Service Manual
Contents
1.2. I The A 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 oreampuren LN AUDIOCONTROLUNIT 4 FM EW 2 42dBs E FM UC 0 42dBs 2 AE 5 584 101220 50 6403 R107 R111 CN603 IP BUS 6
3. 1 1 35mA 43mA x 6 20mA 30mA C1302 1304 1 TT NC lt 4 10 5mA 12 OmA R1301 0 2880886888 12 Sing 1 ae uut Ri 51313 enf nf 01300 4 L 17 84 8 mikusaq 1 E13 C1325 81313
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5. 1 1 OF 2 asta i 5 504753 Oxo AL z 3l3 9 5 AS v Ww sQ 2 T 704743 2 O ALY 007143 AL S 2n I r 090 1 925913 0 1 421201 Ne Re 2091711 9 60975 97707 4 toon tanov 25256 1 alao gt 8 48 50 D 5 are 4 OT OH3Z 9 1 Alls Ly E 70813 57 asu 00970 2 OMI S901x
6. 1 2 i z Dp 28 27 s w 2 ES 68 25 I S 8 Z 2L 04 201 2 NAPEMLOL 0 90 18014 S 43 g1 4 1s 19 4 E se 5 gotta 8 4 PA iH 9 22 Ag sns Ag SM ZL T se v vel 818 vel a 5 9 baa n lt JT vvota 2 d 888 atv 5 AE Bo AE H TZ 0 4 ES 4 eoru vus v1 4 42 14 5 2 8 g 11 9 5116 9
7. 1716 3 LRCK 1 o 128 5 _ DATA 2 s 27 MC DM1 Z o m BCK 5 126 SCAM Nas gt 4 0 J 25 MUTE 2 5 gt X D 24 MODE 9 2 6 14 123 CS IWO 5 iw DGND 7 ow 5 22 RST rm VDD 8 lt gt 2 21 7 4 Vcc2R 9 z 2 20 21 5 18 AGND2R 10 19 AGND2L EXTR 11 ir E r 12 my my 17 NC E VouTR 13 16 AGND1 14 4 15 1 39 Pin Functions SM5847AF Pin Pin Function Operation 1 OMD Output data rate 4fs 8fs select 2 DOR data output 3 DOL Lch output 4 WCKO Word clock output 5 BCOK clock output 6 VSS GND 7 VSSAC GND 8 VDDAC Power supply 9 VDD Power supply 10 DG Deglitch signal output 11 NC Not used 12 CKO Master clock output 13
8. 43 MODE Switch Setting This product equipped two setting modes The one is LR IND mode and the other is LR COM mode LR IND mode can be adjusted the equalizer and network adjustment independently between Left and Right channel LR COM mode can be adjusted these adjustment simultaneously between Left and Right channel Since usable functions are dif ferent between LR IND and LR COM be sure to set the mode correctly Set MODE switch of this product to appropriate position with a pen tip or other pointed instrument Pioneer um gt Resetting the Microprocessor The microprocessor must be reset under the following conditions When using this product for the first time after installation When the machine fails to operate properly When strange incorrect messages appear on the display When setting the position of the MODE switch of this product reset the microprocessor press the RESET button on this unit with a pen tip or other pointed instrument gt lt gt Pioneer lt gt 44 Connection Diagram IP BUS cable To IP BUS OUTPUT black M optical cable 9 Optical INPUT IP BU blue blue Fuse 4A Power Terminal e RCA OUTPUT To Optical OUTPUT black
9. 00000000000 00000035 OO MHHH HH HG 04 0 0 OO oO n C 2 u DZ n v o Uu 004 2 221020000 0 6 8 5 565 09 410 15 44 545 4 Fals 21211 T Gestis Y OOZTNO o o o 11121 19191 lolo lolo lo 5 v o lv o lv 16 14 915 I A M e x Jo N90 3 333 33 333 313 333 313 383 333 9 N 9 o s o o o ejo m 1 7 4 5 v nau 002410 4 opa MEST VI me e S 4 81 5 gt 99999 9 9 9 eee o T 88885 4 12 12 SUE SIE Lll ola BRE BB b o o WT WT B b 5 2 pb bphnmm behep p pip td El jo m m je Je je de fe Je 2 RB 8 8 6 s s 8 5 8 J 5 le S o n fo o fa fo on se 00 0 0 m D z r lt m
10. 12 288 2 1003 IC 1101 TC9331F IC 1006 TC7W34FU DSP3 IC 1102 TC9331F IC 1004 TC7W34FU DSPCK 58 DSPACK DSPCD DIRERR FSD ic 601 2 ns 2 5 12187 2 _ DOUT IC 602 DIRRST PD5653A DSPRST B MUTE STBN 21 ASENS rr pad Na DSPCD G611 8 51 DSPCS2 DSPCS3 DEST MUTE RESET 1 IC 603 2 S 80735ANDZI Po IC50 VDD TL5001CPS N Q3A 8V lt 50 5 5 5 5 CN903 CN1701 1 8 8 5 5 1702 Q1703 01701 01700 SP1 21100 29331 97 DSPCD DSPACK SP2 SP3 DSPCD DSPACK IC 1105 1562 10241 7001 20mA 30mA 16 MUTER 21 MUTEL LRCI 1300 5 5847 110mA 130mA PD7010A1 DEEM1 DSPCK DEEM2 DSPOUT DOR2 DFST DOR1 20mA 30mA MUTER MUTEL IC 1500 SM5847AF 14 1313 1413 5 21340 1513 21340 1510 PCM1704U J 1 OPA2134UA 315 CN1702 1 MIDLCH 4 4 7 6 4 502 PMLO11A 2 2 1 LOWLCH 7 LOW RCH i 9 38 SR 10 SW 2 BU lt gt 0905 9 CN901 2 Q904 2 Q903 69 5 901 1 TPD1018F 018 CN902 2 OVERALL CONNE
11. H 1 t Bhs 8 7 broso 858512 gt 12 gle i Tiy er 3 822588 8 3 5 S os froto 415 UIT tsara SODE al hit 355818 erc on 811 313 lt 2 um x 2 y 5 8 8 EEOTH Boat 6 155950 s v S 1 sf SHES ls 801 cri Dua 218 ape 983959 85 52 8 woast s 5 11275514 251 SUP UT 1 gle ey see iL 280880 B 5 85351 ess T esoaso zw 5 T 8 2915 fle 3538 8 1 3548 5 e lt 2 Tatas 2 8 4 a gt 8 4 z 5 1 1 3548 Pr CIN gk sm Le 4 EI 885 159 es 6 t 18 mora lt a 8 8 2 2 lt 2 5 f 70283 00 Zi 2 E Lr qM o I ss rroa 8 zoma 2 i ss os
12. zg 2 5 z 220 I aja 6 OTETOI 52102715 209 TH 22 4 s I 28 J 210 o 1081 anase 7 4 x 81 ETETH doce ESSA ra P or 27 0 _ 5 1 7 6 Jeon 1515 27384 O1x e st i 1nOI oo 6 404 gr 4 ESSA YT NHLIO 059 on 91 0 lt er Jo 7 gt 9888 2 he 07 007 9T D 175 8 6 v 6 e vow Jc 381098 e i viva TH 11 7 L HH vOETO TTETOI vuoe vuoe 1 1 DEQ P9 14 5 MS et T
13. sx 000 0 6 a Hee m Zr WEN joo eter STFTH gt o o aff ole 88 _ 5 tert N 307048688 Lt v a 907338798 5 8 E 6 29A viva 4 4 le 12251 Lv Mfg Pe 1 Lem ngoeva 5 4 1141 007 i ozz oy 5 ow MA zus Tt M3 2 alo apas LY 4 ols 241 29 wit UNE TS 9 8 ale ben 418 515 ZONOV ONES UN 5 1 077 007 os 00 7 1 olvlo aT 20 I nroeva o 7 v w T 9 252 ni Naane Sd ea 8929 Luv 8 90 4308 52 5 e 0 0 ajeje u bri sho 10 aan lt lt
14. Mis rona E EE tona v s 5901 5 5 452 ooma 2 lev 09 PIUT AI Res essa s exe e lez E real E ee eje ese Fri 3 UP E 2 3 oru Ba coe Nad E 25 586 c ESSET ES E e ON m nl 29 5 s 85 28848 8 4 sls 5 5 5 5 5 g Be EEE EERE 5 PPIBEPEEEEHERE JL 8 8 3 8 8 2 881518 5 8 1 the 2 3 5 2 5 8 5 wp 888088 5 8188 8 8 S elele 8 4 En 259 1 4 lerra OEE pers 4 SES arzo eus n sos 4 19 Le 8 52 4 5 i 5 crou NI K E 3 tao ES 159 3 2 3 4 18 4 Ts x EE x SIN T 813 XE NS Lbs 8 8113 ipn 1 C SNNT 1noasa g Sla 10 t Ens exl 3 F 5112
15. 8 DEQ P9 E cn1702 51 1000 E cn1700 SIDE A 16603 9402 9401 10401 16502 10604 8802 10301 9302 9301 10602 9506 9610 9611 16501 9202 9201 9508 16201 9607 0604 9102 0101 9601 9602 16101 16601 9509 9605 967 958 9901 1 66 088 987 986 9503 10901 9905 9903 9904 1 50 950 953 954 952 951 8 D a P9 SIDE B 1 DSP UNIT 4 2 DSP UNIT J 1111 js 155 FA cns01 8 D a P9 SIDE A P Cx dL e Ul R113 i Y aum fttit AMARI AUT isc 99 SIDE B Ojo o m a 5 x H PES 55 PES PES 8 5 ELECTRICAL PARTS LIST NOTES Parts whose parts numbers are omitted are subject to being not supplied The part numbers shown below indicate chip components Chip Resistor RS1 OSOOOJ RS1 DOSOOOJ 903 Transistor 904 Transistor 905 Transistor Unit Number CWM7506 DEO P9 UC Unit Number CWM7507 DEO P9 EW Unit Name Audio Control Unit D 50 Diode MISCELLANEOUS D 86 Diode IC 50 IC TL5001
