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4. TUNER UNIT MIC141 vR141 ASL FILTER CN251 CN1501 2 10141 E 10142 NOISE NJM2068MD NJM2068MD l 41 12 77 BUS L 7 _ 1 BUS L gt gt 3 LRCK 5 2 LRCK 15 11 A EQ GUIDE GUIDE FM AM TUNER UNIT gt pour 1STIF 10 7MHz MPXREF 41kHz CN451 AMRF T51051CF51 CF52 CF53 AMDET d AMANT TT gt 4 Lch Y l IC 2 FM MPX D Sol k SYSTEM ANTADJ ien gl CONTROLLER 4 MIXER IF DET LDE IC 601 1 2 5 5 42 _ 5650 a 8 7 27 ST T FMRF i 5 cuRREQ Les 2 33 sp Pj IC3 5 IMG AM 2ND IF X901 4 450kHz 10 25MHz EEPROMe 5 VDD 4 d 3 66 RF ADJ yee 8 8 8 2 A kaft YN y tunece 811 33 15 82081818 8 8 2 2 216 TUNPoK cpsvoN 7 7 17 20 22 10 19 14 24 9 11 12 15 16 8 13 2 3 4 1 J e gg 21515 a E ruNPbo SIS Dk 40 6 LOCH A N J Q101 28 ASENBO f BU SYS B 5 x ASENBO 221 ippw 0102 IP BUS DRIVER 5 1 TX IC 101 1011 8 2187 2 sl ls
5. N9 130 p se I O M em Na d ON b 1 MaNTT 2089 gt Trang 2 8 p pe aq AUS DN TO 81316 y Tor 51818 5085 c OWBSSOEW N 212 199 S YRTS 6588 5 lo TON ostu 810415 GC dNyoe I s gt 21 S 1770 win VEONI T z zino ayes p z gt oles gw 8 vuos L eel v1 2 8 1 TTOTNdD 5 b LX AT 6 1 TPTOIN pda Lo 2119 A BUR z Ua 08 Z5ST0N 5 E GGAMS UNS ON9 wpro 4 3 s A NITAL 558 als A 5 3 RED 243 9 N9 0 D D 5115 T e ole lentla 545 2 L 7560 D 9 9 z 2 D gls 5 gt 5 m E 6 7861 reeL Sar h i TNI ZNI 8 w v 5 E r ALD Xi I 8 ely hp H Dlo e A gro sN3sg su A878 ee Fee o m gt E ta 1 PP RUE RH Lo d E p
6. 633 INNA L N40 S101E2IPUI pue AaunI OD DEH P930 P9300 P9350 pajaoueo si 189091 98 919 0 158 10 191965 9811 uuojJed e 9 0N e dsIp 2Iseq ay uo dH si peiixe si 18646 y yo 1eedeJ um ol dH 95614 pue 991 seyeuiunji 1461 94 uo yeada UIN ol 55914 Z epou jeedai y 199 96 ol 55914 L eues ou 1eeu Slel Aejd yeodoy fejd Buneaday 7051 1 31 09 e Buifejd u ym Aug paheldslp 8 19171 Ajfeoeuuojne pauJnjaJ 51 ejdsip ayy Indu 351 8U 199 95 peuungaJ si ejdsip 9U SDU029S 0 1noqe uiui aui 101 NOK J e 810N NV15 WOM Lri i suonoun au seu uoI2unJ 4eAeld 2 941 nuaw 011901 19469 09 pue 8UIEU 15 18 9 JI ISIP se uons uomneulojul 14619 ay 91519600 101 J SIP SI ON osip 1001 you eeu nof j s peAejdsip 81 6 8 ISIP LX3L 09 uo papJ028J JOU SI UOMELW
7. Aed uaym AIqeploAeun 141 ayesedo 01 nof J 1992 1169 yflw 141 se jaaym y aym yun 11 9181980 100 od e 404123914 191104 109 9 0 191 819815 9 pusfn janposd Guisp asojag DEH P930 P9300 P9350 4 Ce Ee 16949 YOLI XI 351104 TTE 114 2 au 6181980 01 4 A 551 0 31015509 0518 SI 1 918 S101E2IPUI ay 19A9 A0H suopnq 34 J0 5119 jurew 81 289 10 0 siy U e 810N SJ0leolpul a2uepinD LSITL Nv35 NHA opou 163953 suonejedo 1ou1o Jed pue suonoejes 189461 jjo uo suon 9unj esn lt 4 m gt A V U9IUM 998 seo osje 19410 10 oipne nuaw uonounj eui 81 u8uM osn A W y JO U9IuM ejeorpul 146 eseu sJojeorpul eouepinB eJdsIp sjonpoid siu 0 a2uepinf hay A 7 9ue1 9n19s lt as gt 151 0 XUPUS OMeHe_ VN AV 12 9119 J0 n SEJA 118111 154171 AVIS WOM NEI w 3pou 109d9 INS
8. MEM 1113 E CN 13ed 09 ul ying 078 ajdwexa Aejdsiq epouu JO eui ol 511 19 pue 10 lueJino eui sjeoueo yOV8 6ulssejd uoyng 1908 spueq J0 799443 seu uonnq ONE eui 18 pajoajas si 10 ou pue 1 10 19001 AL 4eunl SI 921105 8U uauM e 910N sKejdsip 2Iseq y ol suunjeJ pue JO y Sjeoueo uoyng qNvag pue UO JNV8 94 u99M190 a3uaJ8jlp 911 peuinjaJ Ajjeoewoyne Aejdsip 94 SDU028S 08 1noqe y 9181980 JOU op J e pouu Wopuel y Ul A JO Y 086940 J0 10 osje ued e 8101 Isnoeuellnuls osje suollnq eui Jo suog ounj eui si y nu ui uoun y ol 55914 S seo6 uf eu L yo uin ol 95614 sejeurunii 1401 9u wopuey Wopuey wopuey opou 9U 199 95 ol WOH SSeJd 19171 AVIS INOPM Ldei snoeuejjnuuis osje Suo nq uonounj njnul eui 9U
9. Normal Normal P H 1 500mV div CH1 BCK 2V div 1us div CH1 LRCK 2V div 10us di 2 500mV div CH2 DOUT 2V div us div CH3 TE 500mv div 1ms div During Play CH4 TD 500mV div During Play During Play Ref i Ref Ref VREF VREF VREF Normal MAR dah Normal Normal CH1 MD 500mV div 10hs div 49 500mV div 9 5us div CH1 RFO 500mV div 2ms di CH2 TE 500mV div During Play Ref VREF Mode Normal During Tracking Open CH e500mV CH2 500mV DC 101 DC 10 1 Zms7div 2ms div DEH P930 P9300 P9350 CH1 FD CH2 FOP 1V div 2V div 200ms div With no disk inserted During Focus Close CH1 RFO 1V div CH2 TE 500mV div 500us div CH3 TD 1V div 1 Track Jump amp CH1 RFO 1V div CH2 TE 1V div 5ms div CH3 TD 1V div 32 Track Jump LEE IS Ed Win ei cw cam in en r3 Ref Ref Ref VREF VREF VREF Mode Mode Mode Test UNE Test Test CH1 RFO 1V div CH1 RFO 2 49 CH1 RFO 1V div CH2 TE 1V div 5ms div CH2 DFCT 5V div 500us div CH2 TE 500mV div 200ms div CH3 TD 1V div B CH3 FD 1V div CH3 DFCT 5V div CH4 TD 2
10. Z sie dde 9 LX3N 88014 BL e dsip 01 LX N SS91d L suoiejs jseapeo1q Jelel 10 86004616 158 4 xis 0 dn 21015 559 ueo 9 eui jo Aue sseJd SU0I1E S 1SE2pE014q 8 1981 pue puuolS 99 99 si uon 818 091015 U UA 8140 10189IDu 091918 90 e 8I0N uolnq eseeja se uoos se spes yeas suoIes diys ueo a 10 p gt DIOU pue 55814 nof J uondeoaa poo 10 1seopeoJq e pun suoneis Bunseo peoJq diys slel Burun 199 uuojed ued pue puooes euo 40 lt 10 p gt pjou pue sseJd j deis deis umop 10 dn seI2uenbe J 94 5 ol ui O 4 10 55914 S WV Ad HANd spueq 94 5 ol NV 55614 pueq peuisep ay 199 95 0 ANYA 55914 P eui 1sn pe ol INNTOA WNL E sse1d 1994194 OL ol 19IS89 1 FEY OS jno FINN TOA SS91d ueuM pieno AINNTOA 91 pueixe FINN TOA 55914 Z sIeodde eun Jun FOYNOS 55814 jeuni 9u 199195 55914 L uoneJado 9Iseg 40leolpul 09191S KouenbeJ4 v 1eseJq Jopeoiput OO 12
11. 1X31 q2 8 ueuw 211404 914 uedo 9 jeued eui BSN oq ann pefeldsip eu 510 TIOHOS JNINHVM G7 UOIIEUIJUE loqiepundl skeidsiq HGNHL PUIAOUI1 Pul jaued 1uo1J eui esolo ol eins eg she skeidsiq 1 1 peioefe 81 qO pue suedo leued eu L Su s eJ Sq 1101 d3 edlloale 01 1 55914 9 eueulste osip serdsiq S1 A 1 JO 188 on osip SAeldsld 1114 Jed 189 a 10 gt pjou pue 55814 noA j 9261 ay dys Wu Buissejg 981 1161 1 9 y JO HEJS eui ol 5 15 eouo 6ulssejd 4oen xeu 10 HEJS eui oi sdiys lt lt 2811 129 9S 4 1O gt 959914 S uong 111404 ayy SIp uollnq 5 55914 2 5 ol 41111 88944 L JO 189 y ees 10495 ueo s19119 ze uey enn pue eureu se e dSIp euinjoA 15 ol 31 10A WNL v sseJd 3IACT1OA 1994184 0 elsee 1 FEY os jno 55814 ueuM pieno onn 911 BUJJJ019S pue puelxe ol 55914
12. se 50 9 leued eui 5 2 8 olu 2 Z joued 1 uedo ol 1 23f 3 86914 L qo g ue ue esn jou oq euin e 12 ejBuis wo g 10 Z pJepuels euo qO ul yING 941 9Iseg 49E11 euin EE 2906 X984 2 920060 ERILIEELTTI 37111 3510 lt Y FIL 333 many INNA E m D 111404 S101E3IDUI pue fejdsig 18 P Id 63 ul ying 87 DEH P930 P9300 P9350 jeadaJ 9SIp 01 abues y 159661 2e11 auo 98 919 18 40 188 10 1J21E9S YILI uuojied J e Jeadas 419Aeld 19 01 eDuej 16909 y yeadas sosip 19510 199 95 J e 8 0N peioejes 199666 osip sieodde LJ 98 88 s 1eedoJ eui dH L 5 uo 1eedde LH 40 14 1 s e d 1 out osip 1996461 550 1eedai 9811 1 qO ninuu yeede1 ay u21IMS ol J po Eode dH 65944 eBue4 1eedai 129 8S 01 dH 55914 Z jeadai ay 10965 01 88914 L jeede
13. 941 199 9S ol eu esn ueui eyeudoadde 19965 uoynq pue ONN eui esn eui eledo u yM 1un peeu eui uo pue DNN eui jo eut 19 011UO9 910U191 eui oranv pue uoHnq NOLLONN eui jo UO uoyng 19 uonounjjeul e asnes OS Hun siy 10 ejquiessesip jou 00 e 6uuaals 01 jun SIU 01 8Jns ag 9 gn011 Snouas 6ulsneo J1ado1d JE1q 9 1u9A91d 1 12094 91818 9U Jepun 5 01 yun y J JOOY y uo doJp 1 jun y enuno E suJnj 10 50016 129 3y uauM 180 y apisui 14 JOU 00 e 10 1U90I92E 610196 e ui jnsaJ Ajpeq yun y uejqoJd 94 991 1 yun siy esn 01 enuruoo nof Jl jun 10 10 palllds uaaq seu pinbi jun seu 199190 uBJe10J e Jopo ue si 8U si jun y paseyound Jeleap 9U pue siy 6ulsn 0016 4990 8 9 0014 ay 10 Aue J o u9pi99e 8 ui D A 0AUI 10 SU eui ploAB 01 peaue peo au
14. B 1 o ie a e aa B Ga B 2 0 00 0 042 3 C1560 1561 ER R1 ofo D 1 C1543 4538 1 YB d 22 a n C1544 1 1539 v z 1 YB m o 4 1 a c Qj H 9 a a S g g DSPAGND oy 515 1 A SYS B E gt D C1633 C1639 39 ch DTC124EU 81630 ET 150P Ic1603 D I 470K phy ay b TEE OUT1 ex 5 ER 5 C1640 BIS dr av o 1 OUT2 R1633 81634 9 IN 1 IN 2 33K 27K ole 4 FM 100 9 6dBs AGND SND IN t 0 Gell AM 30 20 1dBs 9 a E AGND R1638 R1639 R1640 E IP BUS 2 0dBs u z CD 3 0dBs swh 3900 nex 33K 27K m a oi Rch S ols 0 0 SWL 35 gt olg SF o gt In3R b n o o 9 9 AR 38 In3L o RL 37 1 gt Ine 38 c1643 AGND SWL SWA ch C1649 IniR FL 39 I IniL E 150P 3E1594 ene vB 4 o R1647 4 ADCVDDRE OR 5 OUT1 44 aus EI 7 1650 outer 1 1 0UT2 42 3 6 2R2 YB outa IN 1 IN 2 a3 OUt 1R o 4 5 Outil d GND IN 2 44 non mam 20 1 NUM4558MD 91629 470K AGND EL RL oly za IC1605 o Q 8 0 9 R1659 4 8 ayy 2
15. s80 PSK 5 BSRQ 22K BRXEN 8108 0 BSRRO R603 1K 5 ise 56 SE 6 BRXEN R684 IK 6 wb 55 ROOT HTK BRST R702 680 J BRST o 7 54 RESET Rask BRST a ADENA gt Ger RESET 8 ER 2 9 v 53 225 1 1 VDCONT E x2 1 601 22 8580 J 10 VDD X60 191 ast 21 11 pouT 5 Css151 T Asens 29 CSENS s 12 25MHz 49 CH CN701 14 Sa CBANK1 VOCONT 7 XDCONT lt cBANk2 gt z Se sr tel GND 451 ves 43 Ge EI PGND Sg ie 8521 19 csENS lt M8 1K 8 CSENSOI __ 2134 kis 1 1 S Aes 8622 Se 26 CD5VON 2 2 41 1K 12 DSPMUT 21 DSPMUTE lt 2 102 _ Pee aw 5 5 tum OF wll 50026485 542 2 23 SUBOK susoC e c a m in tel m s e m 0 DLW De uuu x Ade Fol 1 218 ses 8 E 8 2 5 8 9 A 1 VD GND NOTE1 GND CD 151 PGND PGND Actuator Motor Driver AGND Audio RIR These GND s are not connected to each other on PCB 27 DEH P930 P9300 P9350 Note 1 The encircled numbers denote measuring pointes in the circuit diagram Wave
16. 34 DSENS LACK 15 MUTEIN DOUT N P CD5VO I BCK ENPHIN 23 28 21 IP BUS 2 2dBs MCK 0 2427 5 R1571 2 25 26 2 4 DGND MD 1 3dBs 717 1 81 CN1501 DSPA8ND GND 5 81607 15K 1 1 1 2 3 4 DEH P930 P9300 P9350 3 4 KEYBOARD UNIT CN1901 L 4922 165 1 AN 0ELB 5H o OELG 14H soe R19 KYDT 13 4 s 2R2K Z 5 ROTA He Dist L1924 1 ROTB 10 H 7 AP I Ncls Ha DAP202U DAN202U dion ILGND 8 H 9 ILGND 7 EIS ai d swat Bwa SwVDD 6 H11 Sw1 5 12 I VDD L1926 VOLU E 11901 4 H13 CS61111 s p 1
17. CN101 IP BUS 1 ii peo asss 9722 ve KEES s Large size sen and al g SCH diagram S IP BUS 22dBs gasens ian ane 5 amp ES gt mog 895 sus 8 of aN 5 sH suse FM 5 p E i v i nus 10 01 sss 2 agga gd Leer ER Er vcc pour IP BUS 7 DRIVER HA12ia7FP A105 10K jus 1 8 1 1 E 3 E ER d Darmon 1 9 32 IMD2A 5 MICSEN OS 7 con CB EN T T H LY we sa ETE T 2 T jt 3 5 zzi D CE MEE H 2 l alls 8 B 12 INP LS er Jew 85 CN4602 ech 52 EE em 5295 HANDS FREE E Ei z ENS 1 um 96 ie R do d mar 08 e Bn EEN gam ep
18. H _ Sec SSION NUM r 5 181 eh mm Be 2d M 13538 5075 1 e X 8 elr n 5 8104 8108 ot S 1588 eu G 2 8 Y th VION N Blo L pum 8 4801 819 3ains SNSSG QuO HrzH SIS 40 1860 2 N e029 811 H 28 T oT N9 ON90 som 5135831705 2 amw 3inW v 8 T00 49571700705 NOASOS A YSEH SSESST 9 3958 ouo orzu EE SE N 8 58705 L r 3 ae 5 i 8 5 5asg Jono erzu 1 80 08 84 0os6d11 _vEHNI ose6d 00EBd 49 48 SCH 0EBd 1 13E00T NH OEGd 154 os V1VO8 2728 i 1 854 ONIY 189 9E SSE GSE L ESED eSED TSED dU M SOE DE MOS EE ese 05259 00EBd 2220 ON9 qv eV SZEH 0SEBd 006d 9 557 LINN Yann NM 400L 9822 1081 ETZH eo
19. HI P lo a Nee me TT mmm melt 2 1 dn 18 s s 1 CET ale 8 EE STE 5 T So GND h d VH p sr nd 1 me que Smo gig suwd B i she 1 Te e Lao 4 E 3 5 Z Hr mg 1D oc L VDD 9 4 ho SER sav vog stets 1 C qum es SIS Hala glate an hs suse S hay magi ES 1 11 HEIFER 1 lt lt H FER 8 maig Bao E ees Leien ue E cow PP P eg Loc Pr ES S SH ap 000 Loc poet 2 e syst 5 221 L404 R419 LOCH x ST esEaosa 1a ED Ger 22 m El 1 zi sg 9T ala ew 518 uc 1 5 JE oye 4 4 3 3 Ee KS d E 8 50 iz Pap Dei ed e gt 99999408 ANTENNA pao 5181218 5 1 DEE e bes 1 TGND 5 19888 4 Lk E EENG 1 vt VY T Ch DE s FESE ues 1 Low B ag NOTE BEX BTE EAS C EISE indi A E F 851 4 Symbol indicates a resistor TEM Decimal points for resistor PY 275 No differentiation is made between chip resi
20. 0 al of o 2 97670 0 o oj o n 0 0 0 0 o 0 0 s n0 00000525 0053 gt Tou 9 zz Tor 5 CO sesololslelslzlelelslslelelslelelzlslelslsle ct Ss 976 3 sai 1 v mi mj p m 9679 BU zaa gt aes St 1 m q o m 0 0o x0 0lu 0 K m 0 W6 xo 680 gt TasNv5s 0054 5 lt 4 lt nh 01 0 Ble BU 3 St esata lt zz am org 5 face rest ren D v K 5 7 8 oc onaslsal 228 4 H gs Moan o E 5 vv every 88582115 54550514 9 18 2 201 eid WYHISSL ea 2 2 Z Z 4 lt 4 4 lt lt lt 410 gt 0 00000008 TU 5 Em of n of of a m s e e e 0 1 CO 80414084 ETU e x 5 gt f gt z 9 t PTO 8 z 2 Ty LLI e era staa 8 8 so 5 ov AE E 2 NX AE tE99A keen 1 inox o von aie ei Ze S gt lt 4 lt 4 4 lt lt lt lt lt Di Di o m ET SE x x x x x x x x x x og 0 g g 9 78572 i Fo HI TON SE e TS5 a d 2 1 A e g
21. C106 1 D 208 1 120K R212 e R1 MD LD FT vct R211 xi eer otal he 1 4 1 A 105 TOK murs F 47 683 1 Sie OO g IC101 zs X o O L ee oun P Den 20278 HHA aj Sid e Lo fi 15 1ETS 1 rena 32 sT 31 LpFN d 1 i d LD 4L 114 p KS RFGC 23 8 gus 2 L 632 pro E I VEH 830 43 _ 15 3 nrol28 CN FIS 33 pvREF H ha _ 8 80 ui acc in 27 H 2 34 vcoREF rekt lesel a h ol sj ac AT epi evsw 26 R 9 55 SERVO GND F 2203 3256 25 36 10 10 t REG RFO A GND 1 Li n eus 3 Ik F 3 ng 9X 7 24 11 e 0384 37 suco I vREFlg T pkc 23 4 Ze EE noH 1 7 7 4 s La 505 OO 22 JI 59 VDD K S I ac 11 10 21 8215 40 _ pode gt 6 6 44 a SEL BTC Ao 38 e RFCT 1 i x 5 5 TEB TEB RFRP St RFZI HOLOGRAM WIT Se lt TOP 4 1 1 1 12 3 T I 42 perp 41 44 C201 15lygy 18 ete 445 43 8 14 171515 ke 44 DN 2 48104 ZLEDA FEN SBAD 4E rop 1 448 2 3851 e L 46 TRK ACT FOCUS ACT Ze i por aza E TEZI
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23. 9UIEU 1SIHE osip pue osip sKejdsiq enn pue epi osip S e dSIq FILL uolleledo uong N10 pefe dsip 10 25 TIOHOS 1J0q1opunu s eJdSqT eureu siye sKejdsiq LVL sKejdsiq ILLL 5 8 251 SAeldsld epn osip SAeldslqa uolleledo uoung L INYO4 epi y 51 uollnq 1 55914 Z 3 4 OY 21JAAS 01 4111 95814 L y 0 189 9U ees 10 06 ueo S19119 ze uey xel yoe pue se e dsIp ued JeAeld ejqneduioo 1X3 uo osip 1X31 ueuMw enn au Bu ll019s pue pejoeuuoo si 1 2 nu 3SID 9 UAYM Z 5 101089 810N 017 10 9 peleool 55 10965 01 21 140 9 suonnq jo Aue 65914 sIeedde 1 55914 GEL 2 10 9 L e dsip LX3N 99914 L A roeuip osip e 10965 0 ZL Z 10 9 eui esn UBD 2351 e pun3alaS ib 1 3 a pe e dsip s 3SID 49Aeld q2 ninu eu SISIP OU 918 919U J e Jenuew saumo Ja e d 12 hjnul 34 01 49198 peAejdsip s L HOMM3 SE yons 10119 ue
24. E Y ae D z h g B m H E E 1 3 a 6 S 3 5 3 sra b 3 SESS 88 I 8 BU EH E E9 1 SzH SESH 1 m a oT TN3se s o Geen E Sgpo se qo 01218 Sip S8P0 vE Sn dl 3SN3S aj x Sgp6 L 08 INV geen alag Sgpt 82 9600L A4 Au SN SI maa lay 0 MdSAS b rj Tui t 2760 P sr B S D ET Yo o Fei me 21 s Ja 578 Y Yo Te 15481812 2 TE HS 6 8 59 13388888 D 8 Tu reef H 5 gi 58453 mass 25 0 4 or 2713 2 n 259 8 2 BS a o gt Ka P S 4 855 m 848 3 8 l i 8 2 le ieo SN 8 D 25 28018 5 Sz zer 5 y o o m lo 5 81 8 818 n i og 15 z Bye 41 SIE 5 122v a b lt eseja n apt t 51 5 81 R I a 5 9 5 3M 8 SAS NIISSL TW TM losost r9 a909dh tol A sesu b EONS Dr 5 4 5 TES 0596779 99099 11569 AIS T ES KE ON n o6ND yong T N9 1 losoei y o9osewl
25. ids ouo z z r 6 5 S ON zB Tayo rez 1 D s 918 9 R W SSSA mm ON9 H 3 a E 310W3u 8 s2 TGZu me i ore VEONI via a s een 33bA E PONS FS o 9 A He 4446 1 EE yooA 2222 an 8 Ez 938 AS i 7188 2220 55070858462 25 zt esocose Iann 48222000 m Q 0 8 5 SLAW 92m 5 66 2 Z 3 m 1 g x Io V EDDA 02 VV H bu er d at 2 D SSA 9 8 EQNS Md 87 esed 13538 S T s yrs 271911 if H o UR Opg HH D a 581 mman uer 5 T8 lt cl 248 8 21 1 DEH P930 P9300 P9350 3 3 DSP UNIT
