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COMPACT DISC PLAYER

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1. n R2 R2 RO Oj co Ooo 4 O O1 09 CD 4 O O1 ho 144 Voltage 1 8 CD CD oo 00 NINININININININININ 01 01 01 07 O1 O1 O1 O1 07 S S 45 45 I2 45 5 IS 45 IS N 1 oo O1 O0 4 Oo O1 NID 4 6 Voltage V NIN CD 28 6 to 30 5 21 7 to 23 7 14 7 16 8 12 9 12 8 SIE 10 8 12 8 12 8 8 9 12 7 16 7 18 7 20 6 to 21 1 16 6 30 3 28 4 to 31 4 28 3 to 29 1 30 4 to 31 2 31 7 to 33 4 34 5 to 36 3 34 8 to 35 3 36 2 to 37 1 30 6 to 31 32 3 to 33 3 38 4 32 2 to 34 6 32 9 to 36 2 33 1 to 35 7 32 4 to 35 9 30 2 to 32 9 CDJ 1000MK2 E 7
2. 1 1 5 14 4 i 05 170 VREF B e 0a Zol Dd mu Bee por S2003N m N oo ui peas 5 S26K53 5 54 i E LEEEEEEEEEE LEE EET EE BEEEEL 8E FINE 4 622 25 PE 16 214 VSFPL rhe Ur 187 189 192 hes 194 195 196 9 198 199 pm 202 205 204 225 226 227 VSFPL C672 9 01 C673 C674 0 01 C67 R664 00 1 LKCK MBLKCK T C612 1 3 TC7WUO4FU TRB C612 2 3 i R623 gt gt 3 180 Ger a R614 1M 1 612 0050 180 X602 A 0 01 0 VSS1086 5 5 27MHz Y CH 1 C637 GNDM GNDM 3 4 22 CDJ 1000MK2 1 2 E 3 m 4 Ts ALL RESISTORS 16 OTHERS 3g CCSRCH VD5DD V 5V EX 911 5 5 DTA124EUA TLB ET IL MUTE C13 1 5 ay TC7WUQ4FU TRB GNDAN E R20 011 155355 100K 1 13 3 5 C33 8 MCLK gt 8 Doze So 0 1000P 1 15 2 5 Qo lt sa N IN IN 1 12 5 6 1611 d 12 PE8001A TBB 2 100 LRCK 2 LRCKIN ML 28 2 6 7 229 0 100 BCKIN MD 26 3446 a 4 25 BCLK A 250 0 4CLKOUT XMU
3. Of AU A 0 LO Lo 0 CO 2 09 12607 025 2012 1 13 00 LO LO LO ICe08 TC7WUO4FU 00 191119 LO LO LO LO LO 60 NINININININ co lt o e olo 10 00 0969 39 CDJ 1000MK2 4 4 MAIN ASSY 3 4 MAIN ASSY 12404 1561 401 56367 15 401 56367 150 2 N es 601 2550 5 208 601 2550 5 208 405 TC74VHC541FT ojoj o N LO O DJ O Of OJ OJ Of GD OJ Of 0 CO Of QU CO SILO xr LO C K CO CN oO N CN N 1 407 7504 CN CU
4. ch 0 006 JEITA CDJ 1000MK2 WYXJ type 1 General 3 Accessories SDV SLC Compact disc digital audio system siea i 1 x one dta ditte 220 240V 50 60 Hz PONCE OO 1 utes 31 W 1 Operating temperature ss 5 35 1 DOO 5 85 Forced eject pin housed in a groove in the bottom panel 1 There should no condensation of moisture Multimedia Card 16 MB sse 1 4 2 Dimensions 320 W 370 D 105 mm NOTE Specifications and design are subject to possible modification without notice 2 Audio section Frequency TSP OMS qx ons cado n Mad eaten 4 Hz 20 kHz Signal DOISO TAO 115 dB more JEITA 0 006 JEITA Accessories ER Power Cord Forced Eject Pin MMC Memory type ADG7021 DEX1013 DWX2326 E PDE 319 1 1 m WYXJ type ADG1 154 6 CDJ 1000MK2 E 1 2 3 m 4 5 6 I 8 2 EXPLODED VIEWS AND PARTS LIST NOTES Parts marked NSP are generally unavailable bec
5. 41701 1 50 2 GNDD 40H GAS DNP1987 E HJG 1OS 990 1701 01017 01009 01008 01113 01115 01016 01010 01015 01007 01116 01118 01102 CDJ 1000MK2 5 6 DNP1987 E N Tr Q1106 Q1107 Q1109 Q1108 Q1101 Q1112 01111 01110 53 7 8 ES 2 3 4 4 5 KSWB ASSY KSWB ASSY KSWB ASSY 54 20 M 5 O O 01103 CN1301 OO TO iD e 1301 0 4 1308 CN1301 VSLED z0 1807 11305 0 9 V 5V 11306 8 GLED LOE LSM AG O DO 3 MMCL 2 CUEL tPRLAYL 5 1307 S E 5 01321 01825 Keb K E KE 1826 D1322 01327 01323 04328 01824 25 lt 11304 Ox 1308 o 6 E 6 OF VE an y w102 GLED W103 V 2V 9 p VN gi 9 ORD CRP Ex CD 4 7 5 01303 ER P lt 01301 c 84 1304 zh 31 81323 8 01303 D1301 01302 E R4305 O O Q m 51301 01302 01308 Kt M DNP1987 E DNP1987 E CDJ 1000MK2 2 3 4 4 6 SLDB ASSY Q1401 Q1402 VR1402 O i OdlN3 L OU 9 NOILISOdOHd 9 1 245 sof a O e
6. MOD 4 2 9 26 Ib 220 W x 370 0 x 105 mm 12 5 8 W x 14 9 16 D x 1 8 in Specifications and design are subject to possible modification without notice 2 Audio section Frequence 4 Hz 20 kHz Sianal 115 dB or more JEITA 0 000 E CDJ 1000MK2 type 1 3 Accessories E Compact disc digital audio system Operati 2 tU e En REP 1 110 240 50 60 Hz 1 POWER 31W AUGIOCAD G 1 Operati Tempe ide 5 35 CODE 1 5 85 Forced eject pin housed in a groove in the bottom panel 1 There should no condensation of moisture Multimedia Card 16 sissies 1 hd texas 4 2 Dimensions ends 320 370 105 mm Specifications and design are subject to possible modification without notice 2 Audio section tepon 4 Hz 20 kHz Sianal atio ote sity ede 115 dB or more JEITA
7. COJ O CO CO CO IC950 LA6562 sr CO O 10 4 10 lt SF 10 t LO CO sr LO CO CO O SF 40 CO OO O 11 2 lt Co SF SF SF SF SE SE SE SE LO LO LOO LO LOO LO LO 1 850 10358 701 TC7WU04FU 710 TC7SETO8FU IC711 TC7SET32FU es a lese bes 8 4 st game Een is oa fens ed 572 64 62 gt Sto 1911191 191170 ERR CDJ 1000MK2 38 3 4 MAIN ASSY 1 606 K4S
8. 84 CDJ 1000MK2 1 2 3 4 7 2 PARTS 7 2 1 1 The information shown in the list is basic information and may not correspond exactly to that shown schematic diagrams Lis of IC PD3445A8 PD3446A8 PE5387A E PD3445A8 MAIN ASSY 201 System Control UCOM Pin Function 1 3 o 1 capacitor 0 1uF It GND connects 2 DGP2 2 Motorola DSP preceding paragraph Interface 1 XHREQ2 Motorola DSP latter part Interface 551 EX Motorola DSP preceding paragraph Interface 552 EX Motorola DSP latter part Interface DOSW Digital OUT ON OFF SW detection 2 Control 2 input terminal 9 1 1 output terminal WFILSH EN The terminal which detects a flash write in permission signal S2DO serial output terminal to DSP 5100 oO output besides controller 520 The serial input from DSP 510 input besides controller S2CK O The serial clock to DSP S1CK A serial clock besides a controller XFRST Resetto FPGA XSRST Reset to circumference ASWC O Serial change SW enable MUTE O Line OUT output MUTE 2 Monitor terminal 2 XZOFF Ex The terminal for repealing zero detection XDRST The reset terminal for DAC Emo 28 2 30 31 32 E
9. d teres 18 SAMAIN 24 FLRB and SLMBASSYS ur auis ende e Dus fom tus aerate 20 3 5 MAIN 3 4 ASSY 22 24 3 7 JAGB and DOUTAS SYS 26 9 9 MELB 1 2 ASSY S mp itus mus emi 28 30 EE 31 SM NM LB and 32 3 12 SW POWER SUPPLY PSWB ASSYS 34 4 CONNECTION DIAGRAM E 42 NEUE II 42 42 SPON SEMB and MMGB ASSYS b um ot tb e 46 4 3 DOUT ASSY S diii mete ui test os om cue 48 44 MELB and H9WEBUASOYO ussmusu tui ILS 50 54 49 SLDB 5 E 55 A T JE Bana JOOB ASS 56 4 68 SW PO
10. 232 Q1 DTA124 Q2 DTC124 CAPACITORS C1 C2 C4 C5 CEAT100M50 C6 CKSQYF103Z50 RESISTORS R1 RD1 2VM221J R2 R3 RD1 2VM103J OTHERS CN1 RS 232C CONNECTOR XM2C 0192 111 2 2P CONNECTOR 2 6P CONNECTOR 6 CN4 MIN JACK DKN1146 CDJ 1000MK2 1 2 3 4 Communication Soft e Windows standard Hyper Terminal Tera Term CCT Win etc Setup Baud Rate Data Bits Stop Bits Parity 4800bps Obit ibit None Communication Command Command Note Name Test Mode Entry Address Block Address Track Address Index Address Time Start Up Play Pause Search Reject Open Error Count Address Request Block Number Request Index Number Request Track Number Request Time Code Request TOC Information Request Error Rate Request All Servo Off LD On Off Focus Servo On Off Spindle On Off Tracking Servo On Off Address Read Disc Search Focus Position Adjust Tracking Balance Adjust Focus Gain Adjust Tracking Gain Adjust Single Jump Fwd Single Jump Rev Multi Jump Fwd Multi Jump Rev Slider Move Fwd Slider Move Rev Description To enter Test mode It checks coming to a personal computer on the contrary with OFF To make the block address assignment To make the track address assignment To make the index address assignment To make the time address assignment To turn all servos and wait paus
11. 106 V 5V div 1 4 en pin 100 XINT V 5V div H 1msec div 3 4 69 IC601 106 PRGM V 2V div 5usec div 9 4 IC201 100 XINT V 2V div 5usec div 4 6 106 PRGM V 5V div 100msec div 12 4 1020 100 XINT V 5V div 100msec div 3 4 24 260 155 S2CK53 V 5V div 100msec div 3 4 25 153 2003 V 5V div 100msec div AK 4 0 106 V 5V div 5usec div 12 4 100 XINT V 5V div 5usec div 3 4 GA ceo pin 155 S2CK53 V 5V div H 5usec div A 3 4 05 153 S2D03N V 5V div 5usec div 36 9 4 Q1 pin 100 XINT V 5V div 100msec div A 3 4 04 155 S2CK53 V 5V div 100msec div A 3 4 25 260 153 52003 V 5V div 100msec div 12 4 26 220 60 DONE V 5V div 100msec div 2 4 992 pin 60 DONE V 5V div 1msecy div A 3 4 GQ pin 89 XFRST V 5V div 1msec div A 4 4 02 05 15 XSRST3 V 5V div 1msec div 12 4 06020 pin 60 DONE V 5V div H 100msec div 3 4 Oke pin 89 XFRST V 5V div H 100msec div A 4 4 6205 15 XSRST3 V 5V div 100msec div A 4 4 en pin 2 XSS23 V 5V div H 100msec div
12. 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 41 42 43 44 45 46 47 48 49 50 Description MFLB Assy KSWB Assy SLDB Assy RSWB Assy JFLB Assy JOGB Assy Connector Assy Screw Encoder Plate JOG Holder 2 JOG Stay Assy Sheet SW JOG Plate JOG Panel VR Stay Flange Nut 9 Control Panel Eject Guard Card Lens Ring Lens Set Knob PLAY Assy Mode Lens Set Knob HS Set Knob LOOP Re loop Knob Set Knob TIME Tempo Reset Knob Tempo Lens Set Knob MT Mode Select Knob Set Knob SC Eject Knob Set Knob MEMO Slide SW Knob Earth Plate CU Cord Clamper Card Plate Slide Sheet 1C Display Panel Slide Knob Rotary Knob C Screw Arm Spring SW Spring 25 Gear Spring 200 SW Cushion HH48 2 Part No DWG1567 DWS1324 DWS1325 DWS1310 DWG1568 DWG1569 07 1062 2498 DNK4175 DXB1780 DSX1060 DAH2052 DAH2182 DNF1663 DBN1004 DNK4180 DNK3958 DNK3885 DNK3880 DXB1762 DNK3881 DAC1986 DAC1995 DAC1992 DAC1991 DAC1993 DNK3882 DAC1987 DAC1989 DAC1988 DAC 1990 DAC1994 DAC1926 VBK1070 ZCB 069Z DBK1212 DAH1988 DAH2022 DNK2936 DAA1143 BPZ30P080FZK DBH1503 DBH1514 DBH1525 DEC2538 6 56 57 58 59 60 61 62 63 64 65 66 67 CDJ 1000MK2 Description Spacer Ring Cushion Gear Arm D Gear SW Ring JOG A JOG B JOG C
13. 33 3 12 SW POWER SUPPLY and PSWB 55 5 9vt0ldMg PXAM SONILVY ANY 3IAVS 39V 1d3H 36044 JO LSNIVOV NOILO3 1OHd ELM LO HA 6069 z ovla G eH 51515 5 E LOSH 1028 23 1N3W3Ovid3H 3614 HOS 3ION 0 MA NEED C c EL ccm V WV Lr J s SH S ASSY 8MSd 1 9024 12 V a y cs CN 956 x O LOZO voca 2 5 Eu lt QNO ro o 5 p 2 N y nee GD 5 z 5 S y 7 3 5 wo a uc 1 yi Z0c1 pi 9 N 2 ones 21 CL Pu LOCNO pec 2129 022 ASSY AlddNS MS lt Em O m LLI m LL WAVEFORMS 12 4 main assy Mode Power ON IC201 63pin XRST V 2V div 20mS div IC201 19pin XSRST V 2V div H 20mS div 32 4 3 4 MAIN ASSY Mode Power ON IC201 63pin XRST V 2V div H 50mS div IC601 89pin XFRST V 2V div
14. 4 View point of PCB diagrams EN 4 E Symbol In Symbol In Schematic oS Connector Capacitor get 96 8 HE 6 9 i u i nm ransistor la la with resistor 1 D G SD as Field effect P C Board Chip Part ARF Das transistor C806 C807 C814 C810 R811 812 gt 3 terminal 812 regulator D 855 ee M 1 2 3 4 MAIN ASSY 0202 8254 53 2 248 0209 R21 5 200 D R246 R245 K o _ 2 m 0207 6236 656 FI CN1101 227 CN203 LOADING MOTOR 34 CN1501 C R833 CN99 CN202 CN303 CN302 55520 PICKUP ASSY gt CN801 ON Eos om 2 SMDI 1 XMDT BENE JUN 7 Coo 5 CONTACT SIDE LUE PIL os nsf 4 l 8 M AE C3 las 900 5 903 3691 H531 C306 CN912 4 2 8 7 300 AERE 7 16 C E 2 DNP2058 B 43 7 8 3007 CUI LC SML P 0 1
15. 4 4 67 501 2 XSS23 V 5V div 500 14 4 08040 2 XSS13 V 5V div 500 09 240 23 4 4 V 5V div 500usec div 12 4 89 12201 2 DGP2 V 5V div 500 4 4 2 XSS23 V 5V div 50msec div 14 4 28040 2 5513 V 5V div 50msec div 14 4 81 240 10 5004 1 V 5V div 50msec div 12 4 89 12201 2 DGP2 V 5V div 50msec div A 4 4 2 XSS23 V 5V div 500 08 401 2 5513 V 5V div 500 401 1 S2CK3 V 5V div 500 401 143 52003 V 5V div 500 Maina gt gt 4 4 8040 2 XSS13 V 5V div 50msec div 1 501 pin 2 XSS23 V 5V div 50msec div 401 1 S2CK3 V 5V div H 50msec div 401 143 52003 V 5V div 50msec div CDJ 1000MK2 2 3 9 4 63 XRST V 2V div 200msec div A 3 4 3799 89 V 2V div 200msec div Reset timing Maing i 0k A 9 4 Ora pin 63 XRST V 2V div H 200msec div 84 12201 25 XDRST V 2V div 200msec div Reset timing A 9 4 63 XRST V 5V div 500 43 1 300
16. oo V1 201 9 W260 GNS W254 2 3 SES C1225 61213 4 W258 W251 W252 R1282 01212 aj a lt 2 ps R1281 1214 53 8 gt JJ Qs gt gt W243 V 33R5V 01213 NE 142042 o QO vo g GONTACT SIDE TOP CN1201 1568 JFLB SHEET SW DNP2059 B DWG1569 N s JOGB DNP2059 B 56 CDJ 1000MK2 1 2 3 m 4 01209 01210 01208 01211 01214 1201 01207 01202 01204 01205 01206 1202 41202 JFLB ASSY LLI m 5 1257 81250 Lg 81260 ER e o 5 oi Xe N p AP nav 4 m an 2 Ph Lr 28 aL 9 Q 4 se 81259 4223 e Apu OT eR 282 VLOD 3 R4299 1261 01214 ht 81221 5 Wwe Qi20 288 Vo 0 F nN M gt 01213 04207 E 2JOG2 R1212 NS M m CN 16802 to 81214 9 N R1215 5 81216 E RA 1218 O 1205 5 2 o gt lt Ha mi OD v 33R5V 93 fi 61284 E 01204 A 8 S 5 01201 e a
