB2 3490 9 roe ZO NEUTRAL swe assy 5 2 SUPPLY ASSY DWR1436 5 x DSA1029 8118 1 02 POWER CORD ASSY No 5400 ZKUCX J ADG7021 DWS1392 AKP 70 32 ZWYX J5 ADG1154 10 51596 1 46 INSW ASSY 1 596 1 046 DWS1398 827032 0 51596 8 1046 TLXJZRD ADG1154 DWS13596 BKP1046 JA4504 1 415 22 9 9 6 7 9 9 9 03 COMPOS I TE VIDEO OUT 51 52 DKP3772 DKP3771 _ DWX2629 T sso GN 7908 24500 s 0 w MOTOR 22 55 DXM1 251 N DWG1633 cO 2 gt amp Y lcN7002 lt CN4505 T VKN1 258 gt CN4504 868 PH K E 5 glo gt 7 gt gt lol 8 4 S l lt gt A gt gt gt gt gt gt 5 gt gt gt 2 gt 2 5 5 L N 6 Sz baled bd abd 9 2 9 2 2 9199 5 2 5 10 0 0 51 010 010 8 0 5 0 5 0 6n 8 gt lu C y gt ax 2 9 21 G 9 I 2 2 lt a gt
22. 8 7 __ 0 1 VLTIL power supply 3 3V JO GND unused pin P9 0 JGNDD_ JjGND unsedpi 8 P10 VCCINT Core power supply 1 2V 0000 P11 VCCINT Core power supply 12 P12 VCCINT jCorepowersuppy 1 2V j VCCINT V iR2 jCorepowersupply 1 2V 800000 4 INC _ J NC C O O P15 lO 0 JjGND unsedpi 88 16 VCCIO ____ power supply 3 3V Pi7 O JAVSD JAVistreamdeta O P18 NC AVSDA streamdata 9 NC p O P20 p NC O INC O P22 INC 14 J RI jO 21 R2 O D22 R3 GND R4 INC 11 R5 O R6 O H7 0 _ R8 0 GND 8 R9 O 0 _ R10 GND JjGND uusedpn R11 jO GND R12 _ R13 ______ JjGND unsedpi 4 GND unsedpin 15 GND 8 R16 O _____ JjGND unsedpi 8 R17 ______ __ video acknowledge _____ R1
23. O DDR SDRAM mask v7 VREFB8NI VREF DDR reference 1 25V ____ v8 GND GND _ j Y9 O 1050 0 J DDRSDRAMDOS 10 VREF DDR reference 1 25V 11 VCCIO7 V 2R5BD jInput output power supply 2 5V 12 VCCIO7 V 2R5D _ Input output power supply 2 5V Y13 10 GND unused pin 14 pHostaddes j Y15 60 GND GND viec JjGND unsedpi 17 DA4 j J pHosaddes vi8 jAVihostacknwledge j 19 10 JAVthostreqest O v20 O 1 21 598 CODE Subcode J X 22 0 pjDSPaudiodata DVJ 1000 1 2 3 l 64177095 200 MAIN ASSY 12111 1 2 CPU Pin Function MPU IC TI DSP Input data request CO OO G IN TI DSP Output data request Capture process interrupt Power supply for input output 0V Data bus Power supply for input output 3 3V Power supply 0V Data bus Power supply 2 0V Data bus Data bus Data bus Power supply for input output 0V Data bus Power supply for input output 3 3V Data bus Data bus Data
24. REV lt lt REV lt lt FWD gt gt FWD gt gt HOT CUE A HOT CUE A HOT CUE A B C red HOT CUE B HOT CUE B HOT CUE A B C green HOT CUE C HOT CUE HOT CUE A B C orange REC MODE REC MODE 4 BEAT LOOP 4 BEAT LOOP LOOP MODE LOOP MODE LOOP MODE JOG MODE JOG MODE VINYL TEMPO TEMPO TEMPO 6 10 16 WIDE MASTER TEMPO MASTER TEMPO MASTER TEMPO TEMPO RESET TEMPO RESET TEMPO RESET HYPERJOG MODE HYPER JOG HYPER JOG TIME MODE AUTO CUE TIME ACUE TEXT WAVE TEXT WAVE DELETE All FL lights up All FL lights up All LED lights Notes MEMORY MEMORY CARD EJECT EJECT STOP STOP CUE LOOP CALL CALL ENTER ENTER Cross button for left lt Direction is also displayed in Area Cross button for up 7 Direction is also displayed in Area Cross button for right gt Direction is also displayed in Area Cross button for down J Direction is also displayed in Area AUDIO SUB TITLE SUB TITLE ANGLE ANGLE DISPLAY DISPLAY MENU MENU T MENU T MENU SETUP SETUP RETUEN RET TOUCH SENSOR TOUCH SW JOG rotating to FWD JOG gt JOG rotating to REV lt JOG DIRECTION REVERSE EJECT LOCK lock
25. VDECbuscycielatch D8 O 0 06 JvDECstreaamdata D9 0 jJVDECD3 ____ D10 GNDD D11 JO __ streamdata D12 N 013 jJGNDD 014 10 GSLDREO jGSLdetareqes D15 GSLDACK QSL data acknowledge 016 O GSLD JGSLsteamdeta 017 4 jInput output power supply 3 3V DVJ 1000 1 2 3 2 20 484 8 MAIN ASSY 1 2000 3 8 Pin Function D18 GND 019 1016 Panel microcomputer data 000 0 0 106 DIN __ microcomputer data output D21 JIO jGSLhostwie O 022 GSL jGSLhostread E1 15 pHostchipselect E2 jO E3 0 Hostdatarequet ___ _____ 4 0 XDREQO I Hostdatarequest 20000000 VCCD PLL3 1 2 PLL powersupply 12 EG V 1R2PLL PLL power supply 12 000 7 DVC_XRST_ Reset 10 jvDEChostwet eEG DS O JVDEC stream data 3 E10 VCCIOS VLTTL jInput output power supply 3 E11 lO GND 8 12 GND NDD 2 E13 4
26. 3350 2 43350 T3 CN33001 M 1 _ 93300 J3300 SLDB ASSY 2 11000 1 ei 2 4 1 1904 1 1907 45641632 0 75 VDEC CONTROL BUS IC903 MJ C B VDEC DATA BUS 5 SY DECODER VIDEO DATA BUS JA4502 1501 CN703 CN4505 VIDEO CONTROL LA73054 O OUT S1 S2 BUS m 68 V V 2 G3 MAIN VOUT 49 MAIN V m VDEC DATA BUS M65774BFPA Y gt Y 8 42 OF PREVIEW JA4500 VIDEO OUT 63 SUB VOUT COMPOSITE SUB YOUT PREVIEW OUT Temm 12 COMPOSITE MO DATA K4S641632K UC75 GB 39b oU HO ERES 64M SDRAM JA4504 1505 7 DOUI LA73054 O COMPOSITE 8 IC1514 O DOUT TC7SH08FU 2 e 1 JA4503 AUDB ooY 5 gt 56 ddd IC1102 CN4506 4301 m TC7WH34FU LM1881M 62 1 m 7 8 E AV DATA 2 2 LCH OUT_P 5 PQ0274A PCM1738EG 3 3 ie 6 AQE AUDIO DAC CN1704 4300 1512 1 2 7 NJM5532MD 41 1 AUDIO IV CN4303 2 gt 7501 conn SD MMC L JGB CARD JA4300 JA4301 AUDIO CONTROL OUT 50 assy ASSY d SY gt VIDEO DATA BUS gt AUDIO DATA BUS DVJ 1000 21 m 5 6 m 7 8 UJ 3 2 BLOCK DIA POWER 22 GRAM 2 2 _
27. VATS lt II F L m wNr uuuctm ctw ur Qu zzuz zugguaoooonouuwtuwt mg uotrtit g c oUesuttet zr ua nonadu amp az oulug gou op POO KS HOS PSOne IZ gt LISLJ lt lt lt gt gt lt O 222 0999 87 DDD on 86 LOUT 82 BDO JL INE 810 VFOSHORT 5 82 87110 DRAMVDD 33 DRAMVDD15 SODC 55 Z FEPEN EDEN IC 7100 ORs FEPCK 0 1 11 LOAD 57 57125 9 LOAD 4 NU SEE OAD oc pes Lm ak Trvesw evaswA DRV9 NFEPRST DRV8 TEST VSS DRV7 7VRSW SSODC Mode 61 Low DRV6 6VRSW DownLoad Normal ar no STPM1N SYSCOM F hROM DRV4 STPM1P HighSpeed DRV3 DRV2 FBAL Serial ATAPI LowPower 16 93MHz R7102 551107 47 5 B 46 55 E EP 45 NRST 5 M N ty rr gt gt t r mr mr r r r r 4 N I sr O iF iF lt 4 lt lt lt lt lt 00 lt lt lt lt lt lt lt lt lt lt 0 9 LL gt LL LL LL Z LL LL O QO gt L L L L L LL LL LL LL gt gt LL LL LL LL LL LL LL LL Z Uu 2 Q 2 NI N
28. Vine E 12 5004 se SIN 1 JOGX2LED es GNDD sour 100171 18 PEG 37B vss sour 4 AGREE lez 15 ec ith FL CONTROLLER GNDD 4 it 5 BGREEN 09 J_XSTB e me A BANBER i RELOOPL 4 B LL D b CRED amp NEN 9 es RN REVERSE 52 ___ LOMEL 52 amp gt 5 PLAYL E VLDMFL 1 0 0o 23 GLOAD 4001 GLOAD C3007 TC7SETOSFU GNDD R3020 4 7kCYA R3130 4 7k 11 85107 R3024 550 XRESET 330 R3099 220 R3023 550 RESISTORS NO MARK RS1 16S J ALL R3077 550 R3079 550 MARK CKSRYB CH CCSRCH F MARK CEHAT uF means STANDBY 85014 REGION TRESL MMCL 1 4 CUE PLAY PAUSE CN3004 52492 1020 CN3005 L 52492 0920 GLED EL m r a UL 2 4201 to SLDB ASSY 1 CN3300 to KSWB ASSY 4201 DVJ 1000 1 E 2 3 4 GNDD C3013 C3052 R3120 KEYO 03055 R3121 C3054 R3122 9 001 4BEAT_LOOP 1 2 LOOP OUT ELSW
29. pO ppp p fs J N 2 S KO WON JO O gt VD1R5 C7130 0 I 6 I 0 1 5 1 3 1 5 1 3 IX 1 3 L X X ooooe oonog9mgmpgog 01 OLIN S IO o N 0 I U N N 82 3 CD 1111 S KO 1 XDMUTE1 2 XDMUTE2 ILMUSK ADR1 7 NSPCCS lt gt 4 m INSIDE 3 ADR18 LL GSW TUNES IO Ist 1000 7101 Boer N Z Ms 0 n0aoooononoonoco 6 1353398 93499421 10 XDMACK 10K LORDY _ 2 10 XDASP R7137 10K EEEEEEEEE V Fo Focus Servo ST Stepping Motor Tr Tracking Servo P Load Loading Motor gt SPDL Spindle Motor m om N LL LL p lt lt 2 12 C gt gt O 2 518 S e gt NS NSTK E Ne e NON lt N o lt lt lt err O d 15 chip 9 7124 1800 106 11 105 1000 110 109 128 127
30. 41 6 XDFSCK 4 SN nes G sb O orso oO oOo o fesoa NC3 933414448422 2 1 5 12 GNDD 6 8 L GNDD GNDA 1 2 3 E E V 5V 1 1501 LA73054 V 9 X6dB i oil a SQUEEZE 1917 55 1 MAIN VOUT v 1 in out 51 v pc 3 pe 4 outa 001 27 I 26 4 O 1 GZXY_SW C1526 Cb B_in 9 X6dB V 5V 01509 RN4982 E2 LETTER L 4 B1 01509 114 8 RN4982 GNDD V 5V 41506 RN4982 E2 SQUEEZE pi A p 45 01506 Due 4 IC1505 LA75054 9 X6dB V Lin 1 2 Drv MUTE Y G out 55 vec 5461987 14 LETTER V_out A SUB VOUT 8 3 411 dao 4 81557 10 G XY_SW GND C156 108111 Y G_in GND 26 el 22 22 5 OI OTO 3 P XI VCC 1575 C1564 in CbZB_out 1 9 X6dB GND 22 Cr R in Cr R out GND 20 4 Vref 1 2 x GNDD C1582 C1580 C1610 22000 1526 220 NJM5532MD C1612 NJM5532MD C1614 2200p 81528220 25190 5 GNDA 605 T 5 4 1 1512 DTC114YK DTC114YK m VIDEO OUT Notes kkk means STANDBY WV RS1Z16S J RY 51 165 RS1
31. 5 5 Eau cra 54 GPO com 56 SIS DFLB AS 58 KOWBand SLMBASOY u uuu 60 3 20 SLDB LED1 LED2 and PSWB ASSY9S uu ul Eni phos Doni mp tar Edda 62 5555 POWER SUPPL OY 63 oos WAVERFOPIVISL 64 U u zu 73 4 CONNECTION DIAGRAM AMAIR oe 78 4 2 DVPL ASSY RRIETRENR 82 4 3 SPCN INSW and SDCB ASSYS 84 s RR Em 86 45 zB zr ac 88 714249 54521064 Y 90 4 7 SLDB LEDI and 22 2 S arriere 94 A yu u 96 AO AICS SLMB JOGB and PSWB 98 POWER SUPPLY ASSY MR ie oe deat lea nes 100 A Y u u E 102 SM P I ec _ __ 103 6 ADJUSTMENT 110 7 GENERAL
32. COMPOSITE 1000 10 11 VELLOW GNDF V 12A CN4506 VKN1240 V 12A gt GNDA YY W_MUTE lt 5 GNDD er MODE MODE 2 GNDD 2 e CONT2 5 V 5D gt CONT1 GNDD GNDA JA4504 0 1415 GNDV GNDF V 5D 84533 0 B lt 7 m 5 198 4505 R4535 C GNDD VKB1074 2 7k R4536 C4501 D j 04504 68 0 1 D OUT Olx 20959 Res amp SRSA 2502412 RS 028 a BF FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH SAME NO 1 4500 491 250 1 4501 491 800 C4502 491002 1 4505 491 315 1 4504 49101 6 1 4505 49102 5 1 4506 49102 5 1 4507 49101 6 1 4510 491 800 MFD LITTELFUSE INC CAUTION mark found on some component parts should be replaced with safety regulation authorized of identical designation DVJ 1000 5 6 7 same parts gt Analog Video Signal Rout Digital Out Signal Rout 2 3 m 4 B 3 15 AUDB ASSY e AUDB ASSY DWG1638 V 12V A C4528 R4302 A 100750 470 25 C4312 Q 1 4303 800 100 100750 3 S 100 50 4 500 2 SB bY k s 63 R OUT 1 gt N 2 0 gt GNDA gt U 1 4300 lt
33. The bar graph is off at the beginning of the track and lights from left to right The bar graph is lighted at the beginning of the track and goes out from left to right When the remaining playing time falls below 30 seconds the bar graph flashes slowly when less than 15 seconds are left the bar graph flashes quickly 17 Prohibited indicator Some DVD discs or players do not support certain functions or op erations if an effort is made to perform such operations this indica tor appears for about 2 seconds 18 CUE point indicator When a point is recorded in the CUE button or IN REALTIME CUE IN ADJUST button for the currently selected track the CUE indi cator lights and the points relative starting position is shown in the display 2 lighted dots Does not light in NORMAL mode 19 MEMORY display If the currently selected track includes cue memory or loop memory the MEMORY indicator lights and the MEMORY display indicates the relative starting position of the cue or loop Two dots are used to display 1 point and even if multiple starting positions are included within a single point only one point is displayed Does not light in NORMAL mode 20 SRS indicator C95 Lights when TruSurround function is selected This function is disa bled in DJ mode 21 Dolby Digital indicator 00 D Lights during playback when Dolby Digital audio has been selected 22 DTS indicator Lights during playback when
34. UG VCCA_PLL1 1 2 supply 12 7 VCCA PLL1 1 2 PLL power supply 1 2V 98 O AX 000 10 9 JO O DDRSDRAMmask GNDD 1 GND unused pin 11 OGNDD GND GND GND O GND unused pin lO GND unsedpi lO GND O GND unsedpin V IR2PLL 12 U17 VCCD_PLL4 V 1R2PLL 12 118 JO O AVihostwrte j U19 j AVXCS hostchipselect_ 920 O JAVBDREO JAVtvideodatarequest U21 JO DSPaudiodatacock 22 10 DSP audio data request 0 vi 96 v2 O D2 7 GND v4 O GND _ 5 GNDPLL1 JGND PLO gt j ve GNDAPLL GNDA_PLL1 GNDD J GND PLL gt gt va 0 DDRSDRAM data _____ _ 10 VCCIOS ___ 285 Input output power supply 2 5V Vit N 01 DDR SDRAM dat j V12 GND 13 VCCIO7 V 2R5D Input output power supply 2 5V Vi4 lO GND unused pin 15 IGNDD _ Vi6 4
35. __ power supply 3 3V E14 lO 85205 GSLstreamdata E15 lO X 85204 jGSLsreamdaa E16 GNDA_PLL2 GNDD GND PLO gt j 17 GNDG PLL2 GNDD j E18 lO 5 __ E19 JO 5 7 __ E20 6 __ _____ E21 GSLA24 jGSLaddes 88000000 E22 GSLA25 jGSLaddes F1 X J3 54 Hostchip select 80000000 22 JpgHostchipselect ES O Ae Host address 025 Hostaddess 25 F6 __ GNDD j F7 GNDAPLL3 y O F8 O JjGND unsedpi F9 ______ 5 4300 FIO lO j CARDXWR TE4300 hostwrite O 211 lO GND JgGND uusedpn 8 F12 _____ __ 4300 hostread 213 lO X GND O JgjGND uusedpin 214 lO 85207 jGSLsreamdaa ____ Fis 84223 jGSLsteamdeta F16 VCCA PLL2 1 2 jPLLpowersupply 1 2V F17 VCCD PLL2 2 PLL 12 F18 GNDD PLL2 GNDD 28 F19 NDD O F20 5
36. 2 pvPL assy 2006791723 16 56 45 jE Normal Stopped 150 OMS 500HSANu lt lt Maing iM gt gt 19 1 18 1 CHS 16 1 CH4 16 1 Edge 2 00 2 00 L diu 5 00 UWrdiy 5 00 Horma 1 DC Full DC Full DC Full DC Full 2 12 U In CD FWD scan 2066 61 25 15 52 13 JE Normal T Stopped 192 200 58 5 SOGUSAliv Mains gt 10 1 CHA 10 1 CHS 10 1 10 1 Edge 2 00 2 00 04010 5 00 04010 5 66 04010 Horma 1 11 11 11 11 2 12 U REV scan 1 S500HS s DHSAdiv lt lt Mains25k Y gt Edge CHI 4 2 00 2 00 2 00 Horma 1 11 11 11 1 22 U 70 DVJ 1000 1 Ex 2 3 u 5 6 7 8 B WAVEFORMS Note The encircled numbers denote measuring point in the schematic diagram and pcb diagram pips assy MODE POWER ON IC3009 2pin V 5D IC3009 1pin XRESET MODE JOG turns between PLAY assy 4003 1 JOG2 4003 2 JOG1 MODE PLAY Il pips assy CN3001 8pin FL_SDO CN3001 9pin FL SCLK 51 CN3001 11pin FL LAT 52 CN3001 12pin FL BK e AUDB ASSY c 75 MODE PLAY 1kHz OdB 639 CN4300 1pin R OUT CN4300 2pin R OUT MODE PLAY 1kHz 0dB JA4300 1pin i AUCB assy DVJ 1000 5 6 7 8 71 E 1 2 3 4 WAVEFORMS Not
37. 6 JHostaddes 0 GND j JJjGND uusedpin 7 JO JJjGND uusedpi IO OND unusedpin 8 H9 JO riDSPhostchipselect j JJjGND unusedpi 8 H11 O j GNDD OND unusedpin H12 JO jDSPhostred O H13 JO dNDD _ J H14 lO __ 8 H15 JO j GNDD OND unusedpin H16 2 jAVivideodata 17 lO 6 __ O H18 lO 5 videodata O H19 JO 522 O ___ subvideodata 20 OGND GND H21 NC j J O H2 j 2 J2 JpHotaddes NC J4 fordebug J5 INC NG NC nput output power supply 3 3V NC J10 VCCINT V 1R2 jCorepowersuppy 1 2V x J11 2 Core power supply 1 2V _ J12 VCCINT 2 gt 12 j J13 VCCINT Core power supply 12 O O 15 O A O JJjGND unsedpin 8 J16
38. 702 1703 1708 701 1702 16903 DW t000 F MAIN ASSY b 13 4 Sor B Jx NU 7 7 NU m i IS N ae NS BS U 2 N N NS o AS 5 5 C 2 O X 7 i 2 St EA N 221 25505085 27 701 506 IC101 2004 123 1 301 2002 109 2005 1707 IC303 5 IC103 1512 NZ N 77 1124 lt I bod 283 DUE WC IC106 1C107 1590 10117 ina ei 01511 01518 MERO IC1914 01523 zg es 19 E nr k TZO gt 207 2006 3 2 57578 7 D 1 KES 1506 1 1505 IC114 Q1701 RIS 104 IC115 1 112 1 110 55258 88 zr F Si IC2013 IC902 Q2003 ufi 5 EU O 7 12907 1701 2014 2015 IC703 N O N 5 IC904 IC906 1 905 2252 DVPL ASSY 4 2 DVPL ASSY LOvyNO E 700 Z 1 i 00 LOOZNO ZOOZNO 00 HOLOW LOVZN
39. 8 O 1 4 4 ASSY e ASSY SIS o 9 19 pur x e lo 96 e S cas25 o ofo 5 O 9 4 GNDS x 5 05 T 5 S 10 gt 6 GNDS P CIT S zves 5 C 2 5 2 o 5 lt F 26 GNDD O LO 27 D OUT 2 2 9 15555 oe j 3 3 CN4506 S LO lt 5 of 2 14504 218 om d o o SNo 2 1 1 9 gt 2 gt amp 1114 2 10 MAIN fo 8IE LO Z s C9 S GNDV 2 8 SYNC IN gt EA 7 GNDD 2 1 12 5 5 P D 2 3 6 5 14505 456 o 2 CONT2 TRET 8 ipee 9 8 4 84504 9 S 19 LO b b 94506 lt Z 1a uq IC4510 IC4503 gt od 84502 04500 R4505 29509025989 CEs 3 9 W lt CI 2 22222225 m O J ale CC Ou 5 04503 4512 15204529556 BC 584 B EJEA 2 R4510 m 2 O 2 C4506 A
40. FFC CONNECTOR 4508 22P CONNECTOR RESISTORS R4509 R4513 4514 4521 R4523 4525 4527 R4531 R4534 R4537 4542 4548 Other Resistors CAPACITORS C4500 4501 4505 4506 4507 4508 4511 4515 4512 4513 6 DAP202K DAN202K DAN217 CKSRYB104K16 CEHVW101M6R3 RS1 16S J AEK7002 AEK7008 AEK7013 AEK7003 AEK7012 AEK7014 TC7SETO8FUS1 TC7SETOAFUS1 CPH3323 25 17405 2501859 25 2412 DF3A5 6FU 155355 VTL1169 DKP3771 DKP3772 VKB1123 AKP7116 VKB1074 DKN1415 B8B PH VKN1241 B6B PH K E VKN1258 VKN1240 HLEM22S 1 RD1 2VM470J 51 1651100 51 1651100 RS1 16S75ROF 51 1651801 51 1653901 51 1652000 RS1 16S J CKSRYB103K50 CKSRYB104K16 CEANP220M10 CEHAT100M50 CEAT102M10 CEAT470M10 CEHAT221M25 6 DVJ 1000 7 EN Mark No Description 4514 4516 4517 JFLB ASSY MISCELLANEOUS 0 FL HOLDER SEMICONDUCTORS Q4001 4002 NQ4003 D4002 4003 4005 D4004 D4006 MISCELLANEOUS V4000 FLTUBE CN4000 22P FFC CONNECTOR CN4001 25P FFC CONNECTOR CN4002 CONNECTOR CN4003 KR CONNECTOR RESISTORS R4000 R4013 4018 R4021 4023 Other Resistors CAPACITORS C4000 C4001 C4002 4003 4008 4011 C4004 C4005 4007 4010 4012 C4006 4009 DIPB ASSY MISCELLANEOUS X3001 CERAMIC RESO 16MHz 0 2P CABLE HOLDER CN3005 CONNECTOR 9P CN3004 FFC CONNECTOR 10P 53001 53003 53007 53009 53004 53006 53010 53014 53017 53032 5
41. GNDA 4 45800 5 C4301 L OUT 2 Z m 100 50 5 6 100 50 lt E C4329 A C4309 EPQ5Q04 100 50 558 22 O x 5 L3 V 12V lt lt CN4301 E VKN1269 N N gle YS o a V 12A 1 lt 88 O x Dx O lt GNDA E assi GNDD V 12A hes MUTE e 5 gt Z moe o lt lt gt 2 107 u lt 2 7 YT ase CONT1 9 2 V 5D R4336 q c GNDD GNDA gt Analog Audio Signal Rout 52 DVJ 1000 1 E 2 3 4 V 12A V 12V D4310 15 154 400 24316 470 84517 A 470 CN4302 4505 1562 1477 1SS355 TRB gt Analog Audio Signal Rout RESISTORS w NO MARK RS1 16S J F RS1 16S F VM 2017 2 J RN RN1 16SE D CAPACITOR NO MARK CKSRYB uF CH CCSRCH MBA MARK H uF uF means The mark found on some component parts should be replaced with same parts safety regulation authorized of identical designation DVJ 1000 6 7 04503 Audio Out 25021445 VW R4318 04511 D
42. Notes As for HOT CUE button LED for HOT CUE A red HOT CUE B are green and LED of an orange turns on CUE C 6 DVJ 1000 7 115 116 1461 A E FE El TRASK DTS CD DOD Dt Dn IM UD DE JD ac UU Lt Fo EN LIUC 8 8 8 4 OU DGO UCL EE P lala m SOOO Dnt rn b 22 MEMORY 10009000900009900090000 CO Oe Cita JO 1511 0200 1660 146GR 1 66R 5a 1 2 5500059609 0000000090000 0959090590069 2000000000000 0000 900200050000000009006000000900 display of TOUCH BRAKE RELEASE START and TEMPO slider reading value In the following area of FL indication department bar displays TOUCH BRAKE RELEASE START TEMPO slider reading value MEMORY Area TOUCH BRAKE is turned to the right the number of display dots will increase CUE Area RELEASE START knob 15 turned to the right the number of display dots will increase Playing Address If TEMPO slider knob is moved to side the number of display dots will increase 2 DVJ 1000 3 5 6 7 8 4 Check mode of operation with player microcomputer simple substance If a power supp