26. 7 WC write control EEPROM write control Writing permissible at Low Normally open 8 SDBW SD bandwidth SD bandwidth signal output For detection of detuning data for the RDS 9 NC Not used 10 VDD power Power supply pin for the digital section supply D C 5V 0 25V Be careful about overlapping noise in the logic section 11 DGND digital ground Grounding for the digital section 12 CE2 chip enable 2 EEPROM chip enable Active a Low To be pulled up to the VDD at 47kQ 13 SL signal level Received FM AM signal level strength output Connect the specified load resistor and capacitor 10k Q 39k Q 4 700pF 14 DI DO 11 0 data input Data input Data output data output To be pulled up to the VDD at 47kQ 15 CK clock Clock input To be pulled up to the VDD at 47kQ 16 CE1 chip enable 1 AF RF chip enable Active at High To be grounded at 47kQ 17 INC Not used 18 LDET lock detector Active at Low To be pulled up to the VDD at 47kQ 19 currentrequest Active at Low be grounded at 47 20 INC Not used 21 composite signal FM composite signal output r out lt 1000 22 VCC power supply Analog section power supply pin D C 8 4V 0 3V 23 LOCH local high FM local high pin When seeking local high apply 5V together with LOCL 24 FM local low FM local low pin When seeking local low apply 5V to the base of the NPN transistor w
27. Chip enable 42 006 A1715 5 8 44 A8 OE Output enable cop 8 8 WE Write enable 41 0013 7 6 8 43 A9 NC 9 RESET Hardware reset 40 205 G NC 10 RY BY Ready Busy output 39 0012 7 5 42 10 BYTE 8bit 16bit mode select 381 604 8 2 41 11 VCC Supply voltage g RESET 12 VSS GND 37 VCC 4 9 40 12 Nc 13 Not used 36 2011 Nc T4 35 003 10 g 39 A13 15 34 0010 2 11 38 14 A18 16 33 002 A17 7 32 209 A1 12 Be A7 18 31 201 13 gt lt 36 16 A6 19 30 Das m 5 8 CE 14 35 BYTE A5 20 29 poo z lt A4 21 28 Vss1 15 One 34 Vss2 oS 22 27 VSS 16 8 d 2 33 015 2 23 26 5 m po 17 255 32 D7 08 18 88 31 014 54 D1 19 2 30 D6 D9 20 29 D13 ES D2 21 28 D5 c D10 22 z 27 D12 2 23 5 26 04 011 24 25 Vcc 73 DEH P930 P9300 P9350 Pin Functions PD3428A Pin No Pin Name Function Operation 1 9 DB7 15 Data bus input output 10 GND GND 11 XIN Crystal oscillating element connection pin 12 XOUT Crystal oscillating element connection pin 13 VCC5 5V power supply 14 CKSEL System clock select input 15 IR Instruction register selection inpu
28. DEH P930 UC DEH P9300 UC ATT button This lets you quickly lower volume level by about 9096 Press once more to return to the original volume level BAND button mic SOURCE button CE gt 279 buttons VOLUME Raise V lower the volume FUNCTION button AUDIO button A buttons 82 DEH P930 P9300 P9350 DEH P9350 ES ATT button This lets you quickly lower volume level by about 90 Press once more to return to the original volume level VOLUME Raise or lower the volume A V buttons C BAND button PGM button FUNCTION button AUDIO button SOURCE button 1 83 DEH P930 P9300 P9350 Uojnq uoun edl JO y se pesn si y suoI e1edo 10 siy y peleolpul y jo jo Z WHOS j Aejdsip WHO4 uo peseq silu ueAl6 Suoleueldxe eu J SuoHnq uonounj ninjy T saweu 10191114 99 95 u q seu 10 uonouni y ol suo jng eui Aq peu11oJ1ed y LAOS suoyng eu 1
29. 1omog Kpoyeredos pos CndLnO AVA 1ndino CndLnO 6 pos 1omog pos 8114 euuojuy uid YOY sp1o2 Sunoouuo KToyeredos 08 s yrun euoude o saryspury 89 DEH P930 P9300 P9350 8 2 SPECIFICATIONS Specifications General Power source 144 V DC 10 8 15 1 V allowable Backup current Less than 6 mA Grounding system Negative type Max current consumption 10 0A Dimensions DIN chassis 178 W x 50 H x 157 D m 7 W x 2 H x 6 1 8 D i nose 188 W x 58 H x 24 D m 7 3 8 W x 2 1 4 x 1 D in 23 05523 D 014588 178 W 50 x 162 0 mm 7 W x 2 x 6 3 8 D in nose 170 W x 45 H x 19 D mm 63 4 W x 1 3 4 x 3 4 D in 1 7 kg 3 7 lbs Audio DSP Continuous power output is 22 W per channel min into 4 ohms both channels driven 50 to 15 000 Hz with no more than 5 THD Maximum power output 50Wx4 Load impedance 40 4 8 Q allowable Preout maximum output level output impedance DEH P930 UC 6 5 V 100 output impedance DEH P9300 UC 4 0 V 100 output impedance DEH P935
30. EE MOTOR 3838 M2 CXB5903 45 45 O5VI E C405 E 100 10 1 1 CD5VON 3 51 VDD4 I Nc5 16781 BA05SFP 26 EE 2 EX 3 um 4 L 5 6 7 8 DEH P930 P9300 P9350 PGND is connected to a floating mechanism part by a screw 55 5 5 L 9 Sg I 818 o gt SIGNAL LINE 1 R1 etz Ei S 5 amp FOCUS SERVO LINE 22 2 A A TRACKING SERVO LINE Nes oo wn eS c 11101111 1 amp CARRIAGE SERVO LINE SS S 3 8E 0 5 b B 3B5bS5 5 5 88 EMPH gt SPINDLE SERVO LINE I z Op n mu lt Z O 2 oO cO O O mt SG Zx Cum gt 0 00006969 gt o lt H Amar 8 8 10 XRST XRST 09 RST 395 OXRST TsMop 99 4 testa 28 0 1 RVO CONTROL DSP DAC LPF Los ix ic oe BUCK XPCK Monitor land side A N
31. Q353 Y Y LCH VDD BU BU SYSPW Bl HIGH OUT oun 8 2 1 1 4 3 4 3 SYSPW su SUB Q912 Q752 MUTE WOOFER DALMON CN DALMON gt 5 Blaso Pea 4 Q351 10 5 980 Seria KEYBOARD UNIT 3NTROLLER MUTE 9921 Q922 Si TASH NEMORY IC 601272 1 Y REMOTE CONTROL 5010 2 x SENSOR IC 1906 PD5650A AIG 1008 27 Q981 swvpp 2 4 1901 MUTE 2 x SYS B CN801 swvoo gt 1903 REGULATOR CN1901 s 80734ANDYI a DSENS 116 1 DSENI T 2 TSENS RESET REM 91 8 a KYDT 1a 4 77 31 DISPLAY STBY Q1901 ad DPDT 12 5 DSPDT M RESET 51817 15 swvoD 12 1 1 961 2 RESET wf IC 1902 RESET 1 S 80735ANDZI lt V02 voo 5 FONT ROM zs RSTI 13 7 9962 21 15 En FL120N T 5 4 92 IC 1905 57 7 TS PD8080A FLPILM 805 o oA 01903 OEL B REGULATOR Q803 Q1902 REG oer pw 510804 tis 12 3L TS ONTROLLER F FLASH Q1904 ILB ILM B 4 13 ILB REGULATOR 9806 swwop Lampe Sieg KEY MATRIX CONTROLLER 77 125 510807 2 IC 1907 Q801 E PD3428A I 77 d VDD Q 8 SWVDD 5 Q802 OEL MODULE 77 MXK8014 5 6 7 m 8 DEH P930 P9300 P9350 3 2 OVERALL CONNECTION DIAGRAM GUIDE PAGE Note When ordering service parts be sure to refer to EXPLODED VIEWS AND PARTS LIST or ELECTRICAL PARTS LIST
32. TEMP region is deleted data is written and data is read Examples of flash ROM writing verification results display FLASH SETUP OK eee Verification of basic operations FLASH WRITING OK eee Verification of flash data writing operation FLASH WRITING DATA OK eee Verification of flash data reading operation o2 DEH P930 P9300 P9350 If there is even a single error the following types of messages will be displayed 1 An example of a basic operational error FLASH SETUP NG 2 An example of a flash data writing error display FLASH WRITING NG 3 An example of a flash data reading error display FLASH WRITING DATA NG 4 An example of a flash work deletion error display verification process completed FLASH SECTOR ERASE NG Cautions Normal operations are enabled by pressing a key etc even if the system is engaged in conducting a display test mode Please be aware that the display test mode is merely a mode wherein the display is switched by the BAND key and not a special state of the system Important Issues If a data bus or an address bus error is encountered during flash ROM verifications DO NOT PERFORM FLASH ROM WRITING VERIFICATIONS Please turn OFF the ACC since data in any region can be deleted while a writing test is con ducted Supplimentary Information If TEST is not displayed while the test mode is turned ON There may be a problem with communications between the system and the grill o
33. i ae Ia E ot ww 4 1 N Ka mass ees no 1 RO a as Rh EIE SL gle ale D I RES n V al op S 288 2 bu 0353 HNaco3F 8 P930 UC ay a 59548 NP she a 4 FM 100 12 9dBs 3 gig 5 edi le AGND 30 2 4dBs 578 E BEER ngan E A xx 5 e MUTE 7557 Less i i i L N P9300 UC P9350 ES DSPDGND Kai r ospagh lt 1 FM 100 9 9dBs 3 8 3 AM 30 0 6dBs D 8356 H IP BUS 16 VDD2 D CD 16 5dBs 1 e PET SYS B anne vod 8828 rae Klee a 4 STBY ES s i 20905 POWER AMP IC ewen gly Murena l m BTA 5 H mise 2 07570 819 5 NOISE 24715 55 58 898 4 08016 1 ans sng Ese SI anne hoo BUS Td PL NO 1 259 d 1 5 es 5 41 PRIN 014 7 RESET InB706F Sac vers yf MN REM unm j 2 8 2 ZU 5 Te E mutes BT 45 ki ELS 8 8 B sls omm iy F 90 B RESETS S als sl EN se acono 1 28 aye preme e 8 see i i EXC 4 H R 4 d E 1 1 1
34. uoneuBisep o 413 3 582 85 a 8 syed 95 ol eins Buloejdes ueuM SI DC n ued y 10 10196 Ajayes ay jo eouexiodui eui N9 glee ene 5 gl seleolpul sued awos uo puno Sj 55703 x 20 65 s Mi 488282582 als M 2180 5 I cis NS s Ju To KA zu A sJolloedeo 1951 E ES Se 0 lt 2200 siojoedeo diuo si ON 5 sna 3SN3S Pue HOLOIN cc Jolloedeo e 5 8 loquuAS Ss 1 se passaidxa 8 01818 1 elelosip fes pue pue 81018189 diuo si uonenueJ9ylp ON ON9 8 2 10181801 10 slulod leuloaq 10181801 e Seleolpul gt 9 ve r orreNy Lew stie 8 8 Esoto 8818 3LON ugs eu X S 4281 i 5q le ge z t TS SV 2586 og at X 4 PxM91 T eg AECL TWA 1 nn gt gt _ a L SS SS 8918 F B j B Kai HESS N9 1 8 5 800S h OZ SaSG E 5 wb gs alle yoor 5 deen a 2 I 3 mu VNN3INV d D 18481812 8 8 2 8 3 8 932949 s 8 8 g 8 4 1 2222 zz lt ay QNO 6859560556666 8
35. 1 3 Owner s Manual CRD3450 18 Battery CEX1006 1 4 Installation Manual CRD3451 19 Sub Carton CHA3167 1 5 Caution Card CRP1244 20 Carton CHG4412 1 6 Polyethylene Bag CEG1116 21 Contain Box CHL4412 2 Cord Assy CDE6563 22 Protector CHP2383 3 Base Assy CEA2426 23 Protector CHP2384 4 Base CNS5031 24 Protector CHP2386 5 Sheet CZA3371 25 Protector CHP2430 6 Polyethylene Bag CZE3188 26 Microphone Assy CPM1054 7 Accessory Assy CEA2948 27 Case Assy CXB3520 8 Spring CBH 865 28 Remote Control Assy CXB3875 9 Screw Assy CEA2941 10 Screw BMZ50PO60FMC 11 Screw CBA1002 12 Polyethylene CEG 127 13 Screw CMZ50P060FMC 14 Polyethylene Bag 158 15 Handle CNC5395 Owner s Manual Installation Manual Part No Language CRD3449 English Spanish CRD3450 Portuguese B Arabic CRB1731 English CRD3451 English Spanish Portuguese B Arabic DEH P930 P9300 P9350 2 3 EXTERIOR 1 1 EXTERIOR 1 SECTION PARTS LIST Mark No Description Part 1 Screw BMZ26P080FMC 2 Screw BSZ26P060FMC 3 Screw BSZ30P050FMC 4 Screw BSZ30P200FMC 5 Screw M2x2 5 CBA1447 6 Cord CDE5536 7 Connector CDE6556 8 Cord Assy CDE6559 9 Cord Assy CDE6563 10 Fuse 10A CEK1136 11 Cap CNS1472 12 Resistor RS1 2PMF102J 13 Antenna Cable CDH1308 14 CD Mechanism Module S9U CXK5550 15 Case CNB2426 16 Holder CNC6469 17 Holder CNC8659 18 Holder CNC9299 19 Cushion CNM4870 20 Cushion CNM6065 21 Cover CNM6489 22 Insulator C
36. 47 48 50 1 Chip select input 0 1 49 61 A21 9 O Address bus Output 21 9 62 VCC2 VDD 63 8 O Address bus Output 8 64 VSS2 GND 65 71 A7 1 O Address bus Output 7 1 72 NC Not used 73 88 D15 0 Data bus input output 15 0 89 NC Not used 90 OELON OEL controller pin 91 STBY Flash memory stand by output 92 FL12ON O Flash memory protect output 93 95 KD3 1 Key data input 3 1 96 AVSS GND 97 data input 0 98 VREF GND 99 VCC3 VDD 100 BSDATA y o ROM correction data input output 72 DEH P930 P9300 P9350 PD5657A 100 81 PD6363A PD8080A A16 as O 48 NC1 1 48 NC5 A14 2 27 BYTE A13 3 46 vss 2 ral 5 gt a 47 NC4 A12 4 45 DO15 A 1 NC3 3 9 gt 46 A20 A11 5 A 1 A0 A18 Address input 3 007 18 9 OG 45 A19 A10 6 000 0015 Data input output 43 0014 RE amp L7 CE
37. 5 8 N _ 86 SN 1 8 4 8 1 818 814 87 xi 8 4 lo 8 5 D ON 5 La A c TINY g 7007 ozu 91518 xoan puso 5385 i c Tom E I NOW3va EFSRCEGE hoonna lt toro es aS ue gt T H307 D 14 St had S OND 950 EK Ee T V0S9SQd t pe En abpahp ou 1907 Slax oko TH E oF pauo 311309 WALSAS Le SE LLL Ge d 3 gt 9991 anis d 9d 2 73 5 L 9258 088 Ttva xo en lt 8585 p eg Otra v 812184 21 so n M 2 tot BORE A 8 BE 5553 bao 55 15 5 5 S P D 35 eng 1 Feefee 3 848 Er Le T eSa as 4 aow SZv TS o Se ITI Ein 1 8 19 1 DEH P930 P9300 P9350
38. 8 SIDE A FM AM TUNER UNI 0c 8 5 6 7 8 1 2 3 4 DEH P930 P9300 P9350 A TUNER UNIT 9 Q402 Q401 Q171 Q455 9173 9501 9172 9454 9302 9453 9980 9932 16941 9351 9301 9353 9352 9923 9102 0982 9101 0962 IC101 9981 9723 9721 9231 9221 9591 9232 9241 9242 1 201 1 221 Q911 1 142 9752 9912 9851 08072 16141 Q807 0852 9133 9131 9853 9803 9132 9804 9805 SIDE 2 0 ee Wl ES WEEN HA wi STE R367 R368 R R366 R363R364 0353 0 Q3 31 2E8 7 8 1 2 DEH P930 P9300 P9350 4 2 DSP UNIT DSP UNIT SIDE A 101501 161502 3 4 1 B DEH P930 P9300 P9350 4 3 KEYBOARD UNIT KEYBOARD UNIT KEYBOARD UNIT OEL lt MODULE CN801 x ch gt SI 1 1 SIDE B 1 2 3 4 DEH P930 P9300 P9350 4 4 PCB D 4 9 CN131 4 5 SWITCH PCB E SWITCH PCB ORE
39. CXB5905 28 Spring CBL1494 73 Bracket Unit CXB6006 29 Spring CBL1495 74 Motor Unit M1 CXB6007 30 Shaft CLA3845 75 Arm Unit CXB6237 31 Roller CLA3910 76 Screw M2x5 EBA1028 32 Frame CNC8946 77 Screw JFZ20P020FMC 33 Lever CNC8948 78 Screw JGZ17PO20FZK 34 Lever CNC8949 79 Washer YE15FUC 35 Arm CNC8951 80 Washer YE20FUC 36 Arm CNC9016 81 Pickup Unit Service P9 CXX1480 37 Arm CNC9017 82 Screw IMS26P030FMC 38 Bracket CNC9123 83 Guide CNV6832 39 Frame CNC8947 84 40 Belt CNT1086 85 Connector CN302 CKS2191 41 Gear CNV6886 86 Spring CBH2509 42 Gear CNV6316 43 Gear CNV6317 44 Gear CNV6318 45 Gear CNV6319 13 ANT GND2 1 DEH P930 P9300 P9350 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3 1 BLOCK DIAGRAM 74
40. D s8p9 8L Sng al are a p5 15 2 0 NV ON9v 9 pls s8p6ZL 00L Nd MI ELE 4 21889 2n 086d S S ESEO m D 00 DU Le D Y ZE 5 558 M z met ana 1 7821 Ga se Evdsg 74 A ejo AER Pd 9 EL S uy A v 28 alg H 818 P Wes 518 He s So 18 AEG 1 xa M D3H A 935509 OHO lolo o o ee ee 9 ust 2 RIB B E ASdSd T8801 e 58 T9 5 5 oe SU8 8 Ez 1818 12188 9 ER I TT 0 Pret t EN r eje Jeje m SMS 3inmdsa EVEN QD m er 20 6 1 ae pT edi m mri Bag SL m er lt b HH ars 2 lale OA3JONSV SHSIDW SHSIDW H21 vlo 8 Sino H zs re d H33OOM T Rls Geen 79 7 ER N3S3IW m 8 3 vum vNT 4 5 se 9 osvor ST Kev ret Fr 1 e CE wel ERA EE y eovou 813 9858 5 4 410308 Sy us 21 2100 UI N9 891512 NAI 3588 lt 3 numo rr E zb jaja 31 95 815 T 1 Zeck ont ON9 295 9 anoa onos lt wE NRL vivo QNS 245 39 ee ei Z o t 57 isravsts NIISSI9NILS31 E 8 em lu Gel
41. DEH P930 P9300 P9350 Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Name Part No C 204 CKSRYB104K25 C 356 CEJO100M50 C 205 CKSRYB222K50 C 357 CKSRYB222K50 C 206 CKSRYF224Z16 C 358 CKSRYB222K50 C 221 CKSRYB473K25 C 359 CKSRYB222K50 C 222 CKSRYF224Z16 C 360 CKSRYB222K50 C 223 CCSRCH471J50 C 361 CKSRYB222K50 C 224 CKSRYB104K25 C 362 CKSRYB222K50 C 225 CEJO100M16 C 403 CKSRYB473K25 C 231 CKSRYF224Z16 C 404 CEJO101M10 C 232 CCSRCH101J50 405 CKSRYB103K50 C 241 CEJO100M16 C 406 CEJO220M10 C 242 CKSRYB104K25 C 407 CKSOYB103K50 C 243 CEJO100M16 C 408 CKSRYB223K25 C 244 CKSRYB104K25 C 409 CKSRYB223K25 C 245 CKSQYB225K10 C 411 CKSRYB472K50 C 246 CKSQYB225K10 C 601 CCSRCH180J50 247 CKSOYB225K10 C 602 CCSRCH180J50 C 248 CKSQYB225K10 C 603 CCSRCH101J50 C 251 CEJO220M25 C 604 CKSRYB103K50 C 252 CKSRYF105Z10 C 605 CEJO4R7M35 C 253 CKSQYB225K10 C 606 CKSQYB225K10 C 254 CKSRYF105Z10 C 701 CCSRCH101J50 C 256 CCSRCH101J50 C 702 CCSRCH101J50 C 257 CCSRCH101J50 C 703 CCSRCH101J50 258 CEJO101M6R3 C 705 CCSRCH101J50 C 259 CEJO221M6R3 C 721 CKSRYB473K25 C 263 CEJO470M10 C 722 CKSRYB102K50 C 266 CKSQYB225K10 C 723 CEV101M16 C 269 CCSRCH101J50 C 751 CKSRYB472K50 C 271 CEJO4R7M35 C 752 CEAL470M10 C 272 CEJO101M16 C 805 CEJO101M16 C 273 CASAO3R3M16 C 806 CKSRYB473K25 C 274 CEJO100M16 C 808 CCSRCH101J50 C 275 CKSYB684K25 C 809 CKSRYB104K25 C 276 CASA220M16 C 810 CEV470M6R3 C 277 CKSRYF105Z10 812 CKSRYB103K50 278
42. Ge 6 IDE 213 10271 5 i 56 S SIR tT rus ROTA ROTA ees 8 sf Ja 1 r 18 on 447 32 voca 8 al wc d 40 ELE ct 1257 E zd cm REsET ausage x se SC C705 100P Desen BUSR 24E T oscour 21 45 092 4 5 2 NorsE EZ no x ee d gia 1 2 BEEN praos 2 a 93 88 ta pud E d Pons oon 2 10750 gt CN351 8161 2 BE z l TUNL 90 17 SNR l l5 lg a7 sa N d CAG RCAOUT geek 8 8 e B 6 Serge 5 aca A EG Sall oU io casa nass s casa 10 v IN3 BAXEN m 5 15 10750 88 n 12 52 55 gam N O 8 W N gt ERI E 39 oura E a gle i sue wicsew 7 S BITTE NN mem al WOOFER DECKER mutena MUTERO DEIER ie mE m 4 10 eee eoe 2999999291 18 cre E 1 sus 113155 8 9680 0585 BEST ca SEN tan 355858 82 DSPMUTE nsewure 5 0 JJJ gt 8 bi n e FRONT ___ 4 papa di H t ng EE ospsv m 5858 58 Tu pete DSP 3 3V REG 253 59 DR i FRONT 28 Baoaacp DSP 33 REGAS ow g 5 ERON 8880 Dei EM G354 nasa ati GER 8 27 24 GEI be