17. 1201 UPD16306B 00 CO TM 24 IN IN IN IN IN IN TN O1 O1 O1 O1 5 S 45 45 Is 5 I 45 45 02 JO DIN P9 2 N cu gt Oo o J o 00 N 09 Oo N Co JN OD Co PO J JN 0 Co OO N JO B Co PO JN OD 09 0 N 0 38 3 0 0 26 9 to 27 8 29 7 to 30 8 27to 27 9 26 8 to 27 8 38 4 32 6 32 6 32 6 32 6 32 6 33 1 32 7 32 8 32 8 32 8 35 5 38 4 38 4 38 4 38 3 38 3 38 3 38 3 3 2 3 2 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 10 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 10 30 7 29 7 10 30 7 29 7 10 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 10 30 7 29 7 to 30 7 29 7 to 30 7 0 0 38 3 0 0 N 0 29 7 10 30 7 29 7 10 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 29 7 to 30 7 V FLB assy IC1201 UPD16306B DOU
18. d 3000 AL3JVS 8 HLTV3H WHYH 3ALLOndOHd3H H3HLO HO 810333 A H3ONVO ISNYO 4 200 OL VINHOJI1VO JO i coris 51402 1406 a 282 91402 C1404 D1402 R1401 4118 JHL OL NMONM OdW3L THE aee Nov 9NINHVAN 4 Qv3lSNIVLINOO 1 SIHL 8 1 13S3u OdW3L 01401 uLQ1402 1406 R1405 i 8 SLDB ASSY EMPO ZERO POINT VR1402 O T 72 gt lt a ZERO POINT ADJ lt au San W303 W306 74 51403 VR1401 MASTER C Q O W1 1402 GNDAD gie gif pwsi3os Mm C W304 e DWS1317 26 gt 07 20 DWS1318 D1405 J3 C C 5 1CN1401 309 DWS1325 OPEN SIDE SLDB 114 lt 01406 GNDAD E Meo alo c 1406 55 DNP1987 E CDJ 1000MK2 DNP1987 E 1 2 m 3 4 4 7 JFLB JOGB ASSYS 01212 01213 01215 E 1102 JFLB ASSY 25 25 23 25 24 a acia 25 25 25 am eo 0 9 9 9 99 9 9 09 SSNS NSS 404 SS SEY gt 15 41202 W267 0 60 10 2 4 C1215 W263 W264 W265 J1202 W257 5 W258 259
19. pulse input 1 9062 JOG pulse input 2 89 DQCK Motorola DSP preceding paragraph Interface RMIN For a RS232C input Nb 0 XMEN MMC chip enable XDEN DAC communication enable ICDT EEPROM data output 96 ICCK O EEPROM clock output HRST EN MMC hard reset output permission Signal 86 CDJ 1000MK2 1 2 3 4 E PD3446A8 MAIN ASSY IC300 Mecha Control UCOM Pin Function 3 3 19 XDMUTE1 Driver IC mute control 0 MUTE 1 MUTE release PB1 EN It connects with Vss PB2 FCSG A focus is changed PB3 CRC CRC check result of a sub code NG 1 0 PB4 XFEPRST PB5 XDSCRST PB6 LDONM PB7 FEW JJ 2 reset pulse 0 Reset 1 Reset release ADSC reset pulse 0 Reset 1 Reset release LD ON 0 usually 1 LD on mode WFLASH The write in enable signal of a flash memory GND 2 The serial output to FEP ADSC 3 4 5 6 7 CPUDTIN HEMO The serial output to a personal computer remote control CPUDTOUT The serial input from FEP ADSC o NE EE NM serial input to personal computer remote control o NN EX ES o EY RxDO RxD1 SCK WFLASH The serial communication clock with FEP ADSC P95 P40 P41 P42 P43 The
20. s mam ew pe 77 mem le o jen O s pw s owe le lo O OC o mese 1 RESET mp jew reps a EO w rie so 0_ sn 1_ ee 0_ BLK lee Jo mu aa le o am lo ar 27 Ex lt NN NE Heverse Switch The clock input from host CPU The data output to host CPU The data input from host CPU The enable output to host CPU The blank output to FL drive The clock output to FL driver The strike robe to FL driver meme KS 1_ wooo Turntable VOL Power supply 45V VINYL Eject Switch 1 2 3 4 Pin Function 2 3 PmName epo E02 PLAY REVERSE Power supply 5V 44 45 46 VDD 47 P127 FIP52 5 48 P126 FIP51 5 49 P125 FIP50 535 50 124 534 51 123 48 533 52 P122 FIP47 532 53 121 1 46 531 54 120 45 530 55 P117 FIP44 529 56 P116 FIP43 5 57 P115 FIP42 5 58 P114 FIP41 5 9 P113 FIP40 5 P112 FIP39 5 P111 FIP38 5 P110 FIP37 522 P107 FIP36 521 P106 FIP35 520 P105 FIP34 519 P104 FIP33 518 P103 FIP3
21. 41 FPGA interface data bus pat foe o b5 s 0 awp s we f Porso Cl Gn FPGA interface data bus ss T 49 M 1 2 3 4 Pin Function 2 3 ES ______ LI MESS ET _____ It connects with GND EX 151 ___________ processing sfo Se O SSS DONE o Theintaizaton endsignaltom FPGAS else 1 m pmsr 7 7 Compulsive interruption 65 Vss Digital GND EXTAL EN EN 1 Crystal oscillation NC ml 77 VREF The standard voltage input terminal of A D conversion machine D A conversion machine EN 78 ADCT Slider center value NN 2 5 67 70 Read FPGA Wright N power supply terminal of A D conversion machine and D A conversion machine 79 ADIN Slider data value It connects with GND CDJ 1000MK2 E 5 6 7 8 85 Pin Function 3 3 e 1 rene ___ fo 86 AVss grand terminal of A D conversion machine D A conversion machine JOG1
22. SS X ES NS 22222 lt display Indicates play position in frames 135 frames for full rotation Turns dur ing playback and stops during pause Cue point position indicator Indicates the current cue point position Display the condition of the audio memory When set in the audio memory display mode the light will flash when record ing Jog touch detection indicator In the VINYL mode this indicator lights when the surface of the Jog dial is pressed VINYL mode display Lights up in the VINYL mode CDJ 1000MK2 1 D 3
23. os 77 IN ADJUST POWER ON FL Check Mode CANCEL 5 LED Check ae 3 4 7 PLAY PAUSE Io 7 green carp IN ADJUST C orange IN ADJUST OUT ADJUST 4 TEMPO VINYL blue MASTER TEMPO 13 TEMPO RESET 0 1 2 CDJ 1000MK2 9 IN ADJUST lighting Release INADJUST TEMPO E FL lt 2 S 8 9 S pm FL lighting COMPACT ois eaver 10 DON Lock Sareea HOT CUE CUR lt CUE OJ DISPLAY DELETE WAVE IN REALTIME CUE OUT WAVE SEARCH ZUOM 919 DIGITAL AUDIO RELEASE START JOG TIME MODE AUTO CUE DISPLAY 2 RELOOP EXIT 21 WAVE FWD 22 WAVE REV 23 CALL FWD 2 CALL REV 25 DELETE 26 MEMORY All of FL Jog FL and LED light up Pioneer 27 EJECT LOCK SW EJECT 29 MEMORY JOG ADJUST TOUCH VOL MEMORY JOG ADJUS
24. p pm on d p m a LO CO gt 10 O LO CO OO NI CO NI 2 CO CO CO CO CO CO LO CDJ 1000MK2 40 NINININININININ INI N 01 01 0101 O1 O11 07 S S 5 45 IS 45 owu N COIN Ol BR Co h 4 O1 2 O cO BR cO O1 Voltage 0 1 CD 00 w CD 2 l lt amk ojojo l O C1 h J allie wk L
25. 1 um 2 men 3 m 4 SIGNAL ROUTE D PDS DIGITAL SIGNAL m FOCUS SERVO LOOP LINE gt PB SIGNAL ls TRACKING SERVO LOOP LINE SPINDLE MOTOR ROUTE 1 496416327 TC75 SIGNAL 7 CM 64M SDRAM 1 CARRIAGE MOTOR ROUTE LMA LOADING MOTOR ROUTE 12 18011 PED JA1801 Digital Out POUT STD Pat O28 1 6 1 16401 1802 61801 XC2S50 5PQ208C XCA5b6367PV150 A ose 5 DOUT ASSY ata IC501 XCAS6367PV150 E 1901 1 004 Control 4 E Audio 201 PD3445A8 System Control e LI 101201 uPD16306B 1 1 1 11 1 FL Driver 2 2 PE5387A FL Control 7 2001 1201 DEL1050 RETE ASSY DEL1051 FL TUBE CN1102 J1202 CN1602 CN1601 CN1201 J1101 J1103 TCH1 N JFLB ASSY SHEET SW DSX1060 ae E CN1401 CN1301 SLDB assy ASSY TEMPO Gs ZERO ADJ _ VR1402 CDJ 1000MK2 5 6 m 7 8 1 2 3 4 m 3 2 OVERALL WIRING DIAGRAM E 5850 220 SPCN ASSY 268 DWX2170 d E pe 4 ones ii Pd H JACB ASSY DWX2306 CNT1
26. eui jo yey 01195 s LSSX Jaye SWU 9 7 10 Seop 9141 Xe N 1 s oouenbes ay eui jo yey si 1 ye 1 INI JI 4 085 MO SO 155 ELSSX 60 2350 CSSX EZSSX indui VDdd y JO 4229 27025 2460 2480 1959 450 15 5 18461692 1594 vod eui Jo 2149 4590 vog ZHINS 2412 0825 jenas dsa indui vog 4025 ESMOZS SW 009 Bold eui VOd2 LNIX e SMOUS 941 su 006 2995 1SHx CDJ 1000MK2 82 Action of the CPU 11 Measurement about 2 5 ms After checking that
27. 1402 1 3 TC7WUO4FU TRB p R461 C605 TC7WT241FU TRB 220P C461 20M 20MHz ASS7023 T GNDM DUAL 5 5 BUFFER GNDGD CDJ 1000MK2 2 The power supply is shown with the marked box D DIGITAL DATA SIGNAL ROUTE ALL RESISTORS ARE 1 CKSRYF CH CCSRCH OTHERS CKSRYB tg CEHAR lt L501 ATL7002 T C501 100 10 528 01 527 00P OF 00 d lt lt lt GNDM 0 leo 59 501 58 885 XCA56367PV150 Sm CAS C500 R599 0 01 0 GNDM VSRC SDO4 1 R501 GND20 m RAB4C473J T 5004 p bee 4 GNDM TDO2 T012 0 TCK2 52 7 12 14 2005 S2CK3 5525 R506 220 R507 220 C567 C568 C569 47 47 100P BCLK V3RC LRCK D 3 4 R556 R464 DOUT sane 100K C557 34 ARYL Ss GNDM DJ MODE CDJ 1000MK2 6 m 7 8 1 a 2 3 4 B 3 DABB JACB and DOUT ASSYS V 12A V 12A assy 0 2305 25 1SR154 400 TRB cc R1908 ee C1908 g 961 52147 0910 JP VM 11k 1906 21910 ROUT 1 01943 GNDA 100716 GNDA 470 25021445 VW T 1906 25021445 VW
28. 22 20 22 2V 48 RFINN AGCO 49 YF 0 1 47 RFINP AGCG Z CH NOCT iV 3 SY ex 81 WEE SY Se Sy DTC124EUA 8717 dii VD5VL V12DR SPINDLE DRIVER talr 5375 INSW 2 FS HU VCC1 00 10 GND 1811975 GNDR 11 4 2 CDJ 1000MK2 3 VD2R5 VD2R5L PTL1014 T L704 C121 100 10 C755 0 01 GNDD R715 1 5K PTL1014 T 1705 L LO 4m PTL1014 T L706 1 0 TILTN DACCLK 68 724 51 TRSDRV TILT NCLDCK DACDATA DACLRCK IDHOLD 76 CHCK4 77 DATS 78 DAT2 AVDD AVSS 2 9 SV 25VDD 25755 SD 2 5V 700 MN6 7 7861 ZY 28 27 AVDD 55 55 9 33VDD 53 52 SPDRV d XDSCRST ENS ENC CPUIRQ SCK Servo TILTP FG Cen aera i SPDRV TSTSG BDO SYSCLK OFTR 33VDD 33VSS FBAL TBAL TGBAL AVSS ROUT LOUT AVDD JLINE DBALO 26 VFOSHORT AVSS RVI AVSS 19 22 R708 15K IC710 TC7SETO8FU TLB 241 R903 SPDRV 1K 1 CN913 1225 STEPPING MOTOR 914 0 1223 TFB e STCN ASSY DWX2171 CDJ 1000MK2 6 E ER 1000P 1205 TFB ALL
29. 41 CN999 pin 1 XMEN V 5V div H 20msec div HOT CUE CALL 5 6 3 4 89 999 5 SMCK V 5V div 1sec div 40 CN999 2 5100 V 5V div 1sec div 42 CN999 7 SMDI V 5V div 1sec div 41 CN999 pin 1 XMEN V 5V div 1sec div _ at LOOP memory and delete CDJ 1000MK2 7 37 Voltage measurement mode VOLTAGES DJ MODE PLAY MASTER TEMPO OFF SRIDER 0 HOT CUE OFF 214 MAIN ASSY A 1 4 MAIN ASSY 700 6770612 12100 025 2012 900 1811975 T LL 2 lt 700 6770612 4 CO O CO CO 0 0 0 010 1 150 PQ1R33 IC202 BR24C64F 1C203 TC74HC4053AFT 204 TC7SETO8FU 12205 74 IC206 PQ1R33 olololololool jojo olo p co elole OTR
30. 7 XDSCRST V 5V div 500 IC300 6 XFEPRST V 5V div 500msec div Reset timing lt lt Maing 10k gt gt A 94 63 XRST V 5V div 200msec div 12 4 86 1 300 63 XSRST V 5V div 200msec div 1 19 ene pin 10 XSRST V 5V div H 200msec div 22 2405 15 5851 94 4 V 5V div 200msec div Reset timing Mains 10 3 4 88 99 10 XMDT V 5V div 200msec div 39 999 5 SMCK V 5V div 200msec div 40 999 pin 2 5100 V 5V div 200msec div 41 999 pin 1 XMEN V 5V div 200msec div MMC Card IN 1 3 4 88 99 pin 10 XMDT V 5V div 200msec div 39 999 5 SMCK V 5V div 200msec div 40 CN999 pin 2 5100 V 5V div 200msec div 42 CN999 7 SMDI V 5V div 200msec div MMC Card IN 2 3 4 89 999 5 SMCK V 5V div 20msec div 40 CN999 pin 2 S1D0 V 5V div H 20msec div 42 999 7 SMDI V 5V div H 20msec div 41 999 pin 1 XMEN V 5V div 20msec div CUE i PES 3 4 59 999 5 SMCK V 5V div 20 49 CN999 2 5100 V 5V div 20 42 CN999 7 SMDI V 5V div 20
31. E CNT2 Hwa i SPD i D d b x MOTOR 2 1 U CN1 902 5 White c 2488 Assy a B i 901 DWX2305 gt I MW Y lt LLI PICK UP l 5 5 55 ES 0014 40 o 5 MAIN ASSY DWX2303 lt x IL S 1 gt Olo x FOR Z a B6B PH K S 6 5 501 201 m i REMO 1 1 2 oe REMI 2 2 REMI STEPPING PE MOTOR STCN ASSY DWX21 71 Ye FLWR 5 5 FLWR GNDD 6 6 GNDD A FOR 1 500 FOR 201 914 CN950 Sep 2 N ST2 4 MOTOR 1 173 EM 2 PF 3PP B30 303 e 518 1 D PSWB ASSY 0501017 2 DWS1312 261 SEMB ASSY 558 sw 0 lol to es WYXJ SW POWER DWS1309 0591017 81311 SUPPLY ASSY a DWR1370 ACPOWER CORD KUCXJ ADG7021 _ E ADG1154 ADG1154 WAX J ADG7079 EARTHLUG ASSY DDF1015 m KUCXJ AKP7032 WYXJ 1046 16 CDJ 1000MK2 1 um 2 3 4 Note When ordering service parts be sure to refer to EXPLODED VIEWS PARTS LIST
32. HE IC401 o IC605 lt EO C670 oo o o O E Paai A pars i LO Z 0953 2 C502 254 gt OLLIE IC204 O Z ENS a d O R443 A A 206 LJ 5 6444 402 6612 1 205 mc 0203 0204 IC4 4 7 9405 o IC501 100 c400 5 099 PICKUP DWX2303 E ae H o 4E T 5 5 535 527 529 531 525 ES C536 za Ca28 0528 C530 C532 5 SEED o VD3V 217 F IC150 1 710 ANA URH Q301 ES E 5 8 Y 5 E IC711 E OP nm vay 0 950 D C950 R839 8 AF C833 ig 0951 o AZ R840 R966 eLO 9 9 R845 701 20 H8 ET P As R844 8 16850 5 8834 Oh C894 IC950 0200 1C850 0600 ur Ls 43 55202 Zi is cs 1 700 NOTE FOR PCB DIAGRAMS 1 1 numbers in PCB diagrams match those in the schematic 3 The parts mounted on this PCB include necessary parts for 1 901 diagrams several destinations SN E 2 comparison between the main parts of PCB and schematic For further information for respective destinations be sure to 5 T C8 diagrams is shown below check with the schematic diagram