43. 1701 551146 amp C1720 47 1012 10 2 21 2 PLL V 3D2 OOO OO 5 1 2010 A e 4 PCPout VCC 16 O 1 PC3out 15 1 516 14 Pc2oouths INH R2 a 1 C1b DEMout x GND vcoin lo Dx SN0406014PW 5 9 6 INT HSYNC 15 8 8 3 EXT_HSYNC 8 R1718 CPU CONTROL BUS 44 48 Ls D ves 5 1912 2872 55 1VIN ge qp _ R2180 1 1707 gL 2 56 9 5 8707 GNDD R2181 O 552 2 CLK27M NC 98 Q n 218 27M_CKGEN R1728 2 A3 56 CLOCK GENERATOR R1729 22 V 3D2 C1101 45 2 1 8 ne 7 Lau M 1 lt 7 5 4 02005 M ON we Ka DTC114YK F 30 1 2 GNDD Master Clock ADJ 22 24M AQE 6 3 22 24M DAC 6 16 22 24 5 05 2 6 16 36 2 8 84 IC2000 1 8 4 18 8 V 5D 101104 LM1881M R1105 8 0 CSYNC 7 C1112 4 1 CVIDEO IN O E OUT 6 C1113 VSYNC OUT Rset 5 0 1 GND BURST OUT R1107 680K GADD GNDD 01118 1106 1 620 7 5 7 8 1 50 olo DCH1260 E GNDD CSYNC 18 8 DVJ 1000 3 TC74LCX541FT O R2159 27M_GSL 100 O R2156 27MAV1 82 O R2155 27M_MOT 82 O R2157 27M_FPGA 100 R2160 27M_CKGEN 5 68 R2178 27M_VDEC 100
44. 88 5 VOLTAGES IC 7100 MN103S71F 107100 MN103S71F Pin No Voltage V 2 a0 T 2 T 4 0 2 2 25100000 2 T 100 10 102 2 21 103 104 105 w 107 108 109 10 110 113 114 15 ___ 7 ___ 0 119 120 ___ 122 124 5 0 126 127 129 mi 0 131 132 5 6 7 DVPL ASSY IC 7100 MN103S71F IC 7101 PEA008A8 107100 MN103S71F 107101 PEAQ08A8 Pin No Voltage V Pin Voltage V 13 134 2 135 J 0 I 137 188 6 139 7 333 0 ui 9 O 142 10 143 144 t w 0 1 146 333 14 147 5 148 149 1 150 5 i 152 2 153 21 224 154 2 155 23 156 4 _ 157 25 8 0 159 160 3 26 26 2 31 16 2 162 325 30 163 31 164 39 143 165 6 o ooo o o 167 0 39 168 169 170 17 172 173 01002000 175 ml 0 6 7 IC 7300 MM1478DFBE IC 7301 BAT5BCOWFP 75 VOLTAGES Measurement condition l pies assy DVD Reconstruction DJ transmission mode VINYL ON TEMPO 10 TEMPO RESET ON SLIDER 0 3004 PEG237B K 3004 237 Voltage V Voltage V pg __ 76 1000 4 CONNECTION DIAGRAM NOTE FOR PCB DIAGRAMS 1 Part numbers in PCB diagrams match those in the schematic 3 The parts mounted on this PCB include all necessary parts for diagrams several destinations 2 Acomparison between the main parts of PCB and schem
45. LLI lt A LLI 7 LL LL 2 401 70429 1094 Lu 1049 105 0401 T51 610 LEG D12 LEO cO 15 910 CC 2 0 Leo w W Q E 8 6 1 LIVE gt 7 R69 EUTRAL ZO 8S9 ml Power supPLy Assy DVJ 1000 63 6 m 7 8 e 201 051 2 3 4 3 22 WAVEFORMS WAVEFORMS DJ MODE PLAY VINAL SD IN MASTAR TEMPO OFF SRIDER 0 HOT CUE OFF DISC DVD REF Z1 TITLE35 01 Note The encircled numbers denote measuring point in the schematic diagram and pcb diagram 31 8 main assy 1 111 162 CLK66M 2 109 38pin 66MSDR V 1V div H 5nS div V 1V div H 5nS div v gt 12 8 MAIN 55 3 1 1707 7 27 CKGEN 4 IC305 55 27MAV1 V 1V div H 20nS div V 1V div H 20nS div 5 IC305 64 16 36M 6 1 303 38pin MCLk V 1V div H 10nS div V 1V div H 2 64 DVJ 1000 1 E 2 3 4 5 6 7 8 main assy DJ MODE PLAY VINAL SD IN MASTAR TEMPO OFF SRIDER 0 HOT CUE OFF DISC DVD REF Z1 TITLE35 01 Note The encircled numbers denote measuring point in the schematic diagram and pcb diagram 3 8 MAIN assy 7 503 38pin CARD 66M 8 506 55pin 27M MOT V 1V div H 5nS div V 1V div H 20nS div
46. MANGIA 2 olk RSWB gt 5 990191 5 DWS1391 9 1 060629 8 1 e P 105053 m 0 4 lt Eaj od e Ea 8 20060 5 0 2 9 N 8 2 2098 F o 58 158517 go B noo 9 0 0 0 5 5 J 99089 ii E Fara 8 95 OS 1 2 2024 Oz 16400 19101 9 4 S rou Z maf o e Z LELEH gt 0060 a 95064 e 17062 L gt 81080 8 H 2 24 gt 6 8 o gtoco 58 158 E LO 395 E 9 9 9 1 1 ELS 20021 2 Os 25 ele 860 676 gt amp 2591 257 2 Le 0 li 81064 o gt gt 51068 e 9 2 0 m 9000 60 a Pen ci eH 8 27 96060 Y 5 d o o Me R5 gt 2207 Si P p n gt Ge 9 20 ecu 2 9 9 MESES S 2 5 92068 gt Sg O 2010 o 6 6 0105 p vo ONES o o l s C 22 8 9 s o 8 mig S 30
47. O r O1 ZV 8 82 1 0 W99 SAS u C6037 5 10076 R3 6140 1 7 114 A bes EHI EI EFI m sm mm em ep op norm 1 1 12 11 11 1 11 1110 r 4 0 1 2 60024 90024 WLZ 76074 W 41280 10023 alava 39030 875 18 Y gt DSP AUDIO 5 VIDEO DSP HOST d gt qs 1 CPU ADDRESS 05 CPU CONTROL BUS y 0 Q gt 4 m m 15 a o 9 5 2 SS 25 18 M gt F e x gt E 2 Zj 5 2 W99 SAS HOLV1 LEER R2076 22 XCS Q 55 2 VDEC XWAIT A 82079 502 gt 10 BSLATCH A2 5 8 41LSOH VALID R2080 22 XSTOP lt gt N lt lt C2 N 712 4 TI Q gt T R2081 22 E TI 72
48. The mark found on some component parts should be replaced with same parts safety regulation authorized of identical designation Notes means STANDBY 51 165 0 151 Q j RS1 16SE D Q 2 4E CKSRYB F CCSRCH cj F CCSRCY H CCSRCK R CEHVKW or CEHVW The capacitor without a unit is in AF 4 C1 14 8 2 08 12 8 1 841 fore 2 1 1 12 8 508 1 1 tAv1 5 5 gt gt G pep dp e 6 L T gt NX MN 2 aN 5 Ld Sn gt i OO jJ x Z N Z 56 02820400 0 9 8122 L O e cn 958 50112145 AV1_XRST 3VDD 104 PD lt gt 105 PD lt 1 gt 102 PD lt 2 gt 101 PD lt 3 gt 100 GND 99 8 x GLU lt Z L gt GAN LSVON QNO lt 6 gt VWN lt 8 gt VWN 0 VAN lt L gt VWN X L VAN 9 VAN QNO C2 VMWN lt S gt VWN L Q8 lt 9 gt 8 lt gt v ags lt gt lt z gt ag Sll M 157 GND 158 BD lt 1 gt 159 BD lt 0 gt 160 162 161 N 6 K45641652K UC75
49. l em IS PSWB ASSY 5400 x A RESISTORS NO MARK 51 165 ALL 779 CAPACITOR MARK CKSRYB uF to SWITCHING POWER SUPPLY ASSY on means mark found some component parts should replaced with same parts safety regulation authorized of identical designation 1 2 3 4 6 7 8 5 3 21 POWER SUPPLY 55 _ O 2 O gt lt lt lt io lt lt lt lt 3 a L gt gt LOO gt gt O LL LL CX lt gt a 394 v0 O mna 0924 EN LOGY 2094 809H gt 6094 Nt 7092 2098 1098 LLOH 1091 099d 0421 Q501 9092 9094 2090 eosa 0 gt LL LL O lt 2 lt LLI gt LLI lt LLI O lt OW 099 R110 110 9403 cora rora sora R310 C310 211 L101 LL LL 2 0 lt lt 2 LLI O A LU lt O K H 2 gt
50. 00 C6081 100uF 6 3V Voltage V fl C2011 LP2996M 1 00 28 25 __8 13 DVJ 1000 73 VOLTAGES 74 Measurement condition 2 pve assy IC7000 22022 1 61 L Pin 6 224 8 9 48 7200 BD7905BFS Pin 5 Eg 1 lolo M gt 5 45 45 45 CO CO CO 5 2 1 5 HR NI p LE 0 0 O 0 Pin EE HEN 2 0 LB 67 67 9 7 54 7100 103971 953 HENE O 0 Oo 0 _ Ooo 0 045 2214 149 1 49 0 1000 2 3 DVD Single reconstruction VINAL MASTER TEMPO OFF SLIDER 0 7100 103571 Pin 39391 993 1 64 3 33 3 31 3 33 1 65 1 67 1 84 1 67 14 0 3 2 0 32 142 1 45 3 33 0 149 0 0 002 03 gjo Pin 6 66 67 68 69 80 86
51. 16SE D Q 3 Q IF CCSRCH cJ F CCSRCJ c FSCCSREK R or CEHVW The capaci tor without unit is in The mark found on some component parts should be replaced with same parts safety regulation authorized of identical designation ur 1 18 LCH_OUT_N LCH_OUT_P a 7 8 7 E6 Analog Audio Signal Rout 2200 NJM5532MD V i M gt Analog Video Signal Rout 2200 c R1529 220 p 4 60415 RCH_OUT_N 17 8 5 2200 6 8 4 5552 0 DVJ 1000 E 5 m 6 7 8 2 3 10 MAIN 55 7 8 17 8 MAIN 55 DWG1630 ALI R1 708 o 128 01701 1 2 01 2 01 O DTC124EUA O 96 8 6 614 XW 0 C1784 O M CONT2 0 01782 R1757 2 82 22 VIDEO OUT gt gt Analog Video Signal Rout gt Analog Audio Signal Rout 1 Digital Out Signal Rout 6 18 D_OUT Notes means STANDBY WV RS1 16S KI 0 FY 51 165 N pj 851 165 Q lt 4E CKSRYB 5 H CCSRCJ el I CCSRCK The mark found on some component R parts should be replaced with or CEHVW same parts The capaci tor safety regulation authorized without a unit is in of identical designation
52. 215 1 RE ST 5 s 94339 33333 3388 41515 SF SF O IO DO IO MIN N N N IN IN je je le le e m 1 qe O quom m v m p je e pm e e e gue R542 22 4 R543 22 4 11 109 I c 0 108 R560 02 IA 1 3 1 3 a gt lt C538 9 1 5 0 T 8 1 11 1 910 5 5 Wos 95 _____ 5 TC7SHO4FU 752004 0 569 lt 5 4 7 1 VSS 215 6551161 9 TMS320DA150PGE16D MI o F 8811 11 00 81 574 6 CCG1160 CCG1160 The A mark found on some component parts should be replaced with same parts safety regulation authorized 3 8 of identical designation ue DVJ 1000 1 E 2 3 4 GNDD 18P CH V1R8MOT 1 504 1561 CCG1160 GNDD GNDD V MOT GNDD C520 0 1 IC506 8 008 er 32 6 DSPD56367PV150 52 11 9 VALID CPU ADRESS DATA CONTROL BUS MOTOROLA CONTROL BUS AUDIO DATA BUS DA D 2 18 M DATR2 SUB CODE DA means STANDBY Audio Data Signal Rout WWW RS1Z16S J 2 Me 1 p d
53. 8 D CO Ox 281 5 NN 2 22801040 21VLDMFL 20 GLOAD 19 FLACA S Dd LO 18 GLOAD 0 17 16 01 3 2 15 FLAC2 1 14 01 5 O 13 FLAC1 9 12 GL0AD 8 11 x SES o 9 2 S 9 4502 5 5 D OUT 2 9 6 4524 So z 5 97 04523 X9 9 JN Sut ol Soh C4522 4521 NAN LO LO LO Oo LO t 10 LO LO LO LO D st xt xf 009 19 LO e m LLI A 450 DVJ 1000 86 1702 1703 1 4301 4502 4505 4506 Jv 09 off 6 T 5656 9 0 8208 o 210 o Jz 1 RXD 2 TXD 3 GNDD 4 XCS 5 V 5D 6 SCLK 7 GNDD 8 SIN 9 VLED 4 10 SOUT 11 5 12 GLOAD 13 FLAC1 14 GLOAD 15 FLAC2 16 GLOAD 17 FLAC3 18 GLOAD 19 FLACA 20 GLOAD 21 VLDMFL DNP2254 D CN4508 E CN4000 o o 105751 04502 69 104500 s onI C4507 R4509 10 8 9 o J4501 iid CN101 o o
54. 8 1 8 zeeru SrevH 1 8 Oley 60579 80570 2 0120 200028 oe 11 Oo 50897 516 Felt o 42 0 2 2 4312 eco Or 145514 7 G l DNP2255 D cOEVNO 102 DVJ 1000 5 PARTS LIST NOTES Parts marked NSP are generally unavailable because they are not in our Master Spare Parts List The N mark Jound on some component parts indicates the importance of the safety factor of the part Therefore when replacing be sure to use parts of identical designation When ordering resistors first convert resistance values into code form as shown following examples 1 When there are 2 effective digits any digit apart from 0 such 560 ohm and 47k ohm tolerance is shown by J 5 lt 10 5000 56 10 561 TT RD1 4PU 516111J MELLE P I M Ag E RDI APU 473 7 S RN2H R 5 0 K 10 i LL Ex 2 When there are 3 effective digits such as high precision metal film resistors 5 6260 562x10 5621 1 4 51612 m LIST OF HOLE PCB ASSEMBLIES m DVJ 1000 1 ASSY 1 DVPB 55 2 DVPB ASSY 2 STCN ASSY 2 5PCN ASSY 2 5DCB ASSY 2 INSW ASSY 1
55. 925 929 932 937 R933 R939 944 947 948 950 954 964 R967 1504 1513 1515 1549 1509 1543 1510 1544 1519 1525 1572 1526 1529 1561 1573 1740 1741 1743 2022 2040 R2091 R2094 2096 2164 2175 2123 2130 2163 2166 2177 R2170 2171 Other Resistors CAPACITORS C101 102 104 108 103 164 166 304 109 110 162 163 112 114 116 124 115 312 516 1119 125 140 159 318 126 139 141 142 144 158 170 171 167 168 169 301 303 305 C306 503 513 515 313 317 326 331 333 334 339 340 343 346 348 53 355 357 359 360 369 371 376 501 916 1731 6008 502 538 539 546 504 507 517 543 508 509 512 514 518 523 525 537 540 541 544 545 542 547 552 554 557 558 560 710 734 559 561 994 995 1101 601 604 1610 1612 701 709 712 728 729 909 1501 1502 730 733 736 746 902 903 908 6 7 Description RAB4C220J 906 907 986 987 101 910 915 917 978 560 980 984 990 991 RAB4C101J C992 993 RAB4C560J C1112 1113 1503 1506 560 1118 RAB4C103J C1507 1511 1513 1515 RS1 16S1500F C1508 1514 1520 1534 RS1 16S6800F C1509 1530 1546 1580 RS1 16S5101F C1510 1517 1526 1531 RN1 16SE1602D C1516 1518 1519 1521 RS1 16S4701F 1522 1527 1528 1540 RN1 16SE2200D C1541 1627 6157 RS1 16S1500F 1543 1544 1552 1556 RS1 16S3301F C1545 1567 1579 1629 RAB4C220J C1547 1557 1575 1581 RS1 16S1502F
56. C1566 1568 1573 1574 RS1 16S7502F C1577 1578 1587 1590 RS1 10S100J C1586 1592 1593 1622 RAB4C221J 1588 1603 1619 1740 RS1 16S1001F 1589 1623 1721 6003 RS1 16S2202F C1591 1620 1621 1630 RS1 16S5102F C1614 1616 51 165888 1625 1710 1712 1714 1631 1636 1637 1709 1711 1713 1715 1717 CKSRYB104K16 CEHVKW101M6R3 1719 1732 1734 1736 CKSRYB105K6R3 C1720 CKSRYB104K16 C1723 471 50 1725 6005 6007 6015 1727 1729 CKSRYB103K50 CKSRYB104K16 C1735 CKSRYB104K16 C1737 CCSRCJ3ROC50 C1741 1742 5007 5010 5 0 50 1743 1794 CCSRCH102J50 CKSRYB104K16 5012 5014 5017 5020 CEHVKW101M6R3 5024 5037 5039 CKSRYB104K16 5049 5052 5054 5055 CKSRYB104K16 5057 5058 5083 5085 5201 5209 6004 6010 CKSRYB104K16 CKSRYB104K16 C6009 6011 6013 6016 CKSRYB104K16 C6012 6018 6019 6024 CKSQYB106K6R3 C6014 6021 6023 CKSRYB103K50 C6017 6020 6025 6041 6022 6029 6039 6043 CKSRYB105K6R3 CKSRYB104K16 6026 6028 6030 6036 CKSRYB104K16 6037 6046 6064 CKSRYB104K16 C6038 6040 6042 6044 CKSRYB222K50 C6045 6047 6054 6058 6048 6051 6053 CKSRYB104K16 CEHVKW101M6R3 C6049 6050 6059 6110 CKSRYB471K50 6055 6057 6060 6063 CKSRYB104K16 C6065 6178 6186 CCSRCH222J50 6066 6068 6070 6176 6072 6184 6190 CKSRYB105K6R3 CKSRYB103K50 C6074 6082 6084 6156 CKSRYB105K6R3 C6104 6106 6107 6109 CKSRYB105K6R3 C6105 C6111 6113 6117 6119 6 7 8 CEHVKW101M6R3 CKSRYB105K6R3 CKSRYB105K6R3 CCSRCH180J50 C
57. DVD Select in FL for time that push indication and shine or one second long Focus Jump Up In DVD choice a focus jumps in L1 display it with Focus Jump Up in FL for time that push indication and shine or one second long one Focus Jump Down In DVD choice a focus jumps in LO display it with Focus Jump Down in FL for time that push indication and shine or one second long one Slider Move Fwd send about 1 8mm sliders to a circumference direction whenever push a SEARCH FWD button While shine or push a button display it with Slider Move Fwd in FL indication for one second Slider Move Rev send about 1 8mm sliders to an internal circumference direction whenever push a SEARCH REV button While shine or push a button display it with Slider Move Rev in FL indication for one second Step Command let stand and carry out serial movement of advance by a step step when push step up a FOLDER SEARCH REV button when push a FOLDER SEARCH FWD button and am downed Sep FLdispplay STEPO Servo all off All Servo Off STEP1 Laser diode on STEP1 LD STEP2 Disc presence judgment 2 D SENSE Spindle 2000 STEPS Disc search STEP4 D SRCH STEP5 Focus serve on STEP5 FCS STEP6 Focus position fault adjustment STEP6 F POS STEP7 Tracking balance adjust 7 T BAL STEPS Tracking servo on STEP8 9 Focus posit
58. NEJECT MON6 JNEJECIIMONG O NC 132 NTRYCL IMONI7 NTRYCLIMON7 O 133 J DMARO DMA requestoutputtohost_ _ _ _ 134 INIOWR fpHostwrteinptt 2 _135 Powersupply VD3V 136 5 JGNDD 137 JNORD fpHostredinpt 188 ODRY IODRY Readyouputtohost 139 INDMACK NDMACK acknowledge input 2 140 INTRO INTRFQO iteruptoutputtohost 2 141 6516 056 O jDatabuswidthselecion 142 DAT 143 INPDIAG JNPDAG VO 144 DAO jAddessinut 145 7955 55 ONDD 146 _ 003_ Power supply 147 JDA2 2 jAddessinut _ 148 INCSIFX Chip select input DVJ 1000 5 6 7 8 103571 DVPL ASSY 1 7100 3 3 SODC Pin Function 149 9 1 Chipselectinput 2 150 NDASP 110 156 VDD3 CVD VD3V 2 157 VDDI5 6 Powersupply VD1R5 2 158 5 ONDD m 166 5 m 167 Powersupply VD3V 2 172 Powersupply VD5V 173 JNRESET Resetinputfrom host 2 174 MASTER MASTER Comectto VSS 2 175 POSEHAL jPS 1 Loading mechanism SW i
59. NO MARK CKSRYB uF NS A 568 5 CH F 6 8 NO MARK uF _ __ _ 5 REMI E gt po L3 C 4 RMIN r3 5 WR KKK means STANDBY 6 GNDD for Debag SERIAL 17F GNDD V 5D 53200 A x DSH1049 CN 1k LOCK S b UNLOCK GNDD V 5D C3208 220p CH C3209 220 CH a C3210 220 CH a 63213 220p CH i 22 2 83215 NTS 22 X E 71172175174175176 78 85 DVJ 1000 9 B 5 6 1 8 1 2 3 19 KSWB ASSYS VLED VLED CUE pazor q D9203 y gt INDIA Jig 04202 04204 220 PLAY Q4201 2 lt 2 CUE eI C Q Yea 0 DS amp 011111 CUEL e a C4203 C4204 MMCL IO _ TER H 81207 CO GNDD 9 PLAY DTC124EUA D4209 D4211 Q4202 229 244 A p 01 6 01 GNDAD GNDD 4205 4206 1 GNDD 54201 PLAY 54202 CUE S4203 PREVIOUS 4204 4205 REV 1 5 5 lt B ee S4206 FWD 5 9 2 d s ois 55 20 GNDAD R4211 84212 R4213 R4214 5 8 gt S e gt gt gt gt GC S N N N N 4444 0 0 00 0 l sl 3 SL MB assy gt DWS1393 TA CN4401 E 53 lt CJ o LPS1 N gt GNDD n5 O 5 7
60. SUB 1 ASSY 2 DIPB ASSY 2 DFLB ASSY 2 MJCB ASSY 2 RSWB ASSY 1 SUB 2 ASSY LED 1 ASSY LED 2 ASSY JFLB ASSY JOGB ASSY AUDB ASSY AJCB ASSY PSWB ASSY SLDB ASSY KSWB ASSY SLMB ASSY m N 1 POWER SUPPLY ASSY DWG1630 DWM2267 DWX2627 DWX2628 DWX2629 DWX2630 DWS1398 DWM2268 DWG1631 DWG1632 DWG1633 DWS1391 DWM2274 DWG1634 DWG1635 DWG1636 DWG1637 DWG1638 DWG1639 DWS1392 DWS1393 DWS1394 DWS1395 DWR1436 m CONTRAST PCB ASSEMBLIES DIPB 55 cal DWG1640 DWG1642 DWG1641 are constructed the same except for the following Symbol and Description Symbol and Description Description DVJ 1000 WYXJ5 DWG1630 DWM2267 DWX2627 DWX2628 DWX2629 DWX2630 DWS1398 DWM2269 DWG1640 DWG1632 DWG1633 DWS1391 DWM2275 DWG1634 DWG1635 DWG1636 DWG1637 DWG1638 DWG1639 DWS1396 DWS1393 DWS1394 DWS1395 DWR1436 DVJ 1000 TLXJ RD DWG1630 DWM2267 DWX2627 DWX2628 DWX2629 DWX2630 DWS1398 DWM2271 DWG1642 DWG1632 DWG1633 DWS1391 DWM2275 DWG1634 DWG1635 DWG1636 DWG1637 DWG1638 DWG1639 DWS1396 DWS1393 DWS1394 DWS1395 DWR1436 DVJ 1000 TLFXJ DWG1630 DWM2267 DWX2627 DWX2628 DWX2629 DWX2630 DWS1398 DWM2270 DWG1641 DWG1632 DWG1633 DWS1391 DWM2275 DWG1634 DWG1635 DWG1636 DWG1637 DWG1638 DWG1639 DWS1396 DWS1393 DWS1394 DWS1395 DWR1436 3014 51 1650 0
61. TITLE FLD 00 to 99 Indicates the DVD title number During playback displays folder number Not displayed during CD playback Chapter number CHP 000 to 999 Indicates the DVD chapter number During CD MP3 playback CHP does not appear Track number TRACK 00 to 99 000 to 999 MP3 Indicates CD or MP3 track number TRACK is not displayed during DVD playback Total track number ALL When playing DVD displays the total number of chapters within the title When playing an audio CD displays the total number of tracks on the disc When playing MP3 displays the total number of tracks within the folder Auto cue A CUE indicator Lights when auto cue is ON Does not light during NORMAL mode Remaining time REMAIN indicator Indicates that the current numerical display is of a track s remaining time Minutes display 000 to 999 M Seconds display 00 to 59 S Frame display 00 to 74 F Display audio frame numbers 75 frames are equivalent to one sec ond of normal play Not displayed in NORMAL mode Video frame display 00 to 29 VIDEO F Lights during DVD playback in DJ mode 30 frames are equivalent to one second Video frame display does not appear during CD play back and in NORMAL mode Since this unit controls video frames 1 30 second based on the audio frame 1 75 second combining the two will result in a maxi mum deviation of 1 TEMPO indicator Displays tempo variation produced when TEMPO
62. Toincrease the load Adjust plate To increase the load To decrease the load POWER OFF DVJ 1000 5 6 7 8 111 6 3 55 MAIN Assy Adjustment 2 E ADJUSTMENT W Master Clock Free running Adjustment Adjustment Condition SYNC signal is no input No disc VC1701 Adjustment point Symptom of an adjus tment error Check Points 112 TP1 Frequency counter 27 MHz 135 Hz Adjust VC1701 so that the frequency of TP1 becomes 27 MHz 135 Hz MAIN ASSY P NU al x e 916 2 i O or 8 Tho b lt 507 i gt e 515 S pru 5 d 24 F507 1 lt eds 0 si PUAT ULULE N m x Displays disrupted correct stop E DNP2252 C 7 GENERAL INFORMATION 7 1 DIAGNOSIS 7 1 1 SERVICE MODE 1 The outline in service mode This machine is controlled by three microcomputers a display microcomputer and a player microcomputer and a system microcomputer and test mode is prepared for each A display microcomputer performs processing to a button input display of FL and lighting of LED A player microcomputer drives a player 1 Version check mode Error display mo
