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3. FF VSTEM A V E FRASH ROM CXD1881AR vV 4 O 5 LED FL T FRONT END PLD D DECODER Sac M ERO QE 4 pl 2 lle CXD2753A DVD CXD 18850 MECHA ACT DRIVER VSTEM COM RIVER UNIT FANS042 1 A PANEL CONTOROLL ML 9207 ID SHPD3 MN102H460B SP MOTOR 4 ANBA7ASA T d A AAA WATERMARK DET n 5 4M OSC AMP
4. GU 3494 sht 3 3 TT to MPEG DECODER WM 2 5Vv_a2 MNBS776AFP i N 0 6 Oma X I QU j 20 99 NQ sunm q 0 0 OW U nn p mn m mp m md m m m m m m 9999792229277 N Qi N lt ji ha 3V D2 kes dad 109 Qi Ql ol Qi YE aN x 00 95 alal aj QA aj M ara go 9 Ox gg pae E m SDO i CKO 12 444344442 e a B438 yy 22 ss Ea SD 100 6 C461 R439 yy 22 H 100
5. R538 ES 2 6257 c 5 10118 m e 2 cis EL 1c302 R318 C251 0 a cs 8257 Eos paca Hi 9 CI RIG R32 5 d q C218 o 3 CX658 28528 Ed as Se C250 amp 322 C E 32 R21 RI98 24 55 Oo oe F8108 9 R542 2 8215 97 R142 10 2 e o 16202 8D R217 R199 R141 EJ ic E R218 R200 RILO 10101 Cd 382 2 Sg R138 e Str Sg d mm R138 E E gt R137 EJ 5 la aud 8 R136 LE nig 8 209 1 60008 2 RI35 DB rm Os R134 c268 RI L Ig RI32 Dg 10113 E C197 Loca RI2 e E rg
6. 5V_V4 1 NS T i E a Q i H E VIDEO LT 1 amp DRIVER 1 IC7O6 mu BH7860 C839 100 6 3 N 7 ul 5v_v1 gt 5 OPE 7 a 5 lt q ca843 2 C 1P S TERM a R926 6834 e 29 D ST 100076 3 8525 R940 LL W 2 v OUT RE 0 6835 0845 100 6 3 75 e W R927 47 16 09 41 c R627 0 L712 i 0 Ag2e 0127 100P UMA lt Ve case 1000 6 3 8817 T CKO 012 p v 8 case AW AW L 4 847 R528 Do z 100 6 3 I RR yi 4 _ 4316 NN ONLY Yp4Y lt 25 0 470 6 3 ecce OR
7. mov 707 ik 300V IMO
8. EYE AUS O dASSeOT SEW dav9zz89u 0 and Woon aya 5300030 ed X 2 3us a H 8O ZH amp EOT NIA 0 WOON lt gt gt l gt yy 1 m Eb xb Biz 9 2 d 2 4 d d 2 d 4 i 12 x CI gt Ef o 5 5 5 5 i b B 7 54 s CEEE gt AA AAAA AAA A A 4 2 39 9 3 3 0 9 9 9 99 9 9 9 9 9 9 9 9 9 9 9 gt AA AA A A A A A A A A A A A o E cu gt on 2 0 lt 1 1 x q 9 L iz 8 7 7 0 a n 4 it 1 J _ _ 2 d a 0 A A lt 9
9. 10K D 5v D1 Tired pe 51 IC743 ium 2 BV_Vi BAO33FP 0701 155355 5Vv Vv1 8848 OPEN GND_ V 1 Leyte LUMA fma P707 7 20 17 33x4 3 gt CHROMA IN curl 0 4IN OUT VA 7 L704 S 3 TK 15420MTL CKO 1Z gt 5V_V 1 Bu Ta 7 7 7 GND_D14 1 100 6 E 7 1 P793 IC7OB 0 PN 33 TK15420MTL 420 2 CB72 AW OPEN a TIS GND 4 TO 10 oO D ro NO RO as 8763 0 a TR704 OPEN V4 2SA1022 B C746 2306014 R808 L705 E Ld N 100 86 3 7 CKO 12 100 6 470 Sv v4 5 00 GND 0 163 C747 u s 0 10 Iga 15 U Qu 5 14 85 9 w w Q o IC709 164088 17 esM 165 HostData14 5 boo MemData13 gt RD 66 HostData13 MemDatai2 n 0 TK1542QMTL 167 HostDatai2 lt 444 MemData11
10. 1 A 2 DISASSEMBLY Follow the procedure below in reverse order when reassem bling 1 1 Top Cover I 1 10 2 1 Remove 10 screws on the top and both sides and 2 screws on the rear P pnm T 2 Widen the Top Cover a little laterally then detach it with 2 sliding in the arrow direction 2
11. 1 s W7OBA W7OBB IC224 NUMZ8O5FA S IN QUT cc n J201 HEATSINK 95 T SPORI 99 TR204 gt Sv_A DTA124EK w706 d W7O4 ON 1 cvo4i c220 SUA da 20 16 35 sv A CG4800P NH 5 K OPEN CE GND_A DTC114EK 2241 0c O4 NH i A Sd 5 1 5V_A CKO 12 SV_A 05 5 2252 8P PIN JACK ASF 9 18v A1 2 00 20716 T e 2210 E 2 50 5 0 7 C355 c365 KTC2875BRTK KTC2875BRTK oc OPEN _ em e J202 R277 R301 5314 R318 E GNE A WIRE OPEN Lure R275 3K 470 Ba 220 F720 2 CG1800P gt W W m AW BIT C356 c3e66 7 Na 1 18V A1 OPEN Tass 2 CQ220P lt Mo Y yt OR BA Q 4 NW W OPEN c335 01 mw N 46 R316 R320 3 FB211 u R247 560 OPEN 50 DIT o so mFs 0 2 7K 2 7K i OPE J203 Q 0 0 tu cM W 5 R258 C
12. od OH 02 SES m 0 0 m 0 o0 gt L D NO A 061220410 an L gt D L 0 010 BEEN e e poene 08 0 0 0 m B8 1 8 6 N 0 981 155 uS oy og dN Cr 0 0 dN es eGsS 9c 1 os CS ss 1 s E a S9 MS agn 94 ss X 00 n 98 ss eS d 26 rs ES 6 E ES 1 iis lt 1 TTS N Det rs gt ero gt N 9 SET fh us p SSS ea eo eSSSSSES 987 g G d 00 oj OWS O i wp dup Ws doy dup qu Wh wp xw DEUM SE Mi xt sll st st si i gt 2 2 2 2 2 997 zv J 9 0 10 0 0 0 0 2 0 O 01 Q 0 01 0 D 19 8 197 O 0 D 947 seje or 500006060 GL E ON sy 01 Xx O THOA 2 LA 5414 ON
13. hi i oO TO GU 3494 MAIN PWB UNIT E OH m m 2 gt gt E O HN dod 190 n n gt gt 227 FIFOOGEFET lt 00 1 g O gt gt 2 lt gt gt gt gt gt gt gt ID gt gt lt v gn 2 2920 5770 32 2 2 20 0 Z Ow mer O IL IL gt gt CT ONONO 7 jD 000 mm Z CUR gt 1 gt gt gt gt gt gt 060 00 60 ase Frc BASE FMNSMT 3939 oO99999 9999909939390393993999939999 OB o9 o9 o9 o9 08 o9 o9 o9 o9 o9 o9 o9 o9 o9 o9 oe o 09 o m SQ q 3v D3 4 zz 919 777 58 gt 3V_D3 7 516 e m 1 Q H 1 omzEom GND_D 1 o 5 om Om fia B B A gli di o qaim si uo do nm ji ojlo T T T Me We YIS us gt L gt L gt gt gt gt gt gt lt v mp zx gt 6 D SE SM SH 5 SH SM 5 Oo a amp YI8 o5 95 05 5 Bg WY OY UZ rl av rara co DHSYNC LEG 99 M VRST1 8788 1K o M M J Mi 5 P ROM IPSDA A720 MW 33 DAD D DAW DAD 0
14. 7 LAOBWMRGOXH buf 2 VA
15. JEPS RN 14K 2E 182 G FR p 6 i E sE 18 gt 1800 0 1 8 0 2 IR 2 gt 120 1 2 R Q e Pil CE 04W 1H 2R2 M BP 7 gt ee 6 1 i 2 5 10 i 20 I 80 UL 20 CSA 100 UL CSA 0 0 25pF 0 5pF 22 2 2200MF 2 gt 2 2LF 0 kom HORMR
16. b Target C signal Point VR705 VR705 Adjustment Value 286 5mV 286 5mV Waveform TI 1 ME EE NS ve S2 VIDEO OUT C C signal of S VIDEO out VIDEO 2 Set the Video output to PROGRESSIVE by remote con 2 trol unit Push the SETUP button set to the mode of VIDEO SETUP a Y a Target Y signal VR701 Point VR701 1000 20mV Adjustment Value 1000 20mV Waveform Y Y signal b Target PB signal b PB Point VR702 VR702 Adjustment Value 525 10mV 525 10mV Waveform PB signal PB 30 DVD 2900 c Target PR signal PR Point VR703 VR703 Adjustment Value 525 10 525 10mV Waveform PR signal PR 486 10mV for U S A 4 Canada model 31 BLOCK DIAGRAM 16M AN ICA1L 16100 lt MA a I WES gt
17. a L DENON Ltd 16 11 YUSHIMA 3 CHOME BUNKYOU KU TOKYO 113 0034 JAPAN Telephone 03 3837 5321 X0168V 02 DE CDM 0304 DVD 2900 2 SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician LEAKAGE CURRENT CHECK Before returning the unit to the customer make sure you make either 1 a leakage current check or 2 a line to chassis resistance check If the leakage current exceeds 0 5 milliamps or if the resistance from chassis to either side of the power cord is less than 460 kohms the unit is defective LASER RADIATION Do not stare into beam or view directly with optical instruments class 3A laser product 1
18. ECT R207 L 118208 M 51 4 d 538 C257 L 16302 R318 Lo Lo Co R316 8 8 R324 5 lt R322 R323 24 f CX039 2 3 Us C219 LJ auo tee P os m D ENS 16202 R310 252 R218 R200 6305 eu R240 R239 lla S 209 AVOUT R231 C208 em o R229 C 4 I 05 8 R230 a R201 82261 L1 C192 R228 S R205 R224 CN R225 0 o EJ R243 3 Col R204 Co gt 62237 Ed R222 gt C196 5 82270 R202 R203 4604 L 1ci93 18603 R221 LD AO apens a FB502 C540 520 VC16 Bans eR 2 6561 AGN C521 Vref SN Sac T E en R536 L ms t 1 0 5 D ape 1850 5V A2 eee ee aX Gur pa Pesos pFcr 1 m En CDI r ip cD l e N 509 3 _ d O 9 MIRR ENS E 000 R679 TR802 Fo C538 2 2 C554 0633 cas 1534 80 6553 a