33. when a memory card is inserted When a memory card is inserted the ex ternal memory takes precedence CUE LOOP MEMORY button Stores Cue points and Loop points in internal memory or external memory when a memory card is inserted When a memory card is inserted the ex ternal memory takes precedence DIGITAL OUT mode switch DJ NORMAL This switch is located on the unit s rear panel When set to DJ the DIGITAL OUT connector outputs audio data alone When set to NORMAL digital data including sub codes is output but the unit s DJ functions are not supported operation buttons marked with the asterisk are disabled No sound will be produced in the Pause mode CUE LOOP DELETE button Deletes Cue points or Loop points stored in internal memory or external memory when memory card is inserted When a memory card is inserted the exter nal memory takes precedence EJECT UNLOCK LOCK switch UNLOCK In this mode the disc can be ejected even during playback LOCK In this mode the disc cannot be ejected during playback The disc can be ejected when in pause mode EJECT button When this button is pressed the disc is ejected through the disc insertion slot when it stops rotating When the EJECT UNLOCK LOCK switch is set to LOCK position the disc can only be ejected when in pause mode VINYL SPEED ADJUST TOUCH BRAKE dial When the JOG MODE SELECT button is set to VINYL position you can use this dial
34. 1212 1218 1221 1223 1226 RESISTORS R1281 R1282 Other Resistors OTHERS 1201 FLEXIBLE CONNECTOR J1202 JUMPER WIRE 15P 1201 FL TUBE 0 FLHOLDER 1602 KR CONNECTOR e Joce assy SEMICONDUCTORS D1601 CAPACITORS C1601 C1602 RESISTORS All Resistors OTHERS CN1601 KR CONNECTOR Part No DCV1013 1110 RS1 16S J UPD16306B 25 9335 25 1237 25 2412 254209 155355 MTZJ30D UDZS4 3B UDZS6 8B UDZS9 1B LRCA101J PTL1014 100 50 101 16 CKSRYB102K50 CKSRYB103K50 CKSRYB103K50 RD1 2VM101J RS1 16S J 5597 03APB D20PYY1505E DEL1050 DNK3959 S4B PH K S GP1A038RBK CKSRYB103K50 RS1 16S J B4B PH K S SW POWER SUPPLY ASSY There is no service parts 6 CDJ 1000MK2 Mark Description e PSWB ASSY SWITCHES AND RELAYS A 61 OTHERS N AN1 AC SOCKET NJ1 CONNECTOR ASSY 0 PCBBINDER 7 RSA1001 AKP7032 DKP3560 VEF 1040 63 1 2 3 4 6 ADJUSTMENT 6 1 TEMPO ZERO POINT ADJUSTMENT 64 Adjustment Points When Adjustment polnts VR1402 Exchange the SLIDER VR Zero Point ADJ TEMPO indication ete Sonn 1 VR1402 gt Zero Pioneer Control Zero Point ADJ SLDB ASSY
35. 3 4 3 5 MAIN 3 4 ASSYS e MAIN ASSY DWX2303 3 4 IC608 1 5 m oo 4 4 550 24 R611 1 608 2 5 12608 5 5 55 8688MHz X601 58 RSS1055 Q GNDM GNDM XFRST INS gt 2 4 1 610 a TC7SH 8FU TLB M PRGM z 15 V2R5L 028 is 2 3 R681 R682 os E RAB4C101J T RAB4C101U T F2 6 S 5 els Sez lt lt lt GNDM Ts 37 GNDM a E 20 GNDM GNDM R600 2 S E Bes eo Sar GNDG Begs 25 5 RE Ll NM B NM B NM J LI BM BM B T E l Iddddddddsudasuddasddas 1 0 170 STATUS 55 VCCINT VCCOJZ 1 0 170184 1 9001 1 06 A R606 4 7K VREF I O VREF I O XINT HD15 RAB4C1 01 J T gt iN Hp14 8654 es ae Ty 35 v BA usi BRE _____ 5 Ve temp 0 01 656 1 dodi zat 0 01 gal 02901 CAS a As E E 1 0 D4 P al As NE EN welt u TRDY 11 27 C653 29 0 01 2 S 255 5 208 an 0983 0619 o 49 145 7191 35 1 0 D2 bla EA IVCC INT 14
36. DNG1082 S 5 31 32 33 34 35 36 37 38 39 40 NSP 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 Symbol and Description 6 CDJ 1000MK2 Description Power Knob Front Plate Cord Clamper Damper Earth Plate CU Shield Case Shield Cushion Insulator Assy Memory Holder Flap Spring SD Flap Silicone Rubber D5L Bottom Plate 2 Bottom Cushion Mecha Plate Bottom Cover Caution Label Screw Screw Screw Caution Label HE Caution Label 65 Label Protect Sheet PU Packing Screw Cord Clamper type TLXJ type DWS1312 DNC1647 Not used Not used Not used ARW7050 7 Part No DWS1311 DNC1648 Not used Not used PRW 1018 Not used Part No DAC1895 DNH2480 RNH 184 CNV601 1 VBK1070 DNH2481 DEC2445 DXA1904 DNK3884 DBH1487 DNK3883 DEB1456 DNH2558 DEC2444 DNH2339 DNH2559 See Contrast Table 2 BPZ30PO080FZK BBZ30PO60FZK BBZ30P120FZK See Contrast Table 2 See Contrast Table 2 See Contrast Table 2 DEC2559 DEC2593 SBPZ30P140FMC ZCB 069Z WYXJ type DWS131 1 DNC1646 VRW1094 PRW1233 Not used Not used 2 3 SECTION 2 2 NON CONTACT SIDE CONTACT S DE N O gt a e N 5 lt gt 5 WY 5 E CDJ 1000MK2 10 5 EXTERIOR SECTION 2 2 Parts List Mark No NSP O A O N
37. TEMPO knob 0 No adjustment required es 1 N POWER ON the TEMPO knob to the Check that the TEMPO mechanical center 0 indication shows 0 00 POWER OFF 6 8 Perform fineadjust Repeat procedure until the TEMPO indication shows 0 00 VR1402 Note Because the value of the adjusted voltage is read only when the unit is turned on if the TEMPO indication does not become 0 the slider center after adjustment turn off the power and perform fineadjustment again Repeat the sequence of fineadjustment power on check power off and fine adjustment When adjusting the VR1402 Zero point adj adjust it from the hole on the foil side with the SLDB Assy attached to the control panel CDJ 1000MK2 ma 1 2 3 m 4 5 6 7 8 7 GENERAL INFORMATION 7 1 DIAGNOSIS 7 1 1 SERVICE MODE Types of Service Modes The unit is provided with three microcomputers a microcomputer that controls key input and FL LED display display com a mechanism control microcomputer that drives the disc loading mechanism and servo mechanism and a system control microcomputer that controls the whole system The following test modes are provided for diagnosis of each microcomputer Mode for checking key input in the display block and for display functions In this mode key input and the display function associated with such input can be checked Mode for checking operation of the me
38. gt 81112 36 1155 Die lt A 5 0 In m e T T p o eve E 2 81115 1164 ENS a b b 5 BN 4 0 ono 5 TEXT O FARINA T D1114 D1113 gt 01 5 dU d ud f Qo Sie cu m 51114 T 76 1113 cal 00 She o X o EN O O 1004 15505754104 RELOOP DG 01401 51115 1108 5 Q Q 7 sels Dtt07 _D1106 NE D725 5 n D E 2 D 2 diee E to ap ot Same Rite ee m a di e 01115 7 81091 M g 101 2 WS a Tip p A V wv 1103 lt Q 5 6 5 CONTACT SIDE g 5 5 72052 2 V5LED go P TH 0 elle WS 255 2 4 gt HE e 05555560690 5 5 1 40HI S1119 REVERSE 41701 L4RSWB ASSY
39. 0 01 00 DTL1024 S C200 0 01 CAUTION FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE NO ICP N20 MFD BY ROHM LTD FOR IC101 AND 1 104 MBLKCK CPUIRQ TKCNT to LOADING SLMB ASSY MOTOR p 528 5 d T l 501 2 2 2 55 51501 X300 CN302 LPS1 0551127 0501 017 20MHZ GNDD LPS2 0561017 CLAMP q gt ul 76 77 AGCCNTO 10500 PD35446A8 MECHA CONTROL CPU C301 9 1 YF GNDD HD64F3062BFBL25 5 SPCCS XDSCRST 6 XFEPRST 10 WELASH 305 100K 4 R306 100K R307 100K 6 5 INTERFACE GNDD VD2R5 IC100 PQ025EZ01ZP TLB R100 1101 PTL1014 T VLOD m VFLAC2 VFLACS 2 ICP N25 T gt 106 104 20 102 52151 031 40 2 101 147 1510 CDJ 1000MK2 2 3 LOV 13 1 17129 LOS LNO FLRB ASSY DWX2308 ee The power supply is shown with the marked box oce XRST 5 UD 201 5 0551127 5 V 5M V 5V 20MHZ 10 F V 5M Gu i 959 5 5 201 47K gt gt 100 10
40. 01902 01901 SIDE DNP2059 B CN1902 CN1801 CN1802 FYCNI2 4 c 2 ci 2 48 CDJ 1000MK2 1 2 3 4 2059 DNP2059 B s ASSY DNP2059 B GN1904 MANUAL SOLDER CN1904 3 CONT2 Sem 2 UT 1 GNDM A 1901 2 1 0 50811 og Q C 90810 O Ega gt c08IH PA 60819 66814 21405 LLNOO c Blu 1081 1 96619 6061 CN1903 1901 TI 3 O GNDMw O O O 46 oe OR O SHO 01907 ome 2 6 B UR 01904 o o 41908 li 5 49 7 3 ee PFS 558 11932 IC1801 6 nc 9 MANUAL SOLDER Dis 6 ROUT 5 GNDA 4 GNDA 3 GNDA 1 LOUT 2 GNDA C 1901 cN1902 9 E 1 LOUT elele 2 3 GNDA 81915 4GNDA 00000 C 5 GNDA 6 aeo R1997 1902 1998 CDJ 1000MK2 E 7 EN DNP2059 B Q1906 Q1905 49 8 1 un 2 3 4 4 4 RSWB 55 5 MFLB ASSY Diii _ 01112 4
41. 10 points Even when there may be several memory points in the same block only one lights 63 ZOOM indicator Indicates that WAVE is indicated in zoom mode RELOOP indicator Lights when the unit is in reloop standby or performing a loop 5 6 Hi 7 lt 1101 11 01 em Liew 1571672718 LT Lis iLI SS n 00900 09005 B 99998 gogog 95290 kites 191 9 6 WIDE R 5000 00000 00000 00000 B 00000 O00000 00000 00000 1 1 1 00000 VLL 00000 00000 00000 numm 0090000 09009000909 00000 13 14 15 1677 C ZooM 85668 B EH 86568 i a if MEMORY LOOP 3 Nsi 17 N 88 5888 88588 Papps 55858 358 59839 aoea LOCK 50 D 606 69 55 Wave Text display When WAVE is displayed the music level of the current track The level is indicated either in 1 track full scale or zoom when
42. 51118 LOCK 5 LOCK 1105 TIME MODE 51112 DELETE 1119 SELECT V412V BU RSWB ASSY DE S1701 FWD REV C1111 21099 R1155 R1156 R1157 R1158 R1129 KD1 0 9K 5 6 10K 22K EAE ate dp d N N Q m lt d m o d 5 d Sql DODD AD 5 500 0008 25 25 5 S o2 g 9099 gt gt gt VINYL e m z NI O x UO 0 X 0 0 0 0 S5 GNDD V 5V 55 Bex R1161 S7 81160 0 21162 R1163 R1164 R1165 58 51 545 NPQ TS KD4 5 5 5 6k 10k 22 sty Shap ap sh ist CDJ 2 NNNNAN LL LL 510 ZI L o Wg Jn gt 1 1 5 6 18 5 S oT oT b Sah Eh 83 518 29222 S12 8 gt 5 E S 515 I SL 1 RST TS gt o o 6 514 ETAL CARED 15 000010 516 517 GNDD 18 V 5V 519 x 520 594 1170 R1169 R1168 1167 521 522 5 3 3K 5 6K 10K 523 3 M m m Den 2 D J J ROR 524 hb 20909 525 J So gt 526 o
43. CL IN 3 X QI CO SF ILO CO 00 O IIGQNIQNIGQNIGQNIGQNIQNIGQNINIQNIOIOIC 1 605 TC7WT241FU IC402 TC7WU04FU 626 9 9 OO 10 C0 NCO FILO JO 0012 e co sr to r 00 sr SF SF SE SF SF SE SF SE J LO LO LO PLO LO LO LO LO LO LO NINININININININININ O O lt NICO FILO CO OO O O CO FILO 00 O OLR CO OO O 00 O CO OO sr SES SE NF LO LO LO LO LO LO LO 00
44. French German Italian Dutch Spanish Not used Not used DRB1338 Packing Case DHG2363 DHG2364 DHG2362 CDJ 1000MK2 7 E 5 6 7 8 2 2 SECTION 1 2 2 3 Exterior 2 2 section Refer to TLXJ Type Only NON CONTACT CONTACT SIDE CDJ 1000MK2 5 EXTERIOR SECTION 1 2 Parts List Mark No ar N 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 NSP Description MAIN Assy MMCB Assy SPCN Assy STCN Assy SLMB Assy PSWB Assy DABB Assy JACB Assy DOUT Assy FLRB Assy SW POWER SUPPLY Assy 25P Flexible Cable 60V 12P Flexible Cable 60V 4P Flexible Cable 60V Earth Lead Unit 300V Connector Assy 3P Connector Assy 6P FPC D5 Slot Jumper Wire 03P Jumper Wire 05 Jumper Wire 09 Jumper Wire 15P Connector Assy Connector Assy Float Spring G5 Earth Spring Chassis Rear Panel Heat Sink 2 CONTRAST TABLE CDJ 1000MK2 KUCXJ TLXJ types are constructed the same except for the following PSWB Assy Rear Panel Caution Label Caution Label HE Caution Label 65 Label Part No DWX2303 DWX2304 DWX2170 DWX2171 DWX1309 See Contrast Table 2 DWX2305 DWX2306 DWX2307 DWX2308 DWR1370 DDD1196 DDD1197 DDD1198 DDF1024 DKP3562 DKP3654 DNP1948 D20PYY0310E D20PYY0510E D20PYY0910E D20PYY1510E PFO3PP B30 9 015 DBH1494 DBH1398 DNK3869 See Contrast Table 2
45. H 50mS div MAIN 55 Mode Search 4 1 800 18 V 1V div 200 5 1 950 11 T V 500mV div 2 11 4 main assy Mode Focus 6 1 800 22pin V 1V div 50mS div IC950 13pin V 1V div 50mS div 314 main assy Mode Search 950 8 ST1 V 5V div H 20mS div 43 1c950 572 V SV div ZO 11 4 MAIN assy Mode 1track Jump 800 18pin V 500mV div 500uS div 11 4 main assy Mode 3100rpm Inside Play IC700 8pin ARF mu MAIN ASSY Wu MAIN ASSY Mode Focus Up Down IC800 22pin FE V 200mV div 500uS div Mode Play IC601 162pin SDATA V 2V div H 1uS div 700 NARF V 200mV div 50nS div EN 314 main assy ARTE MAIN ASSY Mode Play 700 TEDRV V 200mV div 5uS div Mode Play 45 6 182 V 2V div 500 11 4 main Assy Amm MAIN ASSY Mode Play 1 700 5pin FEDRV V 100mV div H 20mS div Mode Play IC601 168pin LRCK V 2V div 5uS div CDJ 1000MK2 m 6 m 7 8 V 200mV div 50nS div 24 63 XRST V 5V div 1msec div 3 4
46. INT is L the CPU sets to H The FPGA checks that PROGRAM L and sets INIT and DONE to L 12 Measurement approx 2 5 us The CPU waits until INT becomes H The FPGA checks that PROGRAM is H and clears the Configuration memory changes INT to open drain output and confirms that INT is H t3 Measurement approx 20 us The CPU waits for several dozens of microseconds The FPGA confirms INT is H then checks the Mode pins M2 The CPU waits either until DONE becomes H or INIT becomes L When DONE becomes it is judged as completion of download ing If INT becomes L it is judged that the downloading failed and the retrial starts If INT becomes and DONE becomes this status is temporarily stored in the stack The program has been changed to execute retries According to the specifications as INT becomes H while the serial CLK is input waiting is not required See the waveform examples If DONE does not become H even after approx 6 ms of waiting the sequence is retried from the beginning up to three times If it fails timeout error is generated and an error message is displayed 15 Measurement approx 1 3 ms If DONE becomes XFRST is set to H in 1 ms Clearance of the FPGA register and initialization DATA DONE CLK DATA 10 Measurement approx 5 7 ms XSRST is set to 5 ms after XFRST is set to Resetting the softwar