63. VCCIO5 jInput output power supply 3 3V J17 lO JAVD videodata O J18 O JAVtvideodaa ____ J19 __ J20 lO 6 VDEC mainvideo data __ 210 5 JJjvDECmaivideodata 2 J22 O lt lt 27 __ sub video Ki ___ 8 2 JFICK __ DATAO j COFDAT JjConfigurationdata DI X JFID 1 JIMS 5 pulup K7 Qf INC VCCINT 2 jCorepowersuppgy 1 2V 000006 GND 8 JGNDD GND Kl2 JGNDD K14 VCCINT __ power supply 12 K15 NC NG DVJ 1000 1 2 3 2 20 484 8 MAIN ASSY 2000 5 8 Pin Function GND 9 JC j O INC J X NC C J O OGNDD O K20 lO __ __ 21 GNDD JjGND unsedpin 22 L1 556 _ 12 GND
64. WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to causecancer birth defects or other reproductive harm Health amp Safety Code Section 25249 6 Proposition 65 NOTICE FOR CANADIAN MODEL ONLY Fuse symbols fast operating fuse and or slow operating fuse PCB indicate that replacement parts must be of identical designation REMARQUE POUR MODELE CANADIEN SEULEMENT Les symboles de fusible fusible de type rapide et ou fusible de type lent sur indiquent que les pi ces de remplacement doivent avoir la m me d signation FOR USA MODEL ONLY 1 SAFETY PRECAUTIONS ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL The following check should be performed for the continued protection of the customer and SHOCK HAZARD AND MUST BE CORRECTED BEFORE service technician RETURNING THE APPLIANCE TO THE CUSTOMER LEAKAGE CURRENT CHECK Measure leakage current to a known earth ground waterpipe 2 PRODUCT SAFETY NOTICE Many electrical mechanical parts such Simpson Model 229 2 equivalent between the have special safety related characteristics These are earth ground and all exposed metal parts of the appliance often not evident from visual inspection nor the protection input output terminals screwheads metal over
65. e LLL evs VDEC_BSCLK 9 8 2 20022 999 IIIIIIII Hee t M1DL LAAN R925 ioe IC905 PD6449A un 3 m 3 0 0 0 0 0 01001001 copo oC NJ DONDOO c LUCULLUS c i mannan r r moo 933 3l i 144 XX mm 145 00 pum cim M2 142 LAN AR oa 140 22 gt gt gt gt gt gt i gt gt r3 n rn r3 menN rms MANTA enemmn 58555545558 lt lt lt lt lt lt QO 00c NONNNQNUN gt gt gt gt gt gt gt gt gt gt 3 22222252 a 2 q O 1 E 2 3 4 m 60 56 R966 2 SSA ovv 1 sv NSvwv E sv L LV LIN C LLY 322 9064 _ 125 372 zz 7 27 lt E 13 6 SSA s 5 5 77 adi ZL 9001 9863 V 3VSDR1 CCG1160 2909 Xxx V 3D2 gt a
66. 0561017 Q SLOT SW NDD O n _ _ 220244 gt 60 DVJ 1000 1 2 3 um 4 B SLI 343YYW SLI 343YYW 51 1 54 RST SLI 343YYW SLR 343BBT HJKL SLR 343BBT HJKL SLR 343BBT HJKL SLR 343BBT HJKL MMC IND TLGE68TG NP 04 215 205 DTC124EUA GNDD RESISTORS NO MARK 5 1 165 ALL NO MARK CKSRYB 5 means 5 DVJ 1000 61 a 5 6 7 8 2 ma 3 4 E 3 20 SLDB LED1 LED2 and PSWB ASSYS SLDB ASSY DWS1393 54 1 st V 5AD GJ V 5AD VLED ZERO POINT ADJUST FRONT NO CN3300 155555 155555 gt 52492 1020 Fs 220 E C V 5AD 60 s 85500 GNDAD a 7 9 lt ADCT 05505 5S 8 3 8 i TST e ADIN O 8 5 9 6 p S KEY1A due GNDAD Ry 1SS355 GNDAD R3304 GNDAD E TRESL LAM GNDD GNDF E VLED e VLED O GNDD CEDE TLGE68TG NP 1 M 05500 318 DICT 24EUA ASSY RESET DWG1 4 LED2 ASSY 994 DWG1635 GNDD R3303 T 10k VLED 2 S 19 OS ns 9 5 0 020 0205 D20PYY0225E 15500 15550 S UD 2 51048 0200 51048 0200 7 51048 0200 51048 0200 GNDD
67. 12 DVPL 55 2 DVPL ASSY DWX2627 VADY Reset 5 3V Reg VASV to 55 2 VREF1 2 2V 2 vom 87005 1M 1 O GND to 5500 RESET oe GND 4 7500 C7300 E I ox 7300 T RNE OND SB E 10K 1 4 7 SON GNDD Z 4 DFLTOPVREF2 5 DFLTON Lee _ VD5V VD5V VD1R5 1 5V Reg 4 N 4 dJe 1 7301 A 1 29 1 0 ET R7001 20K 1 44 R7302 R7304 C7307 7302 24 RS1 4SA240J 07509 97501 DKN1448 7001 Q 12 GNDD A Q7001 2SA1577 PQR C7022 47 6 3 sn 1 294 7008 07005 UM5K1N DTC124EUA Q7201 R7011 24 RS1 4SA240J 7LD 1 44 SPGAIN H UP Us L DOWN 07202 V12DR vosy R7229 25 598 7 7006 7008 7010 1 1 2 7005 7007 7009 KN7012 a I 4 ok E po a te Load KN70 5 KN7 12 STBY 49 v 48 7208 47 0P 9 SPGND1 1288 oH Hide koto 10 FO rm st gt aly 5VCC EMP O HW qeu 12 GND GND to SLOTIN MECHA G11 ASSY N Loading motor HB 222 SLMB ASSY to GND g
68. 2 lt o c 51 165 Q RABA Cox J 851 165 F CCSRCH cl F CCcSRCJ egl HF CCSRCK Ww RS1Z16S J Notes F D ac OS SA GNDD R CEHVKW or CEHVW The capaci tor 64M SDRAM K45641652kK UC 75 is without a unit 2 o e o o ce o a 2 o lt N N o gt o o o N a 5 9 2 gt co m em o o 2 gt gt lt o p m 1S8 Doa ER imm L LV LW 322 8164 8HQ LIA GNDD VSYNC4X 22 SSA 62 2 5 9v ez LV U gt LLV 4 564 1632 75 Sg m V 3VSDR2 502 2911 7862 64M SDRAM 0 lt 64 SDRAM ON E SSA 8162 L 962 OS SA 4 564 1632 75 O K45641632K UC75 CCG1160 GNDD VDEC SDRAM LO DVJ 1000 2 3 4 1 3 9 MAIN ASSY 6 8 A 6 8 MAIN ASSY 1 8 6 8 1
69. 42 VOE_XRST 180 V 5V 6 05 DWG1630 Waw 502 1506 5 1 5 CCG1160 amp DV C1503 44 GNDD VIDEO DATA BUS 25 1576 RS GNDD C1528 0 1 Video Data Signal Rout R1533 1 8 6 8 1 07 o n gt gm E Audio Data Signal Rout n 8 8 5 PRG27M 1525 4 7K Fg 61524 gt Digital Out Signal Rout ce V 3D2 V 3VENC2 5 2g F1505 2 ney 5 3 CCG1160 C1545 R1545 44 0 01 1 8K V GNDD O __ JI V 25 1576 RS LL o Rs poz EE Y 25 1576 RS 01514 N 1 PB m V 25 1576 RS CPU CONTROL ANAVIDEO ENSCL x n9 x g 0 D GNDD x V 12A V 3D1 CTF1305 L2106 C590 1 9 o TC7SH 8FU 178 D_OUT 7 05 R1603 AUDIO DATA BUS GNDA G V 3D1 DA Pep AQE XRST 112 8 2 c2 22 24M AQE AGE 7 1515 DATA Y E 1IDAIN Av P Y am 2 RIN DAROUT aBCKIN LROUT R1625 c1629 R1586 oy og C1510 5 5 oT 1 738EG 3 TBB 4RSTB BCKOUT 4 FE C CGND GXIN OGND 10 9 2 JIGND 87599 j CPU CONTROL BUS
70. 5 DRAM power supply 185 73 DRAMVDD83 DRAMVDD33 Power supply VD3V 2 __74 WVDD3 Power supply DVJ 1000 1 2 2223 4 103571 DVPL ASSY 1 7100 2 3 SODC Pin Function 75 Spindle motorFGinput 2 76 88000000 77 VDDI5 05 Powersupply VD1IR5 78 5 5 JGNDD 79 1891934 O EQcalibrationsignaltoFEP roson VEOSHORT 0010 0000 81 __ s 82 002 1 BDO black dot out input 83 JOFTR off track input 84 JAVSSD 550 __ 85 O OO 86 LOUT O J9vv 87 JAVDDD JAVDD 88 VCOF VCO control voltage 2 89 5 jJ inputfor TRCRS track cross formation 90 __ 91 WBLIN WBLN jComectoVSS 2 92 CSGLFLT JOCSLAT m 93 RFDIF RDF NC 94 AVSSC AVSSC 95 PLFLT2 PPLFLT2 1 Capacitor connection for 96 jjCapacdtorconnectionforPLL 2 97 58 558 98 JREHnpt 99
71. Digital Out Signal Rout lt j RABAC CCSRCH ogl CCSRCK 8 115 3 8 B 5 6 m 7 8 4 8 3 7 MAIN ASSY SECONDARY ATA SEC 6 SEC SEC 8 arano ATAD1 amp Arania wel D _______ 25 _ 02 N ND SEC ATAD4 2 766 9 70K ADS 767 10K AD9GP_ 1 EBY_ADATA GND GND A SPB AD18 pj AD28 Ap22 Ab2 GND AD2HENC DATAS ABZBENC DATAS AES SQUEEZE 10K 6 D9 LETTER 6 C9 16 8 DEC DATAO TESTOUT1 4 TESTOUT1 AS TESTOUT1 2 6806 0 O GNDD 2 8 27 651 8810 2 5 XRST 88099 5 9 5 e Notes means STANDBY WV RS1 16S J Q GNDD 851 165 Q RS1 46S F D lt n SSLMD1 E CKSRYB 5 cJ F CCSRCY ad st CEHVKW or CEHVW The capaci tor without a unit SSLMD2 is in A mark found on some component parts should be replaced with 15 N N Q 0o saf
72. FEDD5108AF TA 6B E 1 2005 070 7022 VTT o CEN WWE WES 100 6 5 DVJ 1000 V 2R5D 2 6153 VTT VREF VTT V 2R5D 2 1 2011 VTT 1 DDR ADDR CONT DCK V 2R5 V 2R5D VREF xxx F2000 L CCG1160 3 o 4 4 1 2001 0 0 Ai R2124 O o 220 4 ii 0 p gt agmg O O e Q WN WN gt EDD5108AFTA G6B E R2050 2 lt 6028 9954 JR 4 cease m C6035 lt lt lt S 0 1 47 A N 1 1 E ug 1 a4 al ia T p cub 1 9 LL 1 zl 1 571 11 1 zl M 512Mb DDR SDRAM 512Mb DDR SDRAM C6036 64Mb x 8 64Mb x 8 6045 6058 LE E B b e E DQ1 DQ6 DQ6 550 6049 6059 020 Nc E20 0 01 59 59 002 095 095 550 8 5018 1 4 NC Zo 2 7 B 095 004122 Das 2 vppQ 6051 VDDQ 6060 15 421014 NC T NCISSo NC 25 gt DVJ 1000 1 3
73. G11 Weight G11 Caution careful not to lost earth spring careful not to attach the earth spring to this boss 7 Remove the three float screws Remove the traverse mecha Assy 04RM2 Mecha plate 8 Unhook the four hooks 4 Remove the slot in mecha G11 Assy Traverse mecha Assy 04RM2 Before shipment be sure to clean pickup lens using the following cleaning materials Cleaning liquid GEM1004 Cleaning paper GED 008 Pickup lens 132 DVJ 1000 1 m 2 3 m 4 m 5 6 JOG Section 1 Remove the adjust knob Adjust knob 2 Disconnect the one flexible cable 8 Remove five screws 4 Remove the JOG section DIPB Assy u 2 52 m 5 6 DVJ 1000 5 Remove two screws Remove the JOG A and JOG Bs JOG B 7 Remove the three Remove the SW ring Caution Be careful not to lost SW spring 25 SW spring 25 SW ring 7 8 133 1 2 3 4 Notes Replacement Notes on replacing Sheet SW Place to adhere the Sheet SW Notes 1 careful not to warp the sheet SW 2 Remove any dirt on the JOG holder to which the sheet SW is to be adhered If some adhesive for the old sheet SW remains on the JOG holder completely remove it with a cloth moistened with alcohol Do NOT place the sheet SW so that it is
74. INFORMATION u u ul L u u L u u a 113 210 DO 113 2 2 SERVICE u u unu 113 7 1 2 HOW UPGRADE THE SOFTWARE OF THE MICROCOMPUTER 119 7 1 3 HOW TO INPUT THE ID NUMBER u u u u 120 TA S 122 7 1 5 DVJ 1000 BLOCK CHART DJ MODE 124 7 1 6 DVJ 1000 BLOCK CHART NORMAL MODE a nnn 126 PI G EPP xu D us S ss s 128 ERR A 140 140 PANE u uuu 156 5 6 7 1 2 1 SPECIFICATIONS Specifications 1 General cna DVD Video CD Power requirements AC 220 V to 240 V 50 Hz 60 Hz Power consumption 40 W Operating 5 35 Operating uu 5 90 85 90 There should of moisture 2 Me C 5 4 Dimensions 320 408 0 109 mm H 2 Video Output Composite output 2 1 75 v e qt RCA jack 1
75. MT TEMPO6 10 16 TEMPOWIDE VINYL TRESL JOGX2LED KEYS AGREEN ARED AANBER BGREEN BRED BANBER RELOOPL CGREEN CRED CANBER REVERSE PLAYL 4 CUEL MMCL LOUT LIN LOOP_MODE_L R3123 83026 gt 35k 3 9k ol 1314 8 09448 5 5 oa 2 8 O a 4 5 5 o u J O Li C3019 R3037 5058 3 3k 5 9k p zl a 05021 C3035 Yn e GNDD 8 5 7 7 C3024 1 05 1 02 2 1 81 O Ll R3045 R3046 R3047 R3048 R3049 R3114 R3051 R3052 R3053 R3054 55 R3056 3 3k 5 9k 5 6k 1 C3026 2 4 RELOOP xxx V 5AD VR3001 DCS1045 O TOUCH BRAKE u x e GNDD 5 VOL Swa L V 5D N e 95 DD 5104 e PSWB ASSY DWS1392 Ok 22k HOT CUE A C3028 VR3002 DCS1045 020 0210 45006 1 GNDD SWa 8 0200 501024 501024 501024 VSG1024 VSG1024 501024 501024 501024 VSG1024 VSG1024 xk 501024 501024 501024 501024 Xxx 501024 501024 501024 501024 HOT CUE HOT 05021 5 RELOOPL 6 DTC124EUA GNDD 050
76. N N 10 NOP ND I2 lt StL LLL s lt k 9 ERAAN del i VD3V C7146 V 3V mnm DRAMVD1R5 67140 0 O m VD5V Notes means STANDBY 35 RS 232C 51 165 Q 5 INTERFACE FY 51 1 65 Q 5 CCSSCH DD The capacitor without a unit is HH ckssve CH DVJ 1000 ar 6 7 8 3 13 5 SPCN INSW SDCB 55 5 lt D o i 52 gt nS 5 2059 2 2 0 2 045 94 Poo 8 wm LZZ LINXQ gt YOLOW QU eg 513335 01 d lt EI N O gt gt lt T o vs lt 55 00 NO NO ASSY L 2 ASSVY LE LINXQ O1 YOLOW 74845 01 O 2 0 1940 gt ND 5 lt lt gt z Oo Q 00 7 a 2001 ASSY 04 81 s LLI DVJ 1000 EARTH LEAD DDF 1033 pg
77. NORMAL Buttons and controls with the mark are disabled when the NORMAL DJ switch is set to DJ 156 s ee TEXT MODE DVD TITLE ELT FOLDER HOT CUE 5 IN ADJUST OUT ADJUST 42 REC MODE es DIRECTION Ry PREVIOUS NEXT sll MENU RETURN SETUP n Os JOG M UST IGHT TOUCH BRAKE RELEASE START HYPERJOG MODE let JOG MODE MASTER TEMPO 7 10 11 12 4 BEAT ONE TRACK button 4 Beat Loop When this button is pressed loop play will be gin with that point as the loop in point and the loop out automatically point set 4 beats later One Track Loop When this button is held depressed for 1 sec ond or more the chapter loop or track loop play will begin CUE LOOP CALL button Press to turn cue point navigation mode ON OFF Cursor button A V This button is used for cue point navigation during MP3 playback functions for performing selections with MP3 navigator and for making various DVD settings ENTER button This button is used for cue point navigation during MP3 playback functions for performing selections with navigator and for making various DVD settings NORMAL DJ switch Located on the rear panel STOP button Stops disc playback When the eject stop mode POWER OFF R ON switch Located on the rear panel Loop
78. PH CONNECTOR AKM1289 CN7005 2P PH CONNECTOR AKM1288 7007 40 1811 STCN ASSY MISCELLANEOUS CN7008 8P PH CONNECTOR AKM1294 7405 FFC CONNECTOR DKN1288 7406 FFC CONNECTOR VKN1409 RESISTORS R7010 RS1 4SA120J R7011 7302 7304 RS1 4SA240J 87112 RS1 16S1502F SLMB ASSY R7114 7115 7201 7203 DCN1143 MISCELLANEOUS R7151 7155 7163 RAB4C330J 54401 4402 SWICHES DSG1017 CN4401 KR CONNECTOR S3B PH R7214 7215 851 45 2 7221 7223 DCN1143 Other Resistors RS1 16S J SDCB ASSY CAPACITORS MISCELLANEOUS 7001 7004 7006 7008 CKSRYB104K16 CN7501 SD CONNECTOR DKP3748 C7009 CKSRYB561K50 CN7502 13P CONNECTOR VKN1305 C7010 7112 CKSRYB273K16 57501 SWICHE CSN1068 C7011 7134 CKSRYB473K16 106 DVJ 1000 1 2 3 um 4 b 5 m Mark No Description SEMICONDUCTORS D7501 7503 7505 7507 D7502 7504 7506 7508 D7509 CAPACITORS C7501 7503 C7504 RESISTORS All Resistors G MJCB ASSY SEMICONDUCTORS 1 4500 250mA 1 4501 4510 800mA NIC4502 2A NIC4503 315 NIC4504 4507 1 6 N1C4505 4506 2 5 IC4508 IC4509 NQ4500 MOS FET Q4501 4503 Q4502 Q4504 04500 4503 04504 4506 MISCELLANEOUS L4501 CHIP BEAD J4501 CONNECTOR ASSY 6P J4507 11P CONNECTOR ASSY JA4500 2P PIN JACK JA4502 4P MINI DIN SOCKET JA4503 1P PIN JACK JA4504 BNC CONNECTOR CN4500 KR CONNECTOR CN4502 10P FFC CONNECTOR CN4504 KR CONNECTOR 4505 27 CONNECTOR 4506
79. VINAL SD IN MASTAR TEMPO OFF SRIDER 0 HOT CUE OFF DISC DVD REF Z1 TITLE35 01 Note The encircled numbers denote measuring point in the schematic diagram and pcb diagram 18 8 main assy 20 1C2001 45pin 27 1C2001 46pin V 1V div H 2nS div V 1V div H 2nS div 28 1C2003 45pin 29 2003 46 V 1V div H 2nS div V 1V div H 2nS div DVJ 1000 1 E 2 3 4 5 6 7 8 assy Note The encircled numbers denote measuring in the schematic diagram and pcb diagram 2 pvPL assy 59 14 Normal zmsAie lt lt Mainz iM gt gt CHI 16 1 16 1 10 1 10 1 Edge CHZ 5 00 U diu 5 00 U diu 5 00 5 00 Normal DC Full DC Full BC Full DC Full 1 20 U In a load inn 1 zmsie 1 lt lt Mainz iM gt gt LPS1 LPS2 CHI 10 1 16 1 10 1 10 1 Edge CHZ 5 00 92019 5 00 U diu 5 00 5 00 Uzdiu Normal DC Full DC Full DC Full DC Full 1 20 U In unloading 1 S66NS s 2 lt MainriM gt gt 10 1 16 1 CHS 19 1 10 1 Edge 1 2 66 U dgiu 2 66 U diu 5 090 U diu 2 800 U diu Norma 1 DC Full DC Full DC Full DC Full 12 In a CD pose DVJ 1000 5 6 7 8 Note The encircled numbers denote measuring point schematic diagram and pcb diagram
80. a display is normal In addition a display is turned on only while pushing the button JOG Check Mode ON TOUCH BRAKE Mode for checking the load on the Jog dial JOG ADJUST q x Maximum position JOG 0 Omsec fully clockwise direction Topspeed Time msec Measuring method Enter this mode and a number will be displayed if JOG dial is turned with sufficient vigor The rotation direction clockwise direction and counterclockwise direction either is O K For example when displayed as JOG 8 6 115 the following contents are shown respectively 8 6 What time speed came out by the highest The time of turning one rotation in 1 8 seconds is made into 1 time 115 2 Time taken for rotation to fall by 1 5 times from 3 times msec It is necessary to make it rotate top speed to 7 0 or more times to measure the rotation fall time required When it carries out continuously several times the time which took the average with a part for greatest ever 4 time is displayed 2nd henceforth Measurement which absorbed variation can be performed by performing this Jog Management Value 150 25 msec It judges by the 3rd measured value Load adjustment method Remove the screw fixing the adjust plate then screw it into the hole corresponding to the value 1 2 3 1 or 2 fora load to be added 1 2 3 To decrease the load 1 2
81. bD9 DDR address 18 10 jDDRSDRAMaddess DVJ 1000 145 5 6 7 8 2020 484 8 MAIN ASSY 1 2000 2 8 Pin Function 146 19 lO 5 8 20 O jJDCAS 0 5 5 21 107 ____ 2850 __ supply 2 5V 22 ____ ___ _ GND B1 _ 102 VLTTL power supply 3 3V B2 __ ____ 0 GND unusedpin 8 B4 lO 7 Video data B5 __ _____ 5 ideo datas B6 O vC3 88000000 0 1 Video data BB JO Video data 0 5 B10 JO vv3 __ B11 jO 1 ideo data 2 GND GND O B13 O JjVideodatavalid 814 5 Video data output stop 20000000 B15 10 5 External sync ON OFF 00000 B16 5 817 10 2 B18 lO ____ _ 9 10 X GSLXCSO GSLchipselect B20 OS 28 G GSL read write B21 O B22 5 1 Jjnput output power supply 3 3V T How L
82. bus Data bus Data bus Data bus Data bus Data bus Data bus Power supply for input output 0V Data bus Power supply for input output 3 3V Data bus Data bus Data bus Data bus Data bus Address bus Address bus Address bus OOOO Address bus Power supply for input output 0V Address bus Power supply for input output 3 3V Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus Power supply for input output 0V Address bus Power supply for input output 3 3V Address bus Address bus DVJ 1000 6 7 153 HD6417709SHF200B MAIN ASSY 10111 2 3 CPU Pin Function Address bus Address bus Power supply Address bus Power supply 2 0V Address bus Power supply for input output 0V Address bus Power supply for input output 3 3V Address bus Bus cycle start signal Read strobe Read write Power supply for input output 0V CS0 Power supply for input output 3 3V 52 CS3 for SDRAM CS4 Progressive interlace switching Chip select output for
83. control slider is operated Does not light in NORMAL mode Tempo control range display 6 10 16 WIDE Lights to indicate the TEMPO control slider s variable range as se lected with the tempo control range select button Does not light in NORMAL mode BPM counter display Lights to indicate the beats per minute BPM of the currently play ing track Some tracks may not be measurable with the automatic BPM counter Does not light in NORMAL mode Master tempo indicator MT Lights when master tempo function is ON Does not light in NORMAL mode Dot matrix display 100x7 dots Used for displaying various items including TEXT WAVE guide etc During CD TEXT display shows up to 72 characters for disc title or up to 48 characters for track title for MP3 displays up to 48 charac ters display scrolls when 15 or more characters are to be shown In the case of WAVE display the varying volume levels of the cur rently playing track are displayed with the track sized to fit into the entire 100 dot display width For guide messages Dot Matrix Guide Display Mes sages 10 11 Au 111111 e pup SN SS I Ils 8 13 O10 16 Play address display Displaysa bar graph to allow an immediate visual grasp of the elapsed and remaining playing time of the currently playing track The scale bar length indicates the full track length