19. CX025 CX061 4 4 FFC CX171 2 2 When the Disc Tray cannot be ejected electri cally 1 After removing the Top Cover proceed as follows 2 Insert a screwdriver into the left hole of the Mecha Fix Bracket and push the Plate Gear of the DVD Mecha slowly to open the Disc Tray 3 Remove the Loader Panel and close the Disc Tray 4 Detach the Front Panel following the same steps de scribed on the previous page 1 2 1 5 7 DVD Mecha Mecha Fix Bracket ss Loader Panel 2 2 1 2 7a 01 eer ek UGH LET 3 4 1 2 1 5 7 screwd river 3 Video P W B 1 Disconnect
20. 155355 1 D918 155355 5 ld PG4CG241H2FZ 100uUH Icsos le NUM7605FA S 9 2 IN N 4 o e S o x0 04 gt i A ast A 5 B 0 ENT m E N x 0 8 6 X 26 2 80 OY NI m MX O No Mm oF 00 oa u fo OY or 00 00 NS 00 0 EN D957 lt lt 9 0 9 155355 m 20 0 2 eko 17 CXO51 NE D 1 IC912 jh s 0 4 5V_V1 z 7 S go GND_Vv 1 DL pe WT 8 ewo vs i 5 L GND_V 1 D N lt Y 72 5 sv_v1 gt 77 gt IN OUT 00 A9 ICSOB8 119 ED a 7 12 NO D 0 CX041 mjo O 4 m M 185355 0915 OO e _ Vz 220 16 ASF CKO 12 5 m 3 gt GND_A4 YN 155355 12 m 20 O47 ZZ caos SV_A E 0 7 WIRE gt 12 0 12V A1 o On 5 02 4375 cxa2a DS IN our 12P PH B 0n th 1 74 545 JW 30 3 Bv M4 2 4 DesS 1sssss t ca42 3 2 e E oe 7 7 CKO 12 2 _
21. 3 4 3 3V D1 PCMAZDSD SELECTOR 27P FFCs 30M TC103 CKO 12 A AS EN C257 27P FFC BASE FMNSMT P LL N Y KO V 45OBTC SO A Eras A112 reb Ld R194 n Se A 5v lt NM UM 10Kx4 10Kx4 10Kx4 10Kx 4 IC203 E MCA14 3 3V_D4 514 E to DVD PROCESSOR CxD1885Q 22 29 5 DSD PCM BFRES 110___ og reti 00 DFRES 1 C196 lt 2 EMUTE bo 02 p MCA15 mu i CKO 01Z 4 5 mui 28112 4 EMUTE t to PLD DTO amp MEL DO C197 vvv ed 43 Y a HGAIN 9 e AN Y Y q Q 7007 MOT A43 GND 5055 46 4 W le z qp S 10 i 3 1 s o m e No oy a al a Em R196 1 a 00 MLEN A12 Q15 A 1 lt lt lt lt lt lt lt lt lt lt l lt lt lt lt lt BE m O 09 lo MG FB115 og 0 o o o o of o tr I I I I OO H lt H A o 0 A11 Q7 i II i 5592 AAAA 44 MELD2 1 8116 N 0 614 PROP PPR OEP PR OK PPR IPPPDIPPL
22. 5 B 4 A display of PI uncorrectable CD C2 uncorrectable error number of the inner circumfer number ence of 1 layer and an address S N 5 A display of PO error detection It is invalid at the time of CD number of the central circumfer operation ence of 1 layer and an address 76 A display of PO uncorrectable It is invalid at the time of CD number of the central circumfer operation ence of 1 layer and an address N N N A display of PI error detection CD C1 error detection number number of the central circumfer ence of 1 layer and an address N 7 A display of PI uncorrectable CD C2 uncorrectable error number of the central circumfer number ence of 1 layer and an address NO A display of PO error detection It is invalid at the time of CD number of the outer circumfer operation ence of 1 layer and an address 9 1 PO CD 1 PO CD 81 1 PI CD PI CD C2 ZAAO PO 1 A display of
23. 2 a REV FWD FL 13 11213 5 6 7 8 9 10 t 12 13 IT131 1 0 REV FWD FL 13 1 12 13 14 5 6 7 8 10 12 3 KWoNZ Le We lt 3 PLAY a FL 13 31 2 13 4 5 6 7 8 19 10111112113 jn b FL 13 5 6 7 10 OA bal F F F F F F F 4
24. 59 S MLEN2 m I o o lt caer PEPPELLEPEL um lg n s Fdo fo fo s fey o fo s F e fy AAAA AAAAAAAA IC203 MCLK o ais i i Pi im uka a ja ooo eo one cP m Wi POO DTT oD EN 7 McLK 3 olmlglk alslolp glklelm ols mia slo 04 0 a dd B OH 8 JSPT 2 5V_D1 Q z EN O O O O OSPRS 3 3V_D1 C201 G BCK H Q12 2 z 5 5 5 25 lt 5 2 5 gt 2 2 gt gt gt gt gt gt gt gt 2 2 02 Qy Y PCMBCK 7 n S _ SMGGQO vv x 0 GND_D1 GND_D1 5 a4 RA103 RA104 29 ETE 5 55 6 555 ofo 566 22x4 3 LRCK 0 RESET 22x4 uy oT ope C195 9 o amp D ajoj lt ball ba C199 77 C20P DATAO OL H pes s spa T co Ry Jr 5 ue X G DATAOR 3 e G3 Daoa FB122 oflo lt Eug 55 DATA1 1L Q10 LLL Mene S c205 FBie3 513 Y 9 a2 FB102 gnis sl o 22 16 DAD2 OPPS patan Alda 8 8 Al 8 al did ga OM tym a EM
25. c zu gs 5 C199 e S FBIDA ae qug e 5 2 167 7 1 163 B g 13 FB109 n Ri58 AX 515265 5 BA pug gt RA10 RA102 8 TW mp R13 EN C203 R283 L MI ss 1c207 C R120 86 N BE 16204 R196 N gt E gt ARO 3 206 18232 X103 N 292 Dene L 1 030 C309 aL T xao de oue 22952900 SiG W 1C104 C184 2 Ec131 E gt r gt 5 e Ct p 5 8 5 E O 1G102 R108 L1 C210 R102 551 106 5 LC Rigi C202 N SH d 005 10103 8290 B o RA114 RA115 Dr E 150 507 L 1 1 R611 CI Re12 CI R613 CI 661 e op ser QUO mE cm mm f x qu ON CN CN C528 R660 C618 59 XFTSMUTE Re59 1T N O Ne TE CB29 L 1 IC501 FB304 RI43 lt C522 1 RA113 C56 RA112 E C516 7 1509 FB301 B 0509 R513 Toul FB302 R510 C FB303 C505 501 R502 0506 FB305 FB306 lt amp 515 R678 7 621 1 C
26. 4 Don t touch OPU s connector parts carelessly 3 Replacement of the Laser Pick up 3 Traverse Unit Check the lop Laser drive current lop If the present lop current value exceeds 50 of the ini lop 50 tial value replace the Traverse unit Laser Pick up with a lt 4 lop Measurement Method 4 lop When measuring Laser drive current lop playback the discs CD DVD described below measure lop for CD CD DVD Laser and DVD Laser by the test point 5V A2 Main F 5V A2 LD CD LD DVD LD CD LD DVD on the Main PW B CD DVD lop Test Disc DVD DVDT S01 or commercially available discs CD TCD 784 manufactured by ALMEDIO INC DVD DVDT S01 Or commercially available discs 7 CD TCD 784 ALMEDIO 10 4 1 LD DVD 5V A2 CD Laser current measurement
27. F 50 6 2 VERSER OOMALL Eb ds EL 80mA SERVICE MODE 1 Aging Mode 1 preparation a Equipment used Any one of DVD Karaoke Disc contain ing more than 10 titles b Unit setting No spec other than the following procedure Aging mode At the tray open status press the POWER button to turn on the power while pressing the PLAY and OPEN CLOSE buttons for DVD operation simulta neously gt mark on the FL lights and the unit is set to the heat run mode 2 procedure a According the above set to the aging mode b Set a DVD Karaoke disc to the tray and press the PLAY button twice mark onthe FL blinks and aging operation after playback title 1 and title 10 of the disc the tray open close is made automatically then playback the title 1 again starts This aging operation continues automatically until it is stopped or it stops caused by an error In case of some error in DVD the following error messages are displayed on the FL Bad Disc ERROR 02 Focus Error ER
28. 2 1 2 Loader Panel Front Panel 2 1 When the Disc Tray can be ejected electrically 1 After removing the Top Cover proceed as follows Plug the power cord to the wall outlet switch on the pow er and press the OPEN CLOSE button to open the Disc Tray Detach the Loader Panel by lifting it in the arrow direc tion Press the OPEN CLOSE button to close the Disc Tray then unplug the power cord Disconnect the wire CX025 CX061 connecting the Front Panel s P W B and the power PWB in the Chassis Remove 4 top screws and 4 bottom screws then detach the Front Panel to the arrow direction Disconnect the FFC CX171 connecting the Front Pan el s P W B and the main P W B in the Chassis Power P W B Power Switch 1 2 OPEN CLOSE button OPEN CLOSE OPEN CLOSE Fa