47. MOTOR CN950 CN900 DWX2170 EAE 2058 DNP2058 B 9 FLRB ASSY CN102 5 55 81509 wA 60 5 SLOTSW 5 1501 R1504 3 1 OUO JdIS 2 R1505 2 FLAC3 z CS o sue 5 R1506 CN1501 DNP1987 E DWX2304 202 2058 1 19 2 3 3 CDJ 1000MK2 2 3 STCN ASSY SPCN ASSY 2 x ud DNP2058 B ASSY 1501 DNP1987 E DNP2059 B assy R89 D RO sham 2 9 gt 099 093 AEA CN99 2058 13 e 3 5 47 EN 8 CDJ 1000MK2 E 1 9 7 3 3 1 2 zm 3 4 4 3 DABB DOUT ASSYS ASSY 1903 1904 2059 e DABB ASSY EM DOUT ASSY MIR 1801 DOUT DJ NeRMAL C1808 C1918 N OAO 81924 R1905 Qo gi 81928 OnO R1906 EN B 01907 ee Q1907 01904 01904 1903 lt 4 12 R1939 R1938 DWX2305 C1909 C1910 DABB 279 81920 81619 R1908 R4907 161901 5 1901 E O rT 727 01909
48. RESISTORS ARE 51 165 CKSRYF 7 SIGNAL ROUTE LOADING MOTOR SIGNAL ROUTE M FOCUS SERVO SIGNAL ROUTE mb TRACKING SERVO SIGNAL ROUTE L A 2 4 3 4 C701 1 3 2 5 TC7WU04FU TRB ee o lt o lt f 1M 0551126 T 529 VD3VL t 94 C752 GNDDX N ji VDSVL Q 718 VD3VX x YF Exe ez N Ile GNDD x C701 2 3 o5 E R725 5s t GNDD GNDDX C716 0 1 LO Ple 715 0 1 1K B C714 0 01 955 NN OF lt B 5 gt TKS __ gt DKN1205 912 CN911 1 2 3 4 5 6 SPINDLE 6 CN2220 9 9 9 2 SPCN ASSY 2170 CCSRCH CKSRYB CEHAR 1 ma 2 3 3 4 MAIN 2 4 FLRB and SLMB ASSYS 32 4 MAIN ASSY DWx2303 ALL RESISTORS ARE RS1 196S x xJ YF CKSRYF CH CCSRCH F OTHERS CKSRYB g CEHAR uF 155555 Q gt MD2 01 To FEP 1 4 EY lt gt 74 75 571 ST2 AVSS H 4r 11 C305 3 2 1 7976 776 R309 0 1 4 2 1 l BLKCK 85 P84 VSS OFTR R312 10K ENC R304 100K O VD5V 00 PTL1014 5 3V Reg 85 158 154 0 01
49. TIME MODE back time and remaining playback time REMAIN of each track turned off AUTO CUE MMC 09 Hold down this key for 1 second or longer to toggle between AUTO CUE and off D DISPLAY CD TEXT WAVE ZOOM button AUTO CUE on off status is stored in memory and persists even when the Each press of this button togeles the display between WAVE display and CD TEXT power is turned off disc track title display When the button is held down for 1 second or longer the G POWER switch OFF ON WAVE display cycles between the 1 track full scale and 2x zoom scale This switch is located on the rear panel of the unit CDJ 1000MK2 E 7 5 6 Each time this button is pressed the time display changes between elapsed play The TIME MODE is stored in memory and persists even when the power is 94 e LOOP IN REALTIME CUE IN ADJUST button indicator Real time cue Enter loop in point Loop in point adjust LOOP OUT OUT ADJUST button indicator Enter loop out point Loop out point adjust RELOOP EXIT button Display WAVE SEARCH ZOOM CD TEXT buttons gt This button moves the displayed area when WAVE is in zoom display mode In the TEXT display mode pressing lt lt button will display the disc title and pressing the button will display the track title CUE LOOP CALL buttons gt Calls Cue points and Loop points stored in internal memory or external memory
50. W204 d 1105 gt 210 OO Wan9 Gen 9 W213 als W193 M 22 01142 51114 gt 2 2 gt o er 51104 GNDDA W153 W189 W129 190 480 W182 9 Wt84 WIDI T d m XX o TH W152 W185 RELOOP 51115 5 D1116 gt e v gt 21 104 04105 lt gt 49 4 EL ee CD W126 one 5 5 w127 a gt n W128 Al al 39 5 ILE Wilt6 SG gt m V5LED a oe fo ol CN1102 Pss gt 5 0 9 209598 2082522046 Sorte ean 7 6 9 222225555555 o RON Ol um uu E Em E Em E EA 51119 NCC iex CN1101 J1103 CN1102 CN203 N CN1301 21202 CE ID J1701 J1701 DNP1987 E aM 50 CDJ 1000MK2 1 2 3 4 A 4 2 a 7 1102 1202 aue NI Le ves we ux 7 nit SAN DIRE Q Q lt 1101 CN1401 TEI
51. be performed to restore their performances 4 Shipping mode and shipping screws mM protect the product from damages or failures that may be caused during transit the shipping mode should be set or the shipping screws should be installed before shipping out in accordance with this manual if necessary bre 5 Lubricants glues and replacement parts Appropriately applying grease or glue can maintain the product performances But improper lubrication or applying glue may lead to failures or troubles in the product By following the instructions in this manual be sure to apply the prescribed grease or glue to proper portions by the appropriate amount For replacement parts or tools the prescribed ones should be used CDJ 1000MK2 1 2 3 4 5 6 7 CONTENTS SPECIFICATIONS lt lt 6 2 EXPLODED VIEWS 7 ERE E ER cee Nae T T 7 2 2 EXTERIOR SEC HONT 2 8 2 3 2 10 24 SLOTINMEGHANISM SEGTIONL na sero cupa 12 25 TRAVERSE MECHANISM ASSY S Ne 13 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM pe 14 ST BLOCK DIAGRAM TREE 14 32 OVERALE WIRING DIAGRAM odio tura yai ENNS 16 and SPON ASSY
52. in solder and certain electrical parts contain chemicals which are knownto the state of California to cause cancer 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 on PCB indicate that replacement parts must be of identical designation REMARQUE POUR MODELE CANADIEN SEULEMENT Les symboles de fusible 6 fusible de type rapide et ou fusible de type lent sur indiquent que les pi ces de remplacement doivent avoir la d signation FOR USA MODEL ONLY 1 SAFETY PRECAUTIONS ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER The following check should be performed for the continued protection of the customer and service technician LEAKAGE CURRENT CHECK Measure leakage current to a known earth ground water 2 PRODUCT SAFETY NOTICE pipe conduit etc by connecting a leakage current tester such as Simpson Model 229 2 or equivalent between the earth ground and all exposed metal parts of the appliance input output terminals screwheads metal overlays control shaft etc Plug the AC line cord of the appliance directly Many electrical and mechanical parts in the appliance have special safety related characteristics These are often not e
53. to adjust the speed by which the playback stops when the surface of the Jog dial is pressed Playback stops faster as the dial is turned counterclockwise and stops slower as the dial is turned clockwise VINYL SPEED ADJUST RELEASE START dial When the JOG MODE SELECT button is set to VINYL position you can use this dial to adjust the speed by which playback starts after you take your hand off the surface of the Jog dial Playback starts normal speed faster as the dial is turned counterclockwise and takes longer time to return to normal speed when turned clockwise JOG MODE SELECT button VINYL mode when the surface of the Jog dial is pressed during playback play back stops and if the dial is rotated music is output according to the speed the dial is turned 1 2 o 9 The JOG MODE stored in memory and remains in memory even if the power is turned off CDJ mode above operation is not performed even when the Jog dial surface is pressed VINYL indicator This indicator lights when the JOG MODE is in VINYL mode CDJ indicator This indicator lights when the JOG MODE is in CDJ mode TEMPO Control Range button 6 10 16 100 WIDE Each time the button is pressed the range changes 6 10 16 100 MASTER TEMPO button indicator Each press of the button turns the master tempo function on or off Tempo Control knob Slide the knob towards you to increase the
54. write in control signal of a flash memory ET CD The slice level of is chosen zero high speed 1 low speed INSW XDMUTES DSPSTOP Slider Inside detection switch Stepper control Read out of DSP is forbidden 22 GND 23 P44 24 P45 25 P46 26 P47 GSW TMODE CD OEIC selection 0 Low 1 Hi Test mode 0 It shifts to test mode Data bus 6009 J ex OJO 34 07 35 36 37 Power supply VD5V gt gt ddress bus gt 39 40 no 5 JARENE 5 2 KR ao A 9 A EE E gt CD 0 CDJ 1000MK2 E 7 8 E 6 Pin Function 2 3 pinName o a 8 epe p ny Haw 4 jl ep O 45 46 47 48 49 50 connects with Vss 2107010 lt 2011001 lt lt lt 971 gt gt gt gt gt gt gt gt gt gt N 7 5 0 9 gt lt E Tl T1 TI 52 53 54 99 56 97 58 59 LPS1 LPS2 A loading mechanism s condition It connects with Vss ILMASK The mask of the Interruption circuit is carried out It connects with Vss 62 63 64 65 XST
55. 0 CKSRYB562K50 CKSRYB682K50 104 25 104 25 104 25 104 25 5 1042725 CKSRYF105210 VCG1031 DCN1133 DCN1141 RAB4C101J RAB4C101J 123 RAB4C220J RAB4C273J RAB4C303J RAB4C473J RAB4C822J 51 16515010 51 1652202 Mark Description R609 Other Resistors OTHERS 401 CRYSTAL RESONATOR 20 000MHz X701 CHIP CERALOCK 33 86MHz X201 X300 CHIP CERALOCK 20MHz X601 CRYSTAL RESONATOR 33 8MHz X602 CRYSTAL RESONATOR 27MHz CN13 5P JUMPER CONNECTOR CN11 9P JUMPER CONNECTOR CN101 15 JUMPER CONNECTOR CN102 3P JUMPER CONNECTOR CN201 CN301 KR CONNECTOR CN900 12 CONNECTOR 950 FFC CONNECTOR CN203 25P FFC CONNECTOR CN302 KR CONNECTOR CN12 CN303 KR CONNECTOR CN202 KR CONNECTOR 2 SPCN ASSY CN911 CN912 12P FFC CONNECTOR STCN ASSY OTHERS CN913 CN914 4P FFC CONNECTOR 9 FLRB ASSY RESISTORS R1504 R1507 R1509 R1505 R1506 OTHERS 1501 3P JUMPER CONNECTOR SLMB ASSY SWITCHES AND RELAYS S1501 S1502 1501 muce assy SEMICONDUCTORS D92 D93 091 51 16539010 RS1 16S J ASS7023 DSS1126 DSS1127 RSS1055 VSS1086 52147 0510 52147 0910 52147 1510 52151 0310 B6B PH K S DKN1205 DKN1223 HLEM25R 1 S2B PH K S S3B PH K S S9B PH K S DKN1205 DKN1223 RS3LMF330J RS3LMF360J 92147 0310 DSG1017
56. 01 25 FFC CONNECTOR 41103 JUMPER WIRE J1101 JUMPER WIRE 12 1101 0 FLHOLDER 4 Rswe assy SWITCHES AND RELAYS 1701 OTHERS 0 2P CABLE HOLDER J1701 JUMPER WIRE 2P KSWB ASSY SEMICONDUCTORS Q1301 Q1303 D1321 D1328 D1301 D1304 D1310 D1317 D1305 D1308 D1309 COILS AND FILTERS L1304 L1308 CHIP BEAD SWITCHES AND RELAYS 51303 51306 51301 51302 5 1302 1301 RESISTORS All Resistors OTHERS CN1301 9P JUMPER CONNECTOR M SLDB ASSY SEMICONDUCTORS 01401 01402 01401 01404 01405 01406 SWITCHES AND RELAYS 1401 S1403 CAPACITORS C1407 C1404 C1406 C1401 C1402 C1403 3 0551130 51048 0200 51048 0900 51048 1200 52492 2520 D20PYY0915E D20PYY1215E DEL1051 DNF1665 DSK1021 51048 0200 D20PYY0210E DTA124EUA 155355 91 1 34 SLR 343EBT SLR 343VC PTL1014 VSG1024 DSG1063 CCSRCH101J50 CCSRCH102J50 RS1 16S J 92151 0910 DTA124EUA 155355 SLR 343MC SLR 343VC VSG1024 CCSRCH101J50 CCSRCH102J50 CEHAT100M50 CKSRYB103K50 CKSRYB104K16 Mark Description RESISTORS VR1401 VR1402 1 kohm Other Resistors JFLB ASSY SEMICONDUCTORS IC1201 N 01212 Q1213 Q1215 Q1202 Q1207 Q1214 Q1208 Q1211 D1201 D1208 D1210 N D1219 D1211 D1214 N D1221 COILS AND FILTERS L1201 L1203 L1205 CHIP BEAD CAPACITORS C1211 C1213 C1214 C1216 C1201 C1215 C1203 1202 1206 1207 1209
57. 2 517 P102 FIP31 516 P101 FIP30 515 70 P100 FIP29 514 71 P97 FIP28 513 72 P96 FIP27 512 73 95 1 26 5 74 P94 FIP25 510 75 93 24 76 P92 FIP23 77 22 78 21 79 VLOAD LED1 LEDO CD N CD U u 4 mm T 70 61 62 63 64 65 CD FL display 67 0101 N CD CD FL display CDJ 1000MK2 91 E 5 6 7 8 Pin Function 3 3 e Mark ___ PinName O o feeen 0 oo 0 or o Jo wee ee 0 fn ee 0 we o ws 0 al ao ope e Jo e 0 mo 92 CDJ 1000MK2 1 2 3 4 5 6 7 8 8 PANEL FACILITIES Top Panel Operation buttons marked with the asterisk are disabled when the DIGITAL OUT mode switch is set to NORMAL DISPLAY 7 15 VINYL SPEED ADJUST IN REALTIME CUE 0 WAV Y SEARCH WOOM TOUCH BRAKE C 2 01 5 T 7 COMPACT 7 RELEASE START pd TIME AUTO MODE CUE DELETE CD PLAY PAUSE Q TIME MODE AUTO CUE button
58. 2 77 1 careful not to bend and fold the Sheet SW 2 Confirm that the dust or trash does adhere to pasting side JOG Holder In addition when tearing off the former Sheet SW and putting new completely wipe the JOG Holder off with alcohol so paste does remain on the pasting side of _ JOG Holder 3 When putting the Sheet SW match the position not to run aground rib of the internal circumference of JOG Holder 4 Sheet SW pushes all the sides including the point of contact fully and put it No good air getting into it When the air got into it remove it and replace the new one Do recycle it 5 Put SW Cushion HH48 on direction arrow 12 places of the Sheet SW 6 When inserting a cable in connector release lock by all means and connector locks after inserting it SW Cushion HH48 12 Sheet SW JOG Holder 2 78 li 1 Apply a grease GYA1001 to the shaft bearing section of JOG Holder side and SW Ring side Apply it to two places for roller one Be careful so that grease does not adhere to rubber section of the roller Roller A Assy 2 1001 71 97 JOG Holder 2 The processing method of each wire Processing o