84. linear 1M Flash ROM DMA VMCICAP FPGA etc is performed IC305 M65774BFPA IC505 TMS320DA150PGE16D IC7200 BD7905BFS 6ch Driver DSP Audio Decoder 1 Chip DVD Decoder 1 Navigation fu 2 Superimposil a frame onto SDRAM preview vider 64M x 1 3 Menu operati 4 Synchronizec DRIVE UNIT The following data are stored Stream data Compressed audio data Audio data SDRAM j 256M x 2 IC113 DYW1756 32M Flash ROM 1 Process of changing playback speed Key control functions for MASTER TEMPO 3 Detection of BPM and WAVE data 4 Production of CD digital output IC506 T DSD56367PV150 asaan DSP Audio DSP with SRAM 111 3004 237 Control CPU with FL Controller Data FL 01 001 000 00 00 1231 JOG Table E ele 1 Switches 124 DVJ 1000 1 E 2 3 4 512M x 4 1 Creation and display of thumbnails 2 Composition of animated pictures characters amp frame 1 305 and thumbnails 3 Adjustment of the size of the output picture 4 Storing video data in memory cells and outputting them according to operation IC1502 VIDEO OUT 1 for Main Monitor ee ee ADV7172KST Video Encoder j 1506 VIDEO OUT 2 A
85. the player section are provided inside the rear panel hidden inside the slit of the rear panel and inside the main unit 6 pin connector To use the terminals a PC with an RS 232C serial communications terminal and either of the special device for level conversion dedicated for the hidden connector inside the slit of the rear panel or a special device for downloading such as the CDJ 1000 are required Do NOT use both terminals simultaneously because these terminals are internally connected The terminal is hidden inside the slit Ac d M 1221 r z ik 5 How to input ID number 120 If error E 7016 is displayed the ID number must be input For inputting the ID number a PC with an RS 232C serial communications terminal the special device for level conversion and the ID data disc a special DVD disc on which the ID number data are written are required This product is a player please use a disc for recorder as ID data disc Procedures 1 Check the ID number The 9 digit ID number is written on the label attached to the bottom of the main unit 2 Connect the RS 232C terminal of the PC and the DVJ 1000 using a special device See next page When special device for level conversion 15 used connect the card cable to the hidden connector inside the slit of the rear panel When a special device for downloading such as the CDJ 1000 is us
86. to playback stop when the jog dial s top surface is touched with jog mode set to VINYL ON Rotate the dial counterclockwise to stop playback quickly and rotate dial clockwise to cause slower deceleration 16 RELEASE START response dial Adjusts the disc acceleration speed playback startup time when the jog dial s top surface is released with jog mode set to VINYL ON Rotate the dial counterclockwise to restart playback quickly and ro tate dial clockwise to cause slower acceleration 17 JOG ADJUST dial Use to adjust the felt resistance light heavy of the jog dial when it is rotated 18 HYPERJOG MODE button indicator When hyper jog mode is set to ON with jog mode set to VINYL ON turning the jog dial causes the rate of change of image and sound to increase to 4x the rate of changed normally produced when the hyper jog mode is OFF DVJ 1000 1 E 2 3 4 19 JOG MODE select button Each time pressed sets VINYL mode alternately ON OFF VINYL mode ON If surface of jog dial is touched during playback playback stops and if the dial is then rotated image and sound are output in response to the amount of rotation if the angled surface of the jog dial is rotated without touching the top pitch bend opera tion is enabled The current jog mode is memorized even when power is turned off VINYL mode OFF The above operations are disabled even when the jog dial s surface is touched 20 VINYL mode ind
87. 0 502 4 234998 1 254 bec o BLU NL 5 51 12012 ot 1 254 2 GNOD 2 GNDD 2 V 5D1 22 5 5 5 a V 12A 5 7 r R2175 gus 5 ANNI a 2 DTF1070 D 10 rt E S 5 STs GNDA 40 DVJ 1000 1 Ex 2 701 KN1702 1705 1704 502 5083 0 1 MJCB ASSY 4505 TO AUDB ASSY CN4300 TO MJCB ASSY CN4502 TO MJCB ASSY CN4504 61 Lev cov gov vov 92 Sax 0 L AMX 3MX AMAY 5 SOX amp 59 755 9S2X 332 1 1SV OX LMAOVOX 73 OIanv 8v vv LIVMX A8X AMH INTX HINIX LAV SOMIX 159 OdIX 159 LLa 810 110 8101 ela oca cca s q vcd gza 1 840 6401 oed Led c QONWHS LQWHS IL 03458 IL Lev O2V 8LV LLV OLV viv CLV LLV OLV 6V LN 9v SV vv ev ev LV OV via La L3MX AlLdWa LOW GQWHS VONHS QWHS v2 LO3HOX QO340X Qvo INIX CLINI LAV
88. 004 EDD5108AFTA 6B E IC702 IC703 UC75 DDR SDRAMx4 SDRAM x CN701 m 12701 PE5337B 25 VDEC DATA BUS I I I I 9 175 4 2 2 MN103S71F 1 52 OL 2000 84401 9 3 LPS2 us 7101 CONTROL EP2C20F484C8 lt 006 8 Im DMA VMC CAPT FPGA FLASH 1M m I I SLMB ASSY VDEC DATA BUS mm M i M CN7401 7002 7905 5 MO DATA I 1 l lI _ IC506 4 pA Eam MN an 7 IOTOROL DSP I ss 1756 4 32M FLASH IC505 0 1 SPON ROM TMS320DA150PGE16D I 1 INSW CN7405 4CN7003 CARD CONTROLLER D E 1702 I STEPPING 11 p t MOTOR lI _________ 2 D CN4502 c I I I 7005 55 i LOADING CN4000 2 E E 4003 EE 3 TRAVERSE JOG FL Joo CN4100 E SLOT IN MECHANISM D MECHANISM lt 1 G5 ASSY JFLB CN4001 JOGB 5 5 ASSY ee _ CN3002_ _ _ CN3201 CN3001 I CL ASSY j mamam m CONTROL CPU with FL CONTROLLER J3006 J3006 s P CN4201 Kl SW0 EE DIPB ASSY on N LED2 55 LEDI ASSY RSWB ASSY
89. 00FTC BPZ20PO60F TC BPZ30PO080F TB DDD1346 DEC2946 DNK4567 DNK4566 DNH2713 DNK4565 DNK4564 DNK4563 DXB1877 6 DVJ 1000 7 15 2 5 SLOT IN MECHANISM SECTION amam JUS LOFLNOD Oo cr BO 55 5 10 1 Daifree GEM1036 2 DVJ 1000 2 6 IRAVERSE MECHA ASSY S Hefer to 16 5 6 SLOT IN MECHANISM SECTION parts List Mark 5 5 5 5 5 O N ON O 12 13 14 15 16 T 18 18 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 Description STCN Assy SPCN Assy INSW Assy Traverse Mechanism G11 Assy S Pickup Assy 26P Flexible Cable 30V 13P Flexible Cable 60V 4P Flexible Cable 60V Connector Assy Vessel Cushion Vessel Cushion B Vessel Cushion C Float Base G11 Assy Spacer POR T3 Front Sheet Float Rubber D3 Inside SW Base Weight G11 DRA Rubber G5 DRA Screw R G7 Float Fastener Screw Screw Slot in Mechanism G11 assy Loading Motor Assy S Worm Gear DC Motor Connector Assy Loading Base Assy S Main Cam Driver Gear Loading Gear SW Lever Spacer Loading Lever Assy Clamper D4 Assy Clamper Spring Clamper Arm Eject Lever Lever AP Lever BP Guide Spring Disc Guide Part No DWX2628 DWX2629 DWS1398 DXX2566 OWY8071 DDD1337 DDD1339 DDD
90. 05 176 CN1703 GNDD GNDV gt D lt VLOAD cr J4501 0 5771 FLAC1 O oie cheese U U S 2 14502 2 214 gt 22 O o wo 5 00 178 CN1702 a VLOAD_OFF i VLD_OFF R4526 3 A2 to MAIN ASSY 1702 FLACA 4 E 5 VLOAD 5 4502 E 1241 64521 z oe SO e OI C Gg xcs 2 FE GNDD wool SIN gt 0 44507 o HB DKP3772 104503 an mz 22 rv O VLDMFL cm uU 22p CH 111111 4508 6 09 03 66 9 69 2 HLEM22S5 1 gt O u Du lt O lt O tC OY lt OKFX lt L lt 20100040 lt 0 lt 0 lt 0 gt 0 gt 2 0 u 10 0 CN 7008 15 to DVPL ASSY to MAIN ASSY CN1701 to JFLB ASSY CN4000 CN7008 CN1701 CN4000 50 SYNC W_MUTE D OUT 1000 10 DA 1 c 55 DWG1633 1 R4513 C4508 110 F 4502 7116 PREVIEW OUT 51 52 4500 VKB112 DF3A5 6FU TLB VIDEO OUT COMPOS ITE 1000 10 YELLOW 04511
91. 1 m SZ of O O O O O O O O O O O 00000 90025 80025 O 70025 12025 e RSWB 55 527 gt q PIO a gt 201 CN3005 CN4001 DNP2254 D CN3002 a uo NBR qqN96 lt m m mo JJ J 44 CN3001 DNP2254 D V CN3201 RSWB 55 END Toe eo 9 2006921 O o TI o 57059 9 lt E 2 9 o o o 2 7 A 9 Z CE L 6 58 11 2101 8 20084 9 20068 p SES uscoeu A N 9 5 80059 5 29 e o o o o o e Oleo 5 91080 2 lt O O O pe QE e Pj Es g 9 TIE Bk m HANIN IZ rum o 0 42 o o 142 JT z 6 2 o o o o Lov d bz 19 82 xg ruat 5 m gt N Z NS e q 87 Z e T A 29 8 10 2 LO 21 o 046 148 i el 87 9 8 OXY gad 2 A 21069 gt 01025 eov MES LOVTIIE e
92. 114 1000 J 1 E 2 3 4 3 Check mode of a button and display function of display microcomputer It will become this mode if a power supply is switched on pushing the TEMPO button and the MEMORY button together If it goes into this mode it will be displayed on FL dot matrix part as SERVICE MODE In this mode it can check whether a display microcomputer can be made to turn on partially as follows the input of each button and volume is normal and a display is normal In addition a display is turned on only while pushing the button If a TOUCH BRAKE knob is made into states other than the maximum right hand side it will become the check mode of button and display function and if each button is pushed FL display and LED which correspond light up Moreover if a knob is made into the maximum right hand side and arbitrary buttons are pushed once it will become JOG load check mode and top speed and time will be displayed on a FL dot matrix part After mentioned FL Dot matrix display FL Other displa Light up LED PLAY PAUSE PLAY PLAY PAUSE CUE CUE CUE IN REALTIME CUE IN IN REALTIME CUE OUT OUT ADJAST OUT OUT OUT ADJAST RELOOP EXIT RELOOP RELOOP TITLE FOLDER lt TITLE FOLDER lt 15G lights up TITLE FOLDER gt TITLE FOLDER gt 16G lights up PREVIOUS 1 4 PREVIOUS lt lt 14G lights up NEXT gt gt NEXT gt gt
93. 1340 DKP3769 DEC2852 DEC2853 DEC2854 DXB1793 DEB1566 DED1132 DEB1404 DNK4236 DNH2775 DEB1454 DBA1264 DBA1286 VBA1062 IPZ20PO60FTC DXA2085 DEA1008 DNK3910 DXM1229 PF02PY B37 DEA1022 DNK3407 DNK3912 DNK3911 DEC2420 DXB1880 DXA2043 DBH1374 DNK3576 DNK3684 DNK3835 DNK3836 DBH1375 DNK3478 6 DVJ 1000 7 17 3 4 1 2 2 6 TRAVERSE MECHA ASSY S SECTION N 0 STCN to CN7406 Cleaning paper GED 008 gre Cleaning liquid GEM1004 SPON t 1 Grease GYA1001 ZLB PN397B 36 52 Grease GEM1007 ZLB PN948P DVJ 1000 1 E 2 3 4 5 6 TRAVERSE 55 5 SECTION parts List ON O 12 13 Description Spindle Motor Stepping Motor Pickup Assy S Skew Screw Skew Spring Joint Spring Leaf Spring G11 Guide Bar S Joint Mecha Chassis 111 Tapping Screw 04 Screw Screw Part No DXM1227 DXM1231 OXX8071 DBA1263 DBH1437 DBK1261 DBK1262 DLA1918 DNK3858 DNK4307 VBA1092 220 80 226 80 6 DVJ 1000 7 19 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3 1 BLOCK DIAGRAM 1 2 CN7007 7100 DRIVER 1 103 109 K4S561632H UC75 256M 1 r SDRAM x 55 IC2001 IC2
94. 14 __ F21 lO __ 222 JO X MPD2 video data G1 G2 1 O jO A8 pHostaddes O G4 JGNDD 80000000 O 5 4 jHosadres Go 5 Hosadres JgGND uusedpi 8 O TIDSP ready 00000000 G9 C inputoutput power supply 3 3V 1 GND JjGND unsedpi j G12 JO jJ XHDS1 TIDSP data strobe 20000 613 60 014 4 _ power supply 3 3V G15 JO GNDD GND unusedpin 8 016 _____ AVD7 video data DVJ 1000 67 m 5 6 m 7 8 2020 484 8 MAIN ASSY 1 2000 4 8 Pin Function 148 G17 JO SPD5 __ subvideodata lO __ subvideodata _____ G19 5 ____ __ supply 3 3V 020 61 0 mainvideodata 000000 6210 lt lt 2 VDEC video HI O 85 __ buscyclestart 8 H2 2 JHostaddes H3 lO O 8 H4 8 H5
95. 209 4210 4212 e AUDB ASSY SEMICONDUCTORS IC4300 1C4301 Q4304 Q4305 04301 4303 04309 04310 04313 MISCELLANEOUS 14300 INDUCTER CN4300 KR CONNECTOR 4301 9 FFC KR CONNECTOR CN4302 CONNECTOR RESISTORS R4300 4301 4314 4315 4302 4303 4306 4309 4310 4311 4338 4339 4331 4337 R4334 4342 4343 R4344 4345 Other Resistors CAPACITORS 4300 4301 4303 4305 4302 4304 4306 4307 4308 4311 4321 4312 4313 4323 4322 4324 4326 4327 4325 4328 4329 R AJCB ASSY SEMICONDUCTORS Q4302 4303 4306 4307 04304 4311 4312 04305 4306 04308 MISCELLANEOUS JA4300 2P PIN JACK JA4301 REMOTE CONTROL JACK 54300 SWITCH 4303 6 CKSRYB103K50 CCSRCH101J50 NJM4580D NJM2374AM DTA124EUA DTC124EUA 155355 100504 158154 400 05004 DTL1122 S6B PH VKN1269 VKN1362 RN1 16SE4702D RN1 16SE3301D RN1 16SE1002D 51 1655101 51 1652202 RN1 16SE4702D RN1 16SE3301D RS1 16S J CEAT101M50 CEAT471M25 CEAT221M16 561 50 CCSRCH220J50 CKSRYB104K16 CCSRCH181J50 CEHAT101M16 CEHAT330M25 CEAT101M50 25021445 155355 UDZS5R6 B NNCD6 2MF DKB1074 RKN1004 DSH1025 DKN1477 6 DVJ 1000 7 8 Mark Description Part No RESISTORS R4329 RD1 2VM271J Other Resistors RS1 16S J CAPACITORS C4314 4315 102 50 4316 4317 CKSRYB103K50 C4318 4319 CKSRYB104K16 PSWB ASSY MISCELLAN
96. 22 MODE DTC124EUA R3058 51048 0200 DWS1396 DVJ 1000 6 VSG1024 501024 05004 VLED V 5D C3031 5031 25059 1 8K R396 1 93002 05005 as SLR 343BBT HJKL DTC124EUA 05012 SL I 343YYW RST VSG1024 VSG1024 DTC124EUA Q3008 VSG1024 VSG1024 CGREEN DTC124EUA a ones S 5 IIT IE REVERSE 555555555555 k 2 ui x DTC124EUA m 05012 16 V 5D R3124 470 SL1 343YYW RST SL1 343YYW RST 05021 SL1 343URCW RST GLED KUCXJ DWS1396 WYXJ5 TLFXJ DWS1396 TLXJ RD 57 7 3 18 DFLB 55 LISA LISA 20 95 HO 9001 00459 0295 dO LS 68k cw 20225 22k GNDD lt 9720265 S JAVM LX3 ET 10295 EIS V7 OA T LO R3206 R3207 R3208 R5209 GNDD DFLB ASSY DWG1632 l CN3201 568 00 2 ASSY 204560 1464 N N 2 N N S OI O oezso NT m 00220 10260 8 LLZLd 211 VLDMFL 5 COZLA O 1 a GLOAD rL OLDER LL DATAFL DEL 1062 bal V3200 DVJ 1000 58 RESISTORS NO MARK 51 165 ALL V 5D m Si Lj 2 CAPACITOR
97. 3102 CN3002 FFC CONNECTOR 25 CN3001 BTO B CONNECTOR 16 L3002 3003 CHIP INDUCTOR 13001 INDUCTOR SEMICONDUCTORS IC3004 3009 Q3002 Q3022 IC3002 3007 3008 D3005 3007 3009 3011 3019 3021 D3012 3015 3022 3026 D3003 D3006 3008 3010 D3016 3018 3020 7 8 470 16 CCSRCH220J50 DNF1735 25 1815 2SD1760F5 UDZS9R1 B 1SR154 400 PTZ6R8 B DEL1058 52492 2220 52492 2520 CKS1072 S4B PH RD1 2VM272J RD1 2VM220J RS1 10SOROJ RS1 16S J CKSRYB103K50 CKSRYB104K50 CCSRCH221J50 CKSRYB102K50 CEHAZL100M50 CEHAR470M16 DSS1149 51048 0200 52492 0920 52492 1020 DSG1079 VSG1024 VSG1024 52492 2520 DKN1468 CTF1306 LRCA331J PEG237B BU4242G DTC124EUA TC7SETO8FUSI SLI 343URCW RST SLI 343YYW RST SLR 343BBT HJKL SLR 343EBT KLMN TLGE68TG 107 1 2 3 4 Description Part No Mark No Description Part No CAPACITORS SEMICONDUCTORS C3005 3006 CCSRCH150J50 Q3300 DTC124EUA C3002 CEAT331M10 D3300 TLGE68TG NP C3004 3011 CEHAT470M16 03301 3304 1552355 3012 3015 3018 3020 3023 CKSRYB102K50 C2025 3047 3048 3049 3050 CKSRYB102K50 MISCELLANEOUS VR3300 DCV1013 C3051 3054 CKSRYB102K50 VR3301 DCP1105 C3007 3009 3027 3031 3036 CKSRYB103K50 3300 VSG1024 C3045 3063 3065 CKSRYB103K50 CN3300 52492 1020 C3003 3013 3014 3032 3033 CKSRYB104K16 All Resistors RS1 16S J C3010 CKSRYB105K10 C3008 CKSRYB221K50 CAPACITOR
98. 4 7 GP1AQ38RBK x 005 CN4100 201 2 J 550 SAB PH K S B4B PH K s 84101 CAPACITOR MARK CKSRYB uF 190 5 CCSRCH NO MARK uF R uF 84102 100 5 The mark found on some component parts should be replaced with same parts safety regulation authorized of identical designation DVJ 1000 55 m 5 6 m 7 8 2 3 4 3 17 DIPB and PSWB ASSY 11 DIPB ASSY DWG1631 KUCXJ DWG1640 WYXJ5 DWG1641 TLFXJ DWG1642 TLXJ RD MIT HE 1 3009 C3065 001 4 ul mer 468 P5 22K C3047 R3115 03015 R3025 C3012 R3009 C3050 R3118 C3048 R3116 C3049 R3117 LIL 5 5 5 C3008 I Ni C1 TC7SETO8FU GNDD 5 GNDD R3011 N 9 oppoq lt 9 94 lt ss 3 N 83148 gt 2 9 E MERE 2 O OF 44435 x lt 60 m FL LAT 5 E n e 52 5 5011 Oo y g 7716 oS VLDMFL 20 E V D 78 CN3002 4 5 mI 52492 2520 5 O 50 55 21 GNDD 2E s S E Tere 2 15 0551 149 A 2 J SCLK C3006 1 6 2
99. 6 27 28 29 30 31 32 33 34 5 Description MAIN Assy DVPL Assy SLMB Assy MJCB Assy SDCB Assy POWER SUPPLY Assy PSWB Assy AUDB Assy AJCB Assy 26P FFC 30V FFC 30V 40p FFC 60V 13p FFC 60V 4p FFC 60V 13p FFC 60V 27p FFC 60V 10p FFC 60V 9p Earth Lead Unit Earth Lead Unit Connector Assy Connector Assy 6P Connector Assy 8P Connector Assy Power Knob Door Spring Card Door Earth Plate 1 CU Earth Plate 2 CU Silicon Rubber D5 L Door Cushion Insulation Sheet PC Support Shield Cushion Gasket L40 2 CONTRAST TABLE DVJ 1000 KUCXJ WYXJ5 TLXJ RD and TLFXJ types are constructed the same except for the following A 7 PSWB ASSY 39 Heat Plate 48 Shield Plate 1 Assy 62 Laser Caution Part No DWG 1630 DWX2627 DWS1395 DWG 1633 DWX2630 DWR1436 See Contrast table 2 DWG 1638 DWG1639 DDD1337 DDD1338 DDD1339 DDD1340 DDD1341 DDD1342 DDD1343 DDD1344 DDF1032 DDF1033 PFO3PP B35 DKP3778 PF06PP6D15 PF08PP D25 DNK4635 DBH1565 DNK4651 DBK1300 DBK1301 DEB1456 DEB1780 DEC2694 DEC2736 DEC2905 DEC2979 6 DVJ 1000 KUCXJ DWS1392 DNH2744 DXB1883 DRW2317 DVJ 1000 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 Description Heat Sink Shield Plate 2 Front Plate Earth Plate Heat Plate Blind Cap Chassis Rear Protector R Rear Protect
100. 6155 6158 6159 CKSRYB104K16 C7113 7144 7145 7147 CCSRCH101J50 C6161 CKSRYB103K50 C7117 7138 7141 7142 CKSRYB104K16 6162 6171 6195 CKSRYB104K16 C7118 CKSRYB122K50 6173 6174 6180 6182 CEHVKW101M6R3 C7119 7208 7209 CKSRYB472K50 C6177 6179 6183 6185 DCH1165 C7123 7135 CKSRYB471K50 C6187 6188 6192 DCH1165 C7124 7136 7137 7140 CKSRYB182K50 C6189 6191 6193 CEHVKW101M6R3 C7125 CKSRYB222K50 C6201 6202 CKSRYB105K6R3 C7126 CKSRYB562K50 7127 7130 7132 7165 CKSSYB104K10 C7133 CKSRYBA474K10 C7139 7149 7154 CKSRYB102K50 DVPL ASSY C7148 CCSRCH101J50 SEMICONDUCTORS 7000 AN22022A C7160 7164 7166 7168 CCSSCH221J50 7100 MN103S71F C7169 CKSSYB104K10 7101 008 8 7170 7173 CCSSCH221J50 7200 BD7905BFS C7201 7202 7315 7316 CEHVW470M16 NIC7300 MM1478DFBE C7203 7206 7217 7221 CKSRYB104K16 NIC7301 BA15BCOWFP C7205 CCSRCH121J50 Q7001 7002 2SA1577 7207 7303 7305 7310 CEHVW101M6R3 Q7003 UM5K1N 7218 7220 CKSRYB102K50 Q7201 DTC124EUA C7301 7304 7306 7307 CKSRYB104K16 Q7202 26 598 7302 1426 07301 7302 DTC114YK 7309 7313 7317 CKSRYB104K16 C7311 CEHVW101M6R3 MISCELLANEOUS 17101 7116 CHIP BEAD CTF1334 L7300 CHIP COIL OTL1009 KN7004 EARTH METAL FITING VNF1109 SPCN ASSY X7100 CHIP CERALOCK 16MHz 551107 MISCELLANEOUS CN7001 26P CONNECTOR DKN1448 7401 1 FFC CONNECTOR DKN1275 7402 12 FFC CONNECTOR DKN1205 CN7002 13P FFC CONNECTOR DKN1275 CN7403 2P ZH CONNECTOR VKN1940 7003 4P FFC CONNECTOR DKN1288 CN7004 3P