43. MOTOR B Stout casi FLPOPN Q853 78 FLPOPN 4 14 BA6288FS py p FLPCLS 79 rLpcLs n BLUE FOLSSW 82 ccissw FOPNSW s 2 FOPNSW SWITCH wur PCB 77 5 HH 6 Em 7 8 DEH P930 P9300 P9350 X1502 CN1501 n psp unit NOISE 1 MET 16 40 41 2 AM E VOL AOUTRa 43 RR 805 phone SOURCE DSP Aourna 54 FR 3 SELECTOR A INPUT FILTER I
44. Switch OPEN CSN1022 R 1933 RAB4C102J R 1934 RAB4C473J 1936 RS1 16S473J Unit Number CWX2502 Unit Name Control Unit R 1937 RS1 16S473J 1938 RS1 16S473J MISCELLANEOUS R 1939 RS1 16S473J R 1940 RS1 16S102J IC 101 IC TA2153FN R 1941 RS1 16S221 IC 201 IC TC9495F2 IC 401 IC BA5996FM R 1942 RS1 16S223J IC 601 IC PE5193A R 1943 RS1 16S223J IC 701 IC BA05SFP R 1945 RS1 16S470J R 1947 RS1 16S470J Q 101 Transistor 2SD1664 R 1949 RS1 16S470J Q 102 Transistor UMD2N O 601 Transistor UN2111 1951 RS1 16S470J L 201 Inductor CTF1546 R 1952 RS1 16S331J L 202 Inductor CTF1546 R 1953 RS1 16S331J R 1955 RS1 16S470J L 318 Inductor CTF1306 R 1960 RS1 16S560J L 319 Inductor CTF1306 L 320 Inductor CTF1306 R 1961 RS1 16S560J TH 601 Thermistor CCX1037 R 1962 RS1 16S560J x 601 Ceramic Resonator 25MHz CSS1510 R 1963 RS1 16S560J R 1964 RS1 16S331J R 1965 RS1 16S331J 0 DEH P930 P9300 P9350 Circuit Symbol and No Part Name Part No Part No S 901 Spring Switch HOME CSN1051 R 702 RS1 16S681J S 902 Spring Switch CLAMP CSN1052 R 703 RS1 16S681J S 903 Spring Switch DSCSNS CSN1051 R 704 RS1 16S681J 5 904 Spring Switch 12EJ CSN1052 705 RS1 16S681J S 905 Spring Switch 8EJ CSN1051 R 706 RS1 16S102J RESISTORS R 901 RS1 16S104J R 902 RS1 16S473J R 101 RS1 16S222J 903 RS1 16S273J 102 RS1 8S120J 103 RS1 8S100J CAPACITORS R 201 RS1 16S513J R 202 RS1 16S513J C 101 CEV470M6R3 C 102 CKSRYB102K50 R 203 RS1 16S823J C 103 CK
45. Ty C1534 YB 1 0 4 1540 1535 H x z GND 1 YB 1 A u N O ai m ol m h m n Qu Qj G 0 a al aal ol t amanu TH 0 ad OW WW FF rR EE re ww s 190 Ok BH I m 0 D GG 1 3 4 gt 3 3 D7F FF RF E avio m 2 TSDRAM H se BIM VREF SCLI T 16218001 4 _ LIN Avsp 96 9 1 es AVS7 VDD4 INPUT FILTER R1622 AVD7 24 R1621 4R7K AOUTL2 DSP 83 SCH m 72 39 22 ER AVDX 1502 40 8 EI ag 2884 41 138 89 ER PDG262A D Dm D 85 TOW B ANEA IC1502 TOU Z 88547 42 17 88 d C1550 1 of DSPAGND vB 44 oe 16 87 1542 4 Diss cir AVSB 5 86 Leg RIN 188 4 551 lt 81623 YB 858 teg 47 EF vss4 83 47 1 22K 4R7K n AVS2 Avop 83 mz m m 9 AGND of XECKSTP T Ex E k Kk k aan 0 0 0 D x n2 oan Z x QA S 02505 0C LO uc gt Sr H lt 44 4 lt gt x D 0 C x x gt gt 0 0 O0 o o o o m j X gt lt D 18425 54 58 221001 9 520 sz e s s
46. VOLUME CXB7084 73 Button Unit a v lt gt CXB7440 74 Chassis Unit CXB7091 75 Transistor Q722 751 921 2552396 76 IC IC301 PALOO6A 77 Remote Control Assy See Contrast table 2 78 Battery Cover See Contrast table 2 Part No Mark No Symbol and Description DEH P930 UC DEH P9300 UC DEH P9350 ES 24 Panel CNS6528 CNS6528 CNS6360 26 Tuner Amp Unit CWM7699 CWM7700 CWM7701 50 Remote Control Assy CZX3246 CZX3246 Not used 51 Cover CZN7655 CZN7655 Not used 52 Detach Grille Assy CXB7059 CXB7060 CXB7061 59 Badge CAH1755 CAH1754 CAH1754 71 Grille Unit CXB7075 CXB7076 CXB7077 77 Remote Control Assy Not used Not used CXB3875 78 Battery Cover Not used Not used CNS5032 DEH P930 P9300 P9350 2 4 EXTERIOR 2 EXTERIOR 2 SECTION PARTS LIST Mark No Description Part No 1 Panel Assy CXB6738 2 Screw BMZ20P030FMC 3 Screw BPZ20PO60FMC 4 Screw M2x7 CBA1060 5 Screw M2x3 CBA1061 6 Screw M2x3 CBA1154 7 Screw M2x1 5 CBA1430 8 Screw M1 4x4 CBA1454 9 Screw M2x1 5 CBA1528 10 Spring CBH2445 11 Cord CDE5856 12 Cord CDE5960 13 Mini jack CN4602 CKN1015 14 Connector CKS4436 15 Frame CNC8201 16 Spacer CNM6155 17 Spacer CNM6156 18 Spacer CNM7427 19 PCB CNP5341 20 PCB CNP5941 DEH P930 P9300 P9350 Mark No Description Part No 21 PCB CNP6124 22 Panel CNS6397 23 Guide CNV5696 24 Rack CNV5697 25 Gear CNV5698 26 Gear CNV5761 27 Gear Unit CNV5762 28 Cover CNV6573 29 Holder CNV6575 30 Lighting Co
47. ZNI LNI HAS LLNO LOND d LLnO cino A81S ZLnO avi 67 DEH P930 P9300 P9350 Pin Functions PDG262A Pin No Pin Name y o Function and Operation 1 VSS1 Digital GND 2 15 Test input pin Normal 16 21 TST0 5 Test terminal Normal L 22 24 JPE1 3 External condition jump terminal H Condition jump 25 VDD1 Digital GND 26 AVS3 DA converter1 GND 27 AOUTL1 DA converter1 Lch output 28 AVD3 DA converter1 power supply 29 AOUTR1 DA converter1 Rch output 30 AVD5 DA Converter power supply 31 AVS5 DA converter1 GND 32 AVD1 AD converter Lch power supply 33 AVS1 AD converter Lch GND 34 LREF Connect to Pass con for AD converter 35 LIN AD converter Lch analog input 36 AVS7 DA converter2 GND 37 AVD7 DA converter2 power supply 38 AOUTL2 DA converter2 Lch output 39 AVDX Analog power supply for master clock 40 XTLO38 Crystal oscillator circuit output 41 XTLI38 Crystal oscillator circuit input 42 AVSX Analog GND for master clock 43 AOUTR2 O DA converter2 Rch output 44 AVD8 DA converter2 power supply 45 AVS8 DA converter2 GND 46 RIN AD converter Rch analog input 47 RREF O Connect to capacitor for AD converter 48 AVS2 AD converter Rch GND 49 AVD2 AD converter Rch power supply 50 AVS6 DA conver
48. d ont NIO Ni INIO NSLS z Sng dl inoa sna S oer Sne s TOT EE sne e 007 coru ee 898 TOTI Da L r oso ap M ente ER zsne 9 Reb ost 2 fe m u 8 lo T vSEETVSET rorot ouo OST sgpzz sngdi PA MPAT ME T E 87 Lee dei os T SC 1 zasna 1 dl 5 T SS dir EL Ss 508 78 DEH P930 P9300 P9350 lt m m 8888 2853 S S dOLON avi Jisew L06LN2 ER mio 203981920 210 q IGBNO I FSI L a SE I ET s u vo i TOBN xa lg ays g 518 848 q 9 T tala lan o o TMS724 ele 8 Qu 1 1 1 4 E SI A 1
49. data is conducted properly Operation specification 1 Turning the test mode ON and OFF The display test mode is turned on by performing a reset start while pressing the 1 and 3 keys A once only beep tone will be emitted Display when the test mode is ON first time only TEST A TEST display image is generated by the internal processing of the microcomputer Press the RESET key or turn off the ACC to turn the display test mode OFF 2 Switching the display test mode The type of display test mode can be switched by pressing the BAND key while the display test mode is ON When a mode switch is performed a beep tone will be emitted once All displays Data address bus connectivity verification Flash ROM writing verification It takes about one to two seconds for the system to display the results of the flash ROM writing test Examples of data address bus connectivity verification results displays ROM DATA BUS OK see Verification of connectivity of Kanji ROM and data bus ROM ADRS BUS OK eee Verification of connectivity of Kanji ROM and address bus FLASH DATA BUS OK eee Verification of connectivity of flash memory and data bus FLASH BUS OK see Verification of connectivity of flash memory and address bus When an error occurs during a connectivity verification the NG will be displayed Examples of flash ROM writing verification displays Writing data in FLASH memory
50. is written to DMIN and DSEC DTNO remains in blank as before 2 Head unit display examples Depending on display capability of LCD used display will vary as shown below xx contains the error number 8 digit display ERROR xx 2 Error Code List Code Class Displayed error code 6 digit display ERR xx 4 digit display E xx Description of the code and potential cause s 10 Electricity Carriage Home NG SERVO LSI Com munication Error CRG can t be moved to inner diameter CRG can t be moved from inner diameter Failure on home switch or CRG move mechanism Communication error between microcomputer and SERVO LSI 11 Electricity Focus Servo NG Focusing not available Stains on rear side of disc or excessive vibrations on REWRITABLE 12 Electricity Spindle Lock NG Spindle not locked Sub code is strange not readable Subcode NG Failure on spindle stains or damages on disc or excessive vibrations A disc not containing CD R data is found Turned over disc are found though rarely CD signal error 17 Electricity Setup AGC protection doesn t work Focus can be easily lost Damages or stains on disc or excessive vibrations on REWRITABLE 30 Electricity Search Time Out Failed to reach target address CRG tracking error or damages on disc 44 Electricity ALL Skip Skip setting for all track CD R RW 50 M
51. output 13 VO2 Driver CH2 Negative output 14 VO2 Driver CH2 Positive output 15 Driver CH2 Positive output 16 Driver CH2 Negative output 17 VO4 Driver CH4 Positive output 18 VO4 Driver CH4 Negative output 19 POWVCC2 Power supply pin for at Power stage 20 GND Ground pin 21 CNT Control pin 22 LDIN Loading input 23 OPOUTSL Output pin for preamplifier for thread 24 OPINSL Input pin for preamplifier for thread 25 OPOUT3 CH3 preamplifier output pin 26 OPIN3 Input pin for inverting input for CH3 preamplifier 27 OPIN3 Input pin for non inverting input for CH3 preamplifier 28 PREVCC PreVcc BA5996FM PE5193A 14 1 15 28 Pin Functions PE5193A Pin No Pin Name Format Function and Operation 1 5 1 0 P Bus serial clock input output 2 y o C P Bus serial data input output 3 CONT C Servo driver power supply control output 4 CLCONT Driver input switching output 5 LOEJ O C Load Eject direction switching output 6 HOME Carriage home detection SW input 7 RESET System reset input 78 DEH P930 P9300 P9350 Pin No Pin Name 1 0 Format Function and Operation 8 VDD Power supply 5V 9 X2 Main clock radiator 25MHz connection 10 X1
52. 0 ES 4 0 V 100 Q Loudness contour 10 dB 100 Hz 6 5 dB 10 kHz volume 30 dB Equalizer 13 Band Graphic Equalizer Frequency 50 80 125 200 315 500 800 Hz 1 25 2 3 15 5 8 12 5 kHz Equalization 12 dB 2 dB Auto Equalizer Front amp Rear amp Subwoofer 13 Band Graphic Frequency 50 80 125 200 315 500 800 Hz 1 25 2 3 15 5 8 12 5 kHz Equalization range 6 12 dB 2 dB Network HPF Front Rear IRC Ee ee 50 63 80 100 125 Hz Ge 12 dB oct Subwoofer output Frequency 50 63 80 100 125 Hz le 18 dB oct Galli 24 dB 6 dB 1 dB Phase Normal Reverse CD player BE Compact disc audio system Usable 01565 4 5 oett Compact disc Signal format Sampling frequency 44 1 kHz Number of quantization bits 16 linear Frequency characteristics 5 20 000 Hz 1 dB Signal to noise ratio 94 dB 1 kHz IHF A network DYNAMIC CIR 92 dB 1 kHz Number of channels 2 stereo FM tuner UC models Frequency range 87 9 107 9 MHz Usable sensifivify 9 dBf 0 8 75 Q mono S N 30 dB 50 dB quieting sensitivity 15 dBf 1
53. 03 pue Kejdsig 8 1177 88 DEH P930 P9300 P9350 Ajayeredas pros dwe Sursn ueuA suonoeuuoo 94 sloyeods p9159uuo5 jou jeu speo 1oxeods 8u q e Jo uuoo jou op 1315 1oxeods Z PM 19JOO AqnS 9 9 5 reo 10181891 9804 3 4 3219 0991 4 r Joyeods Joeyeeds eos 10181891 9814 PIJOA dard 1uBIH cs Delq AeID yoelIq alrUAA Joyeads 11014 Joyeods 11014 Kein IYM osnq RE D I Joxeods 10014 9 305 5 18 41 Ionuoo JOWI poq puno 3 youlg Teura qojr s Sunusi 9lIUA a3ueIO Od A 61 Yous 91119919 OL pes uonisod UolrAS uonrusr jo sso pre3o1 Jomod yim porddns SAeATe euru MOJA SUonoeUuoo Aue Jo INW 91 daa Jou 1e n a2 ou UO INW BIA 11 uoud 1 1e n a2 5 osn JI 398I4 AA0II9A AIeleredes p os Joined qO nInIW OG A 00 onuoo v o1 euuojue ojny 10 jo euruurel onUuoo 019 S S ayant g ATeleIedes 5
54. 0A IC 851 IC BA6288FS D 802 Diode Network DA204U D 803 Diode Network DA204U IC 961 IC S 80735ANDZI D 804 Diode Network DA204U O 101 Transistor 2SA1235A 12 D 805 Diode MA3062 M 102 Transistor RT1N241C 12 D 810 Diode HZS9L C2 Q 131 Transistor 2SC3052 12 Q 132 Transistor IMD2A D 811 Diode Network DA204U D 814 Diode Network DA204U 133 2SC3052 12 D 815 Diode HZS11L A1 Q 221 Transistor 2SC3326 D 851 Diode HZS7L C3 O 231 Transistor 2SC3052 12 D 852 Diode 1SS133 Q 232 Transistor 2SA1235A 12 Q 241 Transistor 2SA1235A 12 D 853 Diode 1SS133 D 901 Diode MPG06G 6415G50 242 Transistor RT1N141C 12 D 902 Diode MPG06G 6415G50 O 251 Transistor RT1N141C 12 D 903 Diode MPG06G 6415G50 253 Transistor 2SB1198K D 904 Diode MPG06G 6415G50 O 301 Transistor RT1N241C 12 O 351 Transistor P930 UC HN1C03F D 911 Diode MPG06G 6415G50 D 912 Diode HZS6L B1 Transistor P9300 UC P9350 ES IMH3A D 921 Diode HZS9L B3 352 Transistor P930 UC HN1C03F D 931 Diode HZS7L A1 Transistor P9300 UC P9350 ES IMH3A D 932 Diode HZS7L C3 353 Transistor P930 UC HN1C03F Transistor P9300 UC P9350 ES IMH3A D 933 Diode MPG06G 6415G50 951 Diode DAN202U O 401 Transistor 2SC3052 12 D 961 Diode DAN202U 721 Transistor IMD2A D 971 Diode DAN202U Q 722 Transistor 2SD2396 D 981 Diode DAN202U 751 Transistor 2SD2396 752 Transistor IMD2A D 982 Diode HZS9L A2 D 983 Diode MA152K 801 Transistor 2SB808 ZNR 451 Surge Protector DSPS 201M S00B O 802 Transi
55. 1 Jeuueuo 196944 y 6 5 Kejdsip eui pue pausiuly ueuM u1Bue1s EuBJS JO ul pue 9 suotnq eu Jepun suoneis 1seopeoJq xis eu sieedde Weg Weg 55914 Z Weg loeles 0 55814 L 9 eui 5 Seopeolq 1 xis eui 9101S Alleo IIEUlone sje suollels 1690 Weg 50013215 1SE2pE01 1S898u011S ay puuolS peuungaJ si ejdsip 3y SDU029S 0 1noqe uonouni eui eyejedo 101 J e 910N 21071 15111 suon ounj Buiwojo eui seu 94 nuaw I0119u1J 19un 9 y ui BlS 58908011 lleo81 0 A JO Y 05 8 ULI 10 uollnq 1eu Jepun 195944 uollels JjE291 9 suonnq 9u jo Aue 65914 Z sip ddp 9 X3N 58944 Aejdsip ol 55914 L 51011015 jseapeo4q uI E28H UI 91015 eq ULI 5 NY xis pue Spueq W4 2314 941 J0 104 xis suoneis N4 8L 01 810N uollnq peloeles Jepun ul peJois SI uone s eu 6uluselj sdols Jequnu 195814 out Wun 9 LSuoung y jo Aue pue ssaid Asowaw u 9101S 0 luem ey 1815 e
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57. 129 os jno 1 INf 1OA 88944 uauM pJemlno FINN TOA 34 pueixe 0 55944 Z INNA a ZHAG ZH SN Aqpuejs euoudeje lt Hun Hun JeAeld 0 lt eunl gyd lt Jeun leunl lt 2 ul yINg Seolnos ay U9IIMS ol J Do eed1 FOYNOS 55614 49uN 69 4 ou 129 9S 01 6 55914 L npoad si qO peol JeAeld qO ol YMS oL Uu 1SI ueN 10965 UBD H0 10 uo 931005 e urun 1 LU0112 a00 21 8 VIS d ZMS LMS lt ISOd ISV lt 203 94 SepouJ y uoiMs ol Ajpayeadas OIGNV 955614 129Jes ol 55914 uone1ado uoyng 01007 lt ASNVd LSITL lt NYOS ay ol AIpeleede 14 55814 9U1 129 9S 0 NOILONNA 55944 uonesado uopng NOLLINNI eui joejes ol peqlosep Se eui ufnouui uoiws JeAeNou 4ellonuoo eui ueuM
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60. 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16S102J RS1 16S473J RS1 16S473J RS1 16S102J RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RS1 16SOROJ RD1 4PU101J RS1 16S221J RD1 4PU101J RS1 16S152J 851 165221 RS1 16S182J RS1 16SOROJ RS1 16S222J RS1 16S222J RS1 16S222J RS1 16S103J RS1 16S222J RS1 16S1ROJ RS1 16S103J RS1 16S103J DUD 00000 21010121 772727722 77227722 DIDID 77272772722 727272772722 72727722 CAPACITORS 131 132 133 141 142 143 144 145 146 147 148 149 150 152 155 161 162 201 202 203 OOOO0 RD1 4PU561J RS1 16S102J RD1 4PU391J RS1 16S473J RS1 16S472J RS1 16S222J RS1 10S1R0J RS1 16SOROJ RS1 16S222J RAB4C102J RS1 16S102J RS1 16S102J RS1 16S102J RS1 16S102J RS1 16SOROJ 851 165821 RS1 16S153J 851 165821 RD1 4PU221J RS1 16S223J RD1 4PU272J RS1 16S471J RS1 16S561J RS1 16S472J RS1 16S473J RS1 16S103J RS1 16S473J RS1 16S104J RS1 16S103J RS1 16S153J RS1 16S472J RS1 16S472J RS1 16S102J RS1 16S102J RS1 16S102J RS1 16S473J RS1 16S183J RS1 16S222J RS1 16S223J RS1 16S473J RS1 16S103J RS1 16S473J RS1 16S102J CCSRCH681J50 CEJO101M10 CKSQYB225K10 CKSRYF105Z10 CKSRYB105K10 CKSRYB105K10 CCSRCH101J50 CEJONP4R7M16 CKSRYB105K10 CEJONP4R7M16 CKSRYB105K10 CKSRYB104K25 CEJONP100M10 CKSRYB474K10 CKSRYF105Z10 CKSRYB183K25 CKSRYB183K25 CKSRYF224Z16 CKSRYB102K50 CCSRCH101J50