59. 36 LCTAW1R0J2520 C641 C644 C651 C683 C714 C726 C730 C733 C751 C755 PTL1014 C800 C857 C910 C964 C971 PTL1014 C159 C18 C204 C213 C215 C228 C23 C24 C30 C300 PTL1014 C306 C620 C621 C715 C716 C725 C902 C904 C905 C229 C648 CCSRCH100D50 CCSRCH100D50 CCSRCH101J50 22525202 CCSRCH101J50 CCSRCH101J50 706 802 821 CCSRCH101J50 CCSRCH101J50 CCSRCH101J50 CCSRCH101J50 CCSRCH101J50 C301 C303 C305 C702 C705 C709 C711 C717 C722 C732 2 C801 C804 C805 C808 C810 CCSRCH150J50 C815 C822 C825 C826 C830 CCSRCH180J50 C832 C950 C952 C956 CCSRCH181J50 Co C454 2 2 microF 10V CCSRCH220J50 CCSRCH221J50 RESISTORS CCSRCH221J50 R825 47 ohm CCSRCH270J50 R900 R901 4 7 ohm CCSRCH331J50 R323 R324 R419 R654 R657 R681 R682 CCSRCH390J50 R828 CCSRCH470J50 CCSRCH470J50 R453 CCSRCH471J50 R800 R801 CCSRCH561J50 R834 R401 R420 R421 R501 CCSRCH681J50 R829 CEHAR101M10 CEHAR101M10 R610 CEHAR101M10 R806 2 a 3 Part No CEHAR101M10 CEHAR101M10 CEHAR470M16 CEHAR470M16 CKSRYB102K50 CKSRYB102K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB105K6R3 CKSRYB222K50 CKSRYB224K10 CKSRYB273K16 CKSRYB472K50 CKSRYB473K25 CKSRYB473K5
60. 4 Cleaning paper GED 008 10 4 Grease GYA1001 ZLB PN397B 13 5 Grease GEM1007 ZLB PN948P TRAVERSE MECHANISM ASSY S Parts List Mark No Description Part No Mark No Description Part No NSP 7 Joint Spring DBK1188 NSP 1 Spindle Motor DXM1138 NSP 8 Guide Shaft DLA1840 NSP 2 Stepping Motor DXM1142 NSP 9 Slider G4 DNK3733 NSP 3 Pickup Assy VWY1069 NSP 10 Mechanism Frame G5 DNK3776 NSP 4 Adjust Screw 1119 NSP 5 Precision Screw DBA1124 NSP 11 Joint DNK3777 12 Screw 720 080 NSP 6 Skew Spring DBH1437 13 Screw BPZ26PO80FMC CDJ 1000MK2 E 5 6 7 8 1 2 3 4 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3 1 BLOCK DIAGRAM RF 47 PICKUP E gt VWY1 059 Front End 1 SPINDLE IC900 MOTOR LB11975 138 Spindle Driver 7 7061 ZY Didital Servo Processor LM LM IC950 z LA6562 25 TEDRV Actuator amp Stepping amp CN950 Loading DXM1 095 STEPPING Driver 2 MOTOR i DXM1 142 Mechanism STCN Control SLOTIN ASSY LOADING MOTOR MECHANISM in ASSY 12205 Ba TC74HC4053AFT Analog SW CN99 CN202 zog 02 ASSY CN102 CN101 ______ wo CN1101 SW POWER SUPPLY ASSY PSWB ASSY gt l 14 CDJ 1000MK2
61. 5 2 PSWB ASSY DWS1312 DWS1311 DWS1311 SUB ASSY DWM2164 DWM2164 DWM2164 2 FLRB ASSY DWX2308 DWX2308 DWX2308 2 DABB ASSY DWX2305 DWX2305 DWX2305 2 JACB ASSY DWX2306 DWX2306 DWX2306 2 DOUT ASSY DWX2307 DWX2307 DWX2307 2 JFLB ASSY DWG1568 DWG1568 DWG1568 2 JOGB ASSY DWG1569 DWG1569 DWG1569 1 SW POWER SUPPLY ASSY DWR1370 DWR1370 DWR1370 CONTRAST OF PCB ASSEMBLIES e PSWB ASSY Ps 312 and DWS1311 are constructed the same except for the following Symbol and Description DWS1312 DWSi311 E M AC SOCKET ELLE AN1 AC INLET 1046 PARTS LIST CDJ 1000MK2 Mark No Description Part No Mark No Description Part No IC950 LA6562 MAIN ASSY SEMICONDUCTORS woe 800 AN8702NFH 600 51957 850 BA10358F IC404 MM1561JF IC10 BA178MOBFP 700 MN677061ZY 202 BR24C64F IC201 PD3445A8 IC106 0 4A ICP N10 AN l IC300 PD3446A8 A IC102 1C103 0 6A ICP N15 ed N IC101 1C104 0 8A ICP N20 IC100 IC607 PQ025EZ01ZP N IC105 ICP N25 IC150 IC206 PQ1R33 606 K4S641632F TC75 203 CDJ 1000MK2 59 5 EY 6 HH 7 8 Mark Description IC12 205 405 407 204 1 710 IC711 IC610 406 506 605 3 1 402 1 608 612 701 601 401 10501 2600 Q204 Q11 Q202 2201 0203 0301 0701 0800 2950 011 0203 0232 COILS AND FILTERS 1401 1402 1501 1502 16011602 CHIP FERRI
62. 641632F 124 MAIN ASSY 610 TC7SHO8FU YT lt 00 PD3446A8 1 600 51957 12300 PD3446A8 612 TC7WU04FU IC11 PE8001A QI CO FILO SILO QU CO sr LO 100 QUT SE SE 5 6 in 0 65 12201 PD3445A8 9 elo OOO allo 1 201 PD3445A8 64 62 cole LO LO LO LO SF LO 1212 TC74HCT7007AF NY CO SLO 60 st ro eo eo TIN I 2 CO 00
63. 7 GNDAD B 9R1189 47k 2 2 4l PES Sou O 51190 47k V 5V ID WA 81191 47k Qo 81192 47k VELED ESL Rioo IB 81193 47k d SCLK1 1195 47k n E E SE S1DO L N R1197 47k XSRST 9 BEES Perm se o 81198 47k KEVI D E spen esseri n gt VWW R1199 47k B mi v R1124 47k 12 4 CN203 81125 47 551 RI26 47K B WW 4 R1127 47k O nooyS32 255 p FR11 28 47k E NN R1153 47 S 0 GNDD V 5V GNDD GNDD 0 00256 8B TRB 00756 8B TRB 002756 8B TRB 002756 8B TRB 00756 8B TRB REVERSE 0 01 C1119 2 FLACS 2 411017 D20PYY1215E 51048 1200 CDJ 1000MK2 1 um 2 3 4 SWITCHES V 5V MFLB ASSY 51106 51113 IN REALTIME CUE 1101 51107 SELECT S1114 LOOP OUT 1102 VINYL CDJ 1115 RELOOP EXIT 51103 51109 lt 51116 WAVE cow me 51104 DISPLAY 1110 CALL gt 51117 WAVE m 1k ESI 51111 MEMORY
64. BY XMRST NMI It connects with Vss It connects with Vss CPU mode setup Power supply EXTAL 67 XTAL 71 72 73 540 74 S41 PF1 75 542 2 76 543 77 S44 PF4 78 79 D 8 539 7 Function Analog RFDIF VHALF Function 88 CDJ 1000MK2 1 2 3 4 Pin Function 3 3 PinName 0 am om ln oyy owedswihWs 7 al am e ejs mm ROT i The interruption demand from FPGA 1_ am ln ap om ln vv 7 oa roe _ Track pulse pulse widths measured and spoed ________ 95 Pa2 1 ENC Serial input enable ADSC CIRC part 0 permission 1 prohibition 96 Serial input enable of ADSC 0 permission 1 prohibition Pw om pas mute contol 0 99 2 FESEN FEP serial input enable 0 permission 1 prohibition in SSCS CDJ 1000MK2 5 6 7 8 89 Q Zz Z O m 0 E 90 CDJ 1000MK2 E PE5387A MFLB ASSY 1 1101 Disply Control UCOM e Pin Function 1 3 Mark 3 ne 000 e p7 0 LOUT and s memz lm 4 mee en sums oem
65. C218 C231 zm E 4 55 SDAB CU 9201 a l he 13 4 w 0202 AD5V DTA124EUA TLB V 5M 206 8221 gt 217 3445 8 SYSTEM CONTROL CPU HD64F3064BFBL25 R233 0 XZOFF 93 4 1205 1 4 74 VD3M INTERFACE GNDM V 5M CN201 6 5 1 2 mE R249 5 47 R250 a RMIN 4 RMIN 7 FLWR 8 FLWR 2 4 6 GNDD a 8 GND 7 3i C N IC205 5 4 D 2 V3R3 N SMCK DS 5 VFLACS VFLAC2 VFLAC1 TC7SET 8FU TLB a GNDM _ VSRSL GNDM E TC74HC4053AFT TBB DTCA24EUA TLB V 5V XMDT 206 0205 R219 VD3M C230 0 01 0204 18 25 4081 R217 GNDM GNDM CAUTION FOR CONTINUED PROTECTION AGAINST CAUTION FOR CONTINUED PROTECTION AGAINST CAUTION FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH RISK OF FIRE REPLACE ONLY WITH RISK OF FIRE REPLACE ONLY WITH SAME TYPE NO ICP N15 MFD BY ROHM SAME TYPE NO ICP N25 MFD BY ROHM SAME TYPE NO ICP N10 MFD BY ROHM CO LTD FOR 1 102 AND 1 103 LTD FOR 1 105 CO LTD FOR IC 106 CDJ 1000MK2 5 6 7 1 2
66. DAN D v sv DOSW 2 DOSW aaO eee 52147 0510 GNDM CN12 55 PTL1014 T 5555 DOUT 681 682 685 2 GNDM CN999 NNCD6 2MF TLB 095 GNDM XMEN S1DO GNDM V3R3 SMCK SMD I XMDT 2 CN99 a B9B PH K S MMC CARD CONNECTOR 00756 28 ASSY DWX2304 BODY GND 34 d 7 8 3 6 MAIN ASSY 4 4 SI 2 S2CK53 x MAIN 5 2303 8 GNDM 7 2 4 6 PAUSES XSRST 4 zn LEE 26 a 8492 iia 5 1 s 2222 5 VIRB 5 V3R3 12 10407 Ba 11 5515 TC7S04FU TLB 5 1404 1 561 R495 0 GNDM S2D03N ipu IC405 INVERTER Q TC74VHC541FT TBB 5V gt 3 BUFFER no 1 8V REG V1R8 V1R8A V3R3 1 Ads E gt 15 n N 2 13 4 lt 8419 3 FDT 4 1 01 J T 401 R420 RAB4C473J T CFDT R421 RAB4C473J T GNDM DSP1 GND20 T V1R8A 55 lt LCTAW1ROJ2520 T 1001 TDI1 TCK1 TMS1 2005 S2CK3 5513 12 4 3 4 XSRST3 GNDM 52005 33 PAUSES 8430 Mesh a aw II lo 0 R456 S xX 100 m BY 2 GNDG 258 457 289 lt R455 45 9 8 Tom 13 4 i 198 1406 5 001 TC7SUO4F TLB 55 gt amp GNDM SI
67. ES Parts marked by NSP are generally unavailable because they are not our Master Spare Parts List 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 When ordering resistors first convert resistance values into code form as shown in the following examples When there are 2 effective digits any digit apart from 0 such as 560 ohm and 47k ohm tolerance is shown J 5 and K 10 5600 56x10 561 5 6 4750 47 103 473 eene 050 50 mmm RN2H 50 1 RSIPDIRIOK 2 When there 3 effective digits such as in high precision metal film resistors 5 62k Q 562 10 5621 RNIIAPCISIGI2 LIST OF PCB ASSEMBLIES re CDJ 1000MK2 CDJ 1000MK2 CDJ 1000MK2 Symbol and Description KUCXJ TLXJ WYXJ 1 MOTHER ASSY DWM2162 DWM2162 DWM2162 2 MAIN ASSY DWX2303 DWX2303 DWX2303 2 5PCN ASSY DWX2170 DWX2170 DWX2170 2 STCN ASSY DWX2171 DWX2171 DWX2171 2 MMCB ASSY DWX2304 DWX2304 DWX2304 DISP ASSY DWM2165 DWM2163 DWM2163 2 SLMB ASSY DWS1309 DWS1309 DWS1309 2 MFLB ASSY DWG1567 DWG1567 DWG1567 2 RSWB ASSY DWS1310 DWS1310 DWS1310 2 KSWB ASSY DWS1324 DWS1324 DWS1324 2 SLDB ASSY DWS1325 DWS1325 DWS132
68. Gear Smoother ADJ Plate Screw Roller A Assy Screw Screw FFC Guard Washer 7 Part No DEC2554 DEC2604 DNK4065 DNK4066 DNK4070 DNK4172 DNK4173 DNK4174 DNK4176 DNK4177 DNK4178 BPZ20P100FMC DXB1773 IPZ30P100FMC 720 060 2586 WA42D080D050 11 2 4 SLOT IN MECHANISM SECTION Refer to 2 5 TRAVERSE MECHANISM ASSY S GEM1004 leaning paper GED 008 leaning liquid 2 Dyefree GEM1036 ZLX ME413A 453 Grease GYA1001 ZLB PN397B CDJ 1000MK2 12 SLOT IN MECHANISM SECTION Parts List Mark No Description Part No Mark No Description Part No NSP 1 DC Motor DXM1093 16 Disc Guide DNK3914 2 Connector Assy PFO2PY B32 17 D4 Assy DXA1881 3 Clamp Spring DBH1374 NSP 18 Mechanism G5 Assy DXA1906 4 Guide Spring DBH1375 19 Traverse Mechanism Assy S DXX2502 5 SW Lever Spacer PET 2420 20 Float Base G5 Assy DXB1748 6 Loading Lever DNK3406 21 Vessel Cushion DEC2457 7 Main Cam DNK3407 22 Vessel Cushion DEC2455 8 LeverB DNK3558 23 Vessel Cushion B DEC2456 9 LeverA DNK3564 at mee 10 Clamp Arm DNK3576 25 Float Rubber D3 DEB1404 11 Loading Base Assy S DEA1022 26 Float Fastener 1139 12 Eject Lever DNK3684 27 Front Sheet DED1132 NSP 13 Worm Gear DNK3910 28 Spacer POR T3 DEB1566 14 Loading Gear DNK391 1 29 Loading Motor Assy S DEA1008 15 Drive Gear DNK3912 2 5 TRAVERSE MECHANISM ASSY S Cleaning liquid GEM100
69. HH p 11 1 12121 11418 Ej 9 4 N 5 49 E250 E 3 J o T A 4 2 5 C 8212 2 4 j C 9 2 Az o 0 Q 5 7 0 oj 8244 4 2 5 0 6 0 06 643 9 5 5 x 5 lt gt 0 gt 5 l gt oS dum P 4 208 2 2 p EMEN 1 5 N 23 E JE J o T 1 16655665560 X E a 22 gt ooxga gssss 2 00 x hii 202 00 7 82 2 NS IC11 406 0569 506 0007 y UI 7 224684 INL MKE N 2 1 55 2058 LO st 1 2 3 4 4 2 SPCN 5 FLRB SLMB ASSYS SPCN ASSY STCN ASSY SPCN CONTACT SIDE BOTTOM STEPPING SPINDLE
70. LD CN1903 aM Lour 568 5 R1911 C1903 1 19 4 Audio Out R1912 1000 GNDM 1 VM 470 R1902 Ww TN 1 2 5 R1903 270 Terminal lt er OR b co GNDF D 9000 GNDF ALL RESISTORS ARE 851 165 OTHERS CKSRYB uF tg aF NP CEANP AF MBA CQMBA The power supply is shown with the marked box Bb PB AUDIO SIGNAL ROUTE CDJ 1000MK2 5 ux 6 m 7 27 1 a 2 3 4 3 8 MFLB 1 2 RSWB 55 5 E 1 2 MFLB ASSY DGW1567 power supply is shown with the marked box TONY 12 2 FL 1 V 12V VSLED V 5V Q 0 ol ol xl 2 555522 985 Te z4 1 5 V 5V R1172 5 um il 47k niis 47k 00 1101 SLED PTL1014 159 S5 GNDD 5 52492 2520 TS TES RIS FLAC3 FLACS 27159 LOUTL FLAC1 2 9 117747 ns FLAC2 CGREEN Row R1179 47k GNDT 4557 51180 47k nd M Display ETE 2 21162 47k FELN EEEN R1152 100 AGREEN Comp I ET IO 9R1183 47k VLOD IN ww R1184 47k V3R3V ZEE pias uPDbD780204A 51185 47k ENDA H PTL1014 R1186 47 AVv R1187 47k re eel 4611884
71. O RANGE GNDF 42 2 V5LED SLR 343MC NPQ TS RESET 01405 61406 220 SLR 343VC NPQ TS GLED 01402 R1407 DTA124EUA TLB 01406 554 GLED ALL RESISTORS ARE 51 165 CKSRYF CH CCSRCH OTHERS CKSRYB The power supply is shown with the marked box M CDJ 1000MK2 5 6 m 7 m 8 2 311 55 5 V jr 8 Assy 0 1568 1226 81280 100K C1216 GNDT oe 00759 1B TRB 10 50 FL Holder DNK3959 1201 1050 BA 5 25C2412K RS TLB 2502412 RS TLB 5 5 28C2412K RS TLB 2502412 RS TLB 25C2412K RS TLB 25C2412K RS TLB PTL1014 T x D20PYY1505E 9 1202 lt gt gt x 5 GRRE x x x x Q1211 TLB VIVI 02 2229 Em af 2 5v N N O PTL1014 T 11204 SI PTL1014 T 17205 E Ee ____ 4 gt 5 1211 O2 Oo Six 52 See E3ERET E amp amp amp seres 5 41047447101 Ni fee ET EU S S 5 e EEEE I d tod ee geek p me N m LOD LOD LOD L