101. 64M SDRAM VSYNC 3VDD vlvq DA gt HMODE lt gt 2 ___ LRCLK DOCLK DACCLK GND VDD SCL SDA PCM STREAM DOUT1 1585 65 7 74 1 1 5 nen AV_DATA 211 32 6 2 16 56 27 1 HMODE lt 1 GND 0 41045 28302 4281 494 1302 lt 6 gt VH lt 8 gt VH lt L gt VH lt 9 gt VH lt S gt VH lt gt lt 2 gt VH VL VH 0 vH YLNI 53 lt 9 lt L gt QH lt gt LL OH lt L5 OH QNO lt 6 gt lt gt lt L gt QH lt 9 gt lt gt lt gt lt amp gt 2 lt gt lt gt amp SIG S GI S N N N N N N OI 57 56 54 53 LKIN 55 CLKO AGND3 58 AGND1 AVDD1 ND 205 204 lt 1 gt 205 MD lt 14 gt 206 lt gt 207 MD lt 15 gt 208 VDD lt 4 lt 11 gt MD 3 MD lt 1 2 gt MD lt 2 gt HE MO DATA AV1 CONTROL BUS CPU DATA ADRESS CNTROLL BUS CL
102. 68 CARD RST AUDIO SEL 8116 55553 RST 2244771 1 RST DAL XRASSL 5 501 L Ot F XRSTCPU as 1 1 1 1 44 O o TS V 3D1 nou 116 AUDATA1 133 EE 129 127 ____ 0 1 157 __ trst lize 155 2 WAIT hz t RAS2U 119 RASsU 118 __ Iis CAS2H 117 22 4 CASHH 115 22 4 BREQ h22 Dacko 114 CASHL luz VecQ AUDCK RESET 124 CASLH t H4 VssQ CASLL RAS2L hez 06 105 Vec PLL2 lisa 1 148 vss PLL4 147 Vec PLL1 150 27 DVJ 1000 STATUSQ 9 I D o X o lt lt ok F X gt ok n STATUS1 gt 1 d rds gt gt TCLK 2 CLK66M IREQOUT gt lt V 3D1 222 1 411 CI v ip S CONF G CLK4 A ard 0 cca 5 97 R236 TS CONFDAT1 64 oo E3 s c y 155 een hs p 3 TxD1 VssQ TC7SH08FU SCK1 AUDSYNC les LI 7 8 2 WES WI XxWEs 4 2752 WE 2 7 55 MODE_SW RxDO WE 1 RxD1 Vss RxD2 Vcc CTS2 85 ciso I MCS7 MCS6 CPU 55 82 nen 54 181 VssQ 133 1182 WACKUP Cl 1 1 H E
103. 8 i O R19 jAVSD2 O O R20 O JAVSD3 O R21 O JMXCS DSP hostchipselect_ R22 GND VALID DSP audio data valid j 1023 12 4 jHostdeta 13 VCOCIO 7 8 14 1 __ power supply 3 3V lO 8 10 IO 0 10 lO __ 0 JjGND unsedpi T9 VCCIO ___ 2850 power supply 2 5V 60 111 jO GNDD_ __ 210 JjGND unsedpi 113 GND ____ jGNDD GND DVJ 1000 1 2 3 EP2C20F484C8 MAIN ASSY 2000 7 8 Pin Function 114 VCCIO7 2459 __ supply 2 5V 115 JIO J GND unsedpin 8 116 j _ 117 GND _ GND PLO 118 JO dNDD jGND uusedpn 119 6 _ power supply 3 3V 120 OGND GND GND 121 0 _ 8 M XWE DSP host write Z s 025 IO Hostdata 05 09 U4 GNDD PLL1 CLK pPLLcock _ _ O 05 VCCD PLL1 GNDD
104. 9 506 16pin 22 24M 101C505 97pin V 1V div H 20nS div V 1V div H 20nS div 4 8 main assy 1 702 38 54 V 1V div H 10nS div DVJ 1000 5 m 6 65 1 2 3 4 ry MAIN ASSY MODE PLAY VINAL SD IN MASTAR TEMPO OFF SRIDER 0 CUE OFF 66 DISC DVD REF Z1 TITLES35 01 Note The encircled numbers denote measuring point in the schematic diagram and pcb diagram 15 8 MAIN AssY 42 IC904 38pin M1CLK V 1V div H 2nS div 16 8 MAIN assy 44 1502 48pin M PRG27M V 1V div H 20nS div 46 IC1510 7pin 22 24 DAC V 1V div H 20nS div 1 E 2 43 IC906 38pin M2CLK V 1V div H 2nS div 45 1C1506 48pin S PRG27M V 1V div H 20nS div 47 1 1513 6pin 22 24 V 1V div H 20nS div DVJ 1000 3 4 MAIN 55 Note The encircled numbers denote measuring point in the schematic diagram and pcb diagram 7 8 Assy 48 CN1703 18pin MAIN V 49 CN1703 16pin PRE V V 1V div H 200uS div V 1V div H 200uS div ODD Field ODD Field 20 CN1704 6pin L OUT CN1704 5pin L OUT V 2V div H 200uS div V 2V div H 200uS div 02 CN1704 2pin R OUT 23 CN1704 1pin R OUT V 2V div H 200uS div V 2V div H 200uS div 24 1C2015 5pin DIS_XCS 25 1C2015 7pin DIS_ SCLK V 1V div H 500uS div V 1V div H 1uS div kl DVJ 1000 7 8 main assy 68 1 m 2 m 3 4 DJ MODE PLAY
105. 9 LOH 7 ow rn Wo g 40940 v 302 11065 gt 8 8 B 0000 30508 A pe 9 2 M IB ENEE d NEL v ami 6 64 o 3 ep 8 ee 8 Q gt O EI 282 81085 5 Q 9190 eooo 8 Q mim DS S lt 98 28 x o O E8 0590 8 o o 60025 65059 80025 29060 70065 Inc L60 H S60 H iSo o m gt S9084 55 OdWAL W EN oo Q3015 Q3014 Q3013 Q3012 Q3019 M 340 O Q3009 Q3002 Q3007 Q3018 Q3020 Q3008 IC3008 Q3005 dus TP H Q3017 pst a IC3009 03006 HH 23004 93016 03003 03010 03022 93004 03011 93021 3002 1 3007 DNP2254 D 1 2 4 7 SLDB LED1 and LED2 ASSYS 3 4 1 SLDB 55 Production Code S L D B DWS1 393 J DNP2255 D LED1 ASSY DNP2255 D 41 202 ASSY DNP2255 D DWG1635 J 1 SLDB ASSY COS _ _ __ __ __ ___ N N A 2 MANUAL SOLDER RT Y KE DNP2255 D Q3300 DNP2255 D qLED2 ASSY DNP2255 D 2
106. A PRI A PRI ree PRI 51 PRI ATARD xora gt 8755 1K GND O PRI ATARDY TORDV R756 1K GND i ST ol oT Rig GND PRI ATAIRQ O GND GADD PRI ATAA1 O ss GND PRI 2 DAS 4 GND 50 meee 51 L I S xcs1 GND O O B 10 0 CN7007 O O GNDD 09 D O Z O O 09 C5 E sima DD 44 8 SU s 19 7 I N O O LO 0 lt x gt lt ad 0 gt LO N SLMCKE E 2 3 4 3 8 MAIN 55 5 8 15 8 MAIN ASSY DWG1630 1 902 70 2027 F908 1 5 d 27M VDEC AP ieee 5 CCG1160 BSLATCH GNDD 18 8 CPU CONTROL BUS 100 6 5 908 GNDD 1 F GNDD ws 22111 OO 262 ERES i A34 7272 212452 2 EN 2 72 T R912 VDEC E V 2VDECPLL V 2VDEC Ys _ CTF1305 35 5 GNDD 12105 5 088333 GNDD oe MT M k iil TI V 2VDEC 1 C6201 1 C6202 0
107. ASH ROM 43 C O _ enable output to FLASH ROM 44 MVOD I Comectto VSS S 45 NRST Hardware resetinput x 46 5 NDD 51 VDD3 amp 52 JOSCI 00 fOscillation input 2 53 0550 05 0 Oscillation output 16 928MHz x 54 95 75 J ONDD 55 DhVO DRV VRCAD O m 56 DRVi jSpindlemotorcontol 57 fFoocusbalancecontroe 58 DRV3 IDRVS TBAL 59 JDRV4 Stepping motorcontrol 60 DRV5 DRVN STPMIN Stepping motor control 61 DbhV6 jDRV GVRSEW O INC 62 63 455 pj ONDD 64 DRV8 O 65 DRV9 NFEPRS PU monitor current DVD selection HON L OFF 66 DhViO DRVIO O monitor current CD selection H ONL OFF 67 DRVi1 0 O Loading motor control 68 DHVi2 DRVIAFEPCK ClockoutputtoFEP 24 69 DRVi3 JDRVIS FEPDT jDatainpu ouputtoFEP 70 DRVi4 DRVI4 FEPEN pEnableouputtoFEP 2 71 DRAMVSS 55 JGNDforDRAM 72 DRAMVDD15 DRAMVDD
108. BNC jack 1 S Video output 1 75 Gace ely T 286 mV 75 NTSC 300 75 02 PAL 4 mini DIN 3 Preview Video Output Composite output u 0222 20000600 Jack S Video output Y luminance 1 V p p 75 1 V p p 75 286 75 5 300 mV 75 PAL ROC 4 mini DIN 1 E 2 4 Audio Output Audio output 2 channels OUND UT SY Sl 2 rms 1 kHz 0 2 1 2 NR Digital audio output Frequency response CD 4 Hz to 20 kHz Frequency response DVD 96 kHz 4 Hz to 44 kHz Signal to noise ratio 115 dB or more JEITA 01021 2 0 004 Digital output Ve n RCA jack 5 Other jacks Mini phone jack 03 5 mm 2111 6 Accessories ul 1 G Dk MENTRE 1 1 o 1 Forced 1 housed in a groove the bottom panel 5 1 Note Specifications and design are subject to possible modi
109. CKE SDRAM RAS3L SDRAM AV 1 reset CASL SDRAM Power supply for input output OV Reset for Motorola DSP Power supply for input output 3 3V Reset for DSP Reset for MPEG decoder DMA acknowledge 0 DMA acknowledge 1 0274 reset 44 1 48K selection Audio output stage mute mute ON at H Connect to FPGA pull up FPGA_DONE DONE for FPGA configuration RY XBY Connection to FLASH ROM ASEMDO FPGA_XINIT INIT for FPGA configuration AUDATA 3 2 GNDD Power supply 0V Power supply 2 0V 2 decoder interrupt PINT 10 AV 1 INTR interrupt PIN 9 GSL XIRQS interrupt PIN 8 GSL XIRQ interrupt pull up Power supply for PLL1 2 0V C 154 DVJ 1000 1 2 3 HD6417709SHF200B MAIN ASSY Pin Function 1 111 3 3 CPU Power supply for PLL1 OV Power supply PLL2 OV C Power supply for PLL2 2 0V Use with JTAG terminal Power supply Power supply Power supply 2 0V EXTAL GNDD XPCM ACK TI DSP Output data acknowledge XBS ACK TI DSP Input data acknowledge FPGA XPRG PRG for FPGA configuration Power supply for input output OV Clock input 66MHz Power supply for input output 3 3V FPGA configuration serial data outpu
110. DTS audio has been selected Not supported in DJ mode 23 Video out indicators VIDEO OUT PAL NTSC When the video output TV system is set to AUTO only the VIDEO OUT indicator lights When NTSC has been selected both the VIDEO OUT and NTSC indicators light When PAL has been selected both the VIDEO OUT and PAL indicators light 24 Angle indicator 2 During DVD playback this mark appears to indicate a scene with variable angle DVJ 1000 1 Ex 2 3 4 h dial display Operation display Displays play position with one revolution equivalent to 135 frames The display rotates during playback and stops during pause Cue point position display Displays the position of cue points Audio video memory status display Flashes during writing to the audio video memory While indicator is flashing it may not be possible to record real time cue points or hot cue points Jog touch detector indicator When VINYL mode is set to ON this indicator lights when the top panel of the jog dial is touched VINYL mode indicator Vinyl Lights when VINYL mode is set to ON Rear panel AUDIO OUT R NORMAL R L CONTROL DJ s POWER OFF B ON switch 2 NORMAL DJ switch If this switch position is changed during playback playback will stop and then resume playback from the disc s begin ning DJ For jog dial tempo variation and other DJ operations During DVD playback s
111. DV7172KST for Preview Moni Video Encoder vigation function for DVD perimposing characters and rame onto the picture for view video output operations nchronized playback speed data it AUDIO OUT a DIGITAL IC1513 1 1510 AUD POR RRR lt AQE ic Audio DAC IC503 TE4300PF SD Memory SD MMC Memory Card I F Card Controller Video Signal Line Audio Signal Line DVD e Audio Signal Line CD DVJ 1000 125 5 6 7 8 1 2 3 4 m 7 1 6 DVJ 1000 BLOCK CHART NORMAL MODE DVJ 1000 BLOCK CHART NORMAL MODE DVD CD IC7000 AN22022A FEP SDRAM 256 2 701 7100 MN103S72F SODC PE5337B GSL 1 7101 2000 008 8 EP2C20F484C8 1M Flash ROM FPGA IC305 7200 65774 BD7905BFS 6ch Driver Decoder DVD SDRAM 64M 1 As this chip serves as a single chip DVD decoder and processes both video and audio signals as with general DVD players DJ operations are not possible DRIVE UNIT SDRAM 256 2 IC113 DYW1756 32M Flash ROM 506 05056367 150 DSP Audio DSP with SRAM IC111 HD6417709SHF200B CPU IC3004 PEG237A Control CPU with FL Controller Data FL 01 001 000 00 00 p
112. EOUS NAN3400 1P AC INLET BKP1046 NJ3400 CONNECTOR ASSY DKP3779 NS3400 SWITCH DSA1029 T INSW ASSY MISCELLANEOUS S7404 5 1031 7404 1940 POWER SUPPLY ASSY There is no service parts 7 109 6 ADJUSTMENT 6 1 TEMPO ZERO POINT ADJUSTMENT Slider Zero Point Adjustment Necessary Adjustment Points When Adjustment points VR3301 Exchange the SLIDER VR Zero Point ADJ Adjustment and Check Points Value of TEMPO indication IN LL 5 J 1000 C The digital multi meter which can SLDB ASSY 5 Zero Point ADJ TEMPO knob SLDB Assy W3315 GNDF VR3301 W3307 V 5AD E A W3309 O POWER ON VR3301 Zero Point ADJ c A 0832 LOEEHA Set the TEMPO knob to center 0 point 110 DVJ 1000 1 E 2 3 4 m 5 6 7 8 6 2 MODE FOR CHECKING THE LOAD ON THE JOG DIAL Check mode of the load of JOG dial It is the mode which judges the load light heavy numerically when rotating JOG dial It will become this mode if a power supply is switched on pushing the TEMPO button and the MEMORY button together If it goes into this mode it will be displayed on FL dot matrix part as SERVICE In this mode it can check whether a display microcomputer can be made to turn on partially as follows the input of each button and volume is normal and
113. EX1021 17 Label See Contrast table 2 9 Operating Instructions English See Contrast table 2 NSP 18 User Card DRM1262 10 2 CONTRAST TABLE DVJ 1000 KUCXJ WYXJ5 TLXJ RD and TLFXJ types are constructed the same except for the following AC Power Cord AC Power Cord Warranty Card Operating Instructions English KUCXJ Operating Instructions WYXJ5 English French German Italian Dutch Spanish Operating Instructions TLFXJ English Chinese Operating Instructions TLXJ RD English Spanish Packing Case Label DVJ 1000 KUCXJ ADG7021 Not used ARY7043 DRB1413 Not used Not used Not used DHG2636 DRW231 1 DVJ 1000 DVJ 1000 IWYXJ5 ADG1154 Not used Not used Not used DRB1414 Not used Not used DHG2637 VRW1629 7 DVJ 1000 TLXJ RD ADG1154 Not used Not used Not used Not used Not used DRB1416 DHG2639 VRW1629 DVJ 1000 TLFXJ ADG1154 ADG7097 Not used Not used Not used DRB1415 Not used DHG2638 VRW1629 2 2 SECTION a AMS LIVLNOD SMS LOIVLNODNON 2 O 2 2 lt A O 2 O N O 4 a Refer to 2 5 SLOT IN MECHANISM SECTION DVJ 1000 10 SECTION parts List Mark No c Q gt P 4 e 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 2
114. GNDD DWG1635 J I 4 8 KSWB ASSY m A KSWB 55 S00 NO II N 2 PLAY PAUS DNP2255 D KSWB 55 H O a G V O LOcVNO Q4201 Q4202 ND 110 ami niei Q4203 DNP2255 D 4 9 SLMB 04306 04302 04307 04303 2 ASSY 4302 5 ASSY OPEN SIDE DWS1395 J DNP2255 D CN7004 POWER SW OFF WHITE DWS1392 J O O W3401 DWS1396 J 0 0 W3402 PRIMARY DNP2255 D DVJ 1000 Ex 2 JOGB and PSWB ASSYS DNP2255 D ASSY DNP2255 D 9 CN4003 PSWB ASSY 3 4 GA 84319 R4347 JOGB ASSY ERE LE C4100 84102 R4101 DWG1637 J DNP2255 D CN4100 PSWB ASSY 6 Q KJ KO KJ 12121 L3 O m T 04 84318 O O 8 1 O o4E gt 8 04307 4303 R4346 259 04306 H 04305 c MANUAL SOLDER B 9 R AUDIO L L 8 4816 54300 34 5 55 54401 54402 SLOTSW DNP2255 D OHF GC SLMB DWS1395 J CN4401
115. GNDD GND PLO V17 GNDG PLL4A GNDD y O 18 GND_PLL4 GNDD 19 JO F_INITDONE O v20 J AVXWEO JAVithosiwrte 80000000 21 jM DSP audio data 02 22 DSP audio data switching j Wi GND D28 j W2 10 1 4 9 IO S lO 4 122 1 013 Hostdata W5 vCCIO 0 8 W6 __ 08 V 2R5D __ supply 2 5V W7 JO 02 DDR SDRAM dat 2 ws O 003 DDR SDRAM 0 2 GND unsedpin w10 GND GND j Wii 0 DDRSDRAM data Wi2 GND jGNDD DVJ 1000 151 5 6 7 8 2 20 484 8 MAIN ASSY 1 2000 8 8 Pin Function 152 wi3 Wi4 JO 1 JjGND unsedpin j 6 JpHostaddes O Wie VCCIO7 __ 5 JpHosaddes 00000000 17 VCCIO7 ____ 2850 __ power supply 2 5V Wis O Wig 602 dGNDD O w20 10 GNDD JjGND unsedpi 0 DSP audio data 88 W22 lO 2 pSPaudodeta vi jO 59595 0 j y2 O 9 I j Y3 10 1 1 4 Y4 10 15 8 O 5 O JjGND unsedpi ______
116. H GND TESTING ET CPU DATA7 8 585 CPU DATAS 524 GND 525 522 1 521 620 1 DOIN e 2177 lt lt 0 NIO 016 we pe 595 60 65000 lt VANN 212 4 2 Q00000 Q000q000000 22 BO WWW se zoz 2 D 20 DOD 00 200 202 gt 5 C722 o 8 OOO O u gt gt ris lt aeu 84119 ILO 2 4 N 21 N lt 1 lt lt lt lt lt Q O Q O Q lt lt lt gt gt gt O gt gt gt gt gt gt O gt gt gt gt gt gt gt 01010 ou o o ow 03 0 DH v p v 0 0 0 0 4 Gok CONTROL BUS CPU CONTROL BUS PRIMARY ATA DATA BUS GSL XRD GSL 1 09 D 09 DV LU lt 0 C 3M GSL O lt 18 8 D D QO A OO L A2 AAA PRI ATAD2 ATAD1 PRI ATADS PRI L A1 8333 333 PRI PRI PRI PRI ATAD3 ATAD8 6 ATAD7 L PRI 11 PRI ATADS9 PRI
117. INI LAV 6925 v 9162 10 LED O og N q D HINIX LAV LIVMXAV L3AXAV NI 44 SOXAV OX N O O OF 4 9 X ZZ 6824 15 lt TN 8 IM p 8 5 5 5 N L Q Es os 5 MM1562FF 1 V 3D1 V 3AV1 A 10501 Audio Data Signal Rout Digital Out Signal Rout CCG1160 79 00 9065 Le seco CCG1160 GNDD GNDD DVJ 1000 2 3 4 3 6 MAIN ASSY 3 8 13 8 MAIN ASSY DWG1630 CARD 66M a R501 1 8 d V 3D1 V 3CARD a 100 CARD XRST F508 uis 6 m 2 E S 26 CCG1160 2 Sr 55 785 CN501 2 2328 883 es xc 9 5 z 8 x R509 220 a SDAT3 gt CPU CONTROL BUS R511 084 R510 58 GNDD haste 2 2 Seno MMCLK MMCLK 1 a 7 015 R51 5554 4 DITE GNDD E 1 TE4300PF a Tg 20 _______ DT14 MDATO lt ae SDAT1 SDAT2 oe i 12 D XMMCD Y GND lh 50 pee CONTROLLER 7502 1999 3883833 XCARDIN CONTROL BUS CPU ADRESS DATA CONTROL BUS
118. KB1074 4 500 GNDF JA4 501 1004 CONTROL I NNCD6 2MF GNDF DJ SW 54500 DSH1025 DJ NORMAL ui GNDF 53 1 2 3 16 JFLB and JOGB ASSYS 54 ASSY 4508 DIPE Q NS002 9 CN4506 Ill CN3002 V4000 JOGFL DEL 1058 FL HOLDER DINE 5 O S2 VLDJ i 82 T S2e a 7 or BG SX GNDD a mp Lx VLDUJ 38 e ess Sie 8554 5 es k 169 EM 0 1 GLOAD C4001 S GLOAD VLDJ gt gt LO LO CN4000 5 52492 2220 5 5 WY WY N N VLDMFL VLDMFL 1SR154 400 IT O sis 519 22 VM 22 2 7k VM 4 52492 2520 N GLOAD FLAC1 m S OH 3 x 5 VLDMFL ili GNDD 6 HI 9 TXD N 21 RXD x J_XSTB Om m SCLK SOUT e j SIN OHHH 2 0 Ts os c XRESET 47 GNDD HI 148 50 09 GNDD GLOAD DVJ 1000 2 3 um 4 B 4002 51072 TCH R4014 05 1060 GNDD to Sheet SW GNDD V 5D V 5D l RESISTORS wv MARK RS1 16S J JP 851 1050804 V 5D D4100 8 V 5D
119. KSRYB104K16 DCH1260 CKSRYB104K16 CKSRYB103K50 CEHVW470M10 CKSRYB105K10 CKSRYB104K16 CKSRYB104K16 CEHVW470M6R3 CKSRYB104K16 CKSRYB103K50 CKSRYB105K6R3 CKSRYB104K16 CKSRYB104K16 CEHVW470M16 CEHVKW101M6R3 CKSRYB105K6R3 CKSRYB104K16 CCSRCH222J50 CEHVW470M16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CCSRCH470J50 5 2 0 50 CKSRYB103K50 CCSRCH221J50 CKSRYB332K50 CKSRYB472K50 CKSRYB104K16 CCSRCH471J50 CCSRCH680J50 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB105K6R3 CKSQYB106K6R3 CKSRYB104K16 CKSRYB103K50 CKSRYB105K6R3 CKSRYB104K16 CKSQYB106K6R3 CKSRYB104K16 CKSRYB105K6R3 CKSRYB104K16 CKSRYB103K50 CKSRYB104K16 CCSRCH121J50 DCH1165 CKSQYB104K25 CEHVKW101M6R3 CKSRYB104K16 CEHVW220M6R3 CKSRYB104K16 1 2 um 3 4 Mark No Description Part No Mark No Description Part No 6114 6123 6126 6131 CKSRYB105K6R3 C7013 7015 7021 7023 CKSRYB104K16 C6116 6118 6120 6124 CKSRYB103K50 C7014 7114 7115 7121 CKSRYB102K50 C6121 6122 6125 6128 CKSRYB104K16 C7016 7204 CCSRCH151J50 C6127 6129 6132 6140 CKSRYB103K50 C7020 7022 7308 7312 CEHVW470M6R3 6130 6133 6134 6141 CKSRYB104K16 C7100 7103 7167 CKSSYB105K6R3 6135 6139 6142 6145 CKSRYB105K6R3 C7104 7300 CKSRYB105K6R3 6143 6146 6147 6151 CKSRYB104K16 7105 7107 7110 7116 5 104 16 6144 6149 6150 6160 CKSRYB103K50 C7108 7111 7120 7122 CKSSYB104K10 6148 6152 6172 6175 CKSRYB105K6R3 C7109 7211 CKSRYB103K50 6153
120. MANUAL SOLDER zh MEER 53400 POWER SW MANUAL SOLDER FB PSWB MANUAL SOLDER zd Fig L DWS1392 J DWS1396 J PRIMARY 11 51 3 1 2 GNDD 3 LPS2 CN4401 DNP2255 D DVJ 1000 7 8 1 2 4 10 POWER SUPPLY ASSY t 4507 100 1125 POWER SUPPLY 55 NLL EY x dg 9 BODO SI F HHO O z DVJ 1000 2 3 1 48 0 9067 1084 AL IYS HLIN 301143 NOILAVO 1054 804 ONT 3511911115 AQ OAN 600 167 ON DWR1436 POWER SUPPLY 55 AD 57 DWR1436 101 4 11 55 e AUDB ASSY A 4300 LO LO AY 04 1 45 12 0 043 a 5 NT CO CO 6057 z I i 1 006 6 0 1 0 M 90 st st LO C5 st 4301 6 O O OO 9 o 87 1 412 2 GNDA cotra ever 82 319 a He 8 ogra 0 srera E3 pat 7 soerols Uma Q 8 ezero Zoevu Lo p Zeny it 2 an i p veeru
121. MSELO I Configuration modeselect M18 lO __ O M19 jO AVSD7 JAVisteamdata O M20 1 6 power supply 3 3V 2 GND GNDD M22 _____ 27 FPGA Video system clock O 0 N2 O 746 0 2 J 0 0 j INC NS 0 79 N7 GND GND O NC NC VCCINT V R2 __ power supply 12 GND O 11 GND 88 2 GND N13 O 14 12 000 0 02 017 1000 7 5 m 6 EP2C20F484C8 MAIN ASSY IC2000 6 8 Pin Function 150 NI5 dGNDD O 6 GNDD_ j N17 MSEL MSEL Configuration mode j 18 CONF DONE FPGA_DONE __ configuration signal 9 20 nSTATUS FPGA XINIT FPGA configurationsigna N21 05 O AVtstream data N22 56 JjAVisteamdata O Dit7 O 2 1018 P3 INC 4 0 ING P5 JO 1 _ _ pHotdeta 8 P6 VCCIO1 90