29. Sancoal LEN 15Y S GUIDE BAR 84H Top and bottom all area 3 Bond 1401B More than half of the screw Hanarlu UD 321B Gear 3rd 2MP all area 0 2mg Froil 946P Rail all area 0 2mg x 1 Hanarlu UD 321B Gear 2nd A and Gear 2nd B all area 0 2mg each x 2 Hanarlu UD 321B RACK PU 84H The point of cog 0 2mg x 1 3 Bond 14018 Thick apply 0 5 1 0mm quarter of screw arround Not apply cross bind 2position 5 Bond 14018 Thick apply 0 5 1 0mm quarter of screw arround Not apply cross bind 5 14018 More than half of the screw Locktite 460 GEAR 1ST2MP Press fitting hole 5 14018 Thick apply 0 57 1 0mm quarter of screw around Not apply cross bind 2position Greasing positions for Cam ditch Froil KG 423 Cam ditchs 2position 0 1mg each x 2 PACKING VIEW PARTS LIST OF PACKING amp ACCESSORIES 511 3994 008 511 4008 003 511 4007 004 515 0921 209 Note POLY COVER INST MANUAL INST MANUAL 8 106 The symbols in the column Remarks indicate the following destinations E3 U S A amp Canada model 52 Europe model JP Japan model INST MANUAL DOM S S LIST EX for E3 for E2 for JP for E3 E2 PPP 515 0918 005
30. io sqa jS S 5 War Gre 28 SOOTONAS SWL S 2650 Zt D E ESSI gt O TATI Sad i m spa gt 4 3 tye 1 gt suem dim 1 00 lt I Me 5656 75 8 TTLSSL Lad LITT soL g iL WW ZTO 0X5 26 TOV SL OTLSSL 3 on ON gt 8455 Q SES on lt m 00175 vXOOT Fe EEOdAv N C GV Se Gav SEE 91581 0 sv al o 25 sav SisaL d ex 56 1 1 3 0 4x 0 56 Z y J EISE LIMAX Q vO AE EL 35 Qi 2 0 E xd n 0 lt 424 D 220 030 201 40 pocius ORX Q e899 nd Eo QNOdQm OO m 1 n a lt 95 2 000 2222222244u 00 0 or o RW on 2 a Os 6 fo N N ov 9 D 49 lt 40 9 m3 ovd gt x NG 30 Dc TS rv 5 512 oy 0 0 0 O O A UU eu ar CU eu e m me me m 0 TON E LN 0 ID ID OY QI en 08 DIN ene al t aet i it eet et eet i er
31. 1 87 A display of PO error detection In the case of 1 layer disc it is 2 7 number of the central circumfer invalid ence of 2 layer and an address gt Qo N H H PO 1 7 88 A display of PO uncorrectable In the case of 1 layer disc it is number of the central circumfer invalid ence of 2 layer and an address gt S PI 1 A display of error detection In the case of 1 layer disc it is ak i number of the central circumfer invalid ence Of 2 layer and an address SIN SRAOPRTERABET RL TT AD OME fif A display of PI uncorrectable In the case of 1 layer disc it is number of the central circumfer invalid ence of 2 layer and an address NO BHD PO 1 91 A display of PO error detection In the case of 1 layer disc it is number of the outer circumfer invalid ence Of 2 layer and an address 2 25U80 POSHERHEZE 1HT4AZ20885 SE 2 A display of PO uncorrectable In the case of 1 layer disc it is i number of the outer circumfer invalid ence of 2 layer and an address 3 2
32. c B ND 2 Aa a a DVD 2900 ER lt XS B REVV EFRON o SPECIAL SCREW REAR 7P02 4 TRAY SPRING VXF 9KC 2P03 1 PLATE RE 2HPC 9KC 2P03 2 WF PLATE RE 2HPC 9 5 20P1 04 PRECISION SCREW 2X4 P TYPE1 9KC 1G04 2 RUBBER CUSHION TAPE W10X45 NITTO NO 156 9KC 2G07 6 CUSHION L 6X3Xt4 9KC 2G07 7 CUSHION R 6X3Xt2 NNa N 104 POINTS OF GREASING Greasing positions groove Froil KG 423 Tray bottom face in 2 grooves from 1st to 3rd tooth of gear 2positions 0 1mg each x 4 7 TRAY bottom view LLLLLLLL 22222222222227227774 Froil KG 423 um B n Tray bottom face in 2 grooves and to 1 side R 93 half ball approx each As for greasing to the R rail groove and groove s side edge apply grease to the outer face intentionally Not only running a brush into the groove use it with pressing to the outer face consciously Froil KG 423 After attaching cushions apply Cemedine 575 to the joint parts of the cushions and tabs both sides left and right from the tab s back side 0 1mg each x 4 0 1mg each x 18 When greasing each rib apply to the rib s lef
33. 867 OPEN o 9 o mz m 8994 D t T Qi 0 IN louT 0 ox a gt caog TO I CKO 12 2810 M aic v CKO 12 m C873 OPEN 1 20 02 GND D4 o lt m oz PB n GND Vv 5 71 1 N T az L m uj mu 2 g m QD 011 on C813 C866 C817 6818 10 10 CKO 12 100 5 3 CKO 12 22716 p x Oz 0 5 E D nN 0 RE 7 7 7 7 go 20 77 d Ql HE 26 oy i ONLY E 9 5 0 mN 59 0g 10p l Rowe We Q 1 0 4 T Y IY NY MY Y SY OY 0 8801 lt Gol 1 Z 0 DADAN Y R 1 DADA 1K 200 1 W S v c m lt R958 0 Q Z d m I R959 W 0 es 5 9 gt E IM 8804 1 W a YUVO 2 1741 R960 0 3 1 j S 0 lt OPER 1 AW s V I 1 vuv4 G R961 0 a4 Q 9 Sy CB26 1 W 15 x m vuv CKO 12 12 gt coved E N eno va GO 42 VC2 WIDE 5 Im Md DACA 8896 2 4 2 E ID T x f 2224 i a 1 17 DACB 8625 gb D RGB H 1 220 le 12
34. C837 838 25 0511 904 CK73F1H103ZT C839 254 4464 906 CE67C0J101MT C840 25 0512 903 CK73F1E104ZT C841 25 0506 951 CC73CH1H101JT C843 25 0501 901 CK73B1H103KT 1608 C844 254 4327 904 CE04W0J102MT SMG C845 254 4464 906 CE67C0J101MT C846 254 4327 904 CE04W0J102MT SMG C847 254 4464 906 CE67C0J101MT C848 254 4533 950 CE04W0J471MT SMG RE3 C850 852 254 4465 918 CE67C1C470MT C853 854 25 0511 904 CK73F1H103ZT C855 254 4464 906 CE67C0J101MT C856 257 0512 903 CK73F1E104ZT C857 25 0506 951 CC73CH1H101JT C861 862 254 4533 950 CE04WO0JA71MT SMG RE3 C863 25 0512 903 CK73F1E104ZT C864 25 0511 904 CK73F1H103ZT C865 257 0509 929 CK73B1H102KT C866 254 4464 906 CE67C0J101MT C867 868 25 0512 903 CK73F1E104ZT C869 25 0511 904 CK73F1H103ZT C870 257 0509 929 CK73B1H102KT C875 879 25 0512 903 CK73F1E104ZT OTHER PARTS GROUP CY053 205 0895 904 SP KR PH CON BASE T CY101 205 0884 054 10P CON BASE TUC P CY331 205 1170 945 33P FFC BASE FMNBMTT t JK701 204 8670 005 1P S TERMINAL i JK702 204 8669 003 3P PIN JACK JK703 204 6670 007 D CONNECTOR L704 705 235 0125 905 INDUCTOR FLC32C220K L710 235 0125 905 INDUCTOR FLC32C220K L712 235 0149 907 LK1608R68K T L713 235 0125 905 INDUCTOR FLC32C220K L715 235 0149 907 LK1608R68K T LF701 261 0161 900 ELB4B590N LF702 261 0160 901 ELB4C572 ST101 102 205 0452 017 STYLE PIN X702 399 0832 903 CSTCG20MOV51 RO 97 GU 3343 SCART PWB UNIT SEMICONDUCTORS GROUP IC
35. DRAM I F DRAM address output terminal 10 DVss Vpp amp GND Digital Ground RA9 DRAM I F DRAM address output terminal 9 RA8 DRAM I F DRAM address output terminal 8 7 DRAM I F DRAM address output terminal 7 DRAM address output terminal 6 RAS DRAM I F DRAM address output terminal 5 DVpp33 Vpp amp GND Digital 3 3V Power for I O RA4 DRAM I F DRAM address output terminal 4 RA3 DRAM I F DRAM address output terminal 3 RA2 DRAM I F DRAM address output terminal 2 RA1 DRAM I F DRAM address output terminal 1 18 4 GND Digital 1 8V Power for Internal Logic power RAO DRAM I F DRAM address output terminal O XRAS DRAM I F DRAM RAS output Column address strobe output XMWR O O O UO O OO OO O OOO OOO OF OOO O OOP OF OOO DRAM I F DRAM Write enable RD7 DRAM I F DRAM data input output terminal 7 RD6 o DRAM I F DRAM data input output terminal 6 DVss amp GND Digital Ground RD5 DRAM I F DRAM data input output terminal 5 RD4 DRAM I F DRAM data input output terminal 4 RD3 DRAM I F DRAM data input output terminal 3 RD2 DRAM I F DRAM data input output terminal 2 RD1 DRAM I F DRAM data