16. 2 d OON sN PONTS alee 8 zie 1nOI XOM I i 204747 ema 8189235 7 Ys LOSND 7 12 Loe 121217 oort L ol olu 5 pla 8 121815 8 IS 56 N 425 2 zzm mools 0 006 4 iid 9 9 2295 m 338708 1 3 8 S PTS iE 3152 ol e Ofer 90 viva 7580 8 2 1 1 2140 P FE 9 RR E w gt Sng dl 58221 gt m tesa i 4 sapssvlOMW BOP 15751516 z VUOET VUOT 1 SgP8S 0L M3 JINV 5 452 1 55 2554 sgp8s r ON 58 A ed D 0 M N 4 e _ one 5 8 0 _ 270050 m lt 31 503878 as 000 0 _ r Q 088 1 170 3 ETVTU Hem 215 le RRR E ROO doce
17. 24 OUTPUTREF 2 i Raos R411 S 5 il lt so k lop 23 x s 519 5 gt 2 806 Rao 195 229680 10715 470 xyes p z 550 cy R413 alle Z 10 55dBs 5 alo a 10K 12K R407 4 4 38 64 5 Q N ri 10K 10 16 f 10K x ofaj vjolo 1 4dBs 5 aq n 94888 A501 R502 8504 RTE 2 22 aan 14 6dBs 4 5 cu M LERICI 5 8 10K 15K 8a 5 gt 2 S 2 a Plead DAP2023U al fhe Sbs 818 8 070540 91 i caos E 8 8414 ja 10 16 Y gt o 8 10K x 1 1 242 404 6404 R410 R412 N I 9 N EF906 10K 220 50 10 16 470 470 Lg 100 16 9 i i 5581543 29 100 16 40 1 9 1 1 09902 BU nz 1 a 3 L901 soz 1 2 FUSE i voo 95 1 I 4 1 of B 8554176055 CEK1001 1 ol oL Ov DAN202U MIS f or ON ol Sots 1 4 1 e
18. P 3 440 d E RESE zz EET Dom BARE 1 m 2822328 2 p gee ae FP niso Rer is 155514 I DATA opos 11404 Lie 4 258201 x 214415 Finci B 5 4 JONG 1 SaL ala 3 Ta 5 6 15 3 8 4 4 ef m iat ma nca 85181 47440 1 D1400 DA204U hort ma 47 DATA m 2 4 1 2140 4 0 emt 01413 4 558521 08 Daoa x xene 10 400 10 182 xn P0701041 5 al 3 8 2 m an 4 5 8 vss 110 1 sser 832030 42 Eri sS NU EGRE 5 8 DATA vcc s o 5 83 88 2 38 uj dus S Pg B BIS t 5 Sr sf s moe koa SU ilr lossosssoz Ae TE SIS VoDAGNO1 ede s 5 N EE Bissau ss tor
19. i 18 BAS 9 58 w 8855 S E 4 8 80 Jr 8 e s e eg e 1 1 tg 1 Ls 83 8 53 aor 3 F rano mr 1 S3 y Sz NL Sirus EE m Dor ron 8 0 594 Ld 8 Bg 8g 414128 gs PP 2 553 oa iP 5 8 2 5 5 8 8 1 z 2 8538 39 210 8811 4 Baron ya te 993538 z 0 8 1 9 DB B 1 pipe j Large size E 5 34 8 8 40
20. n SE 2 vw exe e e amp e e exe aen 1 3 3 eor G8 z ooos 45 2 Et 08 jeer ru a 4 nj 6 LErridouo 4 Sa 3108 24050 ae sor dowd 1 ira oros x gso maka EES 85 vertu id sor z a a Y5 TN lt 18 lt 57 al elal alal aalala el E 5 ajojn L 8 8 8 1 3 51818 88188 3 3 3 3 5 3 5 5 209 8 sr ssEcSSTIESUBSEZSI 2 hung 85158818 a zs DE Eg 22382 252888828 g z 1 8 8 8131 8131181 883388 amp 8g X 2 MEI baad 20083 5 ova 800010 10083 enw P E EHi e22252222z2555481 amp 8 9983 2 2 55 3 00283 lt of o 8 5 2 9 70r or eror 8 is rosa 38 eror E Zs cette E 44 a
21. 0 um 300W s I BLOW T2 TWO OWNIG SII N2H1 M3 1 Sr or Ny 5 4 on V aes 400410 29519 IVOLLdO T n nvoziwoa 2 SgP6 L 5 5 01149 APL 4 4 4 2 SgPL OL AMDINV Fi 4 o sgpi r OMN la on SgPL 0 888 0 z 2 2 eels 2 Yoo feo ols 048 L 1nOI Negev STS STORE 5 L 4 TON9vOOA ke doce 8 ole oec SESTO 4 T arst 4 070210 210 4 8889898 20 4308 Q Q lt lt 4 4 5083 5290 z z 246 viva 229 22 1 edt 55 e o 5 ONeJ3NI 10 e lt 16 Fri t os g gt o 6212 m
22. 5 EDI EE lt 182 1 4 EL 64 zv 7 3 62212 1341 av 2041 5 2 1nodsa 02 170950 e cdsa 4 69 a vy d 0341 E vv 4 aoasa 2 2 amp E lt 259950 EY 29 s 750980 48 sesso LAVA 735 15 ov sa 5 lt lt HHH HHH lt 59 5 927 5 ww ee ww 8888S 9 4 02 ale 888 8 O 0 G Su 8 O 5 b PRU oor re eon TS x Ja fa s gt 5 a a o o o 218 a 616 18 18 8 2 Te Ta 18 je 215 o 3192 pote 9 Boa Qucm 5 x x zorta oorra 3 9 3 D b O 1 8 Tz 711594 247 vO 1 9 ail st SO 1 ved r 8 2 00 1 f a 2511 5 voa 10 1 ov v Ye vw 8 V Tz E m y S WS 2 oen Y 6 S sor 8 Se 8 Te ov
23. gorra E 8 SOTTOI 800 21 9 z alg 0 ois ois 4 B NUO SIS SIS H 9 140 m 80077 op BLE 5 20755 8 0 0 0 4 1 Sette b 3 3 eoo 4 1 Sette Sle 212181218 e o 515 5 51712121219 575 845842 845 Sat Bel ITH ATe GL ELLE VOT OT 3 ze OSETSSO n m hs e pe je ja le le le w v le e Je je 2 9 5 5 s 5 2 8 a s 8 fe fe 8 o w DTI D Q0 O B zr lt mmmmm mm m 95 se 28088806855 5000 0 0 PPP 98 sesi 2560888086855 00 00 DUC PP PPP 27 270000002 DD DIZZ 8 65 X 00000122 22 988065206 88885242888 aks perta 88682626 288888 888846 588559029856 ev 985 e2 12 84 2 ew IX 17 SE 244 iv 9 e e 52 94 52 oiv Joe 82 28 S 007 09 ossi 8 EOS 007 09 Bv 9
24. 21 22 1 22 2 22 3 22 4 22 5 22 6 22 7 23 24 25 26 Sub Unit Box Contain Box Protector Protector Polyethylene Bag Owner s Manual Owner s Manual Owner s Manual Owner s Manual Owner s Manual Owner s Manual Warranty Card Cover Lock Tie Clamper Filter See Contrast table 2 CHG4438 See Contrast table 2 CHP2359 CHP2360 CEG1116 See Contrast table 2 See Contrast table 2 See Contrast table 2 See Contrast table 2 See Contrast table 2 See Contrast table 2 See Contrast table 2 CNS2726 See Contrast table 2 CNV1272 See Contrast table 2 Part No Mark No Symbol and Description DEO P9 UC DEQ P9 EW 15 Polyethylene Bag CEG1173 CEG 162 16 Carton CHG4345 CHG4344 18 Contain Box CHL4345 CHL4344 22 1 Owner s Manual CRB1641 CRB1635 22 2 Owner s Manual CRB1642 CRB1636 22 3 Owner s Manual Not used CRB1637 22 4 Owner s Manual Not used CRB1638 22 5 Owner s Manual Not used CRB1639 22 6 Owner s Manual Not used CRB1640 22 7 Warranty Card CRY1070 CRY1157 24 Lock Tie Not used CNV 754 26 Filter Not used CTX1060 Owner s Manual Installation Manual Model Part No Language DEO P9 UC CRB1641 English CRB1642 French 9 1635 English CRB1636 Spanish CRB1637 German CRB1638 French CRB1639 Italian CRB1640 Dutch 2 2 EXTERIOR EXTERIOR SECTION PARTS LIST Mark
25. C DF serial clock output 2 VST1 strobe output 1 H M L 3 VST2 strobe output 2 SW 4 VDT EVOL data output 47k 5 EVOL serial clock output 6 CNVSS Vss connection 7 8 NC Not used 9 RESET Microcomputer hard reset input 10 XOUT System clock output 11 VSS GND 12 XIN System clock input 13 VCC Microcomputer power supply 14 Vcc connection 1k microcomputer power supply P UP 15 BSENS 47 microcomputer power supply P UP 16 ASENSB 47 microcomputer power supply 17 Not used 18 IPRO IP BUS request input 47k 19 20 Not used 21 IPPW IP BUS driver power supply switching output 22 IPIN IP BUS input 47k 23 IP BUS data output 24 5 DSP data output 25 NC Not used 26 DSPCK DSP serial clock output 27 35 NC Not used 36 LRSW L R separation common data input 37 IFHIZ DSP microcomputer port Hi z setting 47k 38 MUTERO Hard mute request output 39 TESTIN Test program enable 47k microcomputer power supply 40 DSPPW DSP power supply switching output 41 60 NC Not used 61 63 DSPCS3 1 DSP select 3 1 output 64 DSPCD DSP command data information output 65 DSPERR DSP error information input 47k DSP power supply 66 DSPACK DSP acknowledge input