61. 20 Melsele Belgium PIONEER ELECTRONICS ASIACENTRE PTE LTD 253 Alexandra Road 04 01 Singapore 159936 O PIONEER CORPORATION 2001 K ZZB MAY 2001 Printed in Japan DEH P930 P9300 P9350 CD Player Service Precautions 1 For pickup unit CXX1480 handling please refer 2 During disassembly be sure to turn the power off to Disassembly see page 58 since an internal IC might be destroyed when a con During replacement handling precautions shall be nector is plugged or unplugged taken to prevent an electrostatic discharge protection 3 Please checking the grating after changing the ser by a jumper solder vice pickup unit see page 50 1 SAFETY INFORMATION This service manual is intended for qualified service technicians it is not meant for the casual do it yourselfer Qualified technicians have the necessary test equipment and tools and have been trained to properly and safely repair complex products such as those covered by this manual Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty If you 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 CAUTION 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 tr
62. 2322 We als 8 8 5 8 8 1 9 0 x ele ol o e door mm 0 0 0 vis s 9 25 1 2 3 4 DEH P930 P9300 P9350 PICKUP UNIT SERVICE P9 Ei 23 0102 e eo 1 UMD2N 1 GND OUT2 5 ue 1 22 wl mle 5 T 1 D Bouri wert RF AMP 2 ays Rd oe 1 1 0 4 el Z
63. 2Q 1 peloeles s 440 e201 J0J 10 si E20 y 2 1949 lt 440 207 AV 1949 lt 440 207 Wd sBuInes Buiwojoj 9u yms ol OO 1 55914 Au 349 220 941 19 01 901 55944 Z leool 129Jas 01 301 55914 pue 55914 L uond o 1 10 sjeu Bis suoneis 1se9peoJq 5 Juo ui eun giel Bulun 995 e907 51 0015 5 Burun 1 6 118991 pue 128 8S 0 W pug lt gt 9Sn 05 8 ULI e 8 0N 9 9 p lt 27669 uoun 2 20 v 217866 A79 1451 4 IH uonejs 1159 eui 18991 O 9 suojing jo Aue 55914 Z 151 jauueuo 195914 y 129Jos ol LSIdo 55914 ueu pue JNN 95614 L 9 WAU Jo euo 199 9S pue suollels 195914 J0 181 9U ees 519 181 jeuueuo eu 151 195 81 a 58011615 punoalaS 9 9 6 lt sas gt HHI 901 s 2 6 0 2 36 SUNG 9 _ 1911 IHd uone1s eui J E281 0 9 y Aue 55914 E 21668 umun sIeodde BuIu21eeS 85944 pejejduioo SI 1 940194 86900404 y lsoueo 15
64. 35 RS1 16S104J R 103 RS1 16S101J R 236 RS1 16S103J R 104 RS1 16S222J R 241 RS1 16S223J R 105 RS1 16S103J R 242 RS1 16S103J R 107 RS1 16S332J R 243 RS1 16S1302D R 108 RS1 16S181J R 244 RS1 16S1002D R 109 RS1 16S181J R 251 RS1 16S472J R 110 RS1 16S223J R 252 RS1 16S122J R 111 RS1 16S223J R 271 RS1 16S103J R 112 RS1 16S102J R 272 P9300 UC P9350 ES RS1 16S0R0J R 113 RS1 16S102J R 277 RS1 16S103J R 115 RS1 16S562J R 301 RS1 16S103J R 116 RS1 16S150J R 302 RS1 16S103J R 117 RS1 16SOR0J R 303 RS1 16S103J R 118 RS1 16SOR0J R 304 RS1 16S331J R 119 RS1 16SOR0J R 351 RS1 16S820J R 120 RS1 16SOR0J R 352 RS1 16S820J R 130 RS1 16SOR0J R 353 RS1 16S820J R 131 RS1 16S104J R 354 RS1 16S820J R 132 RS1 16S222J R 355 RS1 16S820J R 133 RS1 16S103J R 356 RS1 16S820J R 134 RS1 16S561J R 357 RS1 16S223J R 135 RS1 16S223J R 358 RS1 16S223J R 136 RS1 16S473J R 359 RS1 16S223J R 137 RS1 16S153J R 360 RS1 16S223J R 138 RS1 16S683J R 361 RS1 16S223J R 139 RS1 16S682J R 362 RS1 16S223J R 140 RS1 16S152J R 363 RS1 16S103J R 141 RS1 16S222J R 364 P930 UC RS1 16S103J R 142 RS1 16S104J P9300 UC P9350 ES RS1 16S0R0J R 143 RS1 16S152J R 365 P930 UC RS1 16S103J R 144 RS1 16S102J P9300 UC P9350 ES RS1 16SOROJ R 145 RS1 16S101J R 366 P930 UC RS1 16S103J R 146 RS1 16S563J P9300 UC P9350 ES RS1 16SOROJ R 147 RS1 16S103J R 367 P930 UC RS1 16S103J R 148 RS1 16S103J P9300 UC P9350 ES RS1 16SOROJ R 149 RS1 16S153J R 368 P930 UC RS1 16S103J R 150 RS1 16S153J
65. 4 DEH P930 P9300 P9350 3 o 9 46 s A o m m Q of xf m af z 1 al 5 ol 5 al ai al A o o 8 6 lt lt x a lt lt lt lt 4 Y Y Y sid v v Hl ereto ale OFKOT gis gio door a 27670 m t I treBr2 2 ee m al of oO s
66. 45 1646 1647 1648 1649 1650 1651 1652 1653 1654 1655 1656 1657 1658 1659 1660 1661 1662 1663 1664 1665 1666 1667 1668 1669 1670 1671 RS1 16S473J RS1 16S473J RS1 16S102J RS1 16S102J RS1 16S102J RS1 16SOR0J RS1 16S103J RS1 16SOR0J RS1 16S103J RS1 16S153J RS1 16S682J RAB4COROJ RS1 16S0R0J RS1 16S0R0J RS1 16S223J RS1 16S472J RS1 16S223J RS1 16S472J RS1 16S103J RS1 16S103J RS1 16S103J RS1 16S103J RS1 16S474J RS1 16S474J RS1 16S474J RS1 16S222J RS1 16S333J RS1 16S273J RS1 16S183J RS1 16S273J RS1 16S474J RS1 16S222J RS1 16S333J RS1 16S273J 5 165183 RS1 16S273J RS1 16S474J RS1 16S222J RS1 16S333J RS1 16S273J RS1 16S183J RS1 16S273J RS1 16S474J RS1 16S222J RS1 16S333J RS1 16S273J RS1 16S183J RS1 16S273J RS1 16S474J RS1 16S222J RS1 16S333J RS1 16S273J 5 165183 RS1 16S273J RS1 16S474J RS1 16S222J RS1 16S333J RS1 16S273J RS1 16S183J RS1 16S273J RS1 16S472J RS1 16S104J RS1 16S102J RS1 16S473J RS1 16SOROJ DEH P930 P9300 P9350 Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Name Part No CAPACITORS C 1643 CCSRCH151J50 C 1644 CKSOYB225K10 1532 CKSRYB102K50 C 1645 CCSRCH221J50 1533 CSZSO4R7M10 C 1646 CCSRCH151J50 C 1534 CKSRYB104K25 C 1647 CCSRCH151J50 C 1535 CKSOYB225K10 C 1537 CKSQYB225K10 C 1648 CKSOYB225K10 C 1649 CKSOYB225K10 C 1539 CKSRYB105K10 C 1650 CKSQYB225K10 C 1540 CKS
67. 5 5 KI SENSE H mugez Ve ment ER SU Rasa P ogge Mure 8 MUTE 21 8 aly EN S BR 4 BUS Boe o alt 252 BSENS Ww e d KE NS 519 REG 2155 NJM2OSBMD 18 by swwoo 8 378 ime s ale 5 sme 8 8 5 5 z ates RE ZS EM nine A pose l 5 s S ovra l Oy ids le 7 2 SP Drees 505 a rale 3 0954 xi OR sE 83 DG MEDIE als D 1 EG GND 8 2 TELIN LA H DECH d i d i s o swvoo Em PE E 3 Ern EN Li 100P sav am 4 5 M 1 CPM4O4 2 1 d Sie E Qs t n 883 Goma iav REG SI 2 cure 2 ER 818 1MD2A C147 sn el SS it 3 De v STTS s maen Gl 81 E H 216 1008 801 ST j wweoseeo 91 2 1 25305898 STETE 13 ids t SIE 5 B n ta 807 GND 5 gg FRE P E GND FLPILM OELGNO 060 17 1 DEH P930 P9300 P9350
68. 5 uV 75 Q mono Signal to noise ratio 70 dB IHF A network Distortion 0 3 at 65 dBf 1 kHz stereo Frequency response 30 15 000 Hz 3 dB Stereo separation 40 dB at 65 dBf 1 kHz Selectivity T 70 2 Three signal intermodulation desired signal level 30 dBf two undesired signal level 100 dBf FM tuner ES model Frequency range 87 5 108 MHz Usable sensifivify 9 dBf 0 8 75 Q mono S N 30 dB 50 dB quieting sensifivity 15 dBf 1 5 nV 75 mono Signal to noise rafio 70 dB IEC A network Distortion 0 3 at 65 dBf 1 kHz stereo Frequency response 30 15 000 Hz 3 dB Stereo separation 40 dB at 65 dBf 1 kHz AM tuner UC models Frequency range 530 1 710 kHz 10 kHz Usable sensitivity 18 S N 20 dB Selectii SE 50 dB 10 kHz AM tuner ES model Frequency range 531 1 602 kHz 9 kHz 530 1 640 kHz 10 kHz Usable sensitivity Selectivity onore 50 dB 9 kHz 18 uV S N 20 dB 50 dB 10 kHz Note Specifications and design are subject to modifica tion without
69. 621 1976 LED 1622 CCSRCH221J50 1623 CKSRYB102K50 1624 CCSRCH221J50 LED L 1901 Inductor CTF1295 C 1625 CKSRYB105K10 L 1902 Inductor CTF1484 M SC 1628 CSZSR100M16 C 1629 CSZSR100M16 C 1631 CCSRCH221J50 L 1905 Inductor LCTB2R2K3216 L 1906 Inductor LCTB2R2K3216 C 1632 CCSRCH151J50 L 1907 Inductor Array CTF1421 163 zz C 1634 CKSOYB225K10 C 1635 CCSRCH221J50 3 C 1636 CCSRCH151J50 L 1910 Inductor Array CTF1421 L 1911 Inductor LCTB2R2K3216 C 1637 CCSRCH151J50 1912 Inductor CTF1530 16 Ku s C 1639 CKSOYB225K10 C 1640 CKSOYB225K10 d C 164 CCSRCH221J50 L 1915 CTF1421 L 1916 Inductor Array CTF1421 C 1642 CCSRCH151J50 L 1917 Inductor Array CTF1421 L 1918 Inductor Array CTF1421 L 1919 Inductor Array CTF1421 45 DEH P930 P9300 P9350 Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Name Part No L 1920 Inductor Array CTF1421 R 1966 RS1 16S560J L 1921 Inductor CTF1379 1967 RS1 16SOROJ L 1922 Inductor CTF1409 L 1923 Inductor CTF1379 CAPACITORS L 1924 Inductor CTF1379 C 1901 CSZSR100M10 L 1925 Inductor CTF1295 C 1902 CKSRYF105Z10 L 1926 Inductor CTF1295 C 1904 CSZSR100M10 L 1927 Inductor CTF1295 C 1906 4 7HF 25V CCG1111 L 1928 Inductor LCTB8R2K1608 C 1908 CSZSR100M16 L 1929 Inductor CTF1388 C 1909 CKSRYB105K10 X 31901 Ceramic Resonator 20M Hz CSS1491 C 1911 CKSRYB104K25 S 1901
70. 7 99 Test input pin Normal L 100 AVDD DRAM power supply PDG262A Eu do pas E oO LEE 985 88 889594206022893585 x lt gt Xx im oo ANNAN gt gt X KE St E m Xx gt lt lt lt lt lt 9 68 62 64 XECKSTP AVDP SERIAL DATA VSS4 T P SERIAL DATA WF 512K bit DELEY CLOCK GENERATOR TP TIMING TP CIRCUIT CLOCK DIGITAL TP GENERATOR FILTER TIMING TP CIRCUIT VDD4 AVSD AOUTL1 AVD3 AOUTRI AVD5 69 DEH P930 P9300 P9350 Pin Functions PD5654A Pin No Pin Name Function Operation 1 2 NC Not used 3 VST O Strobe pulse output for electronic volume 4 VDT Data output for electronic volume 5 VCK O Clock output for electronic volume 6 CNVSS CNVss 7 MCKRO Master clock request input 8 MUTERO O Mute output 9 RESET Reset input 10 XO O System clock output 11 VSS GND 12 XI System clock input 13 VDD P
71. 9 1113 15 6 NC 14 FR E _ 2 5 7 15 RR 8 MUTE 16 FR II ANTENNA JACK DEH P930 P9300 P9350 7 2 IC PD5650A TC74VHC126FT PD3428A BA033FP PML011A TA2153FN PALOO6A PD5657A TC9495F2 PDG262A PD6363A BA5996FM PD5654A PD8080A PE5193A Pin Functions PD5650A Pin No Pin Name Function Operation 1 TUNPDO O PLL data output 2 TUNPCK O PLL clock output 3 TUNPCE O PLL chip enable output 4 TUNPCE2 O PLL chip enable output2 5 7 NC Not used 8 VSS1 External data BUS width select 9 VSS2 Processor mode select 10 MICSEN Microphone sense input 11 TELIN Cellular mute input 12 RESET Reset input 13 OSC1 O Crystal oscillating element connection pin 14 VSS3 GND 15 OSC2 Crystal oscillating element connection 16 VCC1 Power Supply 17 NMI Not used 18 19 NC Not used 20 BSENS Back up sense input 21 RX2 IP BUS data input 2 22 IPPW IP BUS power supply control output 23 ISENS Illumination sense input 24 PEE tone output 25 NC Not used 26 ASENBO O IP BUS slave ACC sense output 27 MUTE O Mute output 28 NC Not used 29 RX IP BUS data input 30 TX IP BUS data output 31 BSO O P BUS data output 32 51 P BUS data input 33 BSCK P BUS serial clock output 34 SWVDD O Grille Chip enable output 35 DPDT O Grille Display data output 36 KYDT Grille Key dat
72. 901 e t ILMGND 3 H 2 RESET ers 1 15 Ono gu EMOTE RAST 2 H45 Oliy ke 9 989 CONTROL KST2 1925 1 NC2 8 3 6 5 SENSOR k DGND 1 H16 T 6 oly 2 KST1 MD cho aya oc TS I 2 4 o 5 s NC1 RS z o 51918 l 1 CSD1040 Nt R1907 M E BEM 811 DGND ana 1 ola mo 31 8 o Y Y 1 32 KEYDT KYDT A194 100 SCLK 22 PISPOT o0 e NC14 DPDT Ri92 1 BUSY 34 NC15 35 NC16 36 NC17 1 37 1 3i FLBUSY Sei 39 RDY 400 40 HOLD ere R1924 i 41 1 HOLD 47K 42 Ncao BCL R1925 43 BCLK 100 44 RD WR 45 1 x x x 5 dh A i pa NC21 m m m 5 13 2 XB k WR age ay 5 5 SOURCE 1 2 3 CE1 51101915 Le 47 50 SENS 5 51901 51903 51904 51905 CES d d d swit sweat W 441 52 W 4 1 swet NH 2 7 AP 8 48 csi 81 Swa 5014 swz swi sw2 sui 49 a21 1 4 4 CSG1111 CSG1111 864144 CSG1111 A20 x 3 22 a 123 Ala KSTO DRY RY Dt 89 6 0 oe oe 1 x x 4 5 6 NEX 5 8 5 51906 51907 1908 51909 Mal o 5814 Iswe swit swat 581 Sweat SwiH Sw2 ane e 656 Oy WAS Theol 1 B 1 818 3 5 aly 24 5813 swig Sw2 4 1 Sw2 5 1 7 c o o CSG1111 CS61114 CSG1
73. Ajsadoid 9181980 10uuE2 19 8 4 q9 4NW 9U J e peKejdsip s 5 1900 uJu110 19d si Je ejd 15 njnu 34 uauM 80N 51 10 DIENMOJ 158 WIO Jed ued a 10 DIOU pue 558 4 nof J 5 ul ol diys 119 y JO HEJS 9U ol 015 eouo Bulss iq 4984 xeu y JO HEJS eui ol 64846 lt 01556914 2811 129195 0 4 10 p gt 55914 S AOSJIP osip e 1oeles Z 40 9 y BSN ueo 5 eq IM OSIP OU SI 9494 U9IUM 40 Jequunu 251 V OSIp 129 9S 0 A 10 55914 9u 1sn pe ol WNL sseJd 1994184 7110 Jelsee 1 1 os jno 1INf 1OA 58944 ueuM AINNTOA 991 pueixe 3NnTOA 55914 4 6 88944 JeAeld GO HINW y 199965 01 ssa4d L Ajayesedas plos s e ueo 1onpo d 5141 0121940 21529 5 8 4 q2 nnui 2SIp 0S 40 peuoddns sjy ui pequosep suonounj 9509 AIuO 1810 g9 ninui 9sip 0G ALLO eun 981109 Jequnu 9811 8 Jaquinu 28 00 anos ERFIFERIITTS 222 31111 OUT OCL OU 33 3 L W8
74. BUS IPPW 1 BUS1 99 BUS L 9 1 825 L CN702 d UNIT wx 5 cosv PICKUP UNIT SERVICE P9 2 CN302 om CN701 CN701 15 Slo rFRPin 24 Ze Lo 85 LOUT 3 juu ECK m 20 16 38 SERVO 5 MDI FEO CONTROL Vi AC BD 14 Sam Det HOLOGRAM TEO LPF DAC UNIT FE RF AMP TEI FOCUSACT 20 101 DOUT TD FD 82 ROUT DOUT TRACKING ACT 10 4195 no gd mm Vi w DIODE SDMD IC 201 4H vob TC9495F2 i MICSENS VD 2 22 1VD CN101 CD DRIVER 5V REGULATOR 4 IC701 2 488 BAOSSFP i 5996 1 4 i Da pi 5 34 EMEHI _ EMPH TOP VDCONT 48 9 15 VDCONT SPINDLE SINGLE CD MOTOR 15 som CONTROLLER IC 601 tr 4 PE5193A LOAD CARRIAGE X 18 LCOP CLCONT CLCONT 7 RESET MOTOR LCOM RESET 8 16 5 DSCSNS HOME 63 6 M x HOME SP641 12EJ DISC BUZZER SYSTEM CLAMP SENSE 8EJ SENSE AUTO EQUALIZER CONTROLLER SENSE SENSE IC 601 2 2 PD5650A CN131 e MICSEN 10 1 T MICSENS X 2 Q131 L T 6 pavo 1 Q132 B lt banos 16501 GUIDE NJM2068MD 8 Q241 CN201 5T ST K YIELOND 7 0232 77 _8 10221 9 8 HTELPW 2 NJM2068MD 2 2 TELO HANDS a 7 aui FREE TI 5 MICGND Q22 Q851 o 1B U Q852 I FLAP MOTOR FLPPW M951 AUTOMATIC CN851 CONTROL 5 2 FLAP
75. BYR Fre m t 50 nh 210 18 e n 9 RTO 2 4 RUL o he Sr QN9 78671835 TUOOT 4 g SI vo Da jdqlssssovel v Si gi 1 S891 zezo glk 3 A vano LOEND _ vsczrvsz EES des Ges ON9 27 ET om D D DN jo T 0 8 28 ZOEND 3341 SGNVH 5 51502 lt Br OTpTNTLH N E 6666665 5 2352825565 LA um 1 3851 8 817 1 2097 3 5 H e EERE REE GSE cS 4 8g als ole 8 22 22 4 VE N BEER L BL TR 918 a 5 van 9 0 0 O 5 2 5 fa E Su 4 TSOIW A sna 5 s E t cla 5 8 5 9 AUR S S T gom T 5 5 s 8 x 0 Elei eho 64381 8 Sp 3 W 851589 3 9 2 NN 415 GE zino TETND 9 d 03 24 z J 2 J 7 A A ta 81 alo oR 4 d 5 T VGEETVSE 8 2 3 408 8 OTO Gi o treo el 7 cozo 15 m door oi m ETH oss 1 ran 58 gps pull 88 d verb 259 CN s d 01V e 7219 N3SOIW 8 SKS ZEN VEQNI 1 29 NON va e p ou l e 5 aoro B 5 5 m AN CS
76. C 1502 be RL A EQ 17 wpx ppe IC 1602 LIN PDG262A AOUTL2 ale IC 1601 NJM4558MD 52 EL com PMLOTIA DOUT Cass 1 2 AOUTL1 s WR LRCK 511 AOUTR1 76 71 LRCK gt 4 pour a 2 2Y ha 5 BUFFER gt vo 2 OUTPUT IC 1504 4e IC 1503 74 126 TC7SETOBFU 1 FR RR ch NOISE wckour a S VOD IC 1603 58MD DSP uCOM EVOL prle 45 IC 1501 e 7 4 eel supun PD5654A SELECTOR ee MICSENS 7 1 1605 3 7 1 1601 NJM4558MD CDSVON PML011A 2 2 1 3 s s si Sm SWL SWR ch e lz B sw Ee 2 IC1604 vi e E z 38 f CN1501 36 31 3 4 48 5 42 5 3 1 u 28 26 34 20002305 E b RB p CN251 Q722 5 Je 5 8 Ar 1BU e e A ai DSP 3 3V 5 REGULATOR 253 1 10251 yoo gt ER SEES i CN901 10A Q251 BACKUP e 2 GND 77 RL 1 gt 14 POWER AMP bs e IC 301 E PALOO6A ELS 5 FL Fer MUTE Ze m 12 pu 28 s gt 4 z 4 Qo32 X S 9 R ISENS e 4 tijg UL i ASENS 4 3 gt E ACC 5 2 931 74 d Q951 BsENs 20 g TELIN 8 MUTE sens 4 5 RCAOUT teun 1 4 3 Wr CN351 FL 6 9 FRONT h Y LCH Y OUT3 Q352 PA2028A 2028 VDD 5V ours us s e Q REAR Q911 REGULATOR Q751 REGULATOR
77. CEJO330M25 C 815 CCSRCH101J50 C 279 CEJO330M25 C 816 CCSRCH101J50 C 280 P930 UC CEJO330M25 C 81 CCSRCH101J50 C 281 P930 UC CEJO330M25 C 818 CEJO330M16 C 283 CKSRYB105K10 C 819 CCSRCH101J50 C 284 CKSRYB105K10 851 CKSRYB102K50 C 285 CKSRYB105K10 C 852 CKSRYB104K25 C 286 CKSRYB105K10 C 853 CEJO220M10 C 287 CKSRYB105K10 855 CKSRYB102K50 C 288 CKSRYB105K10 C 856 CCSRCH101J50 C 301 CKSRYB474K10 C 857 CCSRCH101J50 C 302 CKSRYB474K10 C 911 470uF 16V CCH1331 C 303 CKSRYB474K10 C 912 CKSRYB472K50 C 304 CKSRYB474K10 C 913 CKSRYB103K50 C 306 CEHAR330M10 C 914 CEAL470M10 C 307 3300HF 16V CCH1330 915 470uF 16V CCH1331 C 308 CKSRYB104K25 921 CEAT331M10 C 309 CEHAR100M 16 C 922 CKSRYB103K50 C 310 CKSQYB225K10 923 CEV101M16 31 CKSRYB474K10 C 931 CKSRYB104K25 C 312 CKSRYB474K10 C 932 CKSRYB104K25 313 CKSRYB474K10 C 962 CKSRYB104K25 C 314 CKSRYB474K10 C 963 CKSRYB105K10 C 315 CKSQYB225K10 C 351 CEJO100M50 C 352 CEJO100M50 C 353 CEJO100M50 C 354 CEJO100M50 C 355 CEJO100M50 43 DEH P930 P9300 P9350 Unit Number Unit Name MISCELLANEOUS IC IC IC IC IC LIRE TS E EE E 1501 1502 1503 1504 1601 1602 1603 1604 1605 1601 1501 1531 1532 1533 1534 1535 1536 1537 1538 1539 1541 1571 1572 1573 1574 1501 1502 1C 1C IC IC IC IC Transistor Inductor Inductor Inductor Inductor Inductor Inductor Inductor Inductor Inductor Inductor Inductor Ind