36. 9603 0 9KB 9603 1 2641 7 2641 8 9KA 2053 2 ON BW e LOADING GEAR 2ND LOADING GEAR 3RD SUB CHASSIS L SUB CHASSIS R TRAY 9KC 1G00 3 9KC 1600 4 9KA 7G20 2 9KA 7G20 3 9601 5 44 SLIDE CAM TRAVERSE ARM CLAMPER H CLAMPER L LOADING BELT N 9KC 1P01 4 9KC 2G04 3 9KS 01W2 04 9KS 01W2 05 9KP 26C6 25 N N SWITCH P W B 5P PH WIRE SWITCH ESE22MH 1 SWITCH ESE22MH23 POLY SLIT WASHER 2 6X6X0 25C NO N 445 8004 007 9KS 17NO 22 9KB 26BK 06 9 5 20TK 33 9KB 20PK 06 N NM MN O WIRE CLAMPER PRECISION SCREW 1 7X2 2 TYPE3 SCREW 2 6X6 CBTS B Z PRECISION SCREW 2X3 S TYPE3 SCREW 2X6 CBTS P Z 9KC 2A06 3B 9KC 2A06 4B TRAVERSE MECHA FEED ASS Y TRAVERSE MECHA ASS Y PRECISION SCREW 1 7X2 2 TYPE3 PU CHASSIS ASS Y SHAFT HOLDER L SHAFT HOLDER R SHAFT TILT BASE SHAFT TILT PLATE TILT SPRING MAIN SHAFT Assembled part Assembled part SUB SHAFT PU RACK GEAR PICK UP HOP 1200R PU SPRING SHAFT SPRING RACK GEAR SPRING T T MOTOR ASS Y SCREW 2 6X6 CBTS S Z SCREW 2 6X4 CBTS S Z SCREW 2 6X15 CFTS S Z SCREW 3X4 BSS SCREW 3X8 BSS A PRECISION SCREW 1 7X5 TYPE3 PRECISION SCREW 1 7X2 2 TYPE3 FEED GEAR 2ND ASS Y 9KC 1G04 3 FEED MOTOR ASS Y POLY SLIT WASHER 2 1X4X0 25C FEED GEAR 3RD DAMPER 103 BR NO NNa
37. 12 3 IC210 5 220 220 A1 LER a O NJM2068MD 0 211 _ OPEN pio 7 22 01 E E 2g 4 5 5 5 0 his NEMBOSSME W mum de 1 CKO 12 gt GND D4 D IC210 t KTC2875BATK WIRE az FB217 W 287 R 9V_A 15 22 50 ASF BP W u a R242 QN yo 00 1 oz aN RES m n ma c20s 04 0 He m oy 1 CK1000P an 0 10 Y ms Sk 99 qa 0 EY or GND_A 4 9 C300 cue Rapa CO 00 1 0 CE2700P TRESS enoa 2275 4 TC7Z4HCTO4AF 2 6 FB201 sa OET WW WW OPE 3 4 EMIFIL 11A121 GP1FA5517TZ TA206 TR216 i CKO 12 IN KTC2875BATK KTC2875BRTK A Ch2 1 12V cc AM N 2 00V Ch4 2 00 V M OPTICAL OUT 0 522075 201 evel p G _ Ec SO DSD PLAY ESO ede E2 MODEL ONLY Mo 1 R203 Qe 1 1 CK 1000P 11 81 y OPEN mm 47K U T201 OPEN 32 50 PULSE TRANS R206 GNDG GND_A R205 75 EMIF TL 1 1A181 J 1 AN e 2 W AN A 16864 W 97 COAXIAL OUT gt LJ 4 1 IC201 33 4 6 TC74HCTOAAF 4 61 JK204 AUDIO SIGNAL PCM NI_ CK Bom Te 1748 WAS ca JOD SCHEMATIC DIAGRAMS 4 9 H GND D1 Qo Wo GNDS GND_A cess E z B
38. 3 Remove Traverse Unit to arrow direction 3 7 3 1 24P FFC CX241 15P FFC CX151 5P PH CX051 3P PH 24P FFC CX241 Note for disassembly Traverse Unit 1 When assembling reverse the order of the above 1 2 When inserting ray confirm boss on Slide Cam set to 2 ditch of the Tray Compare with below drawing Boss Slide gear eme s DIAGNOSTICS OF OPTICAL PICKUP AND REPLACING TRAVERSE UNIT Make failure diagnostics of the Optical Pickup as follows If the laser drive current becomes more than 1 5 times of the initial value the Optical Pickup should be replaced The laser drive current is registered on the seal attached to the rear of the Mecha Unit In case of replacing the Pickup change the whole part of the Traverse Unit No mechanical adjustment is necessary after the replace ment DVD
39. 507 E E E g C633 cas R534 BS 16593 504 3 s a ceas put 6884 653 E LC lt 26888 300 CIC CR nega R544 GND E 5 rJ 42 6698 Lr R682 J Que bos R681 S E EX 8680 C574 01555 1548 UT 3 Co o B Ag n mM 2 P cA me rS eU 85 gt MNTR 5 C402 LU C635 Caves 2 6073 L 1 258 R676 5 _ m D Ca 9 Bj Fi J OD 2 L1 X e 8 888 qo X Qus S 025 D 2 2 1 L 1c589 3 55 E 5 XI51 E 155550592 s T Us D 55 zu 5 3 41 0103 D L c435F g 11 REA m LI B C615 o LI pr E T 58 655 5 C403 16118 R528 J i L7 0598 Rez7 2 s 8 Cs599 JITT E 6587 us R427 9 16505 REGS ob 0 c422 9 2 59 E og 8 ES 8 Ack E n pu A DD ds og s 07 s E S 26 2 5 EXE 8 as aa Sane BB 8 Oed 93 75 505 8572 1 S 75 XINT XRDY 8510 SS DON ceti go OT Conor gt 16247 CX242 C218 g 8 L 1c228 bu WM z D 08 D 5 GND 02 X50 e Sf 2 C222 GEO FOK L
40. GNDS 1 GNDS 1 wso2 OPEN E 8543 OPEN 1 3V_D4 Wi 5V_D3 2 mx 1 57501 STYLE PIN al 2050452017 Y i Yy 8547 RSS 4 JK507 p 8556 MINI 8612005 ____ RE I TASO 1 C568 IMD3A 47716 LE J NJ 569 R553 R555 1 5 5 3 CHO O1 Ren IN 6501 AW EKo 12 B CXA1814M A e C502 CK1000P 52 SA R557 G NN AN OUT GND D3 2 Ren csz C510 OPEN MP CK1000P MINI_8512005 we 6571 578 CKO 12 ed CKO 01 D3 3 3V_D4 2 1 GND D3 2 6505 JK509 i lt de SP SSUB CONN C506 oec wc C GND 2 TxD 5V_D3 45v D3 2 O Nc FB527 ___ EMIFIL 11A1214 Ols GNO w REMOCON 2 00 nc c593 GND D3 G CKO 012 ae _ 69 3V_D4 4 17 S FB52B ___ EMIFIL 114121 We 45 TXD Q 29 EMIFIL 11A121 9 W 5 na 6594 z 1 CKO 012 E om NC Oe 5 FB753 554 EMIFIL 11A121 O FB754 EMIFIL 44A424 1 2 REGS Q FB755 EMIFIL 41A421 eo OBS G neca G e FB756 EMIFIL 11A4241 in REG1 Y Q Asso 8581 8582 5 R584 8585 n587 _ aqa 0 114121 EXIST C511 47K OP
41. 5 sa Ea Ries a 28 FB502 C540 22 gt or e 2 Co 0521 EE or RAI08 CI06 C562 RA109 RATIO RA103 RATOZ RATOS co 9 2 Cicio E R5241 taf j Rigo C 16110 16508 r C s D B M 5114 RI91 R536 85 B S R170 1 O C563 10558 th c E 5 TR501 5V A2 vcie 8 enn oe RI63 D FB503 pFcT a 8 C178 T LINK gra 8 C316 1 ST LD CD o CY C632 Be O R697 L3 MIRR w cD CO cD C IN R616 lt 3L CO CD tO 6538 554 TR502 FG 53 C553 RA503 R534 RA504 he Ces 1 L 1 C531 e PLCK Co toc t to ES CI 1544 iin GND sE 2 R698 Y AM 946 C574 SCS55R546 BE L 1 L1 ro 2 M ac R676 RO CYA L 5 Q C583 a e L1 Lus x aAA 1 amp Rz05 5 C259 SH 2 1c589 S 1015 a CX151 592 a Hs SS 8 k X 2 1 16502 EB PS B o m Lr 0103 R564 SUL 2 161 is 9 o7 L1 CI R56 6455 D 0103 16116
42. COM12 SEG10 12 49 11 SEG11 13 48 COM10 SEG12 14 47 9 SEG13 15 46 COM8 SEG14 16 45 COM7 SEG15 17 44 6 SEG16 18 43 5 SEG17 19 42 COM4 SEG18 20 41 COM3 EI ISI Les LS ESI ESI ESI 68 89 169 83 25 89 SB S D 5 D 5 D D D C D D D 6 5 9 9999 899 9 8 OO ML9207 01 Terminal Function SEG1 35 Reg FL display anode drive output pin 39 62 COM1 24 1 2 79 80 AD1 4 72 75 ET 38 78 VDISP1 63 76 Ca 0500 FL display grid drive output pin FL display anode drive output pin General port output pin Pin for self oscillation Vpp GND Power supply for logic block VpisP VFL Power supply for FL display drive For Vpp and VpisP apply from same power source 51 ADV7190 705 For Europe model PAL NTSC VSO CLAMP CSO HSO RESET z z Z Z i lt 2 2 2 2 5 2 63 60 PO 48 5 P4 47 VREF P2 46 1 45 P4 44 B P5 6 VAA P6 42 AGND e7 5 TOP VIEW apace P8 9 40 DAC D P9 AGND P10 11 VAA 1 1 12 37 12 36 DAC F P13 COMP 2 P14 15 34 RsEr2 P15 AGND 26 27 29 lt i2929295002322253048E gt gt lt c o D DANG COX iim O id ADV7190 Terminal F