72. OD 0000 22k 51048 1500 5555 LOD GNDD GNDD SNDT QM S R R c c FEET CO 00 GNDD EE NN N N o J 1 um 2 ES 3 4 2 V3R3V V3R3V A Q1212 2549555 QRS T 00754 3B TRB gt 01219 Q 2 5 c SS AaS ON 0 5 v n 0 GNDT GNDD V 33R5V V3R3VD V 83R5 O 10 10 10 NM s WO 0 0010 lt o9 Notes A 255 VLOD ALL RESISTORS ARE soak S24 RS1 1 6S J 1201 S258 S2 CH CCSRCH OTHERS CKSRYB UPD16306B 52665 g 527 527 Q e DRIVER IC S286 5 28 5290 529 5500 550 51 551 53520 53 S33 D S3 5340 534 5350 53 5560 556 V 5V S370 S37 580 558 53910 533 CN1201 EE 540 g N 5597 05 91214 25 2412 RS TLB IN F AF SW N N N N LOD LOD V 33R5V LOD LOD V 5V V 5Vu V 33R5V n fi PET 01601 S Sas 54 5 4 5 gt a VLOD im 1601 0 01 1201 100 16 e assy DwG1569 The power supply is shown with the marked box CDJ 1000MK2 6 ER 7 126 27 V 25 1257 QR T
73. OS _ ERROR 11 Any error occurring before disc recognition and leading to operation stop startup problem is categorized as this error The spindle motor does not rotate No disc focus error level low The address cannot read PLAYER ERROR Your desired address cannot be searched playback problem The address cannot be read The focus servo cannot close The tracking servo cannot close E 8303 PLAYER ERROR Problem in writing in the buffer problem in writing in the buffer E 9101 MECHANICAL TIME OUT 90 Abnormality in the disc loading mechanism timeout this error occurs before the inserted disc is recognized as CD the disc is automatically ejected In this case the error code No is not displayed but you can see the error breakdown code stored in memory Only in the case of breakdown code 20 the spindle motor does not rotate the disc will not be ejected because this is not a problem of the media Check mE CDJ 1000MK2 6 m 7 8 E 73 Mode for checking version of the software program In this mode the version of the software program for each microcomputer can be checked How to check the software version for the display microcomputer Ver Check Mode ON TEMPO HOTCUE SW 6 10 16 100 CJ gi POWER ON FL display 10 for the first version Microcomputer Version d
74. Pioneer sound MEE of oh Service Manual COMPACT DISC PLAYER CDJ 1000MK2 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL S AND TYPE S Power Requirement Remarks ORDER NO RRV2802 CDJ 1000MK2 CDJ 1000MK2 AC120V CDJ 1000MK2 AC110 240V CDJ 1000MK2 AC220 240V 9 For details refer to Important symbols good services 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 OPIONEER CORPORATION 2003 T ZZY JULY 2003 printed in Japan 1 2 3 4 SAFETY INFORMATION H 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 are 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 WARNING This product contains lead
75. R1209 7 Noad G5 oo Q O VaR3V O G6 Hiag 2 01208 5 R20 07 5 1203 Q 21202 28 G8 5 5120 N 501 G9 11204 G10 o O G11 Q Oke 85 O 012099 4 7 C1207 gt O 2 O V 30 F J Ega O 5 S Q1204 Q 9 5 Dee D1211 5 S 5 Ow 21212 25 7 S DU SN 2214 2 yy 2 2 FLAC1 8 3 FLAC2 1206 4 GNDT rj 5 061 64062 5 S gt 9 V3R3V 10 GNDD 11 V 5V S N Q Q 121 5 13 5002 iE 14 SCLK2 81205 15 8 1280 11202 57 BE IE N ee 120 e 4 01221 gt 1o ale IC1202 OW O VLOD 02139 DWG1569 1601 81601 2059 57 CDJ 1000MK2 1 2 p 3 4 8 SW POWER SUPPLY and PSWB ASSYS 58 2 SW POWER SUPPLY ASSY LIVE CIRCUIT 48 Ln 8220 0204 1 1402 PRIMARY W318 O49 DWS1312 W319 0 0 DWS1311 1 e PSWB ASSY DNP1987 E CDJ 1000MK2 1 2 ma 3 5 PARTS LIST NOT
76. R1936 R1938 21907 GNDA 2 58 2 IC1901 1 2 Q1 901 470 C1905 NJM4580D 5 3 4 LOUT DH CN11 V 12V GNDM R1921 D1904 amp 0 1 1k 155355 1997 R1998 25021445 VW T MUTE 8 XZOFF eL 155555 C1907 100 16 R1913 VM 470 01902 GNDA 25021445 VW T VLOD 1901 272 NJM4580D P C 91907 2541145 OY T 8 ts 0 lt x SP CB B gt al amp gt GNDA V 12A DOUT ASSY DWX2307 V 5V ND IC1801 74 4 S oS 801 1 538 2 DOUT Se s S M bi 45 13 4 1 5 PKB1028 GNDD 2 GNDD 5 4 R1805 R1808 11805 00 68 6 8 PTL1014 T Out V45V NDF CN1802 52151 0510 V 5V N Digital Out MODE SW R1805 DJ DOSW 93 4 X T 1 NORMAL CN1 3 CONT1 1801 05 1025 SINDO J1 01 020 505 51048 0500 za CDJ 1000MK2 1 us 2 3 4 E 1 902 B6B PH K S 6 RoUT 5 GND SEELD Jace Assy DWx2306 3 GNDA 2 SEE
77. S3B PH K M NNCD6 2MF UDZS6 2B 6 CDJ 1000MK2 Mark Description CAPACITORS C91 C99 C97 C94 RESISTORS All Resistors OTHERS CN99 KR CONNECTOR CN999 SD CONNECTOR assy SEMICONDUCTORS IC1901 Q1907 Q1901 Q1904 Q1906 Q1905 D1906 D1904 D1905 D1907 D1918 CAPACITORS C1906 C1907 C1912 C1905 C1908 C1915 C1916 C1909 C1910 C1913 C1914 RESISTORS R1908 R1919 R1909 R1918 R1907 R1920 R1938 R1939 R1916 R1917 R1906 R1910 R1913 R1923 R1936 R1937 R1999 Other Resistors OTHERS CN1901 9P JUMPER CONNECTOR CN1902 KR CONNECTOR ASSY SEMICONDUCTORS D1902 D1901 D1903 CAPACITORS C1902 C1920 C1901 1903 1904 RESISTORS R1903 R1902 R1911 R1912 OTHERS CN1904 JUMPER CONNECTOR JA1902 2P PIN JACK JA1901 REMOTE CONTROL JACK CN1903 KR CONNECTOR 7 CCSRCH221J50 CKSRYB103K50 CKSRYB104K16 CKSRYB105K6R3 RS1 16S J B9B PH K S DKN1231 NJM4580D 25 1145 25021445 DTA124EUA DTC124EUA 158154 400 155355 UDZS13B CEANP101M16 101 50 CKSRYB104K16 CQMBA102J50 CQMBA152J50 RD1 2VM103J RD1 2VM113J RD1 2VM182J RD1 2VM273J RD1 2VM471J RD1 2VM471J RS1 10SOROJ RS1 16S J 52147 0910 B6B PH K S 155355 UDZS10B CFTLA103J50 CKSRYB104K16 CQMBA102J50 RD1 2VM271J RD1 2VM471J 52151 0310 BKB1017 RKN1004 S6B PH K S 61 Mark Description DOUT ASSY SEMICONDUCTORS 1801 COILS AND FIL
78. SER DIODE CHARACTERISTICS MAXIMUM OUTPUT POWER 5 mW WAVELENGTH 780 785 nm WARNING The AEL accessible emission level of the laser power output is less then CLASS 1 but the laser component is capable of emitting radiation exceeding the limit for CLASS 1 A specially instructed person should servicing operation of the apparatus LABEL CHECK M 7 CAUTIUN Avattaessa ohitetta ADVARSEL i T SYNLIG ALING VED ABNING SIKKERHED SAF INVISIBLE LASER lasers amp teilylle ALA katao sRteeseen BRYDERE ER UDE AF FUNCTI RADIATION WHEN VARNING UNDG UDSATTELSE FOR STRALING Osynlig laserstr lning n r denna del VORSICHT AV 0 D EXPOS U RE ar ppnad och sp rren r urkoppl ad UNSICHTBARE LASER STRAHLUNG TRITT AUS WENN DECKEL Betrakta ej str len ODER KLAPPE IST NICHT DEM STRAHL AUSSETZEN TO BEAM PRWI1018 PRWI233 vRW1094 m Additional Laser Caution 1 Laser Interlock Mechanism The position of the switch 8510 for detecting loading completion is detected by the system microprocessor and the design prevents laser diode oscillation when the switch is not in LPS1 terminal side when the mechanism is not LPS1 signal is high level Thus the interlock will no longer function if the switch is deliberately set to LPS1 term
79. SY FLRB ASSY DWG1569 DWX2308 sw SHEET SW DSX1060 CDJ 1000MK2 17 m 7 2 3 3 1 4 SPCN 55 5 PU J DKN1198 2815 819 820 821 GNDA C804 0 p C805 0 1YF R828 RAB4C1 23J T To PICKUP ASSY 801 1 850 10558 172 5522 2 C828 RFDIFN 82 1 47 16 3 ID 5 4 Eb Ga 2 4 T 7 JLD 2SA1577 TLB 28 7 VC5V a C822 2SB1219A QRS C834 6800 HALF R844 R837I2N 470 L4 N R838 12 4 R839 30K 30K 4 IC850 BA10358F TBB GNDA 2 2 9 gt 6969 2 EIL DRIVER 24 1 950 T c LA6562 TBB 100 10 ar C950 B ____ ST2 al I ceed T R952 10 954 0 VES F 8953 10 C955 9950 DTC124EUA TLB 19 4 VCC1 NFBF FIN FINT R954 16K ST24 8950 10 C952 R965 C953 5 1 R951 10 HM 1 223 TFB 1 4 main assy DWx2303 R 4 275 CN900 205 TFB BDO OFTR VC5V Q lt HS 1000P 1000P PEAK 5 gt E e
80. T RELESE VOL 4 D 1 0000000000000 FL DISPLAY A D D CENTER CDJ 1000MK2 E 7 8 27 23 67 gt Mode for checking operation of the mechanical and servo blocks using a connected PC 68 In this mode once you have connected a PC via the CN301 connector which is directly connected to the mechanism control microcomputer on the MAIN Assy through a RS 232C Jig operation of the mechanical and servo blocks can be checked The commands in this mode are mainly for testing the mechanical and servo systems and not for testing the DJ functions such as scan and tempo You can search your desired piece of music and play it See Mode for checking audio output using a connected PC B 2 R1 220 i 55 10k DTA124 2 2 GN GND gt gt CD 0 iN lt lt c4 10 50 I 40k co e B2B PH S C1 GND GND 10 50 22 2 15 m C as 3 14 NC c C2 4 13 a Ky 1050 DT 354 00 Short Connector GND GNDD CDJ 1000MK2 OPEN 6 11 7 10 de 60 side TEST MODE S side UP DATE 10 50 22 MAX1M XM2C 0192 111 MAX232EPE GND Parts List SEMICONDUCTORS
81. T ASSY 1 1801 TC74HCU04AF DABB ASSY 1901 NJM4580D 0 0 0 13 1 0 0 0 11 2 41 1 2 4 PCB CONNECTION DIAGRAM 4 1 MAIN ASSY C27 T o SIDE A gt at Cl Cj gt gt 2 2 2 2 S Of lt 099 ge R19 ap eas EM 2 ee 5 G 4 ATTENTION Q NS REMPLACER LE 26 HN 5 IC LINKS o 8 INDIQUE IC202 6 GNDM 5 12 gor e o 4LOUT 7 9933 D 3 GNDAN 2 101 106 0202 2 GNDAN 555 q 4C106 1 ROUT 2 2 4 10 CD 2 M GAE 0201 2 1 607 2 5 10104 8115 4 o gt sin e a as R114 o 1607 3 pen 20 201 of o IC10 E IC13 5 2 mh Ji 5 o P C101 ON oO L13 608 9 R20 1610 gt ve 111 105 enm 7 IC12 8 8 Sho x 16404 R111 610 3 Ag N H 3 9 _ al 4 PORE 1 DOUT 600 2 GND 3 GNDM o 438 Y C437 R421 601 IC606 O v 0669 eh
82. TE 95 185 Sls ATIN MODE VD5DD GXTOUT Xcs 17 GNDD lt XRST V 5V 100 10 la 8 VDD XZERO 2 _____ C18 VCC2R VCC2L 42 9 1 sNpAzR GNDA2L 1612 4 EXTL B2 X 476 1 Nc 17 47 16 icio LOUT 16 5 6 GNDA1 VCC1 IC12 4g 66 DSPGND REG 12 V 5D VD5DD IC10 BA178M 5FP TLB DTL1024 VDSAD GUARD GND C10 DTL1024 GNDAN V3SD R619 lt O 0912 A9 AB A7 4 DQ8P MU CLK Ag 55 A7S AB AS A4 VSS 0 01 lt A13 A11 A gt 12 679 C680 00 N o C630 0 01 DM SM V2R5L ATL7002 T C607 PQ025EZ01ZP TLB VOUT z PTL1014 T C6001 0 01 623 GNDM FPGA REG 2 5V REGULATOR 6 CDJ 1000MK2 The power supply is shown with the marked box 32 4414 AUDIO SIGNAL ROUTE DIGITAL DATA SIGNAL ROUTE XAMT 1 2 Audio c29 ROUT V 12 GNDM PTL1014 VLOD XZOFF 9 xzoFF TY Ed 52147 0910 A 47 16 2 4 CN11 V 5V N GN
83. TE BEAD L11 L13 L200 CHIP COIL 4R7 L404 L504 L10 L101 L111 L15 L152 CHIP BEAD L201 L603 L606 L608 CHIP BEAD L701 L706 CHIP BEAD CAPACITORS 60 417 418 517 518 638 C831 221 223 236 38 40 405 411 413 415 421 423 425 427 429 435 437 439 445 458 459 469 505 511 513 515 521 523 525 527 529 C535 C537 C539 C545 C569 C700 C635 C637 C633 C464 C634 C463 C803 C957 C407 C431 C441 C461 C507 C531 C541 C614 C959 C914 C807 C467 C468 C567 C568 C707 C713 C453 C723 C818 C819 C724 C103 C108 C110 C121 C155 C17 C20 C201 C21 C211 22 29 401 452 499 74 7007 TC74VHCO8FT TC74VHC541 FT TC7S04FU TC7SETOSFU TC7SETS2FU TC7SH08FU TC7SUO4F TC7WT241FU TC7WU04FU XC2S50 5PQ208C Mark No Description C501 C502 C599 C622 C624 C625 C901 C951 C101 C105 C25 C28 C828 C900 C237 C33 C704 C708 C712 C806 C81 1 C813 C10 C102 C104 C106 C109 C11 C112 C122 C123 C154 157 158 16 200 C202 C203 C205 C210 C217 C225 C226 C230 C233 XCA56367PV150 C31 C32 C331 C333 C400 2SA1577 C402 C403 C406 C408 C412 2SC4081 C414 C416 C422 C424 C426 DTA124EUA C428 C430 C432 C436 C438 C440 C442 C446 C451 DTC124EUA DTC124EUA C456 C457 C462 C466 C500 155355 C506 C508 C512 C514 C516 C522 C524 C526 C528 C530 C532 C536 C538 C540 C542 ATL7002 C546 C551 C556 C557 ATL7002 6001 6002 613 616 618 DTL1024 C623 C626 C632 C6
84. TER M DNP1987 E 28 ASSY 080 EZ A R 52 F 28818 gee 2 ft 1 WN 131 C1129 C1127 et 0 NS o N RRR gt 182 9919092 1427697 a ae O 8 on 2 JJ e J 2 S Te amp La NDD amp 8 x C 9 2 ST gt J o O Le ma 1106 1 0 EN lt lt fa 81160 5 O e SS ii L 1 1 ee Ba Bt JJ JJ JJ JJ JJ JJ e os p N COL SS 9 d PL WII RN ang ggg ND 0055665666656 le CN1102 Q1103 1101 01104 52 5 6 7 8 DIII OOOO OOOO 5586 Bono 889 niie 2 13 SS AA eei ess LOL BEES Bees LE NNO 4033 R1031 R1029 133 Ctf3t 0129 M 1111 1032 R1030 R1028 5 D 1132 61130 61128 T o 1101 Sa 51725 R1413
85. TERS 11802 PULS TRANS L1803 CHIP BEAD L1801 COMMON CHOKE COIL SWITCHES AND RELAYS 51801 1810 1809 1808 1803 1804 1806 1807 RESISTORS All Resistors OTHERS 0 CABLE HOLDER J1801 JUMPER WIRE JA1801 JACK ORANGE CN1801 KR CONNECTOR MFLB ASSY SEMICONDUCTORS IC1101 Q1007 Q1017 Q1113 Q1118 1112 Q1101 Q1104 Q1106 Q1111 D1108 01111 01113 01115 01117 01104 01107 01112 01114 01116 01101 01109 01121 01125 COILS AND FILTERS L1001 L1002 CHIP BEAD SWITCHES AND RELAYS 51104 51107 51109 51112 51116 51117 51119 51101 51103 51113 51115 51118 5 1143 1145 1112 1114 1138 1142 1121 1137 1108 1109 1116 1118 1100 1107 1110 1111 1115 1117 1119 1120 RESISTORS VR1101 VR1102 10kB Other Resistors 62 Part No TC74HCUOAAF PTL1003 PTL1014 PTL1017 DSH1025 CEAT101M6R3 CEAT470M10 CFTLA104J50 CKSRYB104K16 RS1 16S J 91048 0300 D20PYY0305E PKB1028 S3B PH K M PE5387A 25 4081 DTA124EUA DTC124EUA NSPB500 0008 SLI 348URCW SLI 343YCW SLR 343EBT SLR 343MC UDZS6 8B PTL1014 VSG1024 VSG1024 DSG1063 DSH1049 CCSRCH101J50 CCSRCH102J50 CCSRCH471J50 CEHAR470M16 CKSRYB103K50 CKSRYB103K50 DCS1045 RS1 16S J 2 CDJ 1000MK2 E Mark No Description OTHERS X1101 CERAMIC RESONATOR 4 19 0 CABLE HOLDER 0 CABLE HOLDER 0 12 CABLE HOLDER 11