78. CHP2384 2 Cord Assy CDE6563 22 Protector CHP2386 3 Spring CBH 865 23 Protector CHP2430 4 Screw BMZ50P060FMC 24 Microphone Assy CPM1054 5 Screw CBA 102 25 Remote Control Assy CXB6860 6 Screw CBA1002 26 Belt CZN7661 7 Screw M2x6 CBA1120 27 Holder Assy CZX3172 8 Polyethylene Bag CEG 127 28 Holder Assy CZX3173 9 Screw CMZ50P060FMC 29 Screw Assy CZE3169 10 Nut NF50FMC 80 Polyethylene Bag CEG 127 2 11 Polyethylene Bag CEG 158 31 Hexagonal Wrench CZE3176 12 Handle CNC5395 32 Screw RMZ30HO60FBK 13 Strap CNC5402 33 Remote Control Assy CZX3246 14 Bush CNV1917 34 Case Assy CXB3520 15 Polyethylene Bag CEG1185 2 CONTRAST TABLE DEH P930 UC and DEH P9300 UC are constructed the same except for the following Part No Mark No Symbol and Description DEH P930 UC DEH P9300 UC 1 1 Owner s Manual CRD3445 CRD3447 1 2 Installation Manual CRD3446 CRD3448 1 4 Warranty Card CRY1070 Not used 1 5 Card Not used ARY 1048 18 Carton CHG4414 CHG4413 19 Contain Box CHL4414 CHL4413 Owner s Manual Installation Manual Model Part No Language DEH P930 UC CRD3445 English French CRD3446 English French DEH P9300 UC CRD3448 CRD3447 English French English French DEH P930 P9300 P9350 2 2 PACKING DEH P9350 DEH P930 P9300 P9350 PACKING DEH P9350 SECTION PARTS LIST Mark No Description Part No Mark No Description Part No 1 1 Owners Manual CRB1731 16 Bush CNV1917 1 2 Owners Manual CRD3449 17 Polyethylene Bag CEG1305
79. D CLOSE S952 OMHITE 951 A Y 4 1 DEH P930 P9300 P9350 4 6 CD MECHANISM MODULE SIDE A YOLOW 3 1dNIdS LIN IC6 1 TC1 1 m m HH 2 Em 3 LINN 1041NOO E Q 1 4 1 9601 10701 10801 4 DEH P930 P9300 P9350 SIDE B DEH P930 P9300 P9350 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 CKS CCS CSZS Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Name Part No Unit Number CWM7699 DEH P930 UC Q 931 Transistor IMX1 Unit Number CWM7700 DEH P9300 UC p cap s 22 12 37 ransistor 2SA1235A 12 Unit Number 7701 DE H P9350 ES Q 962 Transistor 2SC3052 12 Unit Tuner Amp Unit O 980 Transistor IMD2A MISCELLANEOUS 981 Transistor 2SC3052 12 D 131 Diode MA3039 L IC 101 IC HA12187FP D 141 Diode UDZ3R9 B IC 141 IC NJM2068MD D 142 Diode RB706F 40 IC 142 IC NJM2068MD D 271 Diode P930 UC 1SS396 IC 201 IC NJM2068MD IC 221 IC NJM2068MD D 272 Diode P930 UC 1SS396 Diode P9300 UC P9350 ES DA204K IC 251 IC D 721 Diode HZS9L B1 IC 271 IC PA2028A D 752 Diode HZS6L B3 IC 301 IC PAL006A D 801 Diode Network DA204U IC 601 IC PD565
80. D5 S 1 1 i gt vopsL 94 5 Monitor land side IC201 puss 95 xpli XP Land for manual soldering pus2 _32 12 12 XPl2 TC 9495F2 91e XP puso 96 XP10 SEL Oxie tests 8X 1 5 2 8 test E A S L0UT Lo 85 I 84 DRILL AGND DA voo 82 1 go 82 ROUT a 81 s SIS 5 x DVSR 7774 SUE 1 f m b uy F Z o 80605332 8 2 8 e 1600025 e c x lt U 6 O gt G gt 14 332 sl a a OOO OG Oo 0 HH xx oe Og lo IR UL L KF NNN 0n D 6 x x xx CN302 v suf oj 6 Cou LA LA LQ wo OW h E PI 0 R305 v MCK IN 23 IRIK 2209 1 4 5 6312 5 2 GND O O T O75 ez Ri ET CN702 ZC 8135 5 1 I Ed I 15 GND 5 5 681 g1 VDD 8825 s 8510 We 5 9 188K UN2111 qha 113 0601 1 TESTIN T mE 5 ORO Z N fio e e el vo un eH a CN701 lt S ol o vo o co o vo 0 o gt Qu Z e o 9 S o L Q 2 Q 5 VD1 2 RE SS v02 1 vo z 258 TH6 1 1 sc tenp 122 T 2 vo 5 59 BDATA R705 680 5 BDATA 22 2 cs ro Bsck RIS 680 BOATAO Su BEC 8502 1K SAONE Aae 57 08 RB08 BSRO
81. F 8 j sU amp aj 20 vecava 18121251 9 s ASV SF 1 Aa 88 1 L Lann HEEM 858 ees E Bl 3 jaam E 8 g BUR i aa el Ge M 24 ENO4 5 16601 s 245 HEEL A753 me pasi i s 51718 SL AE ES 8 one C g SYSTEM CONTROLLER im Ka D z 51 288 no 54 DNR MooeL SE 1 s ai Ace PD5650A OU so A OELPW potes 4 D911 HreLpw HLEN 2gok IP9350 2 FS 26066 6415050 NG Em 2 TESTIN 2 SYS B REG m Fahy EN MI 8 1 8174 s 518 87 8 Biz 5 gut a 87 z i acc E 3 Hs 8 a 55 8 M EE lala 8 8 25 5 8 5 8 248 8 5 5 Be 7 no 4 JE HE 5 83 Sata 8 g VE no 53 88 8 Ee z zi E 3 8 E HE Rete EE p Sie E va E li m 2933 Bob os bo EBERLE 555 Ed E 229929999999 88289992 P 8 i ulol sl 81518128 15121 86181 1818991 19101 816 1 61615 HE sel 8 8T5 B s 8 8 8l s 313 3 e 5 e ove 2 e Te Te Terga zen 5 alg 5 FOPENSH od 8 8 is 223 s E GND 9912 h i 4 48 395 EES 28 ae g ISENS A 15 ISENS FM 100 28 4dBs 23 88 5
82. F SPPW HH O O O O O O O O O O O O O O O O lm pouT R1520 SO E 2 E Sh 35 i DI R1576 9 E hi E T si og 0 i d H si gl H 9l g al g d gl od i si v of ol ol ofl oo 9 1 pipes AA AA DSPRST Lack JMICSEN TK DSENS R B 81521 e ROTA 1 R1525 1K 3R2K uy BoTB M Gei m R1522 a 1 ay 2R2K DGND Es 29 E D n 1 0 gt gt gt gt 91 24EU c 1 0 oj 0 olo 9 oj o gt olls EL so 3 mp 0 0 nh ojo 2 35 vDD I DND BL o m NP mi 3 48 al a DSP5V pod au 1 EOU u lt Q Q mmu sas 45 DEPMUTE 1 5 In3L vec BAST IneR 2 VDD 7 44 Ic1601 o PMLO11A GND 43 Mu EEN AM IF 9 42 d DOLPHIN wex nos 7 C1613 enevg BRXEN Maoeveoeer EVOL BS 1612 1 YF AUTOEG 40 8582 E SOURCE Tunen 128 FM 100 20 4dBs TUN L 9 SELECTOR uner m AM 30 30 9dBs TUN A TUA BDATA 2 Dut2L _ cist 13 j QutiR FM level 13 TESTIN 20 T AM level jot 14 37 1 12 NOISE 1 BEL 15 36 gt 00 a BUSR 1 6 DSPPW m BUSRT 34 RESET BUSL 1 33 ROTB I BUSL BOTA 19 32 GUIDE
83. Main clock radiator 25MHz connection 11 VSS GND 12 14 CBANK0 2 O C Compression IC bank switching output 0 2 15 CRST O C Compression IC reset output 16 21 NC Not used Open 22 DSET Disc set indicator lighting output 23 24 NC Not used Open 25 DSPMUTE DSP mute output 26 28 NC Not used Open 29 BRXEN 1 0 C Input output by which be received 30 NC Not used Open 31 CD5VON CD 5V power supply control output 32 CDMUTE O C mute control output 33 NC Not used Open 34 EMPH O C Emphasis information output 35 NC Not used Open 36 XRST O C CD LSI reset output 37 NC Not used Open 38 XCE O C CD LSI chip enable output 39 XPCK CD LSI clock output 40 43 XPIO3 0 yo C CD LSI data input output 44 NC Not used Open 45 VSS GND 46 NC VSS connection 47 NC Not used Open 48 VDCONT VD power supply control output 49 NC Not used Open 50 CSENS Flap close sense input 51 NC Not used Open 52 BSRO P Bus polling request output 53 NC Not used Open 54 ADENA C A D reference voltage supply control output 55 VDD Power supply 5V 56 NC Not used Open 57 VDSENS VD power supply short sense input 58 59 NC Not used Open 60 TEMP Temperature sense input 61 62 NC Not used Open 63 DSCSNS Disc insert position sense input 64 AVDD A D analog power supply 65 AVREF A D reference voltage input 66 AVSS A D GND 67 68 NC Not used Open 69 70 AVREF VSS connection 71 TESTIN Test program start input 72 76 NC VSS connecti
84. N 48 roo s m 49 50 SWITCHES Tr mm VREF CONTROL SS J tj BRSogok 8886 5901 HOME SWITCH ON OFF 77 8 8 M E e Du de de d S902 CLAMP SWITCH ON OFF VREF 5903 DSCSNS SWITCH ON OFF GND HY RY d d v 9904 12EJ SWITCH ON OFF R302 S905 8EJ SWITCH ON OFF al 1 The underlined indicates the switch 515 so 3 position 1 i SS 2VREF 5 4 1 GND 1 Ss LOAD EJ PLAY OFF 1 CLCONT H H L LOEJ H L I L L H L EERO 5 I 5901 HOME 1 m CSN1851 BDATA R 5902 CLAMP DSCSNS eM CSN1052 ACT MOTOR DRIVER CLCONT 85421 LOEJ R603 1 sgg TT 8584 1 CSN1052 4 28 25 Ss R491 680K 4 ap Ts 5905 BEJ at m 2 21 AS R404 18K d MD ste CSN1051 d o 1 10 02 18 Ga Tl Re 1520 85 s 212 485 3 5 5903 05585 09 SS 4 25 c 9 xti CSN1051 5 24 lt _R485 12K T 50 55151 nn 10K 6 151 23 5 55 ki u 4 1 1 dee L0EJ poes cor c SPINDLE MOTOR 8 d M1 CXB6007 CLCONT cour fa BLK AS som SOM ES 1 3 E M RED 45 100 18 10 0 OP sop 1 nro 95 pE g 45 om OLOM aN 10 Ab lc w LCOP Bien 19 4l 14 2 q1 LOAD CARRIAGE d 18 18 3
85. NM7180 23 Sheet CNM7387 24 Panel See Contrast table 2 25 Cap CNV6727 26 TunerAmp Unit See Contrast table 2 27 Screw BMZ26P160FMC 28 Clamper CEF1008 29 Plug CN901 CKM1278 30 Plug CN702 CKS 783 31 Plug CN131 CKS 784 32 Plug CN851 CKS 786 33 Plug CN201 CKS1052 34 Plug CN101 CKS1058 35 Connector CN801 CKS1536 36 Connector CN351 CKS3606 37 Connector CN701 CKS3918 38 Connector CN251 CKS4453 39 Mini Pin Jack CN451 CKX1046 40 Holder CNC8169 2 CONTRAST TABLE DEH P930 UC DEH P9300 UC and DEH P9350 ES are constructed the same except for the following DEH P930 P9300 P9350 Mark No Description Part No 41 Holder CNC9290 42 Heat Sink CNR1535 43 FM AM Tuner Unit CWE 1563 44 Holder CNC8815 45 DSP Unit CWM7704 46 Connector CN1501 CKS4452 47 Holder CNC9295 48 Holder CNC9296 49 Insulator CNM7181 50 Remote Control Assy See Contrast table 2 51 Cover See Contrast table 2 52 Detach Grille Assy See Contrast table 2 53 Screw BPZ20P080FZK 54 Button SOURCE CAC6867 55 Button BAND CAC6870 56 Button RESET CAC6872 57 Button EJECT CAC6962 58 Button Multi function CAC7307 59 Badge See Contrast table 2 60 Cover CNS6371 61 Lighting Conductor CNV6557 62 Lighting Conductor CNV6674 63 Keyboard Unit CWM7713 64 Connector CDE6741 65 Connector CN 1902 CKS3995 66 Connector CN 1901 CKS4435 67 Spacer CNM7409 68 Spacer CNM7529 69 Lighting Conductor CNV6554 70 OEL Module MXK8014 71 Grille Unit See Contrast table 2 72 Knob Unit
86. OJU 1X9 J 9181960 10uue2 6ulloafa 09 jeued 100 ayy 6uluado 19373 pue Buiss id Aq 17 941 10919 ULI 051 9U uo 51898858 u0uu3 Se uons eDessau 10119 490040 9181980 10uue2 19 8 0 12 uI 1JI 9U J y Durues UI91 910190 10 3SID y 299 pue 23f3 9U 95614 UMOD SI APIS papJ099J ay 1x9 D8D10281 6uunleaj 9 8 SI ISIP 1 31 02 V 519119 pz 0 dn pe ejdsip 5911 94 2 W104 ejdsip aui 199 96 uauM 911 8 199 9S 0 44 10 gt ASN 10UUE2 e peuunjaJ Ajjeoewoyne si Aejdsip 9U spuooas 8101 IEJ 2eq eId 10 eq 10UUE2 J s UEL 10 pe e dsip aul 519195 T10H2S Jnoul uonoefe Jaye palaSuI A erued 25 d 2 0101 09 ugy 19110 Burg ue Ge pue 911 5 5 91461216 101 ale SUO 1SIHE jnq uado si jeued luo 941 ueuA pue osip s ejdsiq CILL jonpoud si 251 e uaym 39YNOS enn 01869440 Aq 21105 941 SE 17 199 98 ULI e pue osip s e dsiq FILL uong 1u9pJ929E ue JO 1U9A9 y ul ui yjnses uedo s jeued
87. P9300 P9350 61 DEH P930 P9300 P9350 How to hold the Mechanical Unit 1 Hold the top and bottom frame 2 Do not squeeze top frame s front portion too tight because it is fragile How to remove the Top and Bottom Frame 1 When the disk is clamp state unlock Spring A 6 pieces and Spring B 2 pieces and unscrew screws 4 pieces 2 Unlock each 1 of pawl at the both side of the frame then remove the top frame 3 Remove the Carriage Mechanical part in such way that you remove the mechanical part from 3 pieces of Damper while slowly pulling up the part 4 Now the top frame has been removed and under this state fix the genuine Connector again and eject the disk Caution When you reassemble the Carriage Mechanical part apply a bit of alcohol to Dampers How to remove the Guide Arm Assy 1 Unlock the spring 1 piece at the right side of the assembly 2 Unscrew screws 2 pieces then remove the Screw Gear Bracket 3 Shift the Guide Arm Assy to the left and slowly rotate it to the upper direction 4 When the Guide Arm Assy rotates approximately 45 degree shift the Assy to the right side direction and remove it 62 Carriage Mechanical Part Top Frame Screw Gear Bracket Guide Arm a N How to remove the Control Unit 1 Give jumper solder treatment to the Flexible Wire of the Pickup unit then remove the wire from the Connector 2 Remove all 4 points of solde
88. P9300 UC P9350 ES RS1 16SOROJ R 151 RS1 16S223J R 369 RS1 16S471J R 152 RS1 16S4702D R 370 RS1 16S471J R 154 RS1 16S4702D R 371 RS1 16S471J R 155 RS1 16S152J R 372 RS1 16S471J R 161 RS1 16S272J R 373 RS1 16S471J R 162 RS1 16S272J R 374 RS1 16S471J R 163 RS1 16S162J R 375 RS1 16SOROJ R 164 RS1 16S162J R 377 RS1 16SOROJ R 171 RS1 16SOROJ R 401 RS1 16S473J R 172 RS1 16SOROJ R 402 RS1 16S473J R 201 RS1 16S102J R 403 RS1 16S681J R 202 RS1 16S103J R 404 RS1 16S681J R 203 RS1 16S103J R 409 RS1 16S681J R 204 RS1 16S103J R 410 RS1 16S103J R 205 RS1 16S474J R 411 RS1 16S681J R 206 RS1 16SOROJ R 412 RS1 16S681J 41 DEH P930 P9300 P9350 217277572 77272772 20020202 7727272 7727272 77272772 7727277272 7727277272 7727272 77227272 77272772 7727772 00000 42 626 627 633 634 635 636 641 651 701 713 715 716 717 718 719 721 722 723 751 752 753 754 801 802 803 804 805 807 808 809 P6350 ES P630 UC P6300 UC 851 165681 RS1 16S473J RS1 16S472J RS1 16S473J 851 165473 RS1 16S473J RS1 16S222J RS1 16S222J RS1 16SOROJ RS1 16S393J RS1 16SOROJ RS1 16S104J RS1 16S102J RS1 16S104J RS1 16S472J 851 165221 RS1 16S682J 851 165221 RS1 16S682J RS1 16S102J RS1 16S102J RS1 16S473J RS1 16S473J RS1 16S104J RS1 16S221J RS1 16S682J RS1 16S221J RS1 16S682J RS1 16S221J 851 165473 851 165221 RS1 16S682J RS1 16S104J RS1 16S104J RS1 16S473J RS1 16S104J RS1 16S104J RS1 16SOROJ RS1
89. Pioneer ervice Manual DEH P930 UC QO Les 2695 MULTI CD DAB CONTROL DSP HIGH POWER CD PLAYER WITH TUNER UC Uc COMPACT zy DIGITAL AUDIO This service manual should be used together with the following manual s Model No Order Mech Module Remarks CX 977 CRT2624 S9 CD Mech Module Circuit Description Mech Description Disassembly CONTENTS 1 SAFETY INFORMATION 2 7 GENERAL INFORMATION 52 2 EXPLODED VIEWS AND PARTS LIST 4 7 1 DIAGNOSIS neck i 52 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 14 7 1 1 52 4 PCB CONNECTION DIAGRAM 30 7 1 2 TEST MODE CD 54 5 ELECTRICAL PARTS LIST A0 7 1 3 DISASSEMBLY 58 6 ADJUSTMENT R nennen nmn 48 7 1 4 CONNECTOR FUNCTION DESCRIPTION 64 65 7 3 OPERATIONAL FLOW 81 8 OPERATIONS AND SPECIFICATIONS 82 PIONEER CORPORATION 4 1 Meguro 1 Chome Meguro ku Tokyo 153 8654 Japan PIONEER ELECTRONICS SERVICE INC P O Box 1760 Long Beach CA 90801 1760 U S A PIONEER EUROPE NV Haven 1087 Keetberglaan 1 91
90. Push Switch CSG1111 C 1916 CKSRYB103K50 S 1902 Push Switch CSG1111 C 1917 CSZSR100M10 S 1903 Push Switch CSG1111 C 1918 CKSRYB103K50 S 1904 Push Switch CSG1111 C 1920 CKSRYB103K50 S 1905 Push Switch CSG1111 C 1921 CSZSR100M16 S 1906 Push Switch CSG1111 C 1922 CKSRYB103K50 S 1907 Push Switch CSG1111 C 1923 CSZSR100M10 S 1908 Push Switch CSG1111 C 1924 CCSRCH101J50 S 1909 Push Switch CSG1111 C 1925 CKSRYB102K50 S 1910 Push Switch CSG1111 C 1926 CSZSR100M10 S 1911 Push Switch CSG1111 C 1930 CCSRCH101J50 S 1912 Push Switch CSG1111 C 1931 CCSRCH101J50 S 1913 Push Switch CSG1111 C 1932 CKSRYB104K25 S 1914 Push Switch CSG1111 C 1933 CKSRYB104K25 S 1916 Push Switch CSG1145 C 1934 CKSRYB104K25 S 1917 Push Switch CSG1111 C 1935 CKSRYB104K25 OEL Module MXK8014 C 1936 CKSRYB104K25 C 1937 CKSRYB104K25 RESISTORS C 1938 CKSRYB104K25 R 1901 RS1 16S222J C 1939 CKSRYB104K25 R 1902 RS1 16S222J C 1940 CKSRYB104K25 R 1905 RS1 16S103J C 1941 CKSRYB104K25 R 1906 RS1 16S121 C 1943 CKSRYB104K25 R 1907 RS1 16S2R2J C 1949 CKSRYB103K50 R 1908 RS1 16S222J C 1952 CCSRCH101J50 R 1913 RAB4C102J C 1953 CCSRCH101J50 R 1915 RS1 16S473J C 1956 CCSRCH101J50 R 1916 RS1 16S102J C 1957 CCSRCH101J50 R 1917 RS1 16S104J C 1963 CCSRCH101J50 R 1918 RS1 16SOROJ C 1964 CCSRCH101J50 R 1919 RS1 16S101 C 1965 CKSRYB104K25 R 1920 RS1 16S101J R 1923 RS1 16S101J Unit Number R 1929 RS1 1654 3J Unit Name Switch PCB E SE S 951 Switch CLOSE CSN1012 1927 51 1651014 952