43. DVD 2900 1 Label Indication of DVD Mechanism 1 DVD Laser Current consumption value ex DVD mA CD mA DVD mA CD mA 2 Note for Handling the Laser Pick Up 2 the protection for the damage of laser diode If you want to change the optical device unit from any other units you must keep the following 1 It should be done at the desk already took measures the 1 static electricity in care of removing the OPU s Optical device unit connector cable 2 2 Workers should be put on the Earth Band 3 24P FFC 3 It should be done to add the solder to the short land to prevent the broken Laser diode before removing the 24P FFC cable 4
44. RU QU q 0 777 loo z 6 oo imommomo mommmoooo 0o0000000mrmrmzrcrrdOo cqcumc ol RA705 QA QARQAQAARM Gas E al KO ON TT 00 33x4 az Qi RD 0 do R774 O a m 4 7K e Il Nia p 19 HER d uw xw GPL m 0 0 a m m m m C753 7 7 7 m 65 CKO 12 GND D4 T HE I 10 m uo ol o x x Elm B 529 NN aN an 5 3 wl gl g I OPEN gt mZ 02 6x 99 am 0 2 Oy YY C754 Op oi oye Y NM GND 1 O go 25 8 RA70B 33 4 S55 2678 VIDEO SIGNAL 27MHz SD CLK i E lt gt m gt oe QNO u a olod 5 m gt SCHEMATIC DIAGRAMS 7 9 NZ Y UIST T d gt GU 3497 VIDEO PWB UNIT 1 2 118 SCHEMATIC DIAGRAMS 8 9 DVD 2900 119 1 2 3 4 5 6 7 8 9 10 11
45. ONONOEFDMDEYOOVOAFENAMY 0 0 mne TuS SDN IPSCL 8781 AM 33 lt lt O Z Z E E Z E E E E F ie i gt F H lt H O O O es i a S pm fl gt 9 0 0 6 D 0 0 a a mp up CG gt y 0 2 3x Qm Im N yO 550 72 gt mmy gt gt lt 4 oo 59 TG amp YDATAZ 6 09 YDATAS A743 24 4 7K YDATAS m 3v_D3 YDATA4 0 zi fo m 29 ABC PATIO SCALES CKO 12 o 36 HSYNC g D co YDATA4 25 29 YDATAO 69 Ds eS COM ayaa Ot GND 5 4 7K S oz R740 ou GND_D4 KQ 2K TO D x7028 o DELAY NEVNE DVSYNC 0 1 E CSTCG2O0MOVS51 RO m R 19 ARE i i N 20 DELAY BLANK al 1 T SE 5522 q 4 TC74HC423AF CKO 12 B n H GNID D 1 CKO 012 CK 1000P 72MHz P I CKO 12 EE EB RAI 5 s avos 6 E x 2 zz gt gt gt gt CK 1000P Z 2 P I RGB 0 0 N N N gt O 5 ICGOA gt 1 g 5 E m a SN74LVOOAPW EL2 d VCe WIDE STE x H 3 IC714 o cp VRSTe BAA48BCOFP E2 ane 8884 OPEN 1 ev Q i N 0m 0 Q 9100 Maon mo 8 OO 1 QN I0 0 ID N Y QsQssaQssqsdauDoazaagsQONO0TOZz aOm g o soq sso Y inis 00000600000pm0pm2000000 Ge Wie O CG 0 Q VSYNC gt ay
46. i 9 89 5 ACLKI BSPRST 9 8195 aW S 5 474 5 MSCK 5108 Cr14 o MS CKO 012 CK pouto 479 W XMSLAT FE i CKO 01252 lies SELDSD 93 pat op 5 D 94 AW MD12 Wasa 588 96 165 GNDS 97 us 164 1 W gt D13 oa 163 CDDIN CDDIN AW MCLK_A 512fs 256fs Z 162 DOTX f 99 CDDATA AW lt HDOUT 4514 100 164 CDBCLK G lg MD44 Me RBS A HDIN mc W Sub 9 MD 415 102 159 W LRCK HCLK MD45 El oa 103 vobia 58 E o NI 5 gt DSPRST 0 p C110 102 27 T gt Alald 95 y 2 C CKO 12 ONU oa m mm 5 amc osamsipgonmgmpoo esee mx n C113 244 mt wm ag oq 9 m gt 2 4 oj du oo glglg 222 29 mE KO 1p oHanosuonQ02H tO R285 HHH 54 1 999 m D 5 BS By ES RU a lt m FE Oath 4 G z n Tm BU S IC112 0 n yolun 2 ar mr x OF OPN Of Of Of or Of of 4 01 o TC7SUOAF H 5 d Sig SPS SP 3 3 5 Sy ay Sy e S
47. CO O c aa N N COMPONENT SIDE 74 R207 18208 3 2 R538 08 B TENE N 2 1c302 R318 J L3 25 8 1 ps cip 1257 C252 241 a 1 6164 R324 L5 Lg n C218 16323 B ip R322 1 ES B R214 R198 C124 SUEDE 58 08 A L 1 R101 1c2 3 02 R216 R197 10 C120 r3 0 R321 R217 R199 miu 2 R218 R200 1C101 Co R255 s nme R310 1 1 E T 068 a R240 R239 1 452 i Co CI NE INE a e J c209 1 o CTO Us L 611 0208 L 1 IC113 DA HHHHs 1234 T 8 lt IE R229 5 855 268 R230 CI 20 a iio R163 R226 1 2 amp 27 0192 GRI68 CI LJ 1 gt R228 C 3 L1 hh 9 R205 BH C108 f jr 5 R225 C co R204 R243 R124 B 1 CN Eg B LRL R161 R263 R150 aec 8223 en un R160 R262 8119 L 1 cl96 o L 1 T n ai 1227 E B R202 Es C107 R159 im 269 18604 C201 ipe S 8105 R129 2162 L 1 1269 R603 X RI92 4210 R221 5 16109 Nu 16108 B Lbs A 000 d v OU of
48. RA503 1 ES aD L J J 5674 R683 5 zd NC amp R682 E e R681 Ae 1680 m 2 3 9 or 9 p 3 ac Om o mz gt MNTR C635 n R616 SC541 See 8 838 T T FE C115 coke D 556 6 05 8 8 SLD js a 16502 R564 C615 LE 8281 6599 659 1 3 1650 R645 gt z 8 58 4 S 8 DIO4 SH 7 B D 2802 MO ca E C54 LJ Rs68L T E 607 Lo R572 z XINT XRDY gt EJ R570 an CX301 CVE CX242 Q H H H H H H H H Hou 16233 R175 8176 1 L 10452 12 14 15 11 17 wuuuuuu GU 3494 Main P W B Unit Foil Side 108 U UU UTU J mie 38 R647 wn L L 1c589 5gC592 42 1 RFAC R56 C455 CX201 CX202 28 CX282 pi RHET IC105 C179 M L R698 18413 L L 6575 8576 C216 217 uus 10405 lt e X101 L c 29 E 1ci30 CI C10 10101 RA108 RA109 BDEN 6 9 BDREG PLCK R407 sil R404 R406 0 C440 C462 R408 Ly R410 R422 1 c
49. S RES em R12 Lg D T 2 o Lo 2 e T1 N 2 620 s a ga 588 ER R230 20 LI D 27 2 RI63 R226 Lol ns SANG rg SRS 1 C 2s D x 118162 R228 1 4205 DL d G 8 2 5 q 55 1 o L1 g oa ETRE R225 E Co R2 dC Jy O mene d _ R223 ES en R16 R263 150 B y he 8 MUI 6160 R262 R149 R27E3 Enzo H Eus s co 20 Bd A WO a posite C107 D RI59 14263 04 620 t D R105 Ri29 C162 C F cies 8299 R603 5 RIS 8132 2 R270 517 RI77 dire 5 10109 LD 18 FE C peck 0 1C108 C515 R178 o LD 519 E f 1176 9 gne 58 6826 00 5 BE R189 00 28502 6540 9 B e gr gt a 55 ENT 85 2 a 562 1 2 zog AN RAI08 R 3 Ecos 8 E rua 24550 Edo di 16508 Ea E 6579 EI 2 10110 D LDIDVD E x101 SOEN 3 VB C558 L E 9 8 5 5122 Riss R414 TAO E C551 E3 M G 5 85 DFCT S R415 z d E 8416 LJ Sirm 0 Ea Reia n LDICD R419 64 sa OF 0 x 8 R512 R420 ki HE s p Sc 20560 ca R502 FG 16553
50. c LL 2988 m 1189 L1 IL 16625 e a C745 RA10 RA709 T 10705 Co C825 0 9984 1718 I I 862 6784 CT 7664 1 8788 19668 11984 2 E N 5 806 L JL 1 R970 R976 Fe 789 9264 M i TR721 R966 R965 CY101 P X n gt 9682 R982 10605 TR71STP25 Vag gs LER I 3 839 R928 I I _ sl 1 S ibd T 1 ri o N ve o BB 6823 5852 ZOLLS EER FOIL SIDE COMPONENT SIDE 80 GU 3343 SCART P W B UNIT Europe model only FB851 6896 2223343209 Rees 4994 ces 2 GU 3343 x c857 EL 1 C856 1 TR855 c V CX052 F8853 LO LO 00 e CX101 COMPONENT SIDE FOIL SIDE 81 NOTE FOR PARTS LIST Part indicated with the mark are not always in stock and possibly to take a long period of time for supplying or in some case supplying of part may be refused When ordering of part clearly indicate 1 and I i to avoid mis supplying Ordering part without stating its part number can not be supplied Part indicated with the mark is not illustrated in the exploded view Not including Carbon Film Resister 5 1 4W Type in the P W Board parts list Refer to the Schematic Diagram for those parts Not including Carbon Chip Resister 1 16W Type i
51. 0Z ESOJ QMS O m 22 e OO 0UHEL202242222222220222222222ll 12 55 xXx Q 2x n gt vao gr 50 m gt gt SHOWA Hum j 2 L 68 9 0 Odeo e SWL 0559 Lava 151 X W 100 6TOIO gt lt 0 E 25 AOD TOMAS EA 4958 OOAX3 m N 61 N resi 189 O 9 001 0685 0 IS gt ivas Wroor 01 4 os f Had 210 0 gt 9 vaso 210 0 I 88 67 OS 6558 _ 1698 5288 So 2 doze 5855 12 0 02 OSH Orio T sso 848 TZ HHOHYIW 85 id zr I 0 ANS 4 n ji 1 2 SSAV eraa4a SInWdSx il R E Woa J r SZ door W 52 Q GOI9 T1S 2685 AM 22 Q 0 voie iB W OS L 82 4 62 gor gt 0 22225 pel 886 sore Ges T O 2 C C oor Seco ERR zou em 0 ED 2 dozy A 5GO lt og SU i i x vai Wea voa s ST OH gt Baler oasaon DN 1581751 EJ god