86. UA TLB 01501 01510 R1321 1k 91501 01301 1504 15190 1317 SL 1 34 RST TS 301 52151 0910 PLAYL CUEL SLI 343YCW RST TS SLI 343YCW RST TS SL 1 343YCW RST TS MMCL 1 2 5 0012 6 7 8 9 ey NA D1317 290 81357 GLED D1305 1306 1507 1308 SLR 343EBT SLR 343EBT SLR 343EBT R1302 1 2K 01527 155555 4 IND 21505 SLR 343VC NPQ TS 24 01309 530 61305 R1306 R1307 R1308 R1309 mibi KSWB ASSY 3 3 3K 5 6 10K 22K 51301 51302 ad od 84 HL ST 285558 Mo KT 69220020 51303 gt gt gt gt 51305 44 2002002002 51306 gt gt SLR 343EBT KLMN SLED SWITCHES 5 08 assy 0 1325 V 5VAD ED 7 01401 POINT 1SS355 TRB 155355 CN1401 52151 1210 GNDAD 1 5 ADIN 2 ADCT G E lt GNDDA 6 155558 GNDAD 1 2 V5LED GNDAD J1101 21404 R1405 ___ SWITCHES jin al am 11 SLDB ASSY MTL 51401 TEMPO 60 2 d s 51402 MASTER TEMPO Me 5 oS 299 51403 TEMP
87. WEH SUPPLY PSWB E 58 S adden 59 cm PR 64 reci el e 65 FOE PES ice E HT E r Y 65 MODE ph Acus cob Sus Lum Mu 65 DISASSEMBIY corel 75 7 1 3 0mDbischarge of the adosado 80 ripae sies 80 Z5 pPOWERONSEOUEBNOE fune edet e 81 84 84 8 PANES FACILITIES 93 CDJ 1000MK2 5 6 7 1 2 3 4 1 SPECIFICATIONS CDJ 1000MK2 type 1 General 3 Accessories Compact disc digital audio system SO 1207 60 Powercons nonion 33 W mae pu Op ratine LETC PALL aga t 5 0 35 docete us 5 85 Forced eject pin housed a groove in the bottom panel There should be no condensation of moisture Multimedia Card 06
88. ause they 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 W mark on product are used for disassembly e 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 PACKING Parts List Mark No Description Part No Mark No Description Part No N 1 Power Cord See Contrast Table 2 8 A DHA1533 NSP 2 Warranty Card See Contrast Table 2 9 DHA1534 3 Forced Eject Pin DEX1013 10 DHA1535 4 Operating Instructions See Contrast Table 2 5 Control Cord L 1m PDE 319 11 Pad D DHA1536 12 Packing Case See Contrast Table 2 6 Audio Cable L 1 5m VDE1064 13 Sheet RHX1006 NSP 7 Polyethylene Bag Z21 038 14 MMC Memory DWX2326 230 x 340 x 0 03 NSP 15 VRW1629 2 CONTRAST TABLE CDJ 1000MK2 KUCXJ TLXJ and WYXJ types are constructed the same except for the following Part No Mark No Symbol and Description KUCXJ type TLXJ type WYXJ type Power ADG7021 ADG1154 ADG1154 NSP Warranty Card ARY7043 Not used Not used Operating Instructions English DRB1339 Not used Not used Operating Instructions English Spanish Chinese Not used DRB1340 Not used Operating Instructions English
89. bout 1 mm toward the outermost track To move the slider about 1 mm toward the innermost track To enter Test mode execute the TS command before inserting a disc Otherwise audio playback of the first piece of music automatically starts responding to the command from the system control microcomputer and any command execution afterwards will not be accepted In this case OFF is displayed when a command is execution CDJ 1000MK2 E 6 7 8 69 Methods for assigning an address search operation There are six methods for assigning an address in a search operation as follows Address Block With the BK command the address mode is set to block absolute time AMIN ASEC AFRAME Example To search for 2 min 3 sec 4 frame BK20304SE Address Track With the TR command the address mode is set to track Example To search for the fifth piece of music 5th track TR5SE Address Index With the IX command the address mode is set to index TNO INDEX Example To search for Index 3 of the second piece of music IX203SE Address Time With the TM command the address mode is set to time absolute time AMIN ASEC Example To search for 2 min 3 sec TM203SE Once one of these address modes is assigned it is maintained until another address mode is assigned Error Count The error rate from the current location to the assigned address is calculated Example To calculate the error rate from 20 min 0 sec 0 fra
90. chanical and servo blocks using a connected PC In this mode once you have connected a PC via the CN301 connector which is directly connected to the mechanism control microcomputer on the MAIN Assy through a special device operation of the mechanical and servo blocks can be checked Mode for checking audio output using a connected PC In this mode once you have connected a PC via the CN201 connector which is directly connected to the system control microcomputer on the MAIN Assy through a special device audio output can be checked Before entering this mode it is necessary to disconnect the CN1101 connector on the MFLB Assy and remove the upper unit jog and display block because the communication line is shared between audio output and display functions Mode for checking the load on the Jog dial In this mode the load light heavy on the Jog dial while it is rotated is subjectively measured Mode for checking the error log In this mode the latest 16 errors can be checked Q Mode for checking the version of the software program In this mode the version of the software program for each microcomputer can be checked CDJ 1000MK2 65 5 6 7 8 66 Mode for checking key input the display block and for display functions In this test mode individual FL and LED displays can be checked as shown below The display lights while the 5 is are held pressed FL Check 17
91. e programs of the mechanism controller and display controller to the defaults Measurement approx 600 ms 552 is set to L approx 500 ms after XSRST is set to After the initially downloaded program is sent to DSP2 XSS2 becomes H Then XSS1 is set to L to send the initially downloaded program to DSP1 After completion XSS1 becomes H DGP2 is checked timeout 6 ms Transmission of the DSP program is performed in two steps At the first step only the program for port initialization is transmitted and at the second step the main program is sent First downloading In a case when the DGP2 pin does not become L within 6 ms after the first data transmission is completed It is judged that downloading failed and retries start the flag HACK indicating that downloading is OK from DSP2 becomes and if downloading is OK for DSP1 itself DSP1 sends L to the CPU as an OK flag DGP2 Second downloading In a case when the DGP2 pin does not become H within 6 ms after the second data transmission is completed It is judged that downloading failed and retries start If the 5004 1 indicating that downloading is OK from DSP2 becomes if downloading is OK for DSP1 itself DSP1 sends H to the CPU as an OK flag DGP2 t 1 500 5 5 83 10 H3 19 E 1 00 Urdiv 1 00 1 00 Udiy 1 DC Full DC Full DC Full 2 00 U CDJ 1000MK2 5 m 6 7 8
92. ed at the innermost track To trace the signals on the disc but not audio playback To pause as soon as the command 15 received To pause after searching for a given location To turn all servos off and stop rotation of the disc To eject the disc inside To calculate the error rate To return the address data TNO INDEX AMIN ASEC AFRAME To return the block number data AMIN ASEC AFRAME To return the index number data TNO INDEX To return the track number data TNO INDEX To return the time code data AMIN ASEC To return the TOC data FTNO ETNO AMIN ASEC AFRAME To return the error rate data effective EC command execution To turn all servos off To turn on off the laser diode output cyclic switching To turn on off the focus servo cyclic switching To turn on off the spindle servo cyclic switching To turn on off the tracking servo cyclic switching To start a synchronized operation and start reading out the address data To collect the disc data necessary for judging if a disc is inserted and for the focus servo To perform the focus position adjustment To perform the tracking balance adjustment To perform the focus gain adjustment To perform the tracking gain adjustment To jump by one track toward the outermost track To jump by one track toward the innermost track To jump by the assigned number of tracks toward the outermost track To jump by the assigned number of tracks toward the innermost track To move the slider a
93. f flexible cable 4cm M Cord Clamper Control 25 Flexible Cable N MAIN Assy Bottom Plate 5 6 CDJ 1000MK2 Processing of each wire Cord Clamper A wire rod is slacked It processes so that a wire rod may n ot run aground Control Panel WILLLLLLLLLLLLLLLLLLLLCCLLLLLLLLL LL MAIN Assy Bottom Plate 25P Flexible Cable 19 1 2 zm 3 4 7 1 3 Discharge of the Capacitor If the power voltage of the capacitor C105 in the SW POWER SUPPLY Assy is high about 11 V even one minute after the power is turned off The voltage will be no danger of electric shock Sw POWER SUPPLY ASSY Lem rz CIRCUIT ES 0201 AF e lt ah di lee Mowe NPX54 SPAS Os m OR SFO 7 4 1102 PRIMARY 2 6 5212 201 SI Cu o 0204 R203 Io V f 12201 4 5 is 5 5 0 20201 R222 i gt X 1101 n A lt 101 1 tf N L 20101 108 0102 gos e 7 1 4 CLEANING Before shipping out the pr
94. green When the button is pressed playback starts from the hot cue point It is off when no hot cue point has been recorded 3 m 4 DISPLAY 40 43 44 6 Calendar display 1 20 TRACK numbers beyond the current track lights When the next track is 21 or beyond gt lights When Cue points or loops are stored an underscore lights in the correspond ing TRACK numbers TRACK Number indicator Displays TRACK numbers Auto Cue indicator A CUE Lights when auto cue is on REMAIN indicator Indicates that track remaining time is being displayed Time display min M Time display sec S 6 6 display One second is 75 frames Playback Tempo display TEMPO Indicates the rate of change in the playback tempo Tempo Adjustment Range indicator 6 10 16 WIDE Indicates the variable range of the Tempo Control knob selected with the TEMPO Control Range button When 100 is selected the WIDE indicator appears in the display Reverse indicator REV Indicates that the DIRECTION FWD REYV switch is set to reverse REV position 5 MEMORY LOOP indicator Displays the selected track loop memory position above the playback address display 10 points Even when there may several memory points in the same block only one lights 62 MEMORY CUE indicator Displays the selected cue memory positions under the playback address display
95. 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 increase the load Adjust plate To increase the load To decrease the load JOG Check Mode CANCEL mu CDJ 1000MK2 1 2 3 m 4 Mode for checking the error log If any abnormality occurs in normal use the following error numbers are displayed in the display block How to check the error log Error Check Mode ON POWER SW RELOOP EXIT POWER ON Hold it pressed for 10 seconds FL display FL display address Error Breakdown By entering this mode the latest 16 errors can be checked In this mode an error breakdown code is displayed in the minute display block and the address where that error breakdown code is stored in the memory of the microcomputer is displayed in the second and frame display block in hexadecimal notation The error breakdown code of the latest error is stored at address FFDF20 and that of the oldest error is stored at address FFDF2F You can change the address by turning the Jog dial from FFDF20 to FFDF2F initial value FFDF20 1 Error Breakdown E 6001 FPGA PROGRAM 1 The program cannot be written in the FPGA DOWNLOAD ERROR E 6002 DSP PROGRAM 2 The program cannot be written in the DSP DOWNLOAD ERROR E 7201 TOCREADERROR READ ERROR 6 The data cannot be read E 8301 LO READ ER