91. RYB105K10 C 1651 CCSRCH221J50 1541 CKSRYB105K10 C 1652 CCSRCH151J50 C 1542 CKSRYB105K10 C 1543 CKSRYB105K10 1653 CCSRCH151J50 C 1654 CKSOYB225K10 1544 CKSRYB105K10 C 1655 CCSRCH221J50 C 1545 CKSRYB104K25 C 1656 CCSRCH151J50 C 1546 CKSRYB104K25 C 1657 CCSRCH151J50 1547 CKSRYB104K25 C 1548 CKSRYB104K25 1658 CKSOYB225K10 C 1659 CKSOYB225K10 C 1549 CKSRYB104K25 C 1660 CKSOYB225K10 C 1550 CKSRYB104K25 C 1661 CKSRYB105K10 C 1551 CKSRYB104K25 1552 CKSRYB104K25 C Unit Number CWM7713 Cr 552 CKSRYB104K25 Unit Name Keyboard Unit C 1554 CKSRYB104K25 C 1555 CKSRYB104K25 MISCELLANEOUS C 1556 CCSRCH180J50 5 1557 CCSRCH180J50 ier 1901 R5140 IC 1902 IC PD5657A Gr 1598 CSZSO4D7M10 IC 1903 IC S 80734ANDYI C 1560 CKSRYB104K25 s 1908 e C 1561 CKSRYB104K25 C 1562 CSZSO4R7M10 C 1563 CKSRYB104K25 PDA O 1901 Transistor IMD2A C 1564 CKSRYB104K25 O 1902 Transistor IMD2A C 1572 CCSRCH270J50 Q 1904 Transistor 2SC4154 11 C 1573 CCSRCH100D50 C 1574 CKSRYB103K50 C 1575 CCSRCH101J50 1902 Diode DAN202U C 1601 CKSRYB104K25 D 1905 Diode MA110 C 1602 CSZSR100M10 D 1907 Diode UDZ13 8 C 1606 CKSRYF105Z10 C 1611 CKSRYF105Z10 CKSRYF105710 D 1908 Diode DTZ3R9 A D 1909 LED CL170UBX C 1613 CKSOYB225K10 D 1910 LED CL170UBX 1681 cksavs1oakzs D 1811 cLITOUBX C 1616 CKSRYB472K50 C 1617 CKSRYB472K50 C 1618 CSZSR100M10 D 1913 LED CL170UBX D 1914 LED CL170UBX C 1619 CKSRYF105Z10 D 1915 LED CL170UBX c 1
92. SRYB104K16 R 204 RS1 16S823J C 104 CKSRYB224K16 206 RS1 16S823J C 105 CEV470M6R3 R 208 RS1 16S124J 209 RS1 16S183J C 106 CKSRYB104K16 C 107 CKSRYB105K6R3 210 RS1 16S153J C 201 CKSRYB104K16 R 211 RS1 16S103J C 202 CCSRCH560J50 R 212 RS1 16S103J C 204 CKSRYB224K16 213 RS1 16S124J 215 RS1 16S0R0J C 205 CKSRYB224K16 C 206 CKSRYB273K25 216 RS1 16S471J C 207 CKSRYB273K25 R 301 RS1 16S333J C 208 CKSRYB104K16 R 302 RS1 16S332J C 209 CKSRYB104K16 R 303 RS1 16S332J R 304 RS1 16S514 J C 210 CCSRCK2R0C50 211 CCSRCH220J50 305 RS1 16S392J C 301 CKSRYB153K25 308 851 165221 C 302 CKSRYB104K16 309 851 165221 C 303 CKSRYB103K50 R 310 RS1 16S221 R 312 RS1 16S103J C 304 CKSRYB103K50 C 305 CKSRYB104K16 R 3l3 RS1 16S473J C 306 CKSRYB104K16 315 RS1 16S334J C 307 CKSRYB333K16 R 323 RS1 16S0R0J C 308 CKSRYB104K16 R 324 RS1 16S332J 326 RS1 16S0R0J C 309 CKSRYB473K16 C 310 CKSRYB473K16 401 RS1 16S684J C 31 CKSRYB104K16 402 RS1 16S103J C 312 CKSRYB104K16 403 RS1 16S103J C 313 CKSRYB104K16 404 RS1 16S183J 405 RS1 16S123J C 314 CKSRYB221K50 C 317 CKSRYB104K16 407 RS1 16S622J C 318 CKSRYB104K16 408 RS1 16S622J C 319 CKSRYB104K16 409 RS1 16S113J C 320 CCSRCH470J50 410 RS1 16S752J 601 RS1 16S102J C 325 CKSRYB471K50 328 CKSRYB472K50 602 RS1 16S102J C 329 CKSRYB104K16 R 603 RS1 16S102J C 401 CKSRYB221K50 604 RS1 16S102J C 402 CKSRYB221K50 606 RS1 16S102J 607 RS1 16S473J C 403 CKSR
93. V div 100 Track Jump When reproducing black dots 800 During inside outside search ce EA cm Ce We Co Sai mua Ref Ref Ref VREF VREF VREF Mode Mode Test Normal Normal CH1 TEY 500mV div 200ms div CH1 DSCSNS 5V div D 1 05 5 5 5V div CH2 SD 2V div 1 CH2 CLCONT 5V div 200ms div CH2 CLCONT 5V div 200ms div During inside outside search CH3 LOEJ 5V div When Eject 12 cm CD CH3 LOEJ 5V div When Eject 8cm CD Ref Ref Ref VREF GND GND Mode Mode Mode Normal Normal Normal T 1 1V div 20ns div Note Necessary to use RF probe PAEA Ref 11 GND T 29 1 2 um 3 um 4 DEH P930 P9300 P9350 4 PCB CONNECTION DIAGRAM CORD ASSY 4 1 TUNER AMP UNIT pz NOTE FOR PCB DIAGRAMS 1 The parts mounted on this PCB include all necessary parts for several destination 9 For further information for 8 9 respective destinations be sure to check with the schematic dia gram Viewpoint of PCB diagrams 16 14 12 10 Connector Capacitor SIDEA P C Board Chip Part SIDEB F runer AMP UNIT 2 1501 2 3 4 5 6 7
94. YB153K25 C 404 CKSRYB103K50 R 608 RS1 16S223J C 405 CEV101M10 609 RN1 16SE1302D C 601 CKSRYB103K50 R 610 RS1 16S104J C 602 CKSRYB472K50 611 RS1 16S222J R 612 RS1 16S103J C 604 CKSRYB471K50 C 605 CKSRYB104K16 615 RS1 16S104J C 606 CKSRYB104K16 616 RS1 16S0R0J C 607 CKSRYB104K16 618 RS1 16S102J C 608 CKSRYB104K16 619 RS1 16S102J 620 RS1 16S102J C 701 CKSRYB104K16 C 801 10HF 10V CCH1349 R 621 RS1 16S102J C 802 CEV101M10 622 RS1 16S102J C 803 CKSRYB224K16 R 623 RS1 16S102J 625 RS1 16S104J Miscellaneous Parts List R 701 RS1 16S681J PU Unit CXX1480 M 1 Motor Unit SPINDLE CXB6007 M 2 Motor Unit LOADING CARRIAGE CXB5903 M 951 Motor AUTOMATIC FLAP CXM1085 47 DEH P930 P9300 P9350 6 ADJUSTMENT 6 1 CD ADJUSTMENT 1 Precautions This unit uses a single power supply 5V for the reg 2 Test Mode This mode is used for adjusting the CD mechanism module of the device ulator The signal reference potential therefore is connected to VREF approx 2 1V instead of GND If VREF and GND are connected to each other by mis take during adjustments not only will it be impossi ble to measure the potential correctly but the servo will malfunction and a severe shock will be applied to the pick up To avoid this take special note of the fol lowing Do not connect the negative probe of the measuring equipment to VREF and GND together It is especially important not to connect the channel 1 negative probe of t
95. a input 37 SYSPW System power supply control output 38 LOCL O TUNER Local L output 39 PCL O Clock adjustment output 40 LOCH O TUNER Local H output 41 NC Not used 42 ST TUNER FM stereo input 43 SD TUNER SD input 44 DALMON O For consumption low current output 45 CURREO O Tuner voltage FIX output 46 55 NC Not used 56 ILMPW Illumination power supply control output 57 FLPILM Inside of flap illumination output 65 DEH P930 P9300 P9350 Pin No Pin Name Function Operation 58 61 NC Not used 62 VCC3 Power supply 5V 63 NC Not used 64 VSS4 GND 65 NC Not used 66 ROMDATA ROM correction data input 67 BSRO2 O P BUS communication request output 68 NC Not used 69 BRXEN P BUS communication input output 70 BRST P BUS reset output 71 BSRO P BUS communication request input output 72 DSENS Grille detach sense input 73 NC Not used 74 ASENS power sense input 75 77 NC Not used 78 FLPOPN O Auto flap open output 79 FLPCLS O Auto flap close output 80 FLPPW Auto flap motor driver output 81 FOPENSVV Auto flap open sense input 82 FCLSSW Auto flap close sense input 83 88 NC Not used 89 TESTIN Test program input 90 HTELPW TEL microphone control output 91 OELPW OEL module power supply control output 92 95 NC Not used 96 VSS5 A D converter power su
96. aa 8548454845 sr 8 45 g E 5151 58 al 4 gt Boa 44 4 X A 995g re o Bie e o w of 0 o N 0 0 0 al u 5 5 al 9211 41 19 o1 im 1 L a x 5 4 dadd 59 9 aa a 8 xj T lt lt 4 4 O v je fe m ai 01 ai m amp 511111 86 5 5 r 9 8reru 4 s e ese ELE 686 e 5 Sp SE6TY el 0 0 SSA E o Sm 0 01 I o 0 oj 0 a lt DON nly n Z gt zo Se ofa aow u m 6 6 0 8 Z 21 995 385 8 88 oe ay 20598 2758 860613 5 60 d mer B 8 3 SI xem E 92619 m m 1 5 T e l_ oc xe sty 8 z zia 2 0 e roN eta Ly 5Z ER x 2 0 vL 8 S eta gosta 07677 urwa d 8 v ae ex 3148 sta Vd 0 6 z T erg 3 door ___ s
97. ained 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 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 DEH P930 P9300 P9350 DEH P930 P9300 P9350 2 EXPLODED VIEWS AND PARTS LIST 2 1 PACKING DEH P930 P9300 DEH P930 P9300 P9350 Parts marked by 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 DEH P930 P9300 SECTION PARTS LIST Mark No Description Part No Mark No Description Part No 1 1 Owners Manual See Contrast table 2 16 Battery CEX1030 1 2 Installation Manual See Contrast table 2 17 Sub Carton CHA3167 1 3 Caution Card CRP1244 18 Carton See Contrast table 2 1 4 Warranty Card See Contrast table 2 19 Contain Box See Contrast table 2 1 5 Card See Contrast table 2 20 Protector CHP2383 1 6 Polyethylene Bag CEG1116 21 Protector
98. al power supply terminal 5 V 24 TESIOO Test input output terminal 25 P2VREF PLL system only 2VREF terminal 26 HSSW The VREF voltage is reached for double quad speed 27 ZDET O One bit DAC zero detection flag output terminal 28 PDO O Phase error signal issue between the EFM and PLCK signals 29 TMAXS O TMAX detection result output terminal 30 TAMX O TMAX detection result output terminal 31 LPFN Reverse input terminal of amplifier for lowpass filter 32 LPFO Output terminal of amplifier for lowpass filter 33 PVREF PLL system only VREF terminal 34 VCOREF VCO center frequency reference level terminal 35 VCOF Filter terminal for VCO 36 AVSS Analog system ground terminal 37 SLCO Output terminal of DAC for data slice level generation 38 RF signal input terminal 39 AVDD Analog system power supply terminal b V 40 RFCT RFRP signal center level input terminal 41 RFZI Input terminal RFRP signal zero cross 42 RFRP ripple signal input terminal 43 FEI Focus error signal input terminal 44 SBAD Sub beam addition signal input terminal 45 TSIN Testinputterminal 46 Tracking error input terminal 47 TEZI Input terminal for tracking error or zero cross 48 FOO Focus equalizer output terminal 49 TRO O Tracking equalizer output terminal 50 VREF Analog reference power supply terminal 51 RFGC O RF amplitude adjustment control signal output terminal 52 Tracking balance control signal output t
99. dicated Remove the screw and then remove the Tuner Amp Unit 4444 Note Tighten the screw 5 after the screw 3 and putting the tab 4 in the different direction when assembling The fastening torque of the screw 5 is 0 5 0 7Nem Next tighten the screw 1 after the screw 2 Finally put the tabs of the holder up if they are bent Tuner Amp Unit Fig 3 _ Upper Holder Remove the DSP Unit 1 Remove the solder of three indicated by arrows 2 Disconnect the connector and then remove the DSP Unit DSP Unit 3 Remove the Upper Holder 4 Remove the solder of tab indicated by arrow B 5 Straight the four tabs indicated by arrows B and C remove the Lower Holder Lower Fig 4 59 DEH P930 P9300 P9350 Checkpoints for assembly 1 Insert the substrate while pushing the cord bush 2 After the insertion make sure not to remove the con nector 3 Put the cord lower than connectors and condensers 4 Insert the cord after making it turn And make sure to put a clumper on the substrate 5 Set the flexible connector as shown in the figure when assembling the CD mechanical module 60 6 Set the connector as shown in the figure when assembling the CD mechanical module 7 Paste the cushions and holder as shown in the figure when exchanging the FM AM tuner unit or the CD mechanical module 8 Paste the cushions as shown in the figure when assembling DEH P930
100. e disk is completely ejected If the or lt key is pressed while focus search is in progress immediately turn the power off otherwise the actuator may be damaged due to adhesion of the lenses Jump operation of TRs other than 100TR continues after releasing the key CRG move and 100TR jump operations are brought into the Tracking close sta tus when the key is released Powering Off On resets the jump mode to Single TR 91 the RF gain setting to 0 dB and the automatic adjustment value to the initial value Flow Chart DEH P930 P9300 P9350 KEY 4 6 Reset Test Mode In Contents Display CD or SOURCE Source On TRK MIN BAND 3 2 6 Power On Power On RF AMP T offset is adjusted T offset is not adjusted Gain switching New Hot Mode TRKQQ MINQQSECQQ TRK99 MIN99SEC99 TRKGGMINGGSECGG IBAND 3 6 1 gt 4 2 Focus Close m Tracking Servo 8 _ Automatic adjustment valud Power Off S curve check Focus Mode switching Close CRG CRG display s
101. echanism CD On Mech Error Mechanical error during CD ON Defective loading motor mechanical lock and mechanical sensor System Power Supply NG Power VD is ground faulted Failure on SW transistor or power supply failure on connector Remarks Mechanical errors are not displayed because a CD is turned off in these errors Unreadable TOC does not constitute an error An intended operation continues in this case Upper digits of an error code are subdivided as shown below 1x Setup relevant errors 3x Search relevant errors Ax Other errors 54 DEH P930 P9300 P9350 New Test Mode S CD plays the same way as before If an error such as off focus spindle unlocking unreadable sub code or sound skipping occurs after setup its cause and time occurred in absolute time are displayed During setup operational status of the control software is displayed These displays and functions are prepared for enhancing aging in the servicing and efficiency of trouble analysis 1 Shifting to the New Test Mode Turn on the current test mode by starting the reset from the key Select S CD for the source through the specified procedure including use of the SOURCE key and inserting the disc Then press the Jump Mode Selector key while maintaining the regulator turned off After the above operations the new test mode remains on irrespective of whether the S CD is turned on or off You can res
102. ective action Focus search timeout Focus search timeout Focus search timeout Focus search timeout 25 Focus search Setup protection Focus slips off 26 Focus search Fast recovery Focus slips off 27 RF detection Focus slips off 28 Spindle rough servocontrol Focus slips off 29 Tracking balance adjustment start Focus slips off 30 Tracking balance adjustment 2 Focus slips off 31 Tracking balance adjustment 3 Focus slips off 32 Tracking close start Spindle stationary servocontrol setting Focus slips off 33 Tracking close 2 Focus slips off 34 Tracking close 3 Focus slips off 35 Focus Tracking AGC start Focus slips off 36 Focus Tracking AGC 2 Focus slips off 37 Focus Tracking AGC 3 Focus slips off 38 Focus Tracking AGC 4 Focus slips off 39 Focus Tracking AGC 5 Focus slips off 40 Focus Tracking AGC 6 Focus slips off 41 Focus Tracking AGC 7 Focus slips off 42 Focus Tracking AGC 8 Focus slips off 43 FE bias start Focus slips off 44 FE bias 2 Focus slips off 45 RF AGC start Focus slips off 46 RF AGC 2 Focus slips off 47 Lock check start Focus slips off 48 Lock is being checked Focus slips off 49 Subcode check start Focus slips off spindle lock is not performed 50 Subcode is being checked Focus slips off no subcode can be read 56 5 Display Examples 1 During Setup 8 digit display 6 digit display 4 digit display Auto setting TNO Min Sec TNO 11 11 11 11 2 During Operation TOC read TRK sea
103. erminal 53 FMO O Feed equalizer output terminal 54 FVO O Speed error signal or feed search EO output 55 DMO Disc equalizer output terminal 56 2VREF Analog reference power supply terminal 57 SEL O circuit ON OFF signal output terminal 76 DEH P930 P9300 P9350 Pin No Pin Name Function Operation 58 61 FLGA D O External flag output terminal for internal signal monitor 62 VDD Digital power supply terminal 5 V 63 VSS Digital ground terminal 64 100 amplifier gain switching terminal 65 101 Not used 66 1 2 HOME detection switch input terminal 67 103 FocusDrv signal output terminal 68 DMOUT Field equalizer PWM output terminal 100 and 101 Disc equalizer PWM output terminal for 102 and 103 69 CKSE Usually open 70 DACT DAC test mode terminal 71 TESIN Test input terminal 72 TESIO1 Test input output terminal 73 VSS Digital ground terminal 74 PXI DPS system clock oscillator circuit input terminal 75 PXO O DPS system clock oscillator circuit output terminal 76 VDD Digital power supply terminal 5 V 77 XVSS Ground terminal for system clock oscillator circuit 78 XI System clock oscillator circuit input terminal 79 XO O System clock oscillator circuit output terminal 80 XVDD For system clock oscillator circuit power supply terminal 81 DVSR R channel D A converting unit p