52. 11213 4 15 617 fio 11 12 13 T lt 16 7 Test mode detailed table Table 1 servo adjustment value display mode details XX 3 32 9 A NO 43 T UJ UJ NO N Un 46 47 Contents RFP FE Offset RFP TE Bal ain RFP TE Output ain RFP TE Offset SP TE Offset Fcs Bias Fcs AGC Trk AGC Pi Offset FE Offset SE Offset RFP FE Offset RFP TE Bal ain RFP TE Output ain RFP TE Offset DSP TE Offset Fcs Bias Contents suppleme nt layer 0 layer 0 layer 0 layer 0 layer 0 layer 0 layer 0 layer 0 layer 0 layer 0 layer 0 layer 1 layer 1 layer 1 layer 1 layer 1 layer 1 Contents explanation of CXD1881AR An offset value and FE An offset value is displayed Pi offset is shown in higher rank 1Byte FE offset is shown in low rank 1Byte TE output gain value of CXD1881AR is displayed TE offset value of CXD1881AR is displayed TE balance gain value of CXD1881AR is displayed TE offset value inside CXD1885Q is displayed The focus bias value inside CXD18850 is displayed The inside focus gain setting 0x2000 1 value of CXD1885Q is played Therefore Ox1FF2 and in the case of 0x2012 it is as follows Ox1FF2 8178 0x2000 8192 0 998291015625 fold 0x2012 8210 0x2000 8192 1 002197265625 fold Notes The inside of
53. 33 36 38 41 00 015 Input Output Data Input Output 1 6 21 V Supply Power 5V or 3 3V C 64 AN8471SA MA IC505 Pin No Pin Function 6 HIL jHalelement input 8 EC Torque command input pin 9 ECR ref x 11 Torque command input pin 4 u GND pin Drive output 3 Kf Oo Hall Amp Matrix Pre Driver 65 DSD1790DBR AU IC206 209 212 Block Diagram DBCK DSDL DSDR PLRCK PBCK PDATA RST MDO MDI MC MS Audio Data input VF Function Control VF 8 Oversampling Digital Filter amp Function Control System Clock Manager M 0 Va 2L AGND3L lour lo L4 lourR AGND3R Voo2R Advanced Segmented DAC Modulator Power Supply Current Segment DAC Current Segment DAC DGND a a gt AGND1 AGND2 AGND3L AGND3R 66 Vcc 1 Vcc2L Vcc2R lou lo L4 lou oa VourR DVD 2900 67 Terminal Function TERMINAL 0 DESCRIPTIONS NAME PIN DSDL 1 I O L channel audio data input for DSD and external DF modes PCM mode zero flag for L channel by ZERO output mode select DSDHR 2 R channel audio data input DSD and external DF modes PCM mode zero flag for R channel by ZERO output mode select DBCK 2 11 Bit clock input for external DF and DSD modes PLRCK 4 Left and right clock fs input for nor
54. Pl 1 NO NO 3 A display of Pl error detection In the case of 1 layer disc it is number of the outer circumfer invalid ence of 2 layer and an address 4 2 Pl 1 NO 94 A display of PI uncorrectable In the case of 1 layer disc it is number of the outer circumfer invalid ence of 2 layer and an address i ul up D kS udi M u u i k ul u uli u 9 Table 3 Disc distinction information Mir Width F2C Count No Disc Except 2 and 3 CD High 2 More than More than reflection Ox8bED 0x99 CD Low 2 More than Less than reflection Ox8bED 0x98 DVD High 2 Lessthan 1 More than reflection Ox8bED 0x81 DVD 2900 3 miecount Mir Width Fzccount ND 2E35H IEEE 2 oeEDE 2 SACD Hybrid a DVDLow 2 Less than 1 Less than _ S reflection Ox8ED 0x80 Pl level Pl level V X 1 6 256 DVD 2 layer 2 Less than 2 Ox8ED SACD Hybrid PI level Formula PI level V Measured value X 1 6 256 Invalid Table 4 Disc classification information CDDA Low reflection 0704 VCD Low reflect
55. R129 R635 and R570 1 2 Image is not displayed Blue back DENON wallpaper 2 Check soldering Check Digital output signal for Video R IC101 183 192pin 1 101 PXD 0 7 VCLK RA101 RA102 R125 and R126 Check Digital input signal for Video G Check soldering GU 3497 YUV 0 7 VCLK e CX331 Continues to the Check process of GU 3497 VIDEO P W B 23 1 3 Does not Read Disc No PLAY 00 00 displayed etc 1 Disc does not Rotate Check the Emission of Pick up Emission of PU laser O K See attached sheet laser current check Page 10 11 Check Spindle drive signal e DMO H level 2 CD check process Check the RF signal Check the voltage of Test Point TP TP RFAC about 1Vp p Check Connection e C502 1C503 16MDRAM H alternate 3 DVD check process Check VSTEM communication VDT 0 7 COR VEFG COR XSHD COR COR L H alternate Check Request Signal Request From B E to F E HDRQ COR L level DVD 2900 1 Check soldering of P U short circuit 2 Check the circumference soldering of TR501 and TR502 3 Check connector insertion e GU3494 FFC CX241 4 Check soldering 1 501 CXD1881AR 5 Check soldering e IC508 FAN8042 Check soldering e 10502 111 113pin check R599 R601 R666 R669 e I C505 Check soldering e IC501 cir
56. REV FWD a 1 FL 13 12 13 4 5 6 7 8 J9 1 n X X 31 62 n DVD 2900 b In the case of trace mode error rate display refer to ta b 24 ble 2 trace mode details FL display The display part of 13 digits FL 13 ENSE B5 s 2 P D diim YY select mode 71 94 address and an error rate display atthe YY 71 94 F time of undecided F 5 Execution of trace mode error rate display 5 refer to table 2 trace mode details 2 e Trace will be performed if the PLAY button is pushed after PLAY choosing operation FL display The display part of
57. 40 39 38 37 36 35 34 33 32 31 29 28 27 26 22 2 23 24 25 Ao 21 A1 EH 2 Ea 4 6 7 DQ4 8 9 10 11 12 13 14 15 16 17 18 19 20 VDDQ A3 VDD D 3 j mn 5 gt 0 5 Pin Name Symbol Function VDD Power and ground for the input buffer and the core logic Data input output are mutiplexed on the same pin DQ1 Data input output are mutiplexed on the same pin solated power supply and ground for the output buffer Data input output are mutiplexed on the same pin Data Input Output Data input output are mutiplexed on the same pin Data Output Power Ground solated power supply and ground for the output buffer Data input output are mutiplexed on the same pin Data input output are mutiplexed on the same pin Isolated power supply and ground for the output buffer Data input output are multiplexed on the same pin Data input output are multiplexed on the same pin Isolated power supply and ground for the output buffer L DQM Blocks data input when active WE Write Enable Enables write operation and row precharqe E Write Enable AS Column Address Strobe Latches column address on the positive going edge of the CLK at low S 10 12 13 14 lt lt lt lt OIOI oo oH f Row Address Strobe Latches row address on the positive going edge of the CLK at low Disab