26. T Tr FLSA Z H H H H H 8 6 t 16 5 z 21 0 ELSA 007 4 T 5 15 28 i des pg sN s 9s 7 9 5 lt D B 55 8 ie 5 c sN v Sz i n o s Jon a on 5 2 lon 5 on EE 949 9 6 Bi m 2 gt 13834 0 L 895 T doze 9 OF 8 8 g M px z B 8 ores 9991 1 m 844 D sN 0 8 ZT e a on 57 m 999 999 9 is o 5 os t TT zv T 5 1 R 9 o 9 gt 0 1 gt 2 nz SN3S8 8 82 4 4 gt asnasv oN x SN3Sv 45 vr 3 Q 36 T 9 gt Q o N e 5 x E 3 9 5 5 1 oe z 20 o lw le a te a 200 LL 8 8 na 5 4 B Fr O 2 O 2 2 2 2 2 2 2 2 2 2 z 6 2 gt
27. al a 58185888 sl al ales a d af al a o mmi mi m m m m LO al Y 2 5 x S uhr oi 3 8 eus 41 815 a w I 500 24 9 3 g 9 T gt gt S099 2 a m fos 8 9 5 5 gv n 8n 2 U 24 5 9 o lt 8 89 m 5 81 n 5 Orr lt 007 5095 3 i a gp 2 9 door x 5 55109 4 t2 Sino 56 a z094 ols any njaj 2 2 I 955 T0821 4 2 9 9 EP o 9 n 2 23348 atc 0 s aa x 597 3 33 5 Pale 5 2 88 5 8 9 8 22 557 9 gt 5 1 ala 9 o 9094 5 9 22 Fl a 9 5594 18 v S 4 sne 554 E 0 E o 2055 _ oot L a i 8 44 9 i 8 86 2 9 fuk 5 oF 9 5 2 9 9 9 m 2 I D
28. ed every five seconds when the Acc and Bup are ON see figure on the left When the IP BUS communi cations are not performing properly the product does not operate properly In such circumstances the DIRRST Pin68 DSPRST Pin67 become LOW for 4ms at certain intervals approximately 3 sec 41 Periodical communications with DSP DSP error verification under normal conditions 2001 01 29 19 30 38 Stopped NORM 2MS 75 500us div 500us div 155 SU CH2 5 252653 DSPCK 26 DSPCS3 1 Bees DSPCS2 Pin62 DSPCS1 Pin63 DSPCS1 zu acl Tl 1 2001 01 29 19 49 28 50 8 5 2lus div Format FileName AutoFile Color Compress stopped 20us BMP DSP OFF OFF ON TopMenu ERU j i DSPCK J 4 ms intervals communications DSPCK 26 7 ar DSPACK 7 Copy To FILE Keyboard Comment ON PRNTR GP IB DSP error verification under continued abnormal conditions DSPRST Pin67 Approx 3 sec intervals The communications are performed with the DSP IC at 4 ms intervals see upper left figure The determination on whether t
29. 20 Hz 20 kHz 1 3 oct Gail 12 dB 0 5 dB Crossover network L R independent SUBWOOFER VAS HPF frequency 20 Hz 100 Hz 1 3 oct frequency 25 Hz 250 Hz 1 3 Gain 10 dB 24 dB 0 5 dB LOW HPF frequency 25 Hz 250 Hz 1 3 oct LPF frequency 250 Hz 10 kHz 1 3 oct DU Gain 0 dB 24 dB 0 5 dB MID HPF frequency 200 Hz 10 KHz 1 3 oct LPF frequency 2 kHz 20 kHz 1 3 oct Welles Gain 0 dB 24 dB 0 5 dB HIGH HPF frequency 1 6 7 20 7 1 3 oct LPF frequency kHz 20 kHz 1 3 oct Gain 0 dB 24 dB 0 5 dB Slope PASS 6 12 18 24 30 36 dB oct 5 no pass HPF High channel Phase NORMAL REVERSE Time alignment 2222224 0 134 in 0 67 in Position adjustment b EE DISTANCE 0 134 in 0 67 in Level 0 30 dB Sampling frequency Digital input Optical input Analog Output RCA 4 way Note Specifications and the design are subject to possi ble modification without notice due to improve ments 47 DEO P9 EW GENERAL Power Source DC 14 4 V 10 8 15 1 V allowable Grounding system Negative type m amana 4A Backup current 2 mA or less Dimensions 191 W x 49 H x 220 D mm 1 8 co
30. ali 2152 weno mee SET SP 3 PELA 5 255570 0c 4 818 1 i ST S TNVERFVCC HLCH 9 i LLCH 13 1 DIGITAL ANALOG EH 20mA 30mA i m DATA vcc 902 4 BcLREF_oc 4 14 4 5 1 Fa act T At ear mn nn CONVERTER Bho afela v n u 2648 C1537 pisis ov 285 9 9 9 489 VODAGNDI E 28 2040 E DF Eus a SiS xm PIA 4710 ale D1500 0 2040 7 swss27aF 2 1 jeas vsss PcMi704U J ciges e MARE 4 xal 19 225758 E 51526 11811 274 8 tA 4 5 pemen 27 1c 510 518 Eie zz i e DATA vec dur 02151316 FP 5153 2 Tal ale 81 815188 Tuc ape 5 4i IT 2 0 1 2 15 pom 24504 4 22 t a Sla 8 88311811 pasia el 9 04204 XL S a 15 fyes 8 ABT S s ag t ZGBEPO oc 4 424220 AP BUS z PCM17
31. 42dBs 1 9 OPTICAL 6 42dBs 10 16 470 470 5518 x R113 8 gt CN1000 47 25 R109 I C517 10K 4 1 24 ur 10 1 501 0101 D102 89 279 2 Pl a 1410446 2 9 g DSPCK AGND AVCC z 228 C 5 5 9 ML 100 ES H 5 5 9 n DSPOUT os vrer ovce 1 AP20 22 104 5 9 d DEEM ML i P DSP 2 0304 4 21 DIRPCM GND 2 7 i Rios 5 5 5 10 16 DIRERR UNIT Cg INS OUTS 10K A106 4 1 48 506 5 19 10716 o 10K FSO NH MR 35 Cg INA 0 4 R102 567 7 9104 6 08 0104 R110 R112 5 35 Cg INS OUTS e 17 220 50 40 46 470 470 Fs2 5 NF ING OUTS 4 2 LL 3 16 R203 C201 R207 R211 MLO 5 Z LL 7 497 35 1 8 510 5 o 10 15 20750 470 470 DSPRST GND s DATE CH R201 R205 10 46 5 lt LR 502 44 14 e R213 a o DSPACK i 10K R209 7 18 13 GID 10K MRO SL 40 DGND STBj 10K SL a DSPCD GND 11 9 qu Ju DsPCS
32. 5 20 OUT3 6 19 OUT4 Ns 7 18 OUTS ING 17 9 16 lt lt lt 10 15 2 de m 11 14 CLK 12 13 STB IC s marked by are MOS type Be careful in handling them because they are very liable to be damaged by electrostatic induction 33 PML011A gt 79 Reference voltage generator c Output selecto 4ch independent conti CODEC IF DC 4 15 1 65 2Vrms 0 8Vrms Bypass gain b Bypass Input gain adjuster Selector 4 inputs independent control 6ch independent control Input source selectoi 4 inputs independent contro Volume T 1 1 6ch independent control Zero cross logic 6ch independent control Digital control Linedriv er amplifier 9 input circuit Quasi differential stereo input circuit differential mono envelope detector level shift 9 o a a gt oc gt 1 5 gt gt gt gt lt lt PD5653A 40 21 Pin Functions PD5653A Pin Format Function and Operation 1 DFCK
33. 6i I m d oT d 19 lt 9 5 9 ESSA Z Z m ix 17 9 nroevd oosra 4 w 88615 EON 8 t 4 NL I 8 E TUS 9 55 9 nor o5 z m lt lt 2 988 5 H 088 doce ST ovon 9 vv 8698 6 3 5 B 850 ote oor 2 lo STSTH Tv x 8118 FN 077 007 87 oje o H31H3ANOO WI So f 49 24 27 Eust YON 24 0495 on 1 438128 18 8 ote z 70972 1 1H038 4a lt A a VTSTOI 15 4 CONNECTION DIAGRAM 4 1 AUDIO CONTROL UNIT AUDIO CONTROL UNIT NOTE FOR PCB DIAGRAMS 1 The parts mounted on this PCB include all necessary parts for several destination For further information for respective destinations be sure check with the schematic dia gram Viewpoint of PCB diagrams N Connector Capacitor SIDE A P C Board Chip Part SIDE B Fuse Cord Assy
34. E d amp 2 Blue white system control terminal of the power amp max 300 mA 12 V DO Yellow terminal always supplied with power regardless of ignition switch position Fuse holder Black ground vehicle metal body 45 Connecting Input Amplifier FUSE 4 Pioneer REMOTE BACKUP GND For system remote control Blue white Blue white Tweeter Power Amplifier Power Amplifier Subwoofer gt Power gt Amplifier 46 8 2 SPECIFICATIONS DEO P9 UC GENERAL RCA OUTPUT Power Source DC 14 4 V 10 8 15 1 V allowable Frequency response 10 Hz 20 kHz 0 1 dB Grounding system Negative type Max output level impedance 4 V 1 Fuse Distortion 0 005 1 kHz 20 kHz LPF Backup current 2 mA or less Signal to noise ratio 109 dB IHF A network Dimensions 191 W x 49 H x 220 D mm Separation 90 dB 1 KHz 20 kHz LPF Weight pr Ere 1 8 kg DSP PREAMP Tone controls parametric Bass frequency 63 Hz 100 Hz 160 Hz 250 Hz Treble frequency 4 kHz 6 3 kHz 10 kHz 16 kHz occisione rede 12 dB 1 dB 31 band graphic equalizer L R independent Frequency