122. N 1 701 1292 l 785 VKN1319 u 701 1811 E N igi 88 gt lt 00 ml DKN1448 0001 557 MOTOR iH STCNASSY 1 DWX2628 CN7405 CN7003 DKN1288 288 T 4 5 2 5 ST2 J 2 5 1 1 O 5 1 _ FACIMUS 38 8 1409 7 MAIN ASSY DWG1630 LOADING EMN BXMI 236 2 1 LPs1 2 54401 LPs2 DSG1 017 SLMB ASSY DWS1395 H 5 gt v N co gt lox lt 2 A m x Zx 0 no 9 VKN1 305 2 017502 10007 547 L 1 2 4 1055 A mark found some cpmponent parts should be replaced with same parts safety regulation authorized of identical designation DVJ 1000 1 E 2 3 4 to To gt 05 n9 JA4500 VKB1123 VIDEO OUT COMPOSITE 5 2 CN4508 CN4000 HLEM22S 1 52492 2220 4503 VKB1074 OAD 0001 345 VKN1240 CN4506 CN4301 SUB 2 CN4302 CN4303 SUB2 VKN1269 VKN1362 DKN1477 JOGB ASSY J DWG1637 JF B 55 DWG1636 LED2 ASSY DWG1635 CN4001 52492 2520 54500
123. N OF THE APPARATUS SHOULD BE DONE BY A SPECIALLY INSTRUCTED PERSON WARNING THE AEL ACCESSIBLE EMISSION LEVEL OF THE LASER POWER OUTPUT IS LESS THAN CLASS 1 BUT THE LASER COMPONENT IS CAPABLE OF EMITTING RADIATION EXCEEDING THE LIMIT FOR CLASS 1 A SPECIALLY INSTRUCTED PERSON SHOULD DO SERVICING OPERATION OF THE APPARATUS LABEL CHECK for WYXJ5 KUCXJ and TLXJ RD types for WYXJ5 KUCXJ and TLXJ RD types CAUTION CLASS 38 VISIBLE AND INVISIBLE LASER RADIATION WHER OPEM EXPOSURE TO THE BEAM VORSICHT BEI GEOFFNETER ABDECKUNG 15 SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG DER KLASSE 38 M ATTENTION RADIATIONS LASER VISIBLES ET INVISIBLES DE CLASSE 38 QUAND a Eee Neat DEM LENS ene nea EVTEZ TOUT EXPOGITICN PRECAUCI N CUANDO SEABRE HAY RADIACI N LASER DE CLASE 38 VISIBLE INVISIBLE EVITE LA EXPOSICION LOS RAYOS LASER ADVARSEL FLASE 0 570 10 OO UTIMS LASERETR LNO VED VARO AVATTAESSA OLET ALTTINA NAKYVALLE JANAKYMATTOMALLE LUOKAN 38 LASERSATEILYLLE KATSO VARNING KLASS 3B SYNLIG OCH OSYNLIG LASERSTRALNING CENNA DEL UNDVIK ATT UTSATTA DIG F R STR LEN URW23T7 A DRW2317 Additional Laser Caution 1 Laser Interlock Mechanism The position of the switch S2401 for detecting loading completion is detected by the system microprocessor and the design prevents laser diode oscillation when
124. Notes Notes Fold one end of the flat cable along a line 13 mm from Fold one end of the flat cable at the end of the reinforcing the edge plate The folded end of the cable must be inserted to connector The folded end of the cable must be inserted to connector 8 Connect the end not folded first to connector then the Connect the end not folded first to connector then the folded end to 8 folded end to e NEVER fold the cable at the end Fold the flat cable at point O so that the fold forms a right angle Push the cable downward Never fold the cable at the end ie 4 us 2 CN3002 CN4001 DIPB Assy JFLB Assy CN3005 DIPB Assy James CN300 F s 3 i DIFB Assy Mid f s 4201 HE id 2 JFLB Assy Note Fold both ends of the flat cable each along a line 15 mm from the edge Push the cable downward CN3004 CN3300 DIPB Assy SLDB Assy Notes Fold one end of the flat cable along a line 13 mm from the edge The folded end of the cable must be inserted to connector 4000 JFLB Assy Bottom view DVJ 1000 137 5 6 7 8 e Bottom Section of Chassis Notes Fold one end of the flat cable along a line 5 mm from the end of the reinforcing plate Then connect it to connector Fold the
125. O ASSY LOZNO 4 ONIQVOT N CN CN wR wR N O O O O q N N N N DNP2253 C c CN4500 82 DVPL ASSY GOOZNO cOOZNO LOOZNO 4004 20029 1 VOOZNO DNP2253 C 1 2 4 3 SPCN STCN INSW and SDCB 55 5 SPCN ASSY e 2 2 5 2 5 a C 4 gt O Z 3 DNP2253 C m Z O 3 SDCB ASSY UM 20 2 P _ gt p gt E 7505 07509 ma of tect LA 00 D7503 DNP2253 C FX CN501 1 2 3 0 INSW assy DNP2253 C B STCN ASSY CONTACT SIDE UP 292 97 3815 LOVLNOS 90r N DNP2253 C 7403 CN7401 CN7402 SPCN ASSY GND LF SPCN DWX2629 J DNP2253 C 3 SDCB ASSY 9 0000 SDCB DWX2630 J CO LO xt CO POR LO LO LO LO t Yd o 5 DNP2253 C CN7502 5 m 6 DVJ 1000 0 INSW ASSY 7 DWS1398 O lt 2 o 28 2 4 DNP2253 C CN7404 B STCN ASSY O STCN DWX2628 J DNP2253 C
126. OM 2 11 FADR9 jJFADR9 O Addressoutputto FLASH ROM 12 VDD15 V VDDib 1 2 13 FADR8 jJFADBB8 Addressoutputto FLASH ROM 14 13 0 Addressoutputto FLASH ROM _ _ _ 15 FADR14 FADR 4A Addressoutputto FLASH ROM 16 INWE JNWE _ Write enable output to FLASH ROM ___ _ _____ 17 FADRI6 16_ Addressoutputto FLASH ROM 18 FADHi5b FADH b Addressoutputto FLASH ROM 19 DRAMVDD15 DRAMVDDi5 DRAM power supply DRAMD1R5 20 DRAMVSS DRAMVSS JGNDforDRAM j 21 YSS 5 NDD 22 FADRH2 Addressoutputto FLASH ROM ___ ____ 28 FADR7 Addressoutputto FLASH ROM _____ 24 O FLASH ROM ________ 25 FADRS 5 Addressoutputto FLASH ROM 26 FADR4 FADRA Addressoutputto FLASH ROM 2 27 FADR3 O JAddress output to FLASH ROM 28 FADR2 _ FADR2 Addressoutputto FLASH ROM ____9_ _ _____ 29 Addressoutputto FLASH ROM 30 FADRO lFADRO JAddressoutputto FLASH ROM j 91 75 55 GNDD 32 003 JjVDD VD3V 41 CE Chip enable output to FLASHROM 2 42 FADRIO Addressoutputto FL
127. Pioneer sound Service Manual DVD PLAYER DVJ 1000 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL S AND TYPE S Power Requirement Region No Remarks ORDER NO RRV3454 DVJ 1000 DVJ 1000 KUCXJ AC 120 V DVJ 1000 WYXJ5 AC 220 240 V DVJ 1000 TLXJ RD AC 110 120 V 220 240 V DVJ 1000 TLFXJ AC 110 120 V 220 240 V lt For details refer to Important symbols for good services on the next page PIONEER CORPORATION 4 1 Meguro 1 chome Meguro ku Tokyo 153 8654 Japan PIONEER ELECTRONICS USA INC P O Box 1760 Long Beach CA 90801 1760 U S A PIONEER EUROPE NV Haven 1087 Keetberglaan 1 9120 Melsele Belgium PIONEER ELECTRONICS ASIACENTRE PTE LTD 253 Alexandra Road 04 01 Singapore 159936 CORPORATION 2006 T ZZR OCT 2006 printed in Japan O SAFETY INFORMATION This service manual is intended for qualified service technicians it is not meant for the casual do it yourselfer Qualified technicians have the necessary test equipment and tools and have been trained to properly and safely repair complex products such as those covered by this manual Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty If you not qualified to perform the repair of this product properly and safely you should not risk trying to do so and refer the repair to a qualified service technician
128. RXD it 11 8 8 8 1 14 8 84 18 8 D 6 14 6 114 6 414 6 014 OO 702 1 302 81749 0 eer 1750 0 Q 2 8 7 XCS o 5 E 5 O ses SIN CUO 1 5 sour d a a Q 16 VLOAD_OFF O e CN4502 CN1703 1519 0 R1756 O 2 GNDD CONT1 GNDD W_MUTE GNDD SYNC 4 GND 18 GND PRE V GNDV MAIN Y GNDV PRE Y GNDV PRE C GNDV PRE DC GNDV MAIN C GNDV MAIN DC GNDD GNDD o 1754 0 01785 R1755 1 748 0 C1785 C SUB DC R1764 MAIN COUT 81765 MAIN DC R1762 A OUT 1 756 LCH_OUT_P A Ine RCH_OUT_P R1759 RCH_OUT_N R1769 DIS DOUT O 18 8 8 84 GNDD DIS_DIN 8 84 VLD OFF 1 8 1 54 5 SV DC DC CONV V 5D1 V 3D1 Y 257508 L2010 CCG1160 DTF1070 E 1 CTH1254 F1704 F1708 T L2011 S 1 254 2 2 5 Fep i o Q 5 m V 5D2 DKN1482 8 CCG1160 1710 1 V 5D1 E VIN DL v B GNDD e 1111 V 5D2 mn a on vout EXT e SALE 5 GNDD Ts Dm R1224N102H A eee GNDD A F1705 0 R1721 CCG1160 F1714 Q2005 E 1t L2013 0 9 1 07
129. S C3300 3303 3304 CKSRYB104K16 RESISTORS C3302 CKSRYB103K50 VR3001 VR3002 10KB DCS1045 C3305 CCSRCH101J50 Other Resistors RS1 16S J ASSY 55 MISCELLANEOUS SEMICONDUCTORS 0 FLHOLDER DNF1737 D4100 GP1A038RBK MISCELLANEOUS SEMICONDUCTORS CN4100 KR CONNECTOR B4B PH D3202 PTZ11 B All Resistors RS1 16S J CAPACITORS MISCELLANEOUS C4100 4101 CKSRYB104K16 JV3200 DEL1062 53200 DSH1049 53201 3204 VSG1024 CN3200 S6B PH 202 assy MISCELLANEOUS 0 2P CABLE HOLDER 51048 0200 All Resistors RS1 16S J SEMICONDUCTORS D3370 NSPB500 0008 CAPACITORS C3200 CCSRCH101J50 MISCELLANEOUS C3201 CKSRYB103K50 All Resistors 851 165273 3202 3204 CKSRYB104K16 C3205 CEHAT470M50 CAPACITORS C3206 100 50 7 KSRYB103K oe ese pene C3207 CEHAR470M16 C3208 3211 CCSRCH221J50 LED1 ASSY MISCELLANEOUS e RSWB ASSY 0 2P CABLE HOLDER 51048 0200 MISCELLANEOUS SEMICONDUCTORS 0 2P CABLE HOLDER 51048 0200 oo S3180 DSK1047 D3350 NSPB500 0008 RESISTORS All Resistors RS1 16S J KSWB ASSY SEMICONDUCTORS 04201 4203 DTC124EUA CAPACITORS 04201 4204 SLI 343YYW RST C3350 CKSRYB103K50 04207 4209 4211 SLR 343BBT HJKL D4213 TLGE68TG NP SLDB 55 MISCELLANEOUS MISCELLANEOUS S4201 4202 SWITCH DSG1079 0 2P CABLE HOLDER 51048 0200 54203 4206 SWITCH VSG1024 CN4201 9P FFC CONNECTOR 52492 0920 All Resistors RS1 16S J 108 DVJ 1000 1 E 2 3 4 b 5 m Mark No Description CAPACITORS C4203 4206 C4
130. STCPU R207 VLD_OFF T ss The mark found on some component parts should be replaced with same parts safety regulation authorized of identical designation C159 0 01 1 8 MAIN ASSY DWG1630 5126 SCH diagram DVJ 1000 26 H B i H E H c io c5 cd ND T 2 F 4 I F 1 1 1 4 C NX OD m x x O O lt x lt lt Ir Xo lt ot jJ 1 amp ll ees Pee 1 5 gt a gt lt 501 O O 010101010 CN1 01 _ S Ww 56 as 20 2 sZ N S N zl was o FH H 0 0 H ol N Y x A e g a lt lt lt gt 9 14 gt 0 lt 7 X lt g 5 2 lt lt lt x gt H 2 lt ADATA1 10 4 2 ADATA3 8106 22551 TDO TOK 4 B ASEMD R108 FPGA XINIT 8109 DONE AK DONE 4 2110 100K C101 TC74VHC04FT XASKAK 69 0 0G E LLLLI 1 4 HUDI_XRST GNDD ADATA1 ADATA2 ADATAS 22117 0 FPGA XINIT ASEMDO XDACKO 11
131. VERSE MECHANISM ASSY S SECTION Cleaning paper GED 008 7 1 7 DISASSEMBLY SECTION D H F 160 bV 100 000 1 Ex 2 3 4
132. VJ 1000 Symbol and Description KUCXJ WYXJS DVJ 1000 DVJ 1000 TLXJ RD TLFXJ DIPB 55 DWG1631 DWG1640 DWG1642 DWG1641 DVJ 1000 5 6 7 8 13 1 2 4 CONTACT SIDE 1 Lubricating GYA1001 ZLB PN397B 2 Lubricants ZLB HPD1600 DIPB t LU CN3002 t 29 CN4508 14 DVJ 1000 1 2 4 5 JOG SECTION parts List Mark No Q Q N O 4 e 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 Description JFLB Assy JOGB Assy Sheet SW Connector Assy Jog Panel PMMA JOG Plate JOG JOG B Protector Sheet SW Ring Roller Assy SW Spring 25 Ring Cushion L24 2 0 JOG Stay Assy JOG Holder 1000 SW Cushion HH48 2 Arm Spring Gear ENCORDER Plate Gear Arm Load Gear A Smoother Adjust Plate Gear Spring 200 Washer Screw Screw FE Screw Screw Screw 25 60V FL Sheet CAM Plate PRESS Plate GEAR Plate Link Gear 3 Link Gear 2 Link Gear 1 Roller B Assy Part No DWG1636 DWG1637 DSX1065 4 7 2182 DAH2438 DNK4586 DNK4557 DEC2945 DNK4070 DXB1825 DBH1514 DEC2958 DXB1876 DNK4558 DEC2538 DBH1566 DNK4560 DEC2889 DNK4559 DNK4562 DNK4561 DNK4178 DBH1525 WA52D120D025 IPZ30P100F TC DBA1265 BPZ20P1
133. aaa 123 Turn Table 2 cue C Switches The switches and jog dial that are operable during DJ operations are disabled 126 DVJ 1000 1 E 2 3 4 512 4 1502 ADV7172KST Video Encoder VIDEO OUT 1 for Main Monitor It only distributes video data same video data distributed 1506 to Main Video output ADV7172KST Preview Video output Video Encoder VIDEO OUT 2 or Preview Monitor For DVD digital output If the Stream output signals in DTS or Dolby digital format are connected to an appropriate amplifier 5 1 channel surround sound is enabled AUDIO OUT SCP CCRC DIGITAL 1 1513 1 1510 UT s Sie Se 1738 3 nes Audio 43 50 SD MMC Memory Card I F Card Controller Operations that are enabled using the SD Memory Card are not available in Normal mode Video Signal Line Audio Signal Line DVD e Audio Signal Line CD DVJ 1000 127 5 6 7 8 1 2 3 4 7 1 7 DISASSEMBLY Note 1 look directly into lens laser
134. able usage Please exchange the power cord if necessary Safe environment should be secured during servicing When you perform repairs please pay attention to static electricity furniture household articles etc in order to prevent injuries Please pay attention to your surroundings and repair safely 2 Adjustments To keep the original performance of the products optimum adjustments and confirmation of characteristics within specification Adjustments should be performed in accordance with the procedures instructions described in this manual Lubricants Glues and Replacement parts Use grease and adhesives that are equal to the specified substance Make sure the proper amount is applied 4 For parts that require cleaning such as optical pickups tape deck heads lenses and mirrors used in projection monitors proper cleaning should be performed to restore their performances 5 Shipping mode and Shipping screws To protect products from damages failures during transit the shipping mode should set or the shipping screws should be OM installed before shipment Please be sure to follow this method especially if it is specified in this manual 4 DVJ 1000 1 E 2 3 4 H 5 m 6 m 7 5 SAFETY INFORMATION amt t tea ac dto aa ta tid en 2 PE CIF
135. atic For further information for respective destinations be sure to diagrams 15 shown below check with the schematic diagram Symbol In Symbol In Schematic 4 View point of PCB diagrams Diagrams Diagrams 5222 Connector Capacitor id Transistor B EB E Transistor with resistor Field effect transistor P C Board Chip Part Resistor array 3 terminal regulator DVJ 1000 5 6 7 8 4 1 MAIN ASSY ddr Bal ENS N gt oe d 25201 o o t 4 I cC DI D S c s 9 9 000 3 o a Peny N om om om F 4 141 o gt 3 2 7 s Ay 00 29 SS aao lt a 9 9 EA N gt 8 2 00020 gt ce o o 5 59 baal 2 20 lt o e C o 5 3 5 2 D 7 F Fl 5 11 aai au 9 23 o e 5 ohif gt p gt EL 2 25 122 1 peus 294 4 22 0 VAN 23 SS PPP 9 oo ioo o 2053 P 5 o o _ 2054
136. ation displays it to 16 and the first increases with the latest error I change indication with a Cross button for left right and it is indication better ERROR CHECK MODE 1 7202 DVD 9 7001 ERR E 7201 10 E 7002 ERR E 7201 E 8302 E 8302 E 8302 E 8302 PAGE 01 03 Version Information MAIN 1 00 FPGA 0018 DSP 0133 MOT DSP 1000 PAGE 02 03 DEVICE ERROR FPGA LOAD 4300 VDEC I VDEC SDRAM FPGA FPGA SDRAM GSL SDRAM GSL ATAPI CPRM PAGE 03 03 finish a mode and return to an original state when push a RELOOP button again In addition an error history indication mode push JOG button and push a RELOOP button after having done it with a version indication mode List of error codes Unrecoverable Turn the power off The error indication will be cleared E 7016 No ID number input error Km T not readable The error indication is cleared when the EJECT process is finished The error indication is cleared when the EJECT process is finished or Other error of the player section Startup is completed successfully Data format error display it in search for two seconds Reproduction is continued by possible data Communication of the microcomputer of a display part and the microcomputer of a system part cannot be performed Notes E 7016 E 8304 E 8305 and E 8709 are not memorized by the internal memory
137. be sure to use parts of identical designation power supply is shown with the marked box 6 DVJ 1000 25 ae 7 8 3 4 MAIN ASSY 1 8 T2 XRSTCPU XDREQ1 192 DREQ1 VssQ EI R160 9 15 c T halaa Ada MO 2 1 m Ag pt h AB teg he XCARDIN 16164 1 VccQ 4 550 MANET ua mum 58 57 11 OK 4 AN E E A1 14 14 AQ ot 8 m 2 o Y X x x c N N aN ON O gt gt 2 gt gt 0 gt gt 5 B EE PANN A SQ Spy 0 i io al GNDD 2 5 5 E al 2118183 179 2722 4 p D31R178 Dy R184 25 185 1 T T V 5D V 3D1 DIS XCS QU 8 8 gl 8 84 st AKM1 292 s 1 4 2 g TC7SH08FU V 5D 5 O O C121 NC 5V G O 2027 199 vouS 6 d p 14 ar 518 d Ober NEM C118 2 oo TC 7SHO8FU 5 T 17 CCG1160 GNDD GNDD ast os N TXD RXD 7 F4 T XR
138. c4520 4 8 417 104505 164506 NOILNALLV 1 V 5D1 2 V 5D2 3 GNDD 4 GNDD 5 V 12A 6 GNDA 3 AIWOO 1 1 2 50 3 2 4 GNDD 5 MODE 6 GNDD 11 8 GNDA 27 D OUT 26 GNDD 25 GNDD 2 23 22 21 20 19 GNDV 18 PRE C 17 GNDV 16 PRE Y 15 GNDV 4097 DNP2254 D CN4504 J4507 87 7 DVJ 1000 6 1 2 3 4 4 5 JFLB ASSY ASSY CN4100 13 SOUT 22 RXD 12 XRESET 21 TXD 20 GNDD 19 XCS 4 FLAC4 8 FLAC2 3 GLOAD GLOAD MFL W403 Q4000 Q4001 Q4002 ADS 2 NONNXO 6 4 c200 gt gt A IO e q 09 o c DNP2255 D ji Fo ja Th Ph Ti mm 4001 CN3002 JFLB ASSY a NODOr gt gt 10 000 21 04003 LL LL LL Ll ____ Ss 12 7 21 05 Lu k h ________________________________________________________________ J DNP2255 D a NTACT SIDE 4001 1 2 3 4 4 6 DIPB and RSWB ASSYS A ElDIPB ASSY 1606 06065 62025 CN400
139. d door and slot 32 Memory card indicator This indicator lights with a memory card is loaded and the door is closed and flashes during memory card access Do not open the door or turn off power while the indicator is flash ing 33 PLAY PAUSE indicator Lights during playback and flashes during pause mode 34 PLAY PAUSE 1 button 35 CUE indicator Lights to indicate a cue point has been set Flashes during pause mode 36 CUE button Cue point setting Back cue Cue point sampler 37 Manual search buttons REV FWD 38 Track search buttons PREVIOUS i NEXT 1 Use to return advance playback by track during CD MP3 or chapter during DVD During DVD playback use to return to menu page or change page 39 REV indicator Lights when DIRECTION FWD REV select switch is set to reverse 40 DIRECTION FWD REV select switch Set to REV position for reverse playback 41 HOT CUE REC MODE button Press to select the HOT CUE button s function record call Defaults to call mode when power is switched B 5 6 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 DVJ 1000 CUE B buttons indicators A B or C indicator lights red to indicate hot cue point record mode A B or C indicator lights green for hot cue point and orange for hot loop point when an indicator is lighted call mode is enable
140. d for that point pressing the button initiates playback from the hot cue point When indicator is not lighted no hot cue point is recorded Title folder search buttons DVD TITLE MP3 FOLDER During DVD playback titles are forwarded or reversed in the direc tion corresponding to the button pressed During MP3 playback goes in designated direction for folders in lay ered CD or DVD TEXT MODE select button Each time this button is pressed the display alternates between WAVE and TEXT track name aloum name artist name TIME MODE AUTO CUE button yj TIME MODE Each time the button is pressed the time display switches alter nately between playback elapsed time and remaining time REMAIN In the case of MP3 the remaining playtime REMAIN may not im mediately be displayed depending on the file The time mode remains set in memory even when power is turned off AUTO CUE Hold depressed for one second or more to set release the auto cue function Hold depressed for five seconds or more to switch the auto cue level The auto cue ON OFF setting and auto cue level remains set in memory even when power is turned off ANGLE button Press to change the viewing angle during DVD playback on sup ported discs only DJ mode when the angle is changed both video and audio playback temporarily stop due to writing to buffer memory SUBTITLE button During DVD playback press to alternately turn sub