58. 68k O 94 00 OT 1 e e 9 O gt gt 5 i 120 00 A q a gt oe V GNDS 1 l A cs15 qm 0 LL zo ON 1 00716 gt m 186 v lt gt 9 y Se i 49 gt 01 D913 g Ho 0 ALO1ZT V1 77 94 0o v ON cu 5 100 50 KMF 07 R Du ok lt os 9 gt Fg D923 14155355 WGOAZT V4 a W lt f 0914 z all Icso4 x NO As ALOAZT V4 ptos it BAO33T Es 29 Lag E M 5 IN our oe ON 00 20901 M 24 2 98 S cose 1 H 7 7 100 80 KMF i Z GO AZ 07 e e z vo Sone 2 GND 0 gt TASOS 100 6 CS226 G 3 av_p3 m 9 cotes 2SD468 Cc m rg CKO 12 mo 9 RB411DT 146 m Dm on EERE i 250468 5 Ke OH Bev 1 HEAT SINK D TRSOS 5 4 cosa 5 W OPEN FBV NSW m On TRSO2 DTC114EK m My DTC114EK T ete zi nv IU QU zzz 0 OPE lt TO 7 1 cs46 z lt ay 12 42 0 ofm D e or T ST90 1 0 e H STYLE PIN a c9e21 1 100 6 i GNDS 41 1 STYLE PIN CKO 012 CKO 012 a i 77 7777 1 EP
59. CX052 5P PH CX271 CY271 27P FFC 27P FFC CX171 17P FFC 3P SAN 107 107 MEASURING METHOD AND WAVEFORMS To check the waveforms on the Main P W B the GND probe of the oscilloscope to Vref point Measuring Disc DVD DVDT S01 or TDV 520A CD TCD 784 It is better to use wires for extending between the probe and test points e When watching the HF waveform use the extending wire as short as possible When HF waveform is noisy or cannot discriminate the eye pattern replace the Traverse Unit after measuring the lop D 7 points have the certain test points shown below 142 GND Vref ION DVD DVDT S01 or TDV 520A CD TCD 784 HF lop N ESEU
60. EN e gt 1 FB402 10K 13P FFC 8318 EMUTE 5V_D3 5V_ RM 10 lt lt lt 23 sv ps P30 VDD W REM uim 1304 a 0 m 7 GND D3 GND D2 114 47 3v D4 m 3 3V_D4 20 MN 1O2HA6OEB 46 gt 10 3 4 54 P70 R309 TXD 1 _ 245 gt TXD GND_M 47 AXD um 1 8v D28 44 0 n Nel FB403 Pee ps IC303 RXD H FBMU1508HS2BON 5V_A2 C455 d GND_D3 2 CKO 4Z a A 509 pO C445 JN gt 69 God REGA FB304 9 100 6 D gt GND D Pee D oo 555 OO o No 1 OY EOS 1 8V_A2 Mao 3 9K 2 D301 aa 2076 2 necs o FBMJ1808HS280NT Peo m l 5 REG2 5 OO 3 GND A amp 36 155355 REG1 m 3 N 2 REG1 PCO my az FB308 55 ao q 3 51 3 SV D4 Pun 33 og R316 H EM 0 2 EB405 a v m gt vdounvmnonaoga 0000 C318 E o O gt WM gt gt gt gt exl a a a ou on 0 3 3v D2 FBMJteoBHSeaoNT 3 GADAG lt calS alala dede 10000000555 gt gt T CKO 012 n 920 T C306 100 86 3 ENT MK GND_D1 N m ofu gt m mm 29 RST C447 as gt gt a W 9 100 6 3 D Im gt GND 4 gt gt 8312 5 m 10 tot GND A2
61. Operation clock for PSP physical disc mark detection 124 WAVpp 2 5V Power A D Power supply for PSP physical disc mark detection 125 WAvpp 2 5V Power A D Power supply for PSP physical disc mark detection WARFI Analog RF signal input terminal for PSP physical disc mark detection WAVRB A D bottom reference terminal for PSP physical disc mark detection 128 WAVes A D Ground terminal for PSP physical disc mark detection 129 WAVss A D Ground terminal for PSP physical disc mark detection VSIO Ground for SDRAM data input output terminal MSB 132 006 WO SDRAM data input output terminal SDRAM data input output terminal SDRAM data input output terminal VDIO 3 3V Power for I O SDRAM data input output terminal SDRAM data input output terminal SDRAM data input output terminal 189 DQO WO SDRAM data input output terminal LSB VSIO Ground for I O DCLK Clock output terminal for SDRAM DCKE Clock enable output terminal for SDRAM 43 XWE O Write enable output terminal for SDRAM XCAS O Colomn address strobe output terminal for SDRAM XRAS S Row address strobe output terminal for SDRAM VDIO 3 3V Power for I O TESTO O Output terminal for TEST open 47 ___ ee 148 mmm O Address output terminal for SDRAM MSB 149 M0 0 Address output terminal for SDRAM 151 a9 O Address
62. gt d wo 25 p ue 8038773 u 8 ES JV4 lt 20 0 gt p 3 ay J R362 z W705 IM 14 2 P JV7 H E a Jv42 HE D E n W707 JV41 lt gt SA JV40 lt gt D y D E W 5 R242 Q 1 MW R246 D gt R241 W e NS co R233 l2 Sa ts Ww All Y ia A R238 8 R234 JV39 lt gt 2 y lt gt sh JV37 lt gt 9 lt 7 5 gt JV172 lt gt sf av e 1361 N gt a gt V lt gt E JV173 JV58 gt JV86 e 1C217 C393 L gt JV107 5170 gt a S7 Weed SLE AO L R274 M JV184 e 1 2555 R265 9 A R295 de 9 JV103 R258 R257 z p E D gt 12 W gt p 0178 lt 7 5 gt y c301 2 M lt R267 w Mw S y 1 lt 15 0 gt R275 gt JV106 lt gt gt 6 SV i pu gt 2 2 Du 5 N at 3 45 3 IER S W R310 CD z gt gt gt E R224 W w 0 JV187 z C341 C392 0 JV100 lt gt JV125 JV99 lt gt he 8 1 JV98 gt gt v3 gt R226 w JV177 w M JV188 R223 R225 R216 217 24 gt 5 ie W W
63. gt ae SR p ee ux gt FILTER T FLASH 12M OSC ROM DF DAC BYPASS PRMODE1 PRMODE2 DSD41790 1 6 1 FILTER O W vRST4 vAST2 gt 1 Y Y Y VCNT4 VCNT2 BCKAO SD CLK RGB A i i I P CONTOROLL N PxDO 7 amp DRIVER D gt 6 T 2 MUTE 1 BH7860O 1 Y ZC L 1 HSYNC VSYNC ES I gt S12Sfs 256fs VIDEO 20M OSC ENCODER ADV7300 DSD B6M CONVERTER i MDT MCK MLEN1 MLEN2 DFRES AMUTE EMUTE AMUTE EMUTE IC701 yor Yi ASPECT RATIO 521504 5 2 SCALER u S 1 b O s ss xc2s30 1 PHS PVS PHS PVS 64M 5 EAM 72M PLL Cp n lt POWER PWB gt ON lt N xC17S30 32 SEMICONDUCTORS Only major semiconductors are shown general semiconductors etc are omitted to list 1 IC s Note Abbreviation ahead of IC No indicates the name of P W B etc ICNo MA Main P W B AU Audio P W B PD P
64. ug _ 2 REA Us Y ON ere 45 gt Z 21070 aa s gs s DN ON ere lt gt Y 23 SO 1 1 I OO d ON g S 5 3 69 T 9SO Ta Y ON ov 281 W 2s 5 zd Ta P e K Atv Lot eceoas oo gt Sl 0 K 98 5 ved E O eas VES gt eva Q ogs s lt oss EAS ZE 99 o V TAS EES 5 2 lt TAJA eed s p O Seoss O SES m 0 0 T LS 5 o 0 0 5 0 S s 0 d i joj 59 H Ug eed cele 0 li o Westra 69 rs ee gt 9 09 o o o H Z cd a UT a e cd GS2 OJX o gt SO OJA9 H Soe 85 28 ae i p nol 35 a EA M szo ee SSS iT Ua d 5 yrvq qaA ostaj YO ved selG2 o oz93S 5 ves m NY 02 MYO OR Ostos 088 iig iu E
65. 4 screws from 2 5 4 the rear 5 2 Power P W B 5 2 1 Remove 5 screws on the Power P W B 1 5 2 Disconnect 2P connector CX024 2 CX024 Power P W B 6 Mecha Unit 1 Remove 2 screws on the top of the Mecha Unit and de tach the Guide Clamp Bracket with sliding in the arrow di rection 2 Solder the short circuit on the Traverse Unit Refer to Traverse Unit Disassembly on the page 7 3 Disconnect the wires CX151 CX241 CX031 CX051 connecting with the Main PWB 4 Turn over the Mecha Unit Main PWB assembly and re move 3 screws 6 1 SAGES SIL 267 7 2 7 3 CX151 CX241 CX031 CX051 4 2 7 Traverse Un
66. For U S A Canada MM amp MM model SERVICE MANUAL MODEL DVD 2900 DVD AUDIO VIDEO SUPER AUDIO CD PLAYER gt Am Q For purposes of improvement specifications and design are subject to change without notice 8 Q Please use this service manual with referring to the operating instructions without fail 0 Some illustrations using in this service manual are slightly different from the actual set 9