35. Inductor Inductor Inductor Inductor Inductor Inductor Inductor Inductor Array Inductor Array Inductor Array Inductor Array Inductor Array Inductor Array Inductor Inductor Inductor Array Inductor Array Inductor Array Inductor Array Inductor Array Inductor Array Inductor Inductor Inductor Inductor Inductor Inductor Inductor DEO P9 EW Inductor DEO P9 EW Inductor Inductor Inductor Inductor Inductor Inductor Inductor DEO P9 EW Inductor DEO P9 EW Inductor Inductor Inductor Inductor Inductor Inductor Inductor DEO P9 EW DA204U MA111 DA204U DA204U DA204U DA204U DA204U DA204U DA204U DA204U DA204U DA204U DA204U DA204U MA111 CTF1295 LCTA1R0J4532 LCTA1R0J4532 CTF1306 CTF1306 CTF1306 CTF1306 CTF1306 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1421 CTF1421 CTF1421 CTF1421 CTF1421 CTF1421 CTF1306 CTF1306 CTF1421 CTF1421 CTF1421 CTF1421 CTF1421 CTF1421 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 LCTA1R0J4532 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 27 1516 1600 1601 1602 1603 1700 1701 1702 1703 1704 1705 1706 1000 1100 1101 1102 1700 1701 1702 1703 Inductor DEQ P9 EW Inductor Inductor Inductor DEQ P9 EW Inductor DEQ P9 EW Inductor Inductor Ind
36. NT sv 1140 2 5 2 2 w sya 8 8 81 57 12 00075 Ov 5 zv 2 BM 8 c gt P 8 eso vl eset 2 atv 3 fre F ER E NI 1IVOl LdO 1994772018951 VUO NUOT H 1190 NET E asc ea 12 9
37. No Description Part No 1 Screw BSZ30POGOFZK 2 Badge UC 1765 Badge EW CAH1764 3 Cable CDE6625 4 Cord Assy CDE6643 5 Fuse 4A CEK1001 6 Chassis CNA2366 7 Panel CNB2636 8 Case CNB2634 9 Case CNC9165 10 Insulator CNM7103 11 12 Audio Control Unit UC CWM7506 Audio Control Unit EW 7507 13 Connector CN903 CDE6309 14 Connector CN603 CDE6462 15 501 CDE6463 16 Clamper CEF1007 17 Fuse 4A CEK1001 18 Pin Jack CN 101 CKB1048 19 Pin Jack CN301 CKB1048 20 Terminal CN902 CKE1033 21 Fuse Holder CN901 CKR1021 22 Connector CN602 52248 23 Connector CN601 52601 Mark Description Part No 24 Connector CN604 CKS3410 25 Shield CNC4761 26 Holder CNC9161 27 Holder CNC9162 28 Holder CNC9163 29 Screw PPZ20P060FZK 30 Screw PPZ30P080FZK 31 DSP Unit UC CWX2519 DSP Unit EW CWX2520 32 Connector CN1700 CKS1956 33 Connector CN1000 CKS2191 34 Connector CN1701 CKS2198 35 Connector CN1702 52201 36 Shield 9164 37 Holder 9175 38 Holder 9176 39 Insulator 7106 40 951 41 CDE6641 42 Filter EW CTX1054 43 Cushion EW CNM7567 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3 1 BLOCK DIAGRAM AUpio CONTROL UNIT UNIT DSPOUT DEEM 1 5 DIRPCM DSP1 2 DSPCK of DSPOUT 8 io IC 1100 SS TC9331F
38. 01D RS1 108104J RN1 10SE2202D RS1 108474J RS1 108333J RS1 108221J RS1 108221J RS1 108473J RS1 108223J RN1 10SE2201D RS1 108122J RS1 10S103J RS1 4S102J 51 105101 N1 10SE3002D N1 10SE6201D 51 45102 N1 10SE1002D N1 10SE1002D 51 105474 1 105 91010 1 105 15020 1 105 27020 1 105 10020 1 105 10020 1 105 43010 RS1 10S122J RS1 10S103J RS1 4S102J DD RS1 10S101J RN1 10SE3002D N1 10SE4301D N1 10SE2401D 1 4S102J N1 10SE1002D N1 10SE1002D N1 10SE1201D N1 10SE1201D N1 10SE2201D N1 10SE2201D N1 10SE4700D 51 165103 51 165103 N1 10SE4700D N1 10SE4700D N1 10SE4700D 51 165103 51 165103 N1 10SE2202D N1 10SE2202D N1 10SE1002D N1 10SE1002D N1 10SE1201D N1 10SE1201D N1 10SE2201D N1 10SE2201D N1 10SE4700D N1 10SE4700D 51 165103 22222225 222121 22 2020202020 2020202020 22 2020202020 22 2020202020 DIDID 2020202020 DIDDII RS1 16S103J N1 10SE4700D N1 10SE4700D 51 165103 51 165103 1 105 22020 1 105 22020 N1 10SE1002D N1 10SE1002D N1 10SE1201D N1 10SE1201D N1 10SE2201D N1 10SE2201D 51 165103 51 165103 N1 10SE4700D N1 10SE4700D N1 10SE4700D N1 10SE4700D 51 165103 51 165103 N1 10SE2202D N1 10SE2202D N1 10SE1002D N1 10SE1002D N1 10SE1002D N1 10SE1002D N1 10SE1202D N1 10SE1202D 51 165103 51 165103 1 105 47000 1 105 47000
39. 04U J C 1822 4 jj OPTICAL 93704 rdiaark Te I3 01700 3 286272 F 4 1 45 ETS ale 3 25 258 mlt Jj 55 LASS om eot gx 01600 g R d BL r M 13 zl 8 EXTR 13 7 584 16 S TE 01702 JacNpivcci E I 1716 3 5 1610 1 10 16 81815 EF1700 1 QO p 8 FITS 5 ER 3 Dro ero Te 4 4 4 12541534 AUDIO CONTROL UNIT CN501 MID MID ACH HIGH LCH HIGH Low LcH a LOW ACH Sw RCH 11
40. 1 105 47000 N1 10SE4700D 51 165103 51 165103 N1 10SE2202D N1 10SE2202D RS1 16S682J 22222222 22202022 2120 0101 DIDDI RS1 16S103J RS1 16S103J RS1 16S153J RS1 16S472J 51 165101 RS1 16S101J RS1 16S102J RS1 108103J RS1 16S103J RS1 108472J RS1 16S102J RS1 108472J RS1 108103J 51 165473 51 165473 51 165473 RS1 16S102J RAB4C471J RS1 16S473J 51 165473 RAB4C473J RS1 16S473J RS1 16S102J RS1 16S822J 51 165473 25 Circuit Symbol and Name Circuit Symbol and Name 626 51 165103 102 CFHSO221J50 R 627 51 165103 103 10 6 1396 628 51 165103 104 10 16 1396 629 RS1 16S222J 105 CCSRCH471J50 R 630 RS1 16S473J 106 CCSRCH471J50 R 631 51 165103 107 10yF 16V CCH1396 R 632 RS1 16S473J 109 10 6 1396 633 51 165101 11 5 104 25 634 RS1 16S473J 112 CKSRYB104K25 R 635 51 165473 201 CFHSO221J50 R 636 RS1 16S104J C 202 CFHSO221J50 R 637 RS1 16S473J 203 10 6 1396 638 RS1 16S473J C 204 10 16 1396 639 RS1 16S222J C 205 CCSRCH471J50 R 640 RS1 16S472J C 206 CCSRCH471J50 R 641 RS1 16S473J C 207 10 6 1396 642 RS1 16S473J 208 10 6 1396 644 51 165103 21 5 104 25 901 RS1 16S102J C 212
41. 10 1426 5 104 25 1526 CKSRYB104K25 C 1427 CKSRYB104K25 C 1527 CKSRYB104K25 C 1428 CEZA470M10 1528 CEZA470M10 C 1429 2 470 10 1529 2 470 10 1430 2 470 10 1530 CEZA470M10 C 1431 CEZA470M10 1531 CEZA470M10 C 1432 CKSRYB104K25 C 1532 CKSRYB104K25 C 1433 CKSRYB104K25 1533 5 104 25 1434 10 6 1352 1534 10 6 1352 1435 10 6 1352 1535 10 16 1352 1436 CFHSO331J50 1536 CFHSO331J50 1437 CFHSO331J50 C 1537 CFHSO331J50 C 1438 CFHSO332J16 1538 CFHSO332J16 C 1439 CFHSO332J16 1539 CFHSO332J16 C 1500 CKSRYB104K25 C 1600 CKSRYB104K25 C 1501 CKSRYB104K25 C 1601 2 100 16 1502 CKSRYB104K25 C 1602 CKSRYB104K25 1503 CCSRCH331J50 1603 CEZA100M16 C 1504 CKSRYB104K25 C 1604 CEZA100M16 C 1505 CKSRYB104K25 C 1605 CKSRYB104K25 C 1506 CEZA330M 16 C 1606 2 100 16 1507 CKSRYB473K25 C 1607 CEZA100M16 C 1508 CKSRYB473K25 C 1608 CEZA100M16 C 1509 CKSRYB104K25 C 1609 CKSRYB104K25 C 1510 CASA220M10 C 1610 CCSRCH331J50 C 1511 CASA220M10 1611 10 6 1396 1512 CASA220M10 C 1612 10yF 16V CCH1396 C 1513 CASA220M10 C 1613 CFHSO103J16 C 1514 CKSRYB104K25 C 1614 CFHSO103J16 C 1515 CKSRYB104K25 C 1700 47uF 25V CCH1394 C 1516 CKSRYB104K25 C 17701 47yF 2bV CCH1394 C 1517 CKSRYB104K25 1518 CEZA220M25 C 1519 CEZA220M25 1520 CEZA101M10 1521 CEZA101M10 6 ADJUSTMENT There is n