141. de It is the mode which can check the version of the software of each microcomputer The history of the contents of an error can be checked to 16 pieces 2 Check mode of a button and a display function of a display microcomputer It is the mode which checks a button input and a display function 13 mode of the load of JOG dial It is the mode which measures the load when rotating JOG dial 4 Check mode of operation of a player microcomputer It is the mode which performs the check of the mechanism and serbo of a player microcomputer of operation This mode consists of player operation mode and test operation mode 5 How to input the ID number 2 Version check mode Error display mode It is the mode which checks the software version of each microcomputer It will become this mode if it continues pushing RELOOP button for about 10 seconds in the state of usual use change version indication with a Cross button for left right and it is indication better cS Mehl 1 00 Service mode screen DVJ 1000 SERVICE MODE MAIN Ver 1 00 PLAYER Ver 1 00 SUB Ver 1 00 6 IM TW region number DVJ 1000 Cross button for left right display a version of each software 7 113 1 2 3 4 In addition am replaced by an error history indication mode when push JOGMODE button with a version confirmation indication mode Error history indic
142. e The encircled numbers denote measuring point in the schematic diagram and pcb diagram G ASSY 2006 07 06 19 59 31 500MS s 500ns div M D 21 11 200ns l Sconto 65 JA4503 D OUT Measurement condition 75 Q termination 1 0V that a level doubles in case of opening B FLB assy w MODE PLAY 4000 10 FLAC1 57 4000 8 FLAC2 C2 15 8333U H ASSY ME MODE PLAY CN4000 6pin FLAC3 CN4000 4pin FLAC4 D Assy a ss MODE PLAY DEL1058 24pin 51 DEL1058 27pin CLK E DEL1058 26pin LAT DEL1058 25pin BK E F 72 DVJ 1000 um 1 2 3 4 5 3 23 VOLTAGES E VOLTAGES DJ MODE PLAY VINAL SD IN MASTAR TEMPO OFF SRIDER 0 HOT CUE OFF Y 1 8 MAIN assy 2 8 MAIN assy 3 8 MAIN 55 1C121 PQ070XZ02ZP Pin No Voltage V _5 IC301 MN1562FF Pin No Voltage V IC504 MN1561 Pin No Voltage V IC111 HD6417709S Pin No Voltage V IC507 MM1661GH 3 00 IC101 TC74VHCO4FT Pin No Voltage V 1 5 8 MAIN ASSY 1 902 070 2022 Voltage V e T 33 8 33 5 00 IC102 TC74VHCO4FT Pin No Voltage V 8 8 MAIN 55 IC2005 PQ070XZ02ZP Pin No Voltage V IC105 TC7SHO8FU No Voltage V 6 8 MAIN ASSY 507 781050 Pin L2 ug 7 8 MAIN ASSY CN1701 AKM1292 _3 0 0 _ 5
143. e BP C2 JJHostwie JO JjGND uusedpin 00000000 GND GND unsedpin 8 Cb _ GND C6 __ 103 VLTTL Jjlnput output power supply 3 3V C7 JO _____ 7 GND GND _ O 10 JvDECstreamdata C10 JO VDECD2 __ streamdata C11 03 VLTTL _ power supply 3 3V C12 4 jlnput output power supply 3 3V C13 C14 JO GND JjGND uusedpin C15 GND GND GND C16 GSLDO JGSLEstreamdeta C17 4095106 JGSLstreamdeta j C18 lO 85102 jGSLstreamdaa C19 JO j DISXCS Panel microcomputer chip select C20 O X JDISSCLK J Panelmicrocomputerserialclock C21 X GSLXWEO 051 C22 GSLXWAIT I jGSLhnoswat D1 lt 0 JjHostchipselect 02 ____ 56 D3 O 04 CAP_XINT_ CAP interrupt S 05 0 jJVDECXCS _ j 06 GND unusedpin 00000 0 D7 JO J JBSLATCH
144. eatsink plate e Bottom view MAIN Assy Side B um view MAIN Assy DVPL Assy e Bottom view Bottom view DVJ 1000 129 5 6 m 7 8 1 2 3 4 m Disassembly Control Panel Section FJ Slot in Mecha Section 1 Remove the four screws 9 Remove the heatsink plate See Diagnosis of MAIN Assy 2 Disconnect the all jumper wires from the MAIN Assy 8 Remove the eight screws 4 Remove the MAIN Assy e Rear view Remove the seven screws e Bottom view 5 Disconnect two flexible cables and three connectors 6 Remove the six screws 7 Reverse the DVPL Assy 130 DVJ 1000 1 2 3 4 Short circuit two points of and D by soldering Remove the two earth lead units by removing the two screws Note After replacement connect the flexible cable O Remove the four DM screws then remove the soldered joint open Earth lead unit Earth lead unit 2 Remove the four float springs G11 43 Loosen the jumper wire 49 Remove slot in section e Bottom view 9 Disconnect the one flexible cable 217 2 urs t bon DVPL Assy Slot in mecha section DVJ 1000 131 5 6 7 8 1 2 3 4 Traverse Mecha Assy 04RM2 1 Remove the three screws 5 Remove the three screws 2 Remove the plate Remove the weight
145. ed open the bottom plate of the main unit to reveal the 6 pin connector and connect the special device with the connector As the hidden connector inside the panel and the 6 pin connector inside the main unit internally connected they must not be connected simultaneously 3 Start up the terminal software of the PC communication speed 4800 STOP bit 1 4 Turn on the power of the DVJ 1000 If error E 7016 is displayed press the ENTER key on the PC several times to confirm that is returned 5 Enter 2 to confirm that R is returned Use uppercase alphabetics for input 6 Enter the 9 digit ID code then ID and confirm that R is returned If you type a wrong number for the ID code type the correct numbers again 7 Load the special DVD disc into the player Wait for the unit to start up then enter IW to confirm that is returned If error E11 is returned wait a few moments then enter IW again Enter EJ to eject the disc then turn off the power of the DVJ 1000 then turn it back on Check that no error is displayed DVJ 1000 1 E 2 3 4 5 6 Connection Diagram Personal Computer RS 232C R2 10k DTA124 Q1 GND B E C4 C5 6 R3 10 50 zz 0 01 10 C1 1 16 GND GND 10 50 22 2 15 3 14 P 77 4 ic mm G D 12 GND GNDD 6 11 7 10 MEN MN 8 9
146. ety regulation authorized a t uw of identical designation s lt lt lt gt gt gt gt gt 2 J I 0 u 0 0 3 4 O x S O S uda 5 2 O O lt lt P lt lt lt lt 1 DATA BUS lt a 2 49 552 5 5 XN N e 5 c 1 B d BH 2 OAAS 0 2 lt N26 N25 55 9 24 aD 0 N25 lt N4 INS IN2 M25 M24 2 IM2 MI lt 126 1 k 557 25 ULADDRESS6 124 VDD 123 a vob 4 1 lt AP_DATA11 3 11 L2 11 1 K265 K25 510 24 PU ADDRESSS K23 ka K2 KI 555 Ian T gt a om CPULADDRESS13 J24 GND 425 TESTSIGOUT 4 77 TESTING 05 1 707 852 SD SDRAM 518 25 76 CPU SH AP ATA Pri 2 Hs AS Sec 142 1 71 525 26 522 525 ENC DVxel 820 223 DEC AV 1 ek SPA Reserve cpu 55590048 SPC PRO2 E VDD 225 4 SPD DAC F3 EBY EBY DSP 5 24 GND E23 e TEB E2 14 5 TIN ES u SD_ADDRESS15 TESTOUTO gt
147. fication without notice DVJ 1000 3 4 Accessories Power Cord Audio Cable ADG7021 Forced Eject Pin VDE1064 L 1 5m ADG7097 TLFXJ housed in a groove in the bottom panel DEX1021 Control Cord ADG1154 WYXJ5 TLFXJ 5 063 1 1 TLXJ RD Video Cable VDE1065 L 1 5m DVJ 1000 5 6 7 2 EXPLODED VIEWS AND PARTS LIST NOTES Parts marked by NSP are generally unavailable because they are not in our Master Spare Parts List e The mark found on some component parts indicates the importance of the safety factor of the part Therefore when replacing be sure to use parts of identical designation e Screws adjacent to mark on product are used for disassembly For the applying amount of lubricants or glue follow the instructions in this manual In the case of no amount instructions apply as you think it appropriate 2 1 PACKING 8 DVJ 1000 1 E 2 3 4 5 6 7 8 PACKING parts List Mark No Description Part No Mark No Description Part No 1 Power Cord See Contrast table 2 NSP 11 Polyethylene Bag AHG7117 2 Control Cord L 1m XDE3063 230 x 340 x 0 06 3 Audio Cable L 1 5m VDE1064 12 Pad DHA1716 4 Video Cable L 1 5m VDE1065 13 Pad DHA1717 P orsus 14 DHA1718 15 Packing Case See Contrast table 2 NSP 6 Warranty Card See Contrast table 2 7 wks 16 Mirror Sheet AHG7010 8 Forced Eject Pin D
148. flat cable at point to fold it back J 24 _ utr Insert the folded part B into the slot of the chassis Insert the folded part B into the slot of the chassis e Bottom view Notes Fold one end of the flat cable at the end of the reinforcing plate Then connect it to connector Fold the flat cable at point to fold it back CN7003 DVPL assy 138 DVJ 1000 1 2 3 m 4 6 7 8 m 5 7 2 PASS FALL JUDGMENT OF PICK UP Pass fail judgment of pick up Pick up pass fail judgment CHECK POINT CD PULD Power for CD Wavelength 790ns is checked within 0 18 0 017 mW DVD PU LD Power for DVD Wavelength 650ns is checked within 0 193 0 018 mW CHECK POINT LD current CD LD Typ 55mA 65mA DVD LD Typ 60mA 73mA METHOD ASSY The voltages DC value of both sides of R7011 is measured and divided by 24 SY Th It DC f both d divided by 12 NOTE CHECK POINT Focus coil resistance value 3 7 0 550 METHOD FFC is removed from CN7001 of DVPB ASSY after LD short land of PU ASSY the resistance value between the terminal board conductor sides of 1 Pin and 2 Pin of FFC is measured CHECK POINT Tracking coil resistance value 4 3 0 650 METHOD FFC is removed from CN7001 of DVPB ASSY after LD short land of PU ASSY the resistance value between the terminal board conductor sides
149. ght emitted from the CD laser Focus search After the medium type is judged according to the disc reflectivity AS and Lens error gain adjustment RFENV amplification gains are switched Learning focus error attenuation Canceling offset for Reading lead in data CD Ifthe total duration of data areas d JIT DVD the TOC is less than 30 minutes DVD Depending on control data and disc Final judgment of CD DVD by detecting a sync signal capacity Coarse adjustment of focus position Offset adjustment of the tracking actuator After tracking open the spindle starts Searching for Tracking balance adjustment rotating at 5 000 rpm Om01s time point wai Spindle starts Adjustment of tracking error amplitude Searching for 30000H rotating ai 3 1 OO TER Off track threshold adjustment DVD Measuring eccentricity Accurate adjustment of focus position Start of acquiring addresses Detection of the 8 cm adaptor CD DVJ 1000 123 a 5 6 7 8 1 2 3 4 7 1 5 DVJ 1000 BLOCK CHART DJ MODE DVJ 1000 BLOCK CHART DJ MODE DVD CD 1 7000 22022 SDRAM 256 2 64 4 High speed decoding of compressed video data MPEG2 is performed ATAPI IC903 22 08 oa PD6449A BR MN d one nd MPEG Video Decoder IC7101 High speed decoding of IC2000 PEA008A8 compressed audio data EP2C20F484C8 Dolby digital
150. he projection of JOG holder 1000 with the arrow head on joint gear 1 4 Mount the plate place it that slit of the plate aligns with the gear stopper Align JOG holder 1000 Gear stopper Joint gear 1 JOG holder 1000 Cam plate DVJ 1000 135 5 6 7 8 5 Turn the cam plate clockwise until the slit aligns with the Q Secure the gear plate using the four screws noig Remove the forced eject pin 6 Insert the forced eject pin through the positioning hole to immobilize the cam plate Forced eject pin Forced eject pin Gear plate P 4g 1 9 11 Mount the cam plate 2 Install the gear spring 200 Slit amp positioning hole 13 Secure the adjust plate using one screw Cam plate Default value 7 Mount the joint gear 3 ea Sot Mount the two joint gears 2 There is gt POM marked beneath Note When mounting joint gears 2 engage the gears Note being careful not to move joint gear 1 For details on adjustment see Load Check mode for the JOG Dial Forced eject pin Joint gear 2 Joint gear 3 Joint gear 1 lt plate Place with the side with the indication gt ABS lt facing upward Upper side With gt ABS lt embossed 136 DVJ 1000 1 E 2 3 4 5 6 7 8 ll Notes on Lead Dressing e Control Panel Section
151. hen NORMAL DJ switch is set to NORMAL during DVD playback the unit outputs digital data in the audio signal for mat selected During CD playback the unit outputs digital data including subcodes Preview video output connectors PREVIEW OUT RCA type connector composite signals and S Video output connector These connectors output monitor images used to aid the DJ during operation Outputs various guide messages and displays SYNC IN connector type input connector for inputting external sync signal Use to connect optional dedicated sync signal generator AC inlet AC IN Use auxiliary power cord to connect to standard electrical outlet 159 7 E 8 B Jigs list Nm A DVD Test Disc DVD Video GGV1025 Check of DVD Video DVD Data Disc GGV1175 Diagnosis ID data setting DVD Audio Disc GGV1070 Check of DVD Audio B Lubricants and Glues list Lubricants and Glues Remark GEM1036 ZLX ME413A Refer to 2 5 SLOT IN MECHANISM SECTION TRAVERSE MECHA ASSY S SECTION GYA1007 ZLB PN948P Refer to 2 6 TRAVERSE MECHA ASSY S SECTION Lubricants ZLB HRD1500 Refer to 2 4 JOG SECTION Grease GYA1001 ZLB PN397B Refer to 2 4 JOG SECTION 2 5 SLOT IN MECHANISM SECTION and 2 6 Cleaning Before shipping out the product be sure to clean the following positions by using the prescribed cleaning tools g Pickup leneses Refer to 2 6 TRA
152. icator Lights when the jog mode is set to VINYL mode 21 TEMPO control range select button Each time this button is pressed the TEMPO control slider s vari able range changes 6 96 10 96 16 WIDE When WIDE is selected the variable range during DVD and MP3 play back is set to 70 96 to 100 and during CD playback 100 22 TEMPO control range indicator 6 10 16 WIDE When control range is set to 6 the 6 indicator lights When control range is set to 10 the 6 and 10 indicators light When control range is set to 16 96 the 6 10 and 16 indica tors light When control range is set to WIDE the 6 10 16 and WIDE indicators light 23 MASTER TEMPO button indicator Each time this button is pressed the master tempo function turns alternately ON OFF 24 TEMPO control slider When pulled forward playback tempo is accelerated and when pushed away tempo is slowed 25 TEMPO RESET indicator When lighted indicates that the playback tempo is set to normal tempo 0 regardless of the position of the TEMPO control slider 26 TEMPO RESET button Pressing this button instantly resets the playback tempo to 0 nor mal tempo regardless of the current position of the TEMPO control slider Press the button once again to cancel the reset 27 Jog dial display 28 Jog dial 29 Disc loading slot 30 Forced eject hole 31 Memory car
153. in realtime cue loop in point adjust button indica tor IN REALTIME CUE IN ADJUST time cue Loop in point input Loop in point adjust Loop out loop out point adjust button indicator OUT OUT ADJUST xy Loop out point input Loop out point adjust BACK 8 FORTH button Use to switch between normal loop mode and back amp forth loop mode Loop mode indicator Lights during back amp forth loop mode RELOOP EXIT button indicator select switch is set to LOCK playback will not stop unless the PAUSE mode is set first 13 Eject stop mode select switch UNLOCK LOCK UNLOCK If the EJECT 4 button is pressed during playback the disc stops and is ejected If the STOP button is pressed during playback the disc playback stops LOCK If the EJECT 4 button is pressed dur ing playback the disc will not be ejected To eject the disc set the unit to pause then press the EJECT 4 button Likewise playback will not stop if the STOP button is pressed during playback to stop disc playback set the unit to pause then press the STOP button 14 EJECT 4 button When this button is pressed disc rotation stops and the disc is ejected from the loading slot If the eject stop mode select switch is set to the LOCK position the disc will not be ejected unless the unit is set to pause before press ing the EJECT 4 button 15 TOUCH BRAKE response dial Adjusts the disc deceleration speed time
154. ion adjust STEP9 F POS STEP10 Focus gain adjust STEP10 F GAIN STEP11 Tracking gain adjust STEP11 T GAIN STEP12 Address lead start STEP12 READ FOLDER SEARCH FWD button step up FOLDER SEARCH REV button step down All Servo Off indication displays indication indication of STEP1 to 12 for one second till am replaced by the next mode It turns in 2000 do not come in turn UP more than it Mode Change If the MASTER TEMPO button is pushed into player operation mode MASTER TEMPO LED will light up and it will shift to the below mentioned test operation mode 118 DVJ 1000 1 E 2 3 4 m 5 6 7 8 7 1 2 HOW TO UPGRADE THE SOFTWARE OF THE MICROCOMPUTER REC MODE RELOOP EXIT POWER RELOOP EXIT FL Display 929 Release Version up disc FL Display Repeat from Co tror Automatically the beginning POWER OFF ejected Note DVJ 1000 FL Display FL Display Success id of Download Main during downloading Automatically ejected Note Note Do NOT turn off the power after the upgrade disc is loaded till it is automatically ejected If you do the unit may not operate properly afterward Eject a disc automatically even if updating fails DVJ 1000 119 5 6 7 8 7 1 2 3 4 1 3 THE ID NUMBER Serial control terminals The serial control terminals for checking the ID number and
155. lays control afforded by them necessarily can be obtained by using shaft etc Plug the AC line cord of the appliance directly replacement components rated for voltage wattage etc into a 120V AC 60Hz outlet and turn the AC power switch Replacement parts which have these special safety on Any current measured must not exceed 0 5 characteristics are identified in this Service Manual Electrical components having such features are identified by marking with a the schematics and on the parts list 5 Reading should in this Service Manual Leakage Not be above The use of a substitute replacement component which does current 0 5 the same safety characteristics the recommended replacement one shown in the parts list in this Service Manual may create shock fire or other hazards Product Safety is continuously under review and new instructions are issued from time to time For the latest information always consult the current PIONEER Service Manual A subscription to or additional copies of PIONEER L Earth Service Manual may be obtained at a nominal charge ground from PIONEER Test all exposed metal surfaces Also test with plug reversed Using AC adapter plug as required AC Leakage Test 2 DVJ 1000 1 2 3 4 Bi LASER DIODE CHARACTERISTICS THIS PIONEER APPARATUS CONTAINS MAXIMUM OUTPUT POWER 5 mW SERVICING OPERATIO