96. inal side if LPS1 signal is low level In the test mode the interlock mechanism will not function Laser diode oscillation will continue if pin 4 of 8702 IC800 on the MAIN ASSY is connected to GND or else the terminals of Q600 are shorted to each other fault condition When the cover is opened close viewing of the objective lens with the naked eye will cause exposure to a Class 1 CLASS 1 LASER PRODUCT laser beam 1 Refer to page 68 Printed on the Bottom Plate 2 CDJ 1000MK2 3 7 8 5 6 Important symbols for good services In this manual the symbols shown below indicate that adjustments settings or cleaning should be made securely When you find the procedures bearing any of the symbols be sure to fulfill them 1 Product safety You should conform to the regulations governing the product safety radio and noise and other regulations and should keep the safety during servicing by following the safety instructions described in this manual 2 Adjustments To keep the original performances of the product optimum adjustments or specification confirmation is indispensable In accordance with the procedures or instructions described in this manual adjustments should be performed 3 Cleaning 2 4 For optical pickups tape deck heads lenses and mirrors used projection monitors and other parts requiring cleaning proper cleaning should
97. isplay How to check the software version for the mechanism control and system control microcomputers Ver Check Mode POWER SW RELOOP EXIT 27 Hold it pressed for 10 seconds 13 for the first version FL display Mechanism control microcomputer Version display System control microcomputer Version display Ver Check Mode CANCEL mu 74 CDJ 1000MK2 1 2 3 4 5 7 1 2 DISASSEMBLY MAIN Assy Bottom view Bottom Plate V 4 Disconnect two Connectors MAIN Assy 6 S am CN302 2 303 SW SUPPLY Assy JACB Assy Assy E CDJ 1000MK2 7 8 75 45 Slot in Mechanism 4 G5 Assy Mechanism STCN Release connector Unhook Caution Be careful not to lost Earth Spring Loading Base Pickup Flexible STCN Assy Bottom side Bottom view Traverse Mechanism Assy 76 CDJ 1000MK2 E 3 m 4 JOG Section 1 Release Clamper 2 Disconnect a connector assy 1102 3 Remove five screws 6 Remove three screws 7 Remove the SW Ring Caution Be careful not to lose the SW spring 4 Remove two screws 5 Remove the JOG ASSY JOG A B and C SW Ring JOG Assy JOGA B C CDJ 1000MK
98. m 1 to the number of pieces of music recorded CDJ 1000MK2 71 E 5 6 7 8 72 Mode for checking the load Jog dial In this mode the load light heavy on the Jog dial while it is rotated is subjectively measured JOG Check Mode ON CALL POWER SW 6 FWD REV POWER ON FL display 10 Rotation Time method In this state if you rotate the Jog dial rapidly either clockwise or counterclockwise figures are displayed For example if 16 14 0135 is displayed it means as follows 16 14 Highest speed given that the normal 1x speed is when it takes 1 8 sec for the Jog dial to rotate one full turn 0135 Time msec required for the Jog dial to decrease its speed from 3x speed to 1 5x speed As to the time required for the Jog dial to decrease its speed if the measurement is performed for several times repeatedly from the second measurement and afterward the average of the current required time and the previous required time is displayed Thus after several measurements the result becomes closer to the mean Notes Perform the measurement of load on the Jog dial more than three times The measurement result is displayed only when the Jog dial is rotated 7 times normal speed 07 00 or more Management value Jog management value 150 25 msec Load adjustment method Remove the screw fixing the adjust plate then screw it into the
99. me to 21 min 0 sec 0 frame and show the result BK200000SE210000EC E Note Figures in parentheses indicate the number of uncorrectable errors TOC Information Request The TOC information for the disc is displayed Example If the TOC information is 0116704307 Number of the starting track 01 number of the ending track 16 recorded time 70 43 07 To manually start a servo You can control the servo operations manually Care must be taken during a manual operation in Test mode because an inappropriate operation may damage the player For manual starting the commands must be executed in the following order 1TM For turning on the laser diode 9TM judging if a disc is inside 3IM For turning on the spindle 9TM disc search 2 M For turning on the focus servo 13TM For the tracking balance adjustment For turning on the tracking servo 12TM For the focus position adjustment 15TM For the focus gain adjustment 16TM For the tracking gain adjustment 61M start reading the address Single Jump Fwd Rev To jump by one track physical track not one piece of music toward the outermost innermost track of the disc Multi Jump Fwd Rev To jump by a given number of tracks physical track not pieces of music toward the outermost innermost track of the disc Example To jump by 100 tracks from the current location toward the outermost track 100MF Slider Move Fwd Rev To move the slider by about 1 mm
100. oduct sure to clean the following positions by using the prescribed cleaning tools Position to be cleaned Cleaning tools Pickup leneses Cleaning liquid GEM1004 Cleaning paper GED 008 80 CDJ 1000MK2 i 1 2 3 m 4 5 6 7 7 1 5 POWER ON SEQUENCE 201 System CPU Reset 63 pin XRST H 601 FPGA Program download start 106 pin XPROGRAM 601 download 104 401 05 1 501 DSP2 download IC300 Mecha Control Pin 63 XMRST 1101 Display CPU Pin 10 5 Reset release Focus offset offset Adjustment Laser Diode ON Spindol ON disc Focus UP DOWN Disc existence check by detecting the Focus 5 curve signal Disc exist Unloading Spindle 2000rpm Focus Position adjustment Traking Balance adjustment OFTR Slice level adjustment Tracking Focus Position adjustment RFENV MAX Focus Gain adjustment Tracking Gain adjustment Less than 30 minutes TOC read 30 minutes or more Line speed ee 8 cm Adapter detection Search for 00 min 01 sec 00 min 01 sec Spindle 3100 Audio start CDJ 1000MK2 5 6 ER 7 1891491 XEN 1 JOU seop 5 eouenbes y pue
101. only part of the track is shown In the zoom mode the display area is moved using the WAVE SEARCH ZOOM buttons CD TEXT will be displayed in the TEXT mode The contents of the display is the disc title and track title in English up to a maximum of 48 letters which can be scrolled Playback Address display Indicates elapsed playback time and remaining playback time in an easy to grasp 1 track full scale or 2x zoom scale bar graph The 1 track full scale mode shows elapsed time by lit segments from the left The 1 track full scale mode shows remaining time by unlit segments from the left When the remaining time is 30 seconds or less the display flashes gently and the flashing becomes faster when there is 15 seconds or less left In the 2x zoom scale mode only the playback position is lit for the WAVE display 6 BPM Counter Indicates BPM for the current track The BPM counter may sometimes not be able to measure the BPM of a track EJECT LOCK indicator Lights when the EJECT UNLOCK LOCK switch is set to the LOCK position Master Tempo indicator MT Lights when the master tempo function is on CDJ 1000MK2 95 7 8 B JOG DIAL DISPLAY SS SESS SN 55 SN QUUM SS S 55 KY XSS SN X SS NS 59 RAY RX SX S XS X S S 5 SS 2 W SS lt gt SEE 22305 SEEKS KRRQ SANRAASSS 52
102. or PCB PARTS LIST DIGITAL OUT DIGITAL OUT MODE SW JA1 881 DSH1025 1028 _ E 91801 D2 PYY0305E DOUT ASSY DWX2307 MMCB ASSY DWX2304 50148 0300 251 L KSWB ASSY DWS1324 CN1802 oe 52151 0510 EE a Yi L T CN1801 55 301 52151 0910 5562 D20PYY0510E PFO9PP D15 CN202 S9B PH K S M SLDB ASSY DWS1325 1105 ERTER 14 D20PYY0915E A CN13 52147 0512 CN12 55 9 2 52151 FLAC1 FLAC1 FLAC2 FLAC2 GNDT JOG1 JOG2 TCH1 VLOD V3R3V GNDAD ADIN ADCT V 5VAD GNDM V 5V GLED V 12V SCLK1 51048 1200 2 9 09 9 9 0 9 5 2 611 2 0122 ASSY DWG1567 DDD1196 5101 5100 1701 41701 XSRST 2 HLEM25R 1 52492 2520 CN203 1101 D20PYYO210E 1102 52151 151 51048 0200 51048 0200 RSWB ASSY oe 310 52151 UM 521 51 0210 S4B PH K S S 160 AEREE JFLB ASSY _ 102 1501 4202 020 1505 51048 1500 51602 n DWG1568 3 020 0510 1 201 5597 3 4 07 D20PYY1510E E _ JOGBASS AS
103. tempo and slide it away from you to decrease it Tempo Reset indicator Shows that the tempo has been reset to 0 normal tempo regardless of the position of the Tempo Control knob TEMPO RESET button Resets the tempo to 0 normal tempo regardless of the position of the Tempo Control knob Press button once more to release it Jog Dial Display Jog dial FWD REV Disc Loading Slot Force Ejection Hole Memory Card Loading Slot Memory Card indicator Lights when the MMC card is being accessed Do not remove the card or turn off the power when this lamp is on 8 Play Pause indicator CDJ 1000MK2 E Lights during play and flashes during pause PLAY PAUSE button 1 CUE indicator Lights when a Cue point is set and a search is not being performed Flashes in pause mode CUE button Cue point settings Cue point sampler Back cue SEARCH button lt lt gt gt TRACK SEARCH button lt lt gt gt Reverse indicator REV Lights when the DIRECTION FWD REV switch is set to reverse DIRECTION FWD REV switch Plays tracks backwards when set to the REV position forward position HOT CUE REC MODE button Switches HOT CUE button function REC CALL It is set to call when the power is turned on HOT CUE A B button indicator It is set to hot cue point recording mode when A and light in red It is set to call mode when A B and light in
104. toward the outermost innermost track of the disc You can move the slider to your desired location by repeatedly executing this command 70 CDJ 1000MK2 E 1 2 3 m 4 Mode for checking audio output using a connected In this mode once you have connected a PC via the CN201 connector which is directly connected to the system control microcomputer on the MAIN Assy through a RS 232C Jig the audio outputs can be checked Before entering this mode it is necessary to disconnect the CN1101 connector on the MFLB Assy and remove the upper unit jog and display block because the communication line is shared between audio output and display functions MAIN Assy MFLB Assy B se RS 232C Jig Refer to RS 232C Jig Schematic diagram Communication Soft Windows standard Hyper Terminal Tera Term CCT Win etc Setup Baud Rate 4800bps Data Bits abit Stop Bits bit Parity None Communication Command Command Name Description Audio Play To search for a designated piece of music and start audio playback To stop audio playback and disc rotation OP Open To eject the disc Supplement AD Audio Play If the AD command is executed after disc insertion audio playback of the designated piece of music starts Example For audio playback of the third piece of music Note Designate the number in the range fro
105. vident from visual inspection nor the protection afforded by them necessarily can be obtained by using 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 the schematics on the parts list 5 Reading should in this Service id above The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER 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 1 Earth Service Manual may be obtained at a nominal charge from _ ground PIONEER Leakage current tester Test all exposed metal surfaces Also test with plug reversed Using AC adapter plug as required AC Leakage Test 2 CDJ 1000MK2 1 2 3 4 IMPORTANT 5 APPARATUS CONTAINS LASER OF CLASS 1 SERVICING OPERATION OF THE APPARATUS SHOULD BE DONE BY A SPECIALLY INSTRUCTED PERSON LA
106. vis MOOO e a to V 12V orcs SLR 343EBT KLMN 528 61001 2 7K 00002007 529 4 550 GNDD 01745 1121 560 531 SL 1 RST TS SLIZI4SURCWIRSTISIS 552 SL1 343YCW RST TS CRED 555 81122 DTC124EUA TLB 470 SLR 343EBT CGREEN DTC124EUA TLB SLI 343YCW RST TS 51 1 34 RST TS olx 81004 2 7K 2559 DTA124EUA TLB 21117 560 NOD GLED 51 I 343URCW RST TS J V 5V GLED J a A lt lt 54 E 5 Qn gt a 6 5 2 Be 7 7 Saline gt 55 V 5V GNDD JOG 2 2 41701 oi J1701 D20PYYO210E 51701 ISX 51048 0200 51048 02200 amp N gles 515 5 GNDD o5 GLED Notes SS S gt CREEL RSWB ASSY 7265656 d J J QA gt gt EET 9 ouo Nu i CH CCSRCH DWS1310 amp ip gee OTHERS CKSRYB uF gt gt CDJ 1000MK2 a 5 6 ER 7 224 8 99 13 LOLLA 199 11 2 9 2 l x 10 gt X 8 gt 7 lt CD lt gt N m m gt m N 1 LL 9 CDJ 1000MK2 30 5 6 7 8 3 10 KSWB and SLDB ASSYS KSWB 55 V 12V CUE DTA124E

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