104. et the new test mode by turning on the reset start 2 Key Correspondence Key Test mode New test mode Regulator Off Regulator On In play Error Production BAND To regulator on To regulator off Time ErrNo switching FWD Kick FF TR lt REV Kick REV TR 1 Tracking Close Scan 2 Tracking Open Mode 3 Focus Close Focus Open Jump Off 6 To new test mode Jump mode switching Auto Manu Note Eject and CD on off is performed in the same procedure as that for the normal mode 3 Cause of Error and Error Code Code Class Contents Description and cause 40 Electricity Off focus detected FOK goes low Damages stains on disc vibrations or failure on servo 41 Electricity Spindle unlocked LOCK Low continued for 150 msec Damages stains on disc vibrations or failure on servo 42 Electricity Sub code unreadable Sub code was unreadable for 500 msec Damages stains on disc vibrations or failure on servo 43 Electricity Sound skipping detected Last address memory function was activated Damages stains on disc vibrations or failure on servo Note Mechanical errors during aging are not displayed o5 DEH P930 P9300 P9350 4 Display of Operational Status during Setup Status No 21 22 23 24 Contents Focus search start Focus search 2 Focus search 3 Focus search 4 Prot
105. forms 2 Reference voltage VREF 2 1V CH1 DSCSNS 5V div Q CH2 CLCONT 5V div CH3 LOEJ 500ms div CH4 VD 10V div When loading 12 cm CD i GND Mode Normal D CH1 DSCSNS CH2 CLCONT CH3 LOEJ 5V div CH4 VD 10V div When loading 8 cm CD CH GHz CHE DC 103 DC 10 1 500ms div 5V div 5V div 500ms div C 10 1 10 1 Ref i Mode Normal puro pesce mE ma ee CH1 FD 500mV div CH2 FOK 5 500ms div CH3 MD 5V div When setting up Source On CHI 50mV 5 V 5V Ref VREF TT Normal CH1 FD 6 CH2 FOK G CH3 MD 500mV div 5V div 5V div 100ms div Magnified drawing for time CHI 500mV 5 V 5 V 100ms div Ref L m CH1 FE 500mV div 8 CH2 FOON 5V div 500ms div When setting up Source On CHiS mV 5 V 500msydiv 1 CH2 FE 500mV div 500mv div 200ms div When setting Source CT gef CHZ 500mV 200ms div During Play TIES 10us div Ref VREF Mode Normal 28 SCH Ref VREF VREF VREF Mode 2
106. generation amplifier output terminal 29 GND GND terminal 30 RFN2 signal generation amplifier input terminal TA2153FN 15 1 16 30 75 DEH P930 P9300 P9350 Pin Functions TC9495F2 Pin No Pin Name Function Operation 1 TESTO Test mode terminal 2 HSO O Replay speed flag output terminal 3 UHSO O Replay speed flag output terminal 4 EMPH O Emphasis flag output terminal for sub code O data 5 LRCK Channel clock 44 1 kHz output terminal 6 VSS Digital ground terminal 7 BCK Bit clock output terminal 8 AOUT O Digital audio data output terminal 9 DOUT O Digital out output terminal 10 MBOV O Buffer memory over signal output terminal 11 IPF Correction flag output terminal 12 SBOK CRCC decision result output for sub code data 13 CLCK Clock input output terminal for sub code P W data read 14 VDD Digital power supply terminal 5 V 15 VSS Digital ground terminal 16 DATA O Sub code P W data output terminal 17 SFSY O Replay system frame sync signal output terminal 18 SBSY O Sub code block sync output terminal 19 SPCK O Clock for processor status signal read 20 SPDA O Processor status signal output terminal 21 COFS O Correction system frame clock 7 35 kHz output terminal 22 MONIT O LSI internal signal output terminal 23 VDD Digit
107. he oscilloscope to VREF with the channel 2 negative probe connected to GND Since the frame of the measuring instrument is usual ly at the same potential as the negative probe change the frame of the measuring instrument to floating sta tus If by accident VREF comes in contact with GND immediately switch the regulator or power OFF Always make sure the regulator is OFF when connect ing and disconnecting the various filters and wiring required for measurements Before proceeding to further adjustments and mea surements after switching regulator ON let the player run for about one minute to allow the circuits to stabi lize Since the protective systems in the unit s software are rendered inoperative in test mode be very careful to avoid mechanical and or electrical shocks to the sys tem when making adjustment The RFI and RFO signals are easy to oscillate because of a wide band When observing them insert a resis tor of about 1 kO to the series This equipment will not guarantee the load ejection operation when the mechanical unit is turned upside down In particular if the ejection operation is incor rectly performed and recovery is disabled the recov ery is enabled by resetting a product or turning ACC off to on Test mode starting procedure Reset while pressing the 4 and 6 keys together Test mode cancellation Switch ACC back up OFF After pressing the EJECT key do not press any other key until th
108. i le eld qO ninui pue eedai osip xoej1 euo Je eld qO ninuu y 10 Se6ue 18838 88 1 818 eJeu fejd Bune d tj q9 ninui 1X31 Q9 8 uo osip 1X31 09 6ulAeld u ym luo 5 15171 e jou 81 ejdsip 5 LI S 10 unLD Indu 21 out 10995 UayAA p9u1n1 1 si ejdsip y SDU029S 08 1noqe uorpun eui 9181940 jou op 8 0N ASL 4511 9 07 ILL 4 35109 15170 Ld Suolounj 0 seu JeAeld q2 ninui eu p nuau u0112unJ 1o e d 02 hin A pared SIP SI ON 59 1 21 Indul you j s peKejdsip Lann ON 702 OSIP LXIL 2 uo p9010281 JOU S U0I EU110 U 1X9 UIEH92 J e enu 9811 pue 8UIEU 15112 ISIP se uons uonguuoJul 1X9 6uumleal 2 8 S 9S P 1X31 2 V Buo 19191 pz 0 dn peKejdsip 911 941 Z W104 Aejdsip 9U 10995 eg ul 10 251 199 9S 0 4 9Sn 1011189 e Aejdsip 94 SDU029S 14019 11049 101201 y 916 900 jou op e 8 0N enn peKejdsip eur 80105 TIOHOS oweu 1SIHE pue epi sKejdsiq
109. ith which the specified resistor is being connected to the emitter Keep it open in case of ordinary marketed models 25 LOCL local low FM AM local low pin When seeking local low apply 5V to the base of the NPN transistor Since this pin is exclusive for AM when the FMLOCL is in use do not drive it under FM 26 RFGND RF ground Grounding for the antenna section 27 antenna input FM antenna input 750 Serge absorber DSP 201M S00B is necessary 28 AMANT AM antenna Input AM antenna input High impedance Connect to the antenna through L LAU type of 4 7 cope with the power transmission line hums insert a series circuit consisting of an L a coil of about 100mH a resistor of 470 Q 2 2kQ between the GND go DEH P930 P9300 P9350 7 3 OPERATIONAL FLOW CHART Power ON ASENBO lt H 26pin Starts communication with Grille microcomputer 300ms 300ms In case of the above signal the communication Source keys with Grille microcomputer may fail operative If the time interval is not 300msec the oscillator may be defective SYSPW H 37pin Completes power on operation After that proceed to each source operation 81 DEH P930 P9300 P9350 8 OPERATIONS AND SPECIFICATIONS 8 1 OPERATIONS VOLUME RESET button EJECT button buttons SOURCE button Multi function buttons BAND button BACK button NEXT button
110. k that the grating is within an acceptable range when the PU unit is changed Symptoms of Mal adjustment If the grating is off by a large amount symptoms such as being unable to close tracking being unable to perform track search operations or taking a long time for track searching e Method Measuring Equipment Oscilloscope Two L P F Measuring Points E F VREF Disc ABEX TCD 784 Mode TEST MODE CONTROL UNIT Oscilloscope Checking Procedure 1 In test mode load the disc and switch the regulator on 2 Using the and lt buttons move the PU unit to the innermost track 3 Press key 3 to close focus the display should read 91 Press key 2 to implement the tracking balance adjust ment the display should now read 81 Press key 3 The display will change returning to 81 on the fourth press As shown in the diagram above monitor the LPF outputs using the oscilloscope and check that the phase differ ence is within 75 Refer to the photographs supplied to determine the phase angle If the phase difference is determined to be greater than 75 try changing the PU unit to see if there is any improvement If after trying this a number of times the grating angle does not become less than 75 then the mechanism should be judged to be at fault Note Because of eccentricity in the disc and a slight misalignment of the clamping center the grating waveform
111. may be seen to wobble the phase difference changes as the disc rotates The angle specified above indicates the aver age angle Hint Reloading the disc changes the clamp position and may decrease the wobble 50 DEH P930 P9300 P9350 Grating waveform Ech Xch 20mV div AC Fch gt Ych 20mV div AC 0 30 45 60 u eet 75 90 51 DEH P930 P9300 P9350 7 GENERAL INFORMATION 7 1 DIAGNOSIS 7 1 1 TEST MODE Introduction The existing retail OEL models are equipped with a test mode wherein all displays are displayed for the microcomput er s test mode For the R670 series however the display test mode is expanded to include verifications for writing the flash memory since a flash memory is installed to accommodate the PC link kit Types of test modes 1 All displays 2 Data address bus connectivity verification and Kanji ROM as well as flash ROM bus lines connectivity verification 3 Flash ROM writing verification Data is written in the flash ROM and verification is conducted to determine that the writing of the
112. nductor CNV6574 31 Switch S951 CSN1012 32 Switch S952 CSN1022 33 Arm Unit CXB3574 34 Bracket Unit CXB3577 35 Arm Unit CXB3866 36 Holder Unit CXB6726 37 Frame Unit CXB6727 38 Motor M951 CXM1085 39 Washer 2 1816 0035 D2 00 40 Washer 2 1821 0045 D2 00 11 DEH P930 P9300 P9350 2 5 CD MECHANISM MODULE 12 DEH P930 P9300 P9350 CD MECHANISM MODULE SECTION PARTS LIST Mark No Description Part No Mark No Description Part No 1 Control Unit CWX2502 46 Gear CNV6320 2 Connector CN701 CKS1961 47 Arm CNV6322 3 Connector CN101 CKS3486 48 Arm CNV6323 4 Screw BMZ20P025FMC 49 Arm CNV6324 5 Screw BSZ20P040FMC 50 Arm CNV6325 6 Screw M2x4 CBA1362 51 Arm CNV6326 7 Screw M2x3 CBA1527 52 Guide CNV6327 8 Screw CBA1545 53 Arm CNV6924 9 Washer CBF1037 54 Guide CNV6329 10 Washer CBF1038 55 Rack CNV6330 11 Washer CBF1039 56 Clamper CNV6331 12 Washer CBF1060 57 Arm CNV6332 13 Spring CBH2378 58 Guide CNV6333 14 Spring CBH2379 59 Cover CNV6334 15 Spring CBH2380 60 Arm CNV6335 16 Spring CBH2381 61 Guide CNV6336 17 Spring CBH2382 62 Roller CNV6338 18 Spring CBH2383 63 Damper CNV6661 19 Spring CBH2384 64 Damper CNV6662 20 Spring CBH2385 65 Guide CNV6484 21 Spring CBH2386 66 Chassis Unit CXB5898 22 Spring CBH2387 67 Arm Unit CXB7983 23 Spring CBH2390 68 Arm Unit CXB5900 24 Spring CBH2391 69 Arm Unit CXB5901 25 Spring CBH2392 70 Motor Unit M2 CXB5903 26 Spring CBH2426 71 Screw Unit CXB5904 27 Spring CBH2444 72 Gear Unit
113. notice for the sake of improvements
114. of the external surface CRG TR Jump TRK REV 3 F Offset ao Switch to the order of the original display Direction of the internal surface Display Display T CLS and AGC and Applicabl hanism CLS ani and Applicable servomechanism n AGC AGC display switching SCAN 4 1TR 32TR 100TR 2 RF Gain switching Offset adjustment display MODE T Balance adjustmentT OPN 5 016 I TRKI S TRKI hm mcd Move 3 F CLS S Curve Rough Servo and RF AGC ITP E 2 Ed KS og SE Bia de 2 a We AGE or TRKg1MINB1SEC81 or TRKg2MINB2SECg2 or 1183 MING3SEC83 or TRKg4MINgA4SECgA SPDL 1X 2X switching 56 Only at the time of CRG move 100TR jump Double speed compatibility only P FAGC Errorrate measurement 7 TRKMIN SEC Gai Gai F Bias Gai am am F Mode switching T CLS CRG TR mu 6 geren Auto Manual switching Jump switching 8 CRG motor voltage 2 V 49 DEH P930 P9300 P9350 6 2 CHECKING THE GRATING AFTER CHANGING THE PICKUP UNIT Note The grating angle of the PU unit cannot be adjusted after the PU unit is changed The PU unit in the CD mecha nism module is adjusted on the production line to match the CD mechanism module and is thus the best adjusted PU unit for the CD mechanism module Changing the PU unit is thus best considered as a last resort However if the PU unit must be changed the grating should be checked using the procedure below Purpose To chec
115. on 77 BRST P Bus reset input 78 NC VSS connection 79 80 Not used Open Format Meaning C MOS 79 DEH P930 P9300 P9350 FM AM Tuner Unit AMRF FM AM 1ST IF 10 7MHz 51 051 CF51 CF52 CF53 MPXREF 41kHz AMDET 58 AMANTI ATT T IC 2 FM MPX 6 ANT ADJ IC1 COND 2 r MIXER IF AMP DET LDEL 19 Ki TT je 202 IMG ADJ AMI2ND IE D E Symbol Explain 1 STIND O stereo Low when the FM stereo signals are received indicator To be pulled up to the VDD at 47kQ 2 FMSD FM station High when signals are received To be pulled up to the VDD at 47kQ detector Meanwhile 10kQ should be used when taking diver FIX trigger from here and High 0 9VDD or more and Low 250mV or less Should satisfy the diver IC specifications 3 NL1 O noise level 1 High when noise is received Output for the RDS GND at 47kQ 1 800pF 4 NL2 O noise level 2 High when noise is received Output for the RDS GND at 36 330pF 5 Rch O Rchannel FM stereo R ch signal output or AM audio output output Add the specified di emphasis constant 6 Lch O L channel FM stereo L ch signal output or AM audio output output Add the specified di emphasis constant
116. ower supply 14 NMI Not used 15 BMUTEIN Digital source clock error input 16 NC Not used 17 BRST P BUS reset input 18 AQTEST AEQ estimation mode start request 19 MUTEIN System mute 20 23 NC Not used 24 DSPOUT DSP serial data output 25 DSPIN DSP serial data input 26 DSPCK O DSP serial clock output 27 NC Not used 28 BSO O P BUS serial data output 29 BSI P BUS serial data input 30 BSCK y o P BUS serial clock input output 31 NC Not used 32 BSRO IO P BUS service request output 33 BRXEN P BUS reception input output 34 38 NC Not used 39 TESTIN Test program mode input 40 DSPPW DSP power supply output 41 NC Not used 42 MICSENS MIC sense input 43 DSENS Detach sense input 44 49 NC Not used 50 ROTB Rotary volume input B 51 ROTA Rotary volume input A 52 58 NC Not used 59 MODEL Model select input 60 DSPRST O DSP reset control output 61 MCKOUT O Master clock output 62 NC Not used 63 DSPMS O SONY DSP master slave select output 64 DSPLAT SONY DSP latch output 65 DSPRDY SONY DSP I F ready busy input 66 EMPHIN Emphasis data input 67 73 NC Not used 74 NOISE ASL noise input 75 AVSS A D converter GND 76 NC Not used 71 VREF A D converter reference voltage 78 VDD Power supply 79 80 NC Not used 70 DEH P930 P9300 P9350 TC74VHC126FT PD5654A 8 8 5 B nx Bo t B amp 8 1011 ADCVDDREF Level selector selector ass Selecto
117. ower supply terminal 82 RO R channel data forward rotation output terminal 83 DVDD D A converting unit power supply terminal 5 V 84 DVR Reference voltage terminal 85 LO L channel forward rotation output terminal 86 DVSL L channel D A converting unit power supply terminal 87 89 TEST1 3 Test mode terminal 90 93 BUS0 3 Data input output terminal for microcomputer interface 94 VDD Digital power supply terminal 5 V 95 VSS Digital ground terminal 96 BUCK Clock terminal for microcomputer interface 97 CEE Chip enable signal for microcomputer interface 98 TEST4 Test terminal 99 TSMOD Test mode terminal 100 RST Reset signal input terminal TC9495F2 00L 77 DEH P930 P9300 P9350 Pin Functions BA5996FM Pin No Pin Name Function and Operation 1 VR Input pin for reference voltage 2 OPIN2 Input pin for non inverting input for CH2 preamplifier 3 OPIN2 Input pin for inverting input for CH2 preamplifier 4 OPOUT2 Output pin for CH2 preamplifier 5 OPIN1 Input pin for non inverting input for CH1 preamplifier 6 OPIN1 Input pin for inverting input from CH1 preamplifier 7 OPOUT1 Output pin for CH1 preamplifier 8 GND Ground pin 9 MUTE Mute control pin 10 POWVCC1 Power supply pin for CH1 CH2 and CH3 at Power stage 11 VO1 Driver CH1 Negative output 12 1 Driver CH2 Positive