42. 2020202 1123 1124 1125 1126 1127 1128 1129 1130 1133 1134 1135 1136 1137 1138 1139 1140 1141 1142 1143 1300 1301 1302 1303 1310 1311 1312 1313 1314 1315 1316 1317 1318 1319 1400 1401 1402 1403 1410 1411 1412 1413 1414 1415 1416 1417 1418 1419 1500 1502 1503 1504 1510 1511 1512 1513 1514 1515 1516 1517 1518 1519 1600 1601 1602 1603 DEQ P9 UC DEQ P9 UC DEQ P9 UC DEQ P9 UC DEQ P9 UC DEQ P9 UC Part No RS1 16S331J RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RAB4C473J RAB4C473J RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RAB4C101J RS1 16S820J RS1 16SOROJ RS1 16S102J RAB4C470J RAB4C470J RN1 10SE1801D RN1 10SE1801D RN1 10SE2200D RN1 10SE2200D RN1 10SE4701D RN1 10SE4701D RS1 10SOROJ RS1 10SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16S102J RAB4C101J RAB4C470J RAB4C470J RN1 10SE1801D RN1 10SE1801D RN1 10SE2200D RN1 10SE2200D RN1 10SE4701D RN1 10SE4701D RS1 10S0R0J RS1 10SOROJ RS1 16S101J RAB4C101J RS1 16SOROJ RS1 16S102J RAB4C470J RAB4C470J RN1 10SE1801D RN1 10SE1801D RN1 10SE2200D RN1 10SE2200D RN1 10SE4701D RN1 10SE4701D RS1 10SOROJ RS1 10S0R0J RAB4C101J RS1 16SOROJ RS1 16S102J RS1 16S102J Symbol and Name
43. 5 C 1326 CKSRYB104K25 C 1044 CKSRYB473K25 C 1327 CKSRYB104K25 C 1045 CKSRYB473K25 C 1328 CEZA470M10 C 1046 CKSRYB473K25 C 1329 CEZA470M10 C 1330 CEZA470M10 C 1047 CKSRYB473K25 C 1048 CKSRYB473K25 1331 2 470 10 1049 CKSRYB473K25 C 1332 CKSRYB104K25 1050 CKSRYB473K25 C 1333 CKSRYB104K25 C 1103 CKSRYB473K25 C 1334 10 16 1352 1335 10 16 1352 1104 CCSRCH100D50 C 1107 CEJO470M6R3 C 1336 CFHSO331J50 C 1108 CCSRCH100D50 C 1337 CFHSO331J50 C 1109 CKSRYB473K25 1338 50332316 1110 CKSRYB102K50 C 1339 CFHSO332J16 C 1400 CCSRCH331J50 C 1112 CKSRYB473K25 1114 CKSRYB473K25 1401 CEZA330M16 C 1119 CKSRYB473K25 C 1402 CKSRYB473K25 1120 CKSRYB473K25 C 1405 CKSRYB473K25 1121 CCSRCH100D50 C 1410 CASA220M10 C 1411 CASA220M10 C 1122 CKSRYB473K25 C 1123 CKSRYB473K25 C 1412 CASA220M10 C 1124 CCSRCH100D50 C 1413 CASA220M10 1125 CEJO100M16 C 1414 CKSRYB104K25 C 1126 CEJO470M6R3 C 1415 CKSRYB104K25 C 1416 CKSRYB104K25 C 1127 CCSRCH100D50 1128 CEJO100M16 C 1417 CKSRYB104K25 C 1129 CEJO470M6R3 C 1418 CEZA220M25 C 1130 CCSRCH100D50 C 1419 CEZA220M25 C 1132 CKSRYB473K25 C 1420 CEZA101M10 C 1421 CEZA101M10 29 Circuit Symbol and Name Circuit Symbol and Name 1422 CKSRYB104K25 C 1522 CKSRYB104K25 C 1423 CKSRYB104K25 C 1523 CKSRYB104K25 C 1424 CEZA470M10 1524 CEZA470M10 C 1425 CEZA470M10 C 1525 2 470
44. 5V CCH1394 C 81 CKSRYB102K50 C 51 CKSRYB104K25 C 82 CEHAS1R0M50 C 516 47uF 25V CCH1394 86 21680 16 517 5 104 25 C 88 CEHAZL680M 16 C 518 47yF 2bV CCH1394 90 5 102 50 601 5 104 25 91 5 102 50 602 CKSRYB104K25 92 21680 16 603 CKSRYB473K25 93 21680 16 604 CCSRCH101J50 94 21680 16 605 CCSRCH101J50 95 5 102 50 606 0282 50 97 CKSRYB223K25 C 607 CKSRYB104K25 C 101 CFHSO221J50 C 608 CCSRCH101J50 26 910 911 912 913 914 915 916 917 Unit Number Unit Number Unit Name ATuF 25V 100uF 16V 1001 16 0 47F 5 5V 47001 16 1001 16 DSP Unit MISCELLANEOUS 1000 1002 1003 1004 1005 1006 1100 1101 1102 1104 1105 1300 1310 1311 1313 1400 1410 1411 1413 1500 1510 1511 1513 1600 1000 1700 1701 1702 1703 1000 1001 1002 1100 1300 1301 1310 1311 1312 1313 1400 Transistor Chip Transistor Chip Transistor Transistor Transistor Diode Diode Network Diode Network Diode Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Part No CEJO470M16 CCH1394 CKSRYB473K25 CEJO470
45. 67 DSPRST O C DSP reset output 68 DIRRST DIR reset output 69 71 DIRFS2 0 DIR sampling frequency information 2 0 input 47k 72 DIRERR lock unlock information input 47k 73 DIRPCM audio data information input 47k 74 DEMPHIN C DIR emphasis information input 47k 75 AVSS Vss connection 76 DFST DF strobe output 77 VREF AD converter reference voltage input Vcc connection 78 AVCC Vcc connection 79 NC Not used 80 DFOUT data output 47k Format CMOS N N channel open drain 35 Pin FunctionsILC89055WHS RA8 Pin No Pin Name Function Operation 1 DISEL Data input DINO DIN1 select input 2 DOUT Serial audio output 3 DIN0 Digital input 4 DIN1 l Digital data input 5 DIN2 Digital input 6 DGND Digital circuit GND 7 DVDD Digital VDD 5V 8 R control input 9 VIN VCO free run frequency setting input 10 loop filter setting 11 AVDD Analog power supply 12 AGND Analog GND 13 CKOUT Clock output 14 BCK 6415 clock output 15 LRCK fs clock output 16 DATAO Data output 17 XSTATE Source clock switching monitor output 18 DGND Digital GND 19 DVDD Digital power supply 20 XMCK Crystal osc
46. CKO Oscillation section output clock 10 5 Master clock input frequency selection 11 CKS Master clock input frequency selection 12 ASEL2 MDCK Operation mode selection Microcomputer I F clock input 13 ASEL2 MDCK Operation mode selection Microcomputer I F clock input 14 HS MDT Operation mode selection Microcomputer I F data input 15 HS MDT Operation mode selection Microcomputer I F data input 16 SYNC MDLE Synchronous mode selection Microcomputer I F latch enable input 17 RST Reset input 18 LRS LR clock plarity selection 19 DEEM Deemphasis ON OFF selection 20 DEEM Deemphasis ON OFF selection 21 AMS1 quantity setting 22 AMS1 quantity setting 23 AMS2 quantity setting 24 AMS2 quantity setting 25 OBS Output data bit length selection 26 OBS Output data bit length selection 27 ASEL1 Operation mode selection 28 VSS2 Power supply 0V 29 VDD2 Power supply 5V 30 DOR Rch data output 31 DOR Rch data output 32 DOL Lch output 33 DOL Lch output 34 WCKO Word clock output 35 WCKO Word clock output 36 BCKO clock output for output data 37 BCKO clock output for output data 38 MDS Mode setting method selection 39 LRCI clock input 40 DIN Data input 41 BCKI Bit clock input 42 BCKI Bit clock input 43 VDD1 Power supply 5V 44 VDD1 Power supply 5V PD7010A1 33 23 34 22 44 12 1 11 38