156. ly is switched on pushing the TIME MODE button and the HOT CUE A button together it will become player operation mode This mode consists of player operation mode and test operation mode lt Player oparation mode gt Basic operation of servo such as setup play pause and track search is carried out Moreover measurement of an error rate can also be performed lt Test opalation mode gt Servo operation is finely controllable gradually It becomes player operation mode and shifts to test operation mode by the key input in the beginning The command treated here is for mainly testing a mechanism and a servo system and is not for DJ functions such as scan and tempo lt Player oparation mode gt Play trace Pause PLAY PAUSE Track Search F R TRACK SEARCH F R Error Rate Count CUE Eject EJECT Mode Change MASTER TEMPO lt Test opalation mode gt Servo All Off CD Select DVD Select Focus Jump Up Focus Jump Down Slider Move Fwd Slider Move Rev Step Command Mode Change MASTER TEMPO Player operation mode command Play trace Pause If it is in a stop state it will set up and play Moreover if it is in a play state whenever it will push a button a pause and a play are carried out by turns display time and the truck number that now am tracing in FL in the case of a CD display stratum number and the physical address that now am tracing in FL in the case of DVD this mode even if it inserts a di
157. ment result in FL Usually a track to measure is made to search and this button is inputted from a pause state For example it is displayed as 3 56 4 etc If an error rate is less than 3 00E 3 it will be displayed If an error rate is larger than 3 00E 3 it will be displayed as NG Measurement with the managed disc at the time of factory shipments is a premise The product does not judge whether they are inferior goods at the time of service Eject A disc is ejected Mode Change the MASTER TEMPO button is pushed into player operation mode MASTER TEMPO LED will light up and it will shift to the below mentioned test operation mode Indication of FL display increases with All Servo Off indication O Test operation mode command Serbo operation is finely controllable gradually Keep in mind a test operation mode command that it may give a damage to a player as mistaking the usage Please operate this mode after making a disc a set completion state Servo When serbo is ON all serbo will be turned off if the TIME button is pushed display it with All Servo Off in FL display for time that push indication and shine or one second long one CD Select When start push MENU button and choose CD I display it with CD Select in FL for time that push indication and shine or one second long one DVD Select When start DVD push a T MENU button and choose DVD display it with
158. mounted on the rib of JOG holder 1000 When adhering the sheet SW be careful not to trap air bubbles in it If air bubbles are formed remove the sheet SW and adhere a new sheet SW Do NOT reuse the removed sheet SW When making a connection be sure to first release the lock of the connector then securely relock the connector after making the connection JOG holder 1000 Place to adhere the SW cushions 48 2 Adhere the cushions to the right and left of the engraved arrows lt 12 positions in total on the sheet SW 134 Notes on replacing the SW Ring Place to adhere the Ring cushions L24 2 0 Note Adhere a ring cushion on and inside the pedestal Do NOT place the ring cushion outside the pedestal DVJ 1000 1 2 3 Ring cushion L24 2 0 5 6 7 8 lll Positioning of the JOG ADJ mechanism Note When reassembling the JOG ADJ mechanism 3 Install the washer gear A washer then smoother be sure to perform positioning as shown below in that order 1 Washer e JOG section Smoother JOG ADJ mechanism 0 Br one O Smoother Place Gear plane side up Place it with the side with indication gt ABS lt facing downward e Bottom view Upper side Lower side Upper side Lower side Plane side With ridges With gt 5 lt embossed 1 Mount joint gear 1 Align t
159. nob Display Top Panel Slide SW Knob Eject Knob Rotary Knob Slide Knob Jog Ring Control Panel Card Lens SETKnob 1 SETKnob 2 SETKnob 3 SETKnob 4 TEMPO Lens SET Knob H C REC Knob SET Knob LOOP 2 CONTRAST TABLE Part No Contrast table 2 DWS1391 DWS1393 DWG1634 DWG1635 DWG1632 DWS1394 DDD1345 DDD1346 DDD1347 DDD1348 DAC2350 DNK4601 DNK4599 DNK4592 DAC2335 DAA1182 DAC2376 DNK4600 DNK4598 DNK4596 DAC2331 DAC2332 DAC2333 DAC2334 DNK4593 DAC2321 DAC2322 DAC2324 Mark No 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 Description RELOOP Knob ENTER Knob CALL Knob Shield Sheet 1 Cross Key Change Knob SET Knob TEMPO Reflector Front Lens Shield Sheet 2 Ring Lens SET Knob PLAY Assy Earth Plate CU RESET Knob TEMPO RESET Lens Cross Key Holder VR Stay Flange Nut M9 Cord Clamper steel Screw Rivet PLASTIC TIMX Knob TEXT Knob STOP Knob Screw LOOP MODE Lens Part No DAC2325 DAC2326 DAC2323 DEC2899 DAC2327 DAC2328 DAC2329 DNK4597 DNK4595 DEC2909 DNK3880 DXB1912 DBK1224 DAC2330 DNK4708 DNK4798 DNF1663 DBN1008 RNH 184 BPZ30P080FTB RBM 003 DAC2336 DAC2338 DAC2354 OBA8038 DNK4594 DVJ 1000 KUCXJ WYXJ5 TLXJ RD and TLFXJ types are constructed the same except for the following 2 DVJ 1000 D
160. nput 2 176 J PI SEHIAL Loading mechanism SW input 144 DVJ 1000 1 E 2 3 4 2 20 484 8 MAIN ASSY 2000 1 8 Pin Function 1 GND 2 __ power supply 3 3V 00000 A4 O 066 _ 5 04 AG O 02 Video data A7 O 0 _ O A8 0 6 Video data 0 vYA 1 O 10 2 11 O 0 1 A12 N I Clockforvideodata A13 lO GND J GND unusedpin 14 X VDECBSCLK 9JBusstrbeforVDEC A15 O X XRDFPGA I ______ 16 HSYNC pHSYNCf orexemalsyno j 17 O CONTA I 18 CSYNC CSYNC for external sync 19 33M GSL IGSL33MHzclock A20 GSLXCSO4M GSLchipselect A21 4 VLTTL __ power supply 3 3V A22 DND A GNDD AA1 VCCIO1 VLTTIL jInput output power supply 3 3V 2 GND gt O DCKE DDRSDRAMclockenabie 4 GND unused pin AAS lO GNDD_ GND unusedpin j 6 JO _ 1004 06 DDR SDRAM data
161. of 3 Pin and 4 Pin of FFC is measured DVJ 1000 139 5 6 7 8 7 3 PARTS 7 3 1 The information shown in the list is basic information and may not correspond exactly to that shown the schematic diagrams e List of IC AN22022A MN103S71F EP2C20F484C8 HD6417709SHF200B 22022 DVPL ASSY 1C7000 Block Diagram lt 65 VREF2 LPC2 LPCO2 E 140 DVJ 1000 1 E 2 3 4 e Pin Function Pin Function 3 beam sub CD input 2 6 VFOSHORT VFOSHORT control __ 2 8 DTRD read signal input of data slice for RAM S 9 Gate signal input of data slice address block RAM __ I 4 4 4 4 4 4 4 4 4 4 i i 3 beam sub CD input 1 DVJ 1000 5 6 7 8 MN103S71F DVPL ASSY IC7100 1 3 SODC Pin Function e SSCDC IC 142 1 2 Driver IC mute control O Driver IC mute control __3 _ __ JILMUSK JComectoVSS 4 VDD 03 Jj Power supply VD3V 5 VSS 55 ONDD 6 PYEXCNT JNSDE Servo mechanism inside SW input ON 20 7 P6 NSPCCS O lighting selection DVD 00 8 P7 FADRI7 JFADRI7 NSPCCS Addressoutputto FLASH ROM ____ 9 PEFADRHiB A FADM8 O 10 FADHi O Addressoutputto FLASH R
162. or L Card Plate Door Holder Push Rod Holder Insulator Assembly Shield Plate 1 Assy Damper Earth Spring Float Spring G11 Mecha Plate Cord Clamper STEEL Binder DM Screw FTC Screw Screw Screw Screw Screw 2P Connector Laser Caution 7L Guard Cushion Door Plate Shield Sheet Assy Part No DNG1098 DNH2723 DNH2724 DNH2726 See Contrast table 2 DNK4218 DNK4591 DNK4636 DNK4637 DBK1296 DNK4652 DNK4671 DXA1904 See Contrast table 2 6011 DBH1398 DBH1526 DNH2339 RNH 184 ZCA SKB90BK DBA1260 BPZ30P120FTB BPZ30P080FTB BPZ30P080FZK BBZ30P140FTC PFO2PY B37 See Contrast table 2 DEC2984 DNK4650 DXB1941 DVJ 1000 IWYXJ5 DWS1396 DNH2749 DXB1892 DRW2317 7 DVJ 1000 TLXJ RD DWS1396 DNH2750 DXB1894 DRW2317 DVJ 1000 TLFXJ DWS1396 DNH2750 DXB1893 VRW2159 11 2 3 CONTROL PANEL SECTION E 5 FOS LIVINOI LLI 20 LIKLNOINON ip y fy Ld 18 Pg U DVJ 1000 12 5 CONTROL PANEL SECTION parts List Mark No Q Q NO 4 e 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Description DIPB Assy HSWB Assy SLDB Assy LED 1 Assy LED 2 Assy DFLB Assy KSWB Assy 22P FFC 60V 25P FFC 60V 10P FFC 60V FFC 60V Adjust K
163. rtup processes begin Canceling reset of peripheral devices Communications with the Operation section start Communications with the ATAPI system start Checking result of peripheral devices Once communication with the main CPU is established the POWERON indication disappears Input of statuses of keys output of display data If the result of the check is NG error E70 is generated After a disc is loaded loading Long press processing and startup processes begin of the key In the power ON 122 Reading data etc If a disc is loaded the playback process starts Distinction between DVD CD CD DVD playback CD playback process process 2 3 4 5 6 7 8 Sequence of Starting Up the Drive Note Install disc after turning the unit Disc installation Detection by the Inside switch is Focus gain adjustment performed for the first disc FE AS PFENV LNSC and JIT Focus search detection of disc presence tentative judgment of medium type by Off track threshold adjustment Disc present Tracking close Spindle starts rotating at 2 000 rom Unloading Tracking gain adjustment DVD Light emitted from the DVD laser Focus gain adjustment No disc present measuring the distance between the focus pseudo S curve waveform and the actual S curve waveform Li
164. sc an automatic setup is not carried out Moreover a play is not carrying out audio reproduction but is tracing the signal side of a disc At a play a disc is traced by 4000rpm CAV rotation A sound is not outputted trace it in 4000rpmCAV in the case of a CD in 5000rpmCAV in the case of DVD by a play Track Search F R search a track displayed by a FWD REV course and in the case of a CD do pause A track search is not possible in CD ROM Whenever a FWD REV direction is pushed search it with the following turn and in the case of DVD do a pause When a FWD direction was pushed with DUAL LAYER DISC gs LO inside L0 middle LO outside L1 inside L1 middle L1 s When a REV direction was pushed with DUAL LAYER DISC lt LO inside middle LO 1 inside 11 middle L 1 Buses When a FWD direction was pushed with SINGLE LAYER DISC LO inside L0 middle LO outside When a REV direction was pushed with SINGLE LAYER DISC LO inside LO middle LO Disc A search address is different in inside middle outside at total capacity of a Disc in a relative address Outside searches about 20000 sector than a Disc most circumference address DVJ 1000 5 6 7 8 Error Rate Count measure an error rate of 10000 blocks in the case of DVD in case of a from a present position doing play pause for about 20 seconds and display a measure
165. t FPGA configuration serial clock output OOOO O RS 232 C communication output OSD_RESET OSD_XCS DJMODE_SW Normal mode DJ mode switching SW Power supply OV RxD2 SCPT 4 RS 232 C communication input Vcc Power supply 2 0V IRQ5 AV 1 INT2 interrupt PTC 7 ADV7172 reset 6 Reset 5 Reset for capture 4 Reset VssQ Power supply for input output OV PTD 3 4300 RST 4300 reset VccQ V4 3SH 1 Power supply for input output 3 3V PTD 2 PINT 3 CAP XINT Capture interrupt PINT 2 4300 XINT 4300 interrupt PINT 1 DMA XINT DMA FPGA interrupt PINT O PTD 1 GSL RST O GSL reset PTD O DREQO DMA request 0 DMA request 1 Reset input pull up oull down Power supply for analog Motorola FIFO empty signal input High at EMPTY AVcc 3 3V Power supply for analog 3 3V ANI6 AVss Power supply for analoa DVJ 1000 6 7 199 8 PANEL FACILITIES 8 1 PANEL FACILITES Operation panel Buttons and controls with the mark are disabled when the NORMAL DJ switch is set to
166. t 057005 4401 e GND GND ST14 288 7004 16 GND Q 1 289 ee 2 ST1 2 ST1 ST2 SPRNF ST2 5 24 o LPS2 2897 m INSW FG ST2 7212 R7212 E rem DNK1275 TL NES MU2 SPCNF CN7002 E STRNF2 R7214 RS1 4SA2R0J 1 4W SPIN STRNF1 R7215 RS1 4SA2RQJ 1 4W STCN ASSY LOVM BE LOIN SL2IN 7405 SL1IN GNDD CN7401 INSIDE HS VD3V GNDD R7163 4 5504 55 mark found some component parts should be replaced with x SU idi 2 17001 17116 0 cS latery authorized d CTF1324 of identical designation x x R7151 R7154 RAB4C330J KN7004 VNF1109 1 amp 60 1811 5 14 to MAIN ASSY 701 7007 46 DVJ 1000 1 E 2 3 4 7141 67145 i MON I 4 VD3V DTR DL_CHK MON 132 NTRYCL MONI7 SPGAIN MON I ORDY NDMACK INTRQ NIOCS16 VSS VDD3 DA2 NCS1FX 5 NDASP HDD15 69014 HDD1 HDD1 3 VDD3 VDD15 55 HDD2 HDD12 HDD3 HDD1 1 HDD4 89010 HDD5 55 VDD3 HDD9 HDD6 HDD8 HDD7 VDDH NRESET lt MSTOPL MON NDMUTE 2 MON SETUP CHK MON 141 151 NEJECT MONIO 158 1 5 HDOO iilii
167. the switch is not in LPS1 terminal side when the mechanism is not clamped for ILFXJ type and LPS1 signal is high level P Thus the interlock will no longer function if the switch is deliberately set to LPS1 terminal side if LPS1 signal is low level In the test mode the interlock mechanism will not function Laser diode oscillation will continue if pin 5 of AN22022A 7000 on the DVPL Assy is connected to GND or else the terminals of Q7001 Q7002 are shorted to each other fault condition CLASS VISIBLE AND LASER RADIATION WHEN OPEN EXPOSURE TO THE BEAM TIS CLASS TERE 2 When cover is opened close viewing of the objective lens with the naked eye will cause exposure to a Class 1 laser beam VRW2159 DVJ 1000 3 m 5 6 m 7 8 Important Check Points for Good Servicing In this manual procedures that must be performed during repairs are marked with the below symbol Please be sure to confirm and follow these procedures 1 Product safety Please conform to product regulations such as safety and radiation regulations and maintain a safe servicing environment by following the safety instructions described in this manual 1 Use specified parts for repair Use genuine parts Be sure to use important parts for safety 2 Do not perform modifications without proper instructions Please follow the specified safety methods when modifica
168. tion addition change of parts is required due to interferences such as radio TV interference and foreign noise 3 Make sure the soldering of repaired locations is properly performed When you solder while repairing please be sure that there are no cold solder and other debris Soldering should be finished with the proper quantity Refer to the example 4 Make sure the screws are tightly fastened Please be sure that all screws are fastened and that there are no loose screws 5 Make sure each connectors are correctly inserted Please be sure that all connectors are inserted and that there are no imperfect insertion 6 Make sure the wiring cables are set to their original state Please replace the wiring and cables to the original state after repairs In addition be sure that there are no pinched wires etc 7 Make sure screws and soldering scraps do not remain inside the product Please check that neither solder debris nor screws remain inside the product There should be no semi broken wires scratches melting etc on the coating of the power cord Damaged power cords may lead to fire accidents so please be sure that there are no damages If you find a damaged power cord please exchange it with a suitable one 9 There should be no spark traces or similar marks on the power plug When spark traces or similar marks are found on the power supply plug please check the connection and advise on secure connections and suit
169. title display ON OFF on supported discs only This function is disabled DJ mode AUDIO button During DVD playback press this button to change language or audio channel on supported discs only In DJ mode when the language audio channel is changed both video and audio playback temporarily stop due to writing to buffer memory Display 1 to 24 DISPLAY button When pressed in DJ mode turns the hot cue cue point and play back time guide display ON OFF on the monitor connected to the preview video output connector When pressed in NORMAL mode turns the disc information guide display ON OFF When power is switched ON the display function defaults to ON when the unit is in the DJ mode and OFF no display in the NOR MAL mode DELETE button Press to delete cue points and loop points recorded in memory card MEMORY button rj Press to store cue points or loop points in memory card MENU button Press to display DVD menu Also during MP3 playback displays MP3 navigator screen Top menu T MENU button Press to display a DVD s top menu level SETUP button Press to display the setup menu RETURN button When setup or other menus are displayed press this button to re turn to the previous menu or item 157 7 E 8 10 11 12 13 14 15 158 4 b 1111 TITLEFLD OUT 23 22 21 2019 18 17 Title Folder number display
170. ubtitles and some other functions operations or playback points may not be supported NORMAL DJ functions are not supported Pause mode is silent not audible During DVD playback selected audio sig nals are output from the digital output connectors During CD playback digital data containing subcodes are output does not support CD graphics CONTROL connector Using the supplied accessory control cord this connector can be connected to a Pioneer DJ mixer sold separately to al low control of this unit from the DJ mixer This facilitates the use of functions such as fader start play and back cue Alternately linking this connector to another DJ player allows automatic relay play AUDIO OUT connectors RCA type analog audio output connectors Main video output connectors VIDEO OUT Includes RCA and BNC type connectors for outputting DVD playback video only composite signals as well as S Video output connector DVJ 1000 5 m 6 IND NU 1 lt SS NG DIGITAL OUT connector RCA type coaxial digital output for connecting AV amplifier Dolby Digital DTS decoder CD recorder etc When NORMAL DJ switch is set to DJ during DVD play back the unit outputs 2 channel linear PCM digital data re gardless of the selected audio signal format During CD play back the unit outputs only audio data that do not include subcodes W

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