118. pply 97 SL Signal level input 98 VREF converter standard voltage 99 VCC4 A D converter power supply 100 TUNPDI PLL data input PD5650A 100 IC s marked by are MOS type Be careful in handling them because they are very liable to be damaged by electrostatic induction 81 66 DEH P930 P9300 P9350 BA033FP 58 de LO gt VCC GND OUT PAL006A anw wu 3ueuno eme uonossq 22 23 24 25 uonoejeq 199 18 19 20 21 16 17 amp vcc uoys 1103901014 14 15 12 13 10 11 uonoejeq SHO 9 8 jeuueu 140390301 uona 19530 eoueiejou AMq pues 1403981044 HOLIMS vino ILAWN 10 0 ELNO qN 5V 5
119. r SE T ae 4ch control L 2Vrms 0 8Vrms Input gain adjuster 4 inputs independent control cross 6ch Zero cross logic 6ch independent control Digital control Volume 6ch independent control Linedriv er amplifier differential mono input circuit differential mono input circuit Quasi differential stereo input circuit DEH P930 P9300 P9350 Pin Functions PD5657A Pin No Pin Name Function Operation 1 NC Not used 2 BSCK O ROM correction clock output 3 CS O ROM correction chip select output 4 6 NC Not used 7 REMin Remote control reception input 8 BYTE External data BUS width select input 9 CNVSS GND 10 11 NC Not used 12 RESET Reset input 13 XOUT O Crystal oscillating element connection pin 14 VSS1 GND 15 XIN Crystal oscillating element connection pin 16 VCC1 VDD 17 NMI input 18 26 NC Not used 27 30 KS3 0 y o Key strobe input output 3 0 31 KYDT data output 32 Display data input 33 37 Not used 38 FLBUSY Flush memory ready busy 39 RDY OEL driver ready input 40 NC Not used 41 HOLD VDD pull up 42 NC Not used 43 BCLK OEL controller BCLK output 44 RD RD 45 NC Not used 46 WR WR
120. r there may be abnormalities with the OEL line or OEL itself if a beep tone is emitted If the data or address bus verification yields an NG result Even if the BUS NG is displayed as a result of the data bus verification it does not necessarily imply that there is an abnormality within the data bus If there is an abnormality with the address bus the data of a wrong address will be read resulting in data abnormality If the flash ROM verification yields an NG result The Flash ROM is not accepting the commands in a normal manner or there is an abnormality with data deletion or writing operations The Flash ROM has a limited life The guaranteed component life is 10 000 data rewrites If the component reaches the end of its life it appears that an electrostatic buildup will occur and no more 0 can be written in the flash memory 53 DEH P930 P9300 P9350 7 1 2 TEST MODE CD Error Messages If a CD is not operative or stopped during operation due to an error the error mode is turned on and cause s of the error is indicated with a corresponding number This arrangement is intended at reducing nonsense calls from the users and also for facilitating trouble analysis and repair work in servicing 1 Basic Indication Method 1 When SERRORM is selected for the CSMOD CD mode area for the system error codes are written to DMIN min utes display area and DSEC seconds display area The same data
121. r treatment on the Lead Wire Also unscrew the screw 1 piece 3 Then Remove the Control unit Caution Be careful not to damage SW when you reassemble the Control Unit into the device How to remove the Loading Arm Assy 1 Unlock the spring 1 piece and remove the E ring 1 piece of the Fulcrum Shaft 2 Shift the arm to the left side direction and unlock pins 2 pieces How to remove the Pickup Unit 1 Unscrew 2 pieces of screws then remove the Pulley Cover 2 Remove the Feed Screw unit from the pawl of the Feed Screw Guide The pawl is located inside the guide 3 Remove the belt from the Pulley then remove the Pickup unit Caution Make sure not to stain the belt with grease when you fix the belt Pulley Cover DEH P930 P9300 P9350 Jumper Solder Grease Application Pickup Unit Grease Application Grease Application 63 DEH P930 P9300 P9350 7 1 4 CONNECTOR FUNCTION DESCRIPTION 64 n G T 5 H g c d MAX 4 0000000 0 tomm a LEE SUB WOOFER OUTPUT REAR OUTPUT N 35 FRONT OUTPUT IP BUS INPUT MIC TEL ANTENNA 1 9 RL 2 GND 10 FL 3 ILL 11 RL 5 e Se m 4 B REM 12 5 13 RR 5 7
122. rch Play FF and REV The same as in the normal mode 3 When a Protection Error Occurred A Error display A B BAND key 8 digit display 6 digit display ERROR xx ERR xx B Error occurrence timing display in track no B amp C Auto Manual key 8 digit display 6 digit display 4 digit display Auto setting TNO Min Sec TNO 10 40 05 10 DEH P930 P9300 P9350 4 digit display Manual setting Min Sec 11 11 4 digit display E xx C Error occurrence timing display in absolute time lt Auto Manual key 8 digit display 6 digit display 4 digit display Manual setting TNO Min Sec Min Sec 10 40 05 40 05 57 DEH P930 P9300 P9350 7 1 3 DISASSEMBLY Removing the Case not shown 1 Remove the two screws and then Case Removing the CD Mechanism Module Fig 1 CD Mechanism Module my Remove the four screws Disconnect the connector and then remove the CD Mechanism Module Removing the Detach Grille Assy Fig 2 ud Remove the four screws Disconnect the connector and then remove the Detach Grille Assy Detach Grille Assy Fig 2 58 DEH P930 P9300 P9350 Slit Holder Removing the Tuner Amp Unit Fig 3 Remove the three screws Insert the tips of a pair of pliers or something like that into the slits and remove the Holder while pushing it with the tips Remove the screw Remove the screw Straight the tabs at four locations in
123. rminal 6 Sub beam amplifier input terminal 7 TNI Sub beam amplifier input terminal 8 MDI Monitor photodiode amplifier input terminal 9 LDO Laser diode amplifier output terminal 10 SEL circuit ON OFF signal LDO terminal control input terminal bottom and peak detection frequency switching terminals 11 TEB Tracking error balance adjustment signal input terminal 12 2VRO O Reference voltage 2VRO output terminal 13 TEN Tracking error signal generation amplifier reverse phase input terminal 14 TEO O Tracking error signal generation amplifier output terminal 15 SBAD O Sub beam addition signal output terminal 16 FEO O Focus error signal generation amplifier output terminal 17 FEN Focus error signal generation amplifier reverse phase input terminal 18 SEB RFRP generation circuit mode switching terminal 19 VRO O Reference voltage VREF output terminal 20 RFRP O Signal generation amplifier output terminal for track count 21 BTC Bottom detection time constant adjustment terminal for RFCT signal generation 22 RFCT O RFRP signal center level output terminal 23 PKC Peak detection time constant adjustment signal for signal generation 24 RFRPIN Signal generation amplifier input terminal fortrack count 25 RFGO O RF signal amplitude adjustment amplifier output terminal 26 GVSW FE or TE amplifier gain switching terminal 27 AGCIN RF signal amplitude adjustment amplifier input terminal 28 RFO O RF signal
124. sANo gt 220n 20 49678 or Ii soN CO RS veero 0 121 04 8 v 1397 91 0 1 2 o udi 13538 BCEE SEND 4 A g EI 3 se v g re y yao t H l 9 123 29 e rau 4 oc TSSA sv Me 2 ES 55 8 V Zav 90570 obra utx ID 9v e Az e ar gt 59 8 61200 5 51677 v y MV I D vo 2 zssA 81 5 Gtety 87 e EM LLI 9 ev eun d 41 9 9 er 1 3 amp KR gt hi 2 57 9 ol TP 8 o9 8 2 6v 9 8 9e gt es 9 9v FI as 8 Ste x z GOA ve 25 e eroN y se ae 8 50673 9007 anaa let zestal ed SS 8 61677 A ees Eeer v ren ES E S u SE ES e Brea N CH 7312 Ty A8130 97 91 08 Selen gt sty zs 8 Aren a 97 07 EE D gt Y 8 130 47 2 E Clogs FY 6 ON o 2 258524 jojo ro s 9 srsf Srv 222220 28 8 2 8 r 84130 87 CTETH u 22
125. stor RT1N141C 12 L 101 Inductor LCTB3R3K2125 O 803 Transistor 2SD2318F5 L 131 Inductor CTF1388 O 804 Transistor IMD2A 805 Transistor 2SC3052 12 L 221 Inductor CTF1464 L 251 Inductor LAU1ROK O 806 Transistor 2SD1859 L 252 Ferri Inductor LAU2R2K 807 Transistor IMD2A L 253 Inductor CTF1531 O 851 Transistor 2SD1760F5 L 254 Inductor CTF1529 852 Transistor RT1P141C 12 853 Transistor RT1N241C 12 L 255 Inductor CTF1388 L 271 Ferri Inductor LAU101K Q 911 Transistor 2SD1760F5 L 401 Inductor LAU100K Q 912 Transistor IMD2A L 402 Inductor LCTB4R7K2125 921 Transistor 2SD2396 L 404 Ferri Inductor LAU2R2K Q 922 Transistor 2SB1238 Q 923 Transistor RT1N141C 12 DEH P930 P9300 P9350 Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Name Part No L 601 Inductor LAU100K R 208 RS1 16SOROJ L 661 Inductor LAU100K R 211 RS1 16S102J L 801 Inductor LAU100K R 212 RS1 16S102J L 802 Inductor CTF1489 R 221 RS1 16S152J L 951 Inductor CTF1530 R 222 RS1 16S223J X 601 Radiator 10 00MHz CSS1475 R 223 RS1 16S103J IL 801 Lamp 60mA 14V CEL1690 R 224 RS1 16S105J VR 141 Semi fixed 10kQ B CCP1448 R 225 RS1 16S104J FU 201 Fuse 200mA CEK1189 R 226 RS1 16S103J MIC 141 Microphone CPM1011 R 227 RS1 16S473J SP 641 Buzzer CPV1050 R 228 RS1 16S102J DSP Unit CWM7704 R 229 RS1 16S102J FM AM Tuner Unit CWE1563 R 231 RS1 16S271J R 232 RS1 16S5601D RESISTORS 233 RS1 16S1001D R 101 RS1 16S101J R 234 RS1 16S104J R 102 RS1 16S470J R 2
126. stors and capacitor fixed values Jg al discrete resistors are expressed as 1 0804 gt Symbol indicates a capacitor 2 2282 AUTOMATIC ELAR L 4 No differentiation is made between chip capacitors and 0 022 R022 1 1 discrete capacitors nese FLPOPN g 8 1 B I p A indi gs 5 27598 The mark found some component parts indicates 948 en 1 Ed Seef the importance of the safety factor of the part 3 559 285 Therefore when replacing be sure to parts of qe ER identical designation 1 88 du 46 AUTOMATIC FLAP MOTOR ata CXM1085 5 2285 76 5 6 7 8 DEH P930 P9300 P9350 F Y TUNER AMP UNIT
127. t pin 16 CS1 CPU CS1input pin 17 CSOB CPU CSOB input pin 18 WRB CPU write strove input 19 RDB CPU read strove input pin 20 BCLK CPU bus clock input pin 21 GND GND 22 RDYB O Ready signal output pin 23 CSOUT O Outside chip select output pin 24 CKD O Serial data forward clock output pin 25 CKA O The anode drive clock output pin 26 VCC5 5V power supply 27 LS O The same period line signal output pin 28 29 ADLO 1 O The anode serial data output pin 30 31 ADRO 1 The anode serial data output 32 CDL O The cathode serial data output pin 33 CDR O The cathode serial data output pin 34 37 NC Not used 38 39 VCC3 3V power supply 40 NC Not used 41 42 GND GND 43 TESTRAM Not used 44 TESTSELO Not used 45 TESTSEL1 Not used 46 SCANSEL Not used 47 OBKSEL Not used 48 b4 NC Not used 55 RB Reset input 56 GND GND 57 DB0 Data bus input output 58 VCC5 5V power supply 59 64 DB1 6 y o Data bus input output PD3428A 74 Pin Functions TA2153FN DEH P930 P9300 P9350 Pin No Pin Name Function Operation 1 VCC Power supply voltage terminal 2 RFGC amplitude adjustment control signal terminal 3 GMAD AGC amplifier frequency characteristic adjustment terminal 4 Main beam amplifier input terminal 5 Main beam amplifier input te
128. ter3 GND 51 AVD6 DA converter3 power supply 52 AOUTL3 DA converter3 Lch output 53 AVD4 DA converter3 power supply 54 AOUTR3 DA Converter output 55 AVS4 DA converter3 GND 56 VSS2 Digital GND 57 XRST System reset input L Reset 58 BFOT Master clock output 59 SCK Shift clock input of micro computer interface 60 REDY O Forward permission signal output L forward prohibition 61 TRDT Data output of micro computer interface 62 XLAT Latch input of micro computer interface 63 RVDT Data input of micro computer interface 64 XS24 24bit 32bit slot select for serial data L 24bit slot available only slave model 65 VDD2 Digital power supply 66 VSS3 Digital GND 67 69 SO1 3 O Serial data output1 3 70 SOUT O Serial data output 71 73 511 3 Serial data 1 3 74 SIN Serial data input 75 BCK Serial bit forward clock of serial input output data 76 LRCK Sampling frequency clock of serial input output data 77 XMST Master Slave mode select input for BCK LRCK L master mode 78 VDD3 Digital GND 79 AVSP PLL GND 80 XPLLEN PLL Enable Normal 68 DEH P930 P9300 P9350 Pin No Pin Name Function Operation 81 PLCLK O PLL clock output 82 XECKSTP PLL clock output control L PLCLK output L clock output 83 AVDP PLL power supply 84 VSS4 Digital GND 85 94 Test input pin Normal L 95 VDD4 Digital power supply 96 AVSD DRAM GND 9
129. uctor Inductor Inductor Inductor Radiator 10 00MHz Radiator 16 9344MHz RESISTORS 22202022 7772772 27277272 DIDDII 77772 2020202000 72772772 1501 1504 1505 1506 1507 1508 1510 1511 1512 1513 1514 1515 1516 1517 1518 1519 1520 1521 1522 1523 1524 1525 1526 1527 1528 1530 1531 1532 1533 1534 1535 1536 1571 1572 1573 CWM7704 DSP Unit PD5654A PDG262A TC7SETOSFU TC74VHC126FT PML011A NJM4558MD NJM4558MD NJM4558MD NJM4558MD DTC124EU CTF1379 CTF1379 CTF1379 CTF1379 CTF1379 CTF1379 CTF1379 CTF1379 CTF1379 CTF1379 LCTA151J3225 CTF1389 CTF1379 CTF1409 CTF1379 551428 CSS1463 RS1 16S473J RAB4C681J RS1 16S102J RS1 16S102J RS1 16S105J RS1 16S102J RS1 16S471J RS1 16S102J RAB4C473J RS1 16S222J RAB4C681J RS1 16S104J RAB4C471J RS1 16S473J RS1 16S102J RS1 16S473J RS1 16S102J RS1 16S222J RS1 16S222J RS1 16S104J RS1 16S102J RS1 16S102J RS1 16S473J RS1 16S221J RS1 16S102J RS1 16S473J RS1 16S225J RS1 16S331J RS1 16S155J RAB4C221J RS1 16S221J RS1 16S221J RS1 16S221J RS1 16S473J RS1 16S473J 22020200 777772 20202221 77277272 277272772 00000 777272 2727272772 77772 20202221 77277272 27727772 7272727272 1574 1575 1576 1577 1578 1579 1603 1604 1606 1607 1608 1609 1610 1611 1621 1622 1623 1624 1625 1626 1627 1628 1629 1630 1631 1632 1633 1634 1635 1636 1637 1638 1639 1640 1641 1642 1643 1644 16
130. witching 3 TRK MIN SEC TRK91 MIN91 SEC91 SECQQ SEC00 TRK00 MIN00 SEC00 TRK MIN SEC or TRKgg MINgg 5 99 or TRKgg MINggSECgg or TRKogMINggSEcog BAND 1 6 3 gt 4 2 T CLS and FTAGC Power Off and RF AGC and T Close and RF AGC CRG CRG T Balance adjustment Applicabte sarvoiasahla Applicable servomechanism RF AGC coefficient display T Balance coefficient display TRK MIN SEC TRKxxMINxxSECxx 22 MIN SEC TRKgx SEC8X TRKgxMINSxSEC8x 22 MIN SEC or TRKQ x MINgx SECQ or TRKoxMINgxSECox BAND 1 3 6 gt 4 2 F T RF AGC F T AGC F Bias CRG TR jump value 3 i Se Power Off F Bias display switching 7 and RF AGC switching CRG4 TR Jump CRG TR Jump Tracking Open TRK MIN SEC TRK22 MIN SEC MIN SEC X X MIN SEC TRK y x MIN y X SEC xx TRK xxMIN xx EC TRKgx MINgxSEC8x u ERN E TRKgxMINg xSECQJ BAND 2 Power Off Tracking Open TRK MIN SEC TRKgx MINgx SECgx or TRKQy MINgy SECQ 12dB Operation 1 TRK MIN SEC TRK1 2MIN1 2SEC1 2 Key Test Mode New Test Mode F CI tti Error occurrence time 2 TRKQDMINGOSECQO gt S curve check setting F EQ measurement setting BAND Power On Off cause display switching TRKA GMINAGSEC TRKQ 1 MINQ71SECQ 1 TRK02MIN02SEC02 or 99 99 99 gt TR Jumps 1 Direction
131. y ol YMS eui nueui uonoun 191ue ol 55914 Z INA JIL 055 MONY INNS sIeedde Jpeyeede X3N 55614 ejdsip ol 3 58944 L uonounj ninui eui jo uonejedo ol ue se pasn si Je e d 09 9u uonounj 3y 919H uomnounj njnul Jo ANuaJno JOU SI 101 uollnq 10 paleolpul 10491 OU e 10 831 05 01 Bulpi0528 YBnosyy pedolNS sKe dsip 10 suonouni jo Jequinu ay e 810N nnn 31 351104 lt 11 IN3 NLL 033 MONY INNA eui uos ol Ilpeleedel X3N ul llinq suon ounj ejdsip LX3N 55944 suollnq uomnounj ninu eui eui YOUMS SSe1d e gisi 1 104 01 14 ueuM A jueuno sou uey suomnounj eAeu suojnq uomnounj ninuJ eui 161 SMOUS 0 221 lt eu suopnq uon 9unj njnui ayy J0 u0112unJ 00114911 II0I1P12f 2ISPq 85 DEH P930 P9300 P9350 U0IE1S Jayeam AISS81801d 9AI9391 19 60195 9 4 51011616 1S96uoJS AJUO jo uondeo9J SNolle Huljjas y 8 97 IUL e 810N 4 oiseq eui uo

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