47. CKSRYB104K25 R 902 RS1 16S223J C 301 CFHSO221J50 R 903 51 165103 302 CFHSO221J50 R 904 RS1 16S473J 303 10 6 1396 905 51 165473 304 10 16 1396 906 RD1 4PU222J C 305 CCSRCH471J50 R 907 51 165473 306 CCSRCH471J50 R 908 RS1 16S102J C 307 10 6 1396 909 RAB4C102J C 308 10yF 16V CCH1396 R 910 RAB4C102J 31 CKSRYB104K25 312 CKSRYB104K25 CAPACITORS C 401 50221 50 50 21680 16 402 CFHSO221J50 C 52 CEHAZL680M 16 C 403 10 6 1396 54 CCSRCH331J50 404 10 6 1396 55 5 102 50 405 CCSRCH471J50 C 56 CEHAZL680M 16 C 406 CCSRCH471J50 58 21680 16 407 10 6 1396 59 5 102 50 408 10 6 1396 60 CKSRYB473K25 411 CKSRYB104K25 61 5 102 50 412 CKSRYB104K25 C 62 CKSRYB104K25 C 501 100 6 1353 66 21680 16 502 CKSRYB104K25 C 68 CEHAZL680M 16 C 503 4R7uF 35V CCH1358 C 70 CKSRYB102K50 C 504 4R7uF 35V CCH1358 C 71 CKSRYB102K50 C 505 4R7uF 35V CCH1358 C 72 CEHAZL680M 16 C 506 4R7uF 35V CCH1358 C 73 CEHAZL680M16 C 507 4R7uF 35V CCH1358 C 74 CEHAZL680M 16 C 508 4R7uF 35V CCH1358 C 75 CKSRYB102K50 C 509 CKSRYB104K25 C 76 CKSRYB222K50 C 510 CEJO100M16 C 77 CKSRYB223K25 C 511 CEJO100M16 78 CCSRCH221J50 512 4R7uF 35V CCH1358 C 79 CKSRYB104K25 C 513 4R7uF 35V CCH1358 C 80 CKSRYB102K50 C 514 47uF 2
48. CPS D 101 Diode IC 66 IC TL1451ANS M D 102 Diode 101 OPA2134UA D 201 Diode IC 201 IC OPA2134UA D 202 Diode IC 301 IC OPA2134UA D 301 Diode IC 401 IC OPA2134UA D 302 Diode IC 501 IC 0017 D 401 Diode 502 PML011A D 402 Diode 601 12187 D 601 Diode 602 PD5653A D 602 Diode 603 S 80735ANDZI D 603 Diode 604 TC7S04FU D 604 Diode IC 901 IC TPD1018F D 605 Diode 50 Transistor 25 1797 606 Diode 51 Transistor 2SC2812 607 Diode 52 Transistor 25 1179 901 Diode 53 Transistor 2SA1179 D 902 Diode 54 Transistor DTC124EK D 903 Diode 66 Transistor 25 1797 904 Diode 67 Transistor 2SC2812 D 905 Diode 68 Transistor 2SA1179 D 906 Diode 86 Transistor 2SA1797 D 907 Diode 87 Transistor 2SC2812 D 908 Diode 88 Transistor 2SA1179 D 909 Diode 101 Transistor IMX9 L 50 Choke Coil 22uH 102 Transistor IMX9 L 51 Choke Coil 22 Q 201 Transistor 9 L 52 Choke Coil 22uH 202 Transistor IMX9 L 66 Coil O 301 Transistor IMX9 L 67 Coil 302 Transistor IMX9 L 86 Coil 401 Transistor IMX9 L 87 Coil 402 Transistor IMX9 L 601 Inductor O 601 Transistor 2SB1238 L 602 Inductor O 602 Transistor 2SC2712 L 603 Inductor 603 Transistor 2SC2712 L 604 Inductor Array O 604 Transistor IMD2A L 605 Inductor Array O 605 Transistor 2SC2712 L 606 Inductor Array Q 606 Transistor 2SC2412K L 607 Inductor Array O 607 Transistor 2SC2412K L 608 In
49. CTION DIAGRAM 3 parts be sure to refer to EXPLODED VIEWS AND PARTS LIST or ELECTRICAL PARTS ing serv When order LIST Note MCD MDVD SCD OPT MCD OPT DVD IP BUS OPTICAL FM 100 EW 0 1dBs 4 1dBs 2 z 5 8 gt o 6 2 z069 s pn OOLLNO zx 2 bs m 9 5 E s qm Ee p 1 zt C k k f o as t Ke E R R x 0 840 3 HHH GHHH uo 8
50. M10 CCH1353 CCH1353 CCL1016 CEJO101M6R3 CKSRYB473K25 CEJO470M16 CEJO470M16 CKSRYB473K25 CKSRYB104K25 CCH1266 CKSRYB103K50 CCH1395 CKSRYB223K50 CCSOCH101J50 CWX2519 DEQ P9 UC CWX2520 DEQ P9 EW LC89055WHS RA8 TC7W34FU TC7W34FU TC7W34FU TC7W34FU TC7W34FU TC9331F TC9331F TC9331F 1562 10241 7001 1562 10241 7001 5 5847 PCM1704U J PCM1704U J OPA2134UA PD7010A1 PCM1704U J PCM1704U J OPA2134UA SM5847AF PCM1704U J PCM1704U J OPA2134UA PCM1716E 3 2SC2712 2SC2712 2SC2712 DTC144TK DTC144TK MA111 DA204U DA204U MA152WK DA204U DA204U DA204U DA204U DA204U DA204U DA204U rrrrr P P iole 1401 1402 1410 1411 1412 1413 1500 1501 1510 1511 1512 1513 1600 1601 1700 1000 1002 1003 1004 1005 1006 1007 1008 1100 1101 1102 1103 1104 1105 1106 1107 1108 1109 1110 1111 1112 1113 1114 1115 1116 1117 1118 1300 1310 1311 1312 1313 1314 1315 1316 1400 1410 1411 1412 1413 1414 1415 1416 1500 1510 1511 1512 1513 1514 1515 Diode Network Diode Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Diode Network Diode Inductor Inductor Inductor Inductor Inductor Inductor
51. Pioneer DEO P9 UC Service ORDER NO CRT2686 UNIVERSAL DIGITAL PREAMP EQUALIZER 5 1 SAFETY 2 7 GENERAL INFORMATION 31 2 EXPLODED VIEWS AND PARTS LIST 2 TI DIAGNOSIS EL T Renten 31 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 6 7 1 1 DISASSEMBLY 31 4 PCB CONNECTION DIAGRAM 16 7 1 2 CONNECTOR FUNCTION DESCRIPTION 33 5 ELECTRICAL PARTS LIST 24 33 6 ADJUSTMENT etienne nent 30 7 3 OPERATIONAL DESCRIPTION 41 8 OPERATIONS AND SPECIFICATIONS 43 PIONEER CORPORATION 4 1 Meguro 1 Chome Meguro ku Tokyo 153 8654 Japan PIONEER ELECTRONICS SERVICE INC 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 O PIONEER CORPORATION 2001 K ZZA MAY 2001 Printed in Japan 1 INFORMATION This service manual is intended for qualified service technicians it is meant for casual do it yourselfer Oualified technicians have the necessary test equipment and tools and have been trained to properly and safel
52. Seg BEES SO I vy eH 92 gt gt Orcum 8 2 levoro 8 17 go 2 007 ava e 237 Y ae 8 S E 52 sv L gt v 9 gt 3 sv X 135 T eH oviva 733500 4 ee iid zr 31V1SX Uli 0 25 va 9 zu 8 4 eta 05 0E 78 raana 4 7 w 9 sopra S gle ler 27 00052 T 5 SIR S 8 qF sv 000121 T3004 8 2 4 looor x 8 prm g 42 8 v 2 21 2 21 49 zv 5116 0 0490 224 o8 v 5 8 9 8 ip zptim 12 18 zw for gt cen Nae orang
53. Symbol and 1610 RN1 10SE2200D C 1134 CKSRYB473K25 R 1611 RN1 10SE2200D C 1136 CKSRYB102K50 R 1612 RN1 10SE4701D C 1138 CKSRYB473K25 1613 RN1 10SE4701D C 1140 CKSRYB473K25 R 1614 DEQ P9 UC RS1 10SOROJ 1141 CKSRYB102K50 R 1615 DEO P9 UC RS1 10S0R0J C 1142 CKSRYB473K25 1700 RAB4C473J C 1143 CKSRYB473K25 1703 RS1 16S103J 1144 CKSRYB473K25 1704 RS1 16S103J C 1146 CKSRYB473K25 1705 RS1 16S102J C 1300 CKSRYB104K25 1706 RS1 16S473J C 1301 CKSRYB104K25 1707 RS1 16S472J C 1302 CKSRYB104K25 C 1303 CCSRCH331J50 CAPACITORS C 1304 CKSRYB104K25 C 1305 CKSRYB104K25 C 1000 CKSRYB104K25 C 1010 CKSRYB103K50 C 1306 CEZA330M16 1011 CKSRYB104K25 C 1307 CKSRYB473K25 C 1012 CKSRYB104K25 C 1308 CKSRYB104K25 C 1013 50103 16 1309 CKSRYB473K25 C 1310 CASA220M10 1014 CFHSP104J16 C 1015 CFHSP104J16 C 1311 CASA220M10 C 1017 50103 16 1312 220 10 1018 5 104 25 1313 CASA220M10 C 1019 CKSRYB473K25 C 1314 CKSRYB104K25 C 1315 CKSRYB104K25 C 1020 CKSRYB473K25 1021 CEZA100M16 C 1316 CKSRYB104K25 C 1022 CEZA100M16 C 1317 CKSRYB104K25 C 1023 CCSRCH270J50 C 1318 CEZA220M25 1024 CKSRYB473K25 C 1319 CEZA220M25 C 1320 CEZA101M10 C 1025 CKSRYB473K25 C 1026 CEZA470M10 C 1321 CEZA101M10 C 1027 CCSRCH330J50 C 1322 CKSRYB104K25 C 1028 CEZA470M10 C 1323 CKSRYB104K25 C 1029 CKSRYB473K25 C 1324 CEZA470M10 C 1325 CEZA470M10 C 1030 CKSRYB473K25 C 1043 CKSRYB473K2
54. VSS GND 14 VDD Power supply 15 XTO Radiator output 16 Radiator input Master clock input 17 VSS GND 18 VDD Power supply 19 LRCI Input sampling rate clock fs input 20 DI INF2N Data input Input format select 21 BCKI clock input 22 23 NC Not used 24 CKSLN Master clock frequency 192fs 256fs select 25 INF1N Input format select 26 IW1N DIL Input word length select pin Lch input 27 IW2N DIR Input data word length select pin Rch data input 28 VSS GND 29 VDD Power supply 30 OW1N Output data word length select 31 OW2N Output data word length select 32 SYNCN same mode select 33 RSTN Reset input 34 CKDV1 inside system establishment ratio of dividing frequency select 35 CKDV2 l The inside system establishment ratio of dividing frequency select pin 36 DEMPR deemphasis ON OFF 37 DEMPL Lch deemphasis 38 VDD Power supply 39 Vss GND 40 FSEL1 Deemphasis filter fs select 41 FSEL2 l Deemphasis filter fs select pin 42 MUTEL Lch mute 43 MUTER Rch mute ON OFF 44 DITHN Output dither SM5847AF 81 S 23 11 33 1 i 40 7 3 DESCRIPTION The DSP DIR DF EVOL will be initialized and the microcomputer will enter a normal operation All other commands entered by key operations are also received by IP BUS communications and DSP EVOL s
55. ductor O 608 Transistor 2SC2412K L 901 Coil DEO P9 EW 609 Transistor IMD2A T 66 Transformer Q 610 Transistor DTA124EU T 86 Transformer O 611 Transistor 2SC2412K X 601 Radiator 10 00MHz O 901 Transistor 2SB1243 601 Switch RESET 902 Transistor 2SD1760F5 o 602 Slide Switch MODE EF 901 EMI Filter EF 902 EMI Filter EF 903 EMI Filter EF 904 EMI Filter 24 25 2412 DTC114bEK 2581238 0256 5 802 06 5 802 06 DAP202U DAP202U DAP202U DAP202U DAP202U DAP202U DAP202U DAP202U MA152K DAN202U DAN202U DAN202U DAN202U HZS7L C2 DAN202U HZS6L B1 HZS6L B1 ERA15 02VH DAN202U HZS9L A2 MA111 ERA15 02VH ERA15 02VH ERA15 02VH CTH1109 CTH1109 CTH1109 CTH1110 CTH1110 CTH1110 CTH1110 LAU1R5K LAU3R3K CTF1410 CTF1421 CTF1421 CTF1421 CTF1421 CTF1410 CTH1170 CTT1098 CTT1098 551428 0561059 CSH1051 CCG1003 CCG1083 CCG1083 CCG1083 905 Filter 906 Filter RESISTORS 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 66 67 68 69 70 71 72 73 74 75 76 77 78 80 81 82 86 87 88 89 90 91 92 93 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 201 202 203 204 205 206 207 208 209 200200 222 22 DIDID 22 20107020 DIDDII 22 22 CCG1083 CCG1083 RS1 4S751J RS1 108122J RS1 108123J RS1 4S751J 51 105101 RN1 10SE1002D RN1 10SE30
56. er 9 R904 0906 2581238 2 N 8 aga oglo 1 z 5 7 lt 8 Vee 8 47K MA111 5 s IIS 2 7 7 AN Bon Ob Nz 1 S STB xl o FUSE I Og 8 5 818 ERA15 02VH 2 S bi o m DTA124EU 5 114 Brew I 9 4 R alsiaj al GND 8 3 1 85 0080202 I 8 29 52225 9 lc 66 5 B 9 5 249 10 86 8 1V1 a903 66658 P3 T a 28C2412K 25 2412 1 9 TP627 m 9 9 ba 905 4 47 x amp T Sm 2542412 1 Symbol indicates a resistor f Decimal points for resistor No differentiation is made between chip resistors and and capacitor fixed values discrete resistors are expressed as I t Symbol indicates a capacitor 2 25 2R2 No differentiation is made between chip capacitors and 0 022 R022 discrete 9 3 3 DSP UNIT GUIDE PAGE
57. ettings are conducted For normal operations the monitoring of the DSP error is conducted by communicating with the DSP at certain intervals When DSPPW does not become H The XOUT Pin10 XIN Pin12 of the microcomputer is not operating The microcomputer is in the STOP mode Please verify the ASENSB Pin16 BSENS Pin15 IP BUS Communication 2001 01 29 18 33 38 NORM 2MS s 500us div Stopped 500us div 155 2 CH4 5V DC 10 DC 16 Y U DC 101 IPRQ id IPRQ Pinl8 A ret j IPPW Pin21 E EE T ORC PTT PEE FIN 22 a Pin23 Format FileName AutoFile Color BMP IPEUS OFF When sound is not emitted Lock and Unlock of the DIR DIRERR Pin72 of the microcomputer Fixed to HIGH Either the digital audio is abnormal or the DIR IC is abnormal Becomes HIGH at certain intervals gt The microcomputer is performing re initialization Initialization of the microcomputer When a DIR error or DSP error is detected the microcomputer performs re initialization With the IP BUS communica tions communication is con ducted in set intervals a refresh operation is conduct
58. he DSP 1 is operating normally not is made by monitoring the DSPACK Pin66 and DSPERR Pin65 Under normal conditions the DSPACK Pin66 will fall to LOW after counting 9 clock cycles of the DSPCK Pin26 see upper right figure By determining which of the DSPCS1 3 Pin61 62 63 is LOW during that time we can find out which IC is engaged in communications When the DSPACK Pin66 does not become LOW then the IC of that DSPACK Pin66 may be faulty or abnormal An error will occur with the DSPERR Pin65 when it is LOW The DSPERR Pin65 may become LOW during initializa tion but an error occurs at the DSP when it is LOW during a periodical communication An error is relayed in the order of CHIP1 CHIP3 CHIP2 of the DSP so please determine at which IC the error is occurring Others When LRCK8BCK and DATA are being output from DSP IC in a normal manner please verify the output of the DF IC When a digital waveform is being output from the DF IC then please check the DAC IC When an analog waveform is being output from the DAC IC then please check the EVOL IC ae 8 OPERATIONS AND SPECIFICATIONS 8 1 OPERATIONS aa A REMOTE BACKUP gt DEQ P9 UNIVERSAL DIGITAL PREARP EQUALIZER OPTICAL IN RESET MODE n weon O gt
59. i sn E VOL 7909 0201 9 a ptr iro cy DSPCS2 a 228 C a 2 DSPCS3 els H 5 H 1701 pene m GND DEST 8 FM EW 11 42dBs o 2 23 ANEW oy os d ala 3 474 e AMIUC 0353485 209 Raid 5 2 ox m gt OPTICAL 15 47dBs Hr e n R202204 cao psv 0 0 9 1 e N 1R2K 220 50 40 46 470 470 z a R303 C301 C303 R309 R311 o 1 jn 3 Dy 220790 40 45 470 470 8307 9315 10K 9 9 ojoj z 10K e o 5 9 e 3 e 8 8 s 8 813 1 alate i 3 1 E h 32 z Q 33 Klas 0304 qu Ju 0302 229 Se eee ece gl 22442 uw 2 555 5 6 amp amp 4 896 5 4 wars u vaa 609 Q 9 3 SIGGND 0 1 6 6 8 o SCK L GND 4 lt 7 Koga dm DAP202U an i la cassn E VOL SEL n Kg 5 29 m af ojaj 5 4 Baos R314 LLO Je SPKR1R 10K elk n 27 10K Kr 5018 5 PMLO11A sPKR2L 2955 10K 2 86 as 220 50 40 16 470 470 0 10
60. illator clock output 21 XOUT Crystal oscillator connection output 22 XIN Crystal oscillator connection input 23 EMPHA Channel status emphasis information output 24 AUDIO Channel status bit 1 detection output 25 CSFLAG First 40 bits update output terminal for channel status 26 F0 P0 C0 Input fs calculated signal output Pc type output Input word information output 27 F1 P1 C1 Input fs calculated signal output Pc type output Input word information output 28 F2 P2 C2 Input fs calculated signal output Pc type output Input word information output 29 VF P3 C3 Validity output Pc data type output Input word information output 30 DVDD Digital power supply 31 DGND Digital GND 32 AUTO burst transmission detection Pb detection signal output terminal 33 BPSYNC O Non PCM burst preamble Pa Pb Pc Pd sync signal detection terminal 34 ERROR PLL lock error data error output 35 DO Microcomputer reading output 36 DI Microcomputer IF writing data input 37 CE Microcomputer IF chip enable 38 Microcomputer IF clock input 39 XSEL XIN Crystal oscillator frequency selection input 40 MODEO Mode setting input 41 MODE1 Mode setting input 42 DGND Digital GND 43 DVDD Digital power supply 44 DOSELO Output data format selection input 45 DOSEL1 Output data format selection input 46 CKSEL0 Output clock se
61. lection input 47 CKSEL1 Output clock selection input 48 XMODE System reset input 35 LC89055WHS RA8 36 25 37 24 48 13 1562 10241 7001 0 16 Address Inputs CE1 Chip Enable 1 Input CE2 Chip Enable 2 Input OE Output Enable Input WE Write Enable Input 0 07 Input Output Vcc Power Ground PCM1704U J DATA 1 2 NC 3 VDD 4 DGND 5 VDD 6 WCLK 91904 5 1 LNdNI 1VIH3S NC 8 20BIT 9 INVERT 10 OAH3S JgoNauadad BIPOLAR OFFSET 23 BIT DAC B 23 BIT 2 GND 19 REF DC NC SERVO DC AGND AGND IOUT NC BPO DC 11 vcc 37 Pin Functions PD7010A1 Pin No Pin Name Function Operation 1 DITH Dither 2 DITH Dither 3 Crystal oscillation circuit operation control 4 Crystal oscillation circuit operation control 5 XTI Oscillation section input 6 XTO Oscillation section output 7 VSS1 Power supply 0V 8 CKO Oscillation section output clock 9
62. m m m m m m m mmo 9 0 00 0000 0 0 PESA 4 92 22825267 8 8 8 8 BARA eta Ts EY BR SE ORR OS 4 27 17 6 o 778 94 25341 oe ope opo oe ev i ET 23 007 09 58 MAL 88 ez o 201 3 1 255 ez 5 4 54 38 1 x ri lu Az 2 5 ose S gt S gt 9v 1031 r S 9 25 950 Mr a EX 2 vv 5 Inde 99 s ESPL A i bd E 9 4 E d 12 814812 sg 21888184 047 Oc oO oO o o9 515513 u TANTA mH eTA lo e C RU eT 20071 0077 0077 2916 2I 5 19590 us SS 5 5 9 eee w x 2 vorra e 3 21 3 901904 1 20 22961 Le EO I Bord MON ve 5 8 Vis vO I 80 1 ere AE L 007 880 3S eiii
63. ntrols parametric Bass frequency 63 Hz 100 Hz 160 Hz 250 Hz Treble frequency 4 kHz 6 3 kHz 10 kHz 16 kHz 12 dB 1 dB 31 band graphic equalizer L R independent Frequency 20 Hz 20 7 1 3 oct iie entren 12 4 0 5 4 Crossover network L R independent SUBWOOFER HPF frequency 20 Hz 100 Hz 1 3 frequency 25 Hz 250 Hz 1 3 Gain 10 dB 24 dB 0 5 dB HPF frequency 25 Hz 250 Hz 1 3 oct LPF frequency 250 Hz 10 kHz 1 3 oct snes Gain 0 dB 24 dB 0 5 dB HPF frequency 200 Hz 10 kHz 1 3 oct LPF frequency 2 kHz 20 kHz 1 3 oct Gain 0 dB 24 dB 0 5 dB HPF frequency 1 6 kHz 20 kHz 1 3 oct LPF frequency 8 kHz 20 kHz 1 3 oct Gain 0 dB 24 dB 0 5 dB Slope PASS 6 12 18 24 30 36 dB oct PASS no pass HPF High channel NORMAL REVERSE 0 340 1 7 alignment Position adjustment DISTANCE 0 340 cm 1 7 cm Level 0 30 dB Sampling frequency 44 1 2 Digital input Optical input Analog Output RCA 4 way RCA OUTPUT Frequency response 10 Hz 20 kHz 0 1 dB Max output level impedance 4 Disto
64. o information to be shown in this chapter 7 GENERAL INFORMATION 7 1 DIAGNOSIS 7 1 1 DISASSEMBLY Removing the Case Fig 1 mip Remove the eleven screws and then remove the Case Removing the DSP Section Fig 2 Remove four screws Disconnect the connector and then remove the DSP Section DSP Section Fig 2 31 Removing DSP Unit Fig 3 After solder is removed straight the tabs at five locations indicated and then remove 1 the DSP Unit 11 11 DSP Unit Fig 3 Removing the Audio Control Unit 4 gt Remove the three screws Straight the tabs at five locations indicated and then remove the Audio Control Unit Fig 4 Audio Control Unit 7 1 2 FUNCTION DESCRIPTION DEQ P9 UNIVERSAL DIGITAL PREAMP EQUALIZER Picenum OPTICAL IN MODE lt 1 BUS 2 GND OPTICAL S OND INPUT 4 NC 5 BUS 40 02 6 GND 7 BUS L INPUT 8 ae 9 BUS R INPUT 10 BUS R INPUT 11 BUS L INPUT 7 2 IC OPA2134UA PM0017AM m AGND 1 24 y D 2 Z VREF 2 23 DVCC gt 22 OUT1 N2 4 21 OUT2
65. oc 8 I I 91289 m 0 on 09 m 120 08 5 50595 ome conet 288 0491 281 22 27 lt o i scu 7 5 m 1 1 943 Tur 185 ae Al slg al ENS 29 pes 1 OzH Mor 4 658 3 5 e s ele ele ve 977 007 91 89 re ad 3 222 4 9 1 B lo r 888 8 pilae NI dos Ed 014 a of i 814 91 99 520 p EH we 7005 818 5007005711 4 1 0 T 1 Ar L gso 1 83 15 9 9 5 91789 pesu n T 5 218 T 1 vad 9 1 4 8 1 t 2 E E PE 1 5 BUS 98 8 25890291 ides R ozy gt T b Uk Lb lo lt alojoj ls 8 lt t f t t cic jo ja jo 5 fo jo lo
66. rtion 0 005 1 kHz 20 kHz LPF Signal to noise ratio 109 dB IHF A network Separation 90 dB 1 kHz 20 kHz LPF Note Specifications and the design are subject to possi ble modification without notice due to improve ments
67. uctor Array Inductor Array Inductor Array Inductor Array Inductor Crystal Resonator 12 288MHz Crystal Resonator 32 0MHz Crystal Resonator 32 0MHz Crystal Resonator 32 0MHz EMI Filter EMI Filter EMI Filter EMI Filter RESISTORS 1000 1003 1007 1008 1011 1012 1016 1017 1018 1019 1021 1022 1023 1024 1025 1026 1027 1028 1029 1030 1033 1038 1041 1042 1043 1044 1100 1105 1106 1107 1108 1109 1110 1111 1112 1113 1114 1115 1116 1117 1118 1119 1120 1121 1122 ZJ DD 21210212 22 DIDDII 22020201 22 22 28 Part No CTF1295 CTF1295 CTF1295 CTF1295 CTF1295 CTF1306 CTF1306 CTF1421 CTF1421 CTF1421 CTF1421 CTF1250 CSS1416 CSS1360 551360 551360 CCG1030 CCG1030 CCG1030 CCG1030 RS1 165103J RN1 10SE1001D RN1 10SE1001D RN1 10SE4702D RN1 10SE1002D RN1 10SE1001D RN1 10SE5101D RN1 10SE4700D RN1 10SE7501D RN1 10SC75ROD RS1 16S471J RAB4C101J RS1 16S105J RN1 10SE1000D RN1 10SE1000D RN1 10SE2200D RN1 10SE1000D RN1 10SE2200D RN1 10SE1000D RN1 10SE1000D RN1 10SE1200D RN1 10SE1000D RN1 10SE2200D RN1 10SE2200D RN1 10SE1000D RN1 10SE1200D RAB4C471J RAB4C471J RAB4C473J RS1 16S105J RS1 16S331J RS1 16S0R0J RS1 16SOROJ RS1 16SOROJ RS1 16S0R0J RS1 16SOROJ RAB4C471J RAB4C471J RAB4C471J RAB4C471J RAB4C473J RAB4C473J RS1 16S105J RS1 16S105J 51 165331 ZJ JD 22012025 20220202 2122 222 2122 2122 2122 2222 2222 2222 2
68. y 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 in solder and certain electrical parts contain chemicals which are known to the state of California to cause cancer birth defects or other reproductive harm Health amp Safety Code Section 25249 6 Proposition 65 2 EXPLODED VIEWS AND PARTS LIST 2 1 PACKING Parts marked by gt are generally unavailable because they are not in our Master Spare Parts List Screws adjacent to V mark on the product are used for disassembly 1 PACKING SECTION PARTS LIST Mark No Description Part No Mark No Description Part No 1 Cable CDE6690 2 Cord CDE4167 3 Cord Assy CDE6643 4 Cord CDE3951 5 CDE6641 6 Cord CDE6644 7 Polyethylene Bag CEG 145 8 Accessory Assy CEA1849 9 Polyethylene Bag CEG 020 10 Bracket CNC4763 11 Screw Assy CEA2761 12 Screw 240 13 Screw 40 120 2 14 Polyethylene Bag E36 613 15 Polyethylene Bag See Contrast table 2 2 CONTRAST TABLE DEO P9 UC and EW are constructed the same except for the following 16 17 18 19 20
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