67. GIO15 97 64 EXPLDT GIO16 9 63 Exvco GIO17 99 62 GIO18 200 61 LRCK 5 1019 20 60 001 2 1 TRST 0 59 DADT 2 TMS 03 58 0200 1 TDI 04 57 DRVRDY 09 56 DRVCLK TDO 00 55 DRVRX VMCHG 0 54 DRVTX u Dvpp18 208 O 53 Dvop33 2 3 4 5 6 7 21364 156 1718 1920 21 22 23 24 25 26 27 28 29 0 1 2 34 36 37 38 39 0 1 2 5 51 62 gt 862128 222 2 22 22 2 88 28625801 68 8 8 gt 52 62 83 B 8 a gt gt e gt B E MCU I F Clock VSTEM I F 33 Block Diagram HFD HF ASP PWM ATC JTAG Mecha control Servo singnal DVpp33 Direction Data ROM RAM RAM DSP Vpp amp GND 16 4M DRAM ECC Core Memory EDC manager Video Serial Command Audio MCU I F MCU Servo control X tal Function Digital 3 3V Power for I O VSTEM ALCR MCU I F Chip select input L Reset MSELO MCU I F MCU I F mode select 0 MSEL1 MCU I F MCU I F mode select 1 MAO MCU I F MCU Adress input 0 data I O 0 lt LSB gt MA1 MCU I F MCU Adress input 1 data I O 1 MA2 MCU I F MCU Adress input 2 data 2 MA3
68. InOut SDRAM Data 120 122 125 127 130 90 PuPdDis In Internalpullup and pulldown disable test function m 186 Compatible Chip Select when HostMode 0 dedo 2 186 Compatible Data when HostMode 0 Chroma video input data when HostMode 1 HostData 7I VS 43 CXD 2753R MA IC401 Pin Assignment voc ros o a o pee Chor gt amo Weeds Oto 55505 5 Gh Medis o 88go2222222u02222vo02 22 0gmgu0pJuwuwuwwuaouuui sotoi u EOD 03 oe EO CCO ODD DD 5 5 5 5 pas 33 NON e g IFULL IANCO VSIO IOUT5 IQUT4 VDC IOUT3 IOUT2 004 3 vDIO 3 3 3v 39 002 3 001 39 2 5V 9 vsio 40 DCLK 4 DCKE 42 XWE 23 XCAS 4 3 3V XRAS 9 46 3 3V TESTO 4 A11 48 A10 49 vsc s 49 57 8 52 53 25 AT 5 3 3V 59 A5 156 A4 157 VSIO 58 59 25 9 05 gt z gt 550 G 22 x lt ZDFL PHRFFO PHREFi BCKAO BCKAI VDIO 63 3 3V DSADMR DSADML XSAK 6 2 5V voc C DOOOOOMOOPQQDOOQOOBDOOOOOOVDOOOOPDOOOOOOOQOO SDEF TESTO 69 TESTI 501 79 TEST so2 7 TESTO sp 2 P 504 73 XSUPAK 505 72 SUPU17 SD6 2 46 SUPDIG 7 3 a 2 3 3v 45 vD o Q x pe G YG X 4 Xs XeX X8X3 69 062636269690 09999 232225208
69. MCU I F MCU Adress input data 3 MA4 MCU I F MCU Adress input 4 data I O 4 doo N OO o N gt MAS MCU I F MCU Adress input 5 data I O 5 MA6 MCU I F MCU Adress input 6 data 6 _ N 7 MCU I F MCU Adress input 7 data 7 MA8 MCU I F MCU Adress input 8 lt MSB gt TESTSEL MCU I F TEST Select input MDO MCU I F MCU data I O 0 lt LSB gt MD1 MCU I F MCU data I O 1 N MD2 MCU I F MCU data 2 OO MD3 MCU I F MCU data I O 3 _ cO MD4 MCU I F MCU data I O 4 N O MD5 CU gd odo d d J MCU I F MCU data I O 5 N DVss Vpp amp GND Digital Ground NO N MD6 MCU I F MCU data I O 6 NO MD7 MCU I F MCU data I O 7 lt MSB gt N N MALE MCU I F MCU Adress latch signal input N MCS MCU I F MCU Chip Select signal input MWR MCU I F MCU Write strobe signal N N DVpp33 Vpp amp GND digital 3 3V Power for I O N CO MRD MCU I F MCU Read Strobe signal N cO MRDY MCU I F MCU Ready signal L Wait MINT MCU I F MCU Interrupt signal L Interrupt request
70. OL O STOPPED j E 06 0 STOPPED DVD PLAY DISC DETECT DVD FSCON TE QFE TSCON 20 ms OPI EX WIN T MIRR 28 ms E B V 1 58 mv A v 18 5 5 2 2 v 188 kS s 1 E V DO OL ES D STOPPED 4 v me L O 5 109 e GU 3496 1 POWER P W B e GU 3497 VIDEO P W B Tek Stop 19 2MS s 5 Acgs gt 2003 V HOi A 690rs i SO OM 1 5 F M PRISE EX PR CHA SOGV W MS OSMS CH 7 IY Tek Stop 10 0M3 s 15 Acqs t D T i 600r t 0 50 5 1 e 16 iH 3 lt edet oe E i H L DEES tD PRAES LJ MI CHT S CU 5 0 5 CF2 J ek Stop 19 2MS s 10 Acgs i E L d i Tek Stop 10 0MS s 5 E S S 2 z02mv 00 5 Chz 7 1 08 TOK Stop 10 CMS S 25 Acu
71. i GND_A Y 0 olo NJM2OGBMD X n IC222 ga m T my DZ 3 14 50 0867 66 09 62 63 6201 DUD UD GD WO 12208 5 ob te n9 W Tm lc 2 2 107 TI 0 T R349 R358 5 40 lu IN mo 2 7K 2 7K 9 M 02 gt gt gt 4 R234 R237 n lt 00 8 o lt gt 29 510 D R350 R359 ae 8g lt 88686 gt z 40 mm 7 8 lt HH 0 R384 9 qi 0 Ty 2 7K 2 7K 0 N ou H He 190 n i cu D Y 012 6 ua 0 mo Y W a emaa aa S g 8 p 49 00 Joo 0 0 gn ME x MINCE 2 21 220 N IL 9 T m ow CKO 1 gt 1 BH AHS EH TH BH SHO DEH qo a 0 R357 CF2700P 2 5 C364 220 TR210 TR228 T nd T KTC2875BRTK 220 T e N ae e 100 50 ASF KTC2875BRTK 2 ceo4 Lem CF2700P FTN C398 CK1000P 05 CKO O4Z 9 Q amp c os ND A Lt 90 W 8 E WP yO R362 J 4 R241 U 2K Ugi 0 aZ 17 C272 S20 z d q Y 9 0 au OPEN 144214 gt Oo t2721XZ c os lt 0 Y C281 i 8341 R351 CKO OAZ k 2 f ni ES 0 Z
72. qlz c279 36204 41 42 C362 15205 TRees Tu lt Q ati CKO 12 0 m 100 50 ASF KTC2B75BRTK gt ITE H NJMEOBBNB Q 0 3 t ny RISE KTC2875BRTK Res0 gt gt J 0 mom Olo 477 0 12204 O a 1 FB215 IC207 c395 A 2 2127 NUM2068MD 22 50 ASF BP mE TSv D3 G R226 R229 b 57701 155355 00 5V_A ON h 620 al 1 12 mere 560 96 olo Ty n 7 Q 1 Ree4 N ng Y 41 lt Boo 0 0 00 Bo cess a Od 0 ay ES m T LL Chi DTC114EK V v 0 U CF2700P 5 I GND D4 SA in W705 8382 GND_A 4 KTC2875BRTK D207 SpE e 2 M 155355 m 297 E CK 1000P ena Y 5 CF2700P FB210 Y Z R238 620 L m vo 415 823 W v EMIFIL D D N m 4 O18 po SIS a 05 us e Net No R361 2 1 90 DIR RN ein lt B233 mese ce 40oopl NS mn 2 Mo 10 1 620 520 JR 05 Us ow 09 C274 c3as5 o n Oo 0 ON N 0 7270 0 W Ww 5 YIO c363 um 0 e He o o a 100 50 ASF p347 8356 E 00 al 9 0 Q i gene MN Ze qu 2 WsETceeZ5BTK KTC2875BRTK chi 7 156 V 00 O o un H NOMEOGBGEND per o 78209 220 gt gt 7
73. 0201 C202 T201 27 DVD 2900 3 GU 3497 VIDEO PWB 1 Progressive output does not outputed Check Power Supply Voltages 3 3V 03 5 01 5 V1 3 3V V2 42 5V V1 1 8 03 Check Oscillation circuit Check soldering e CY331 e IC712 C714 IC 703 MC504 Set up N G Check soldering 20MHz Oscillation RESET H Check 1 701 RESET H Check 1 704 RESET H Check 1 601 RESET H Check 704 RESET H lt O O A lt 2 Interlace output does not outputed e X701 Y O K N G Check soldering e IC701 N G Check soldering IC704 O K N G Check soldering C601 N G Check soldering IC704 28 ELECTRICAL ADJUSTMENT FOR VIDEO 1 SETTING 1 Connect the monitor TV to the video output terminal 2 Connect the oscilloscope to the Y signal and C signal of S VIDEO output terminal and each terminate at 75 Ohms 3 Connect the oscilloscope to the Y signal PB signal and PR signal of Component video output terminal and each terminate at 75 Ohms Use the 75 Ohms resistance must be 1 4 DVD test disc DVDT S01 2 BEFORE ADJUSTMENT 2 1 Setting the Oscilloscope as below 1 PB PR TIME DIV 2uS b VOLT DIV 100mV Use the probe x10 2 Y C TIME DIV 2uS b VOLT DIV 50mV Use the probe x10 Power on Power
74. 1 zo5 Bpd 1 206 BD T 207 BD 208 1 DVD 2900 Functions Bit stream input interface SDRAM interface BD 7 0 Bit Stream data input BCLK l Strobe Signal from BD BDEN l The validity of the data extracted from BD is checked BDREQ O Data Request signal BSECH Directs whether the data of BD is the head byte of a selector MD 15 0 Data bus line with SDRAM MA 11 0 SDRAM Address bus line MBA 1 0 SDRAM Bank select line DCS fS SDRAM Chip select DCS2 4 SDRAM Chip select DCS3 Ud SDRAM Chip select DCS4 No SDRAM Chip select DCS5 SDRAM Chip select RAS SDRAM RAS Row Address Strobe control CAS O SDRAM CAS Column Address Strobe control DQMU O SDRAM control DQML SDRAM DQM control DWE SDRAM WE control MCLK oO SDRAM operation clock Functions Video output interface Pecos _ fen __ dyni15150 Sao sP leswe _ osv _ CSYNC Y T Composite SYNC signal input OSDKEY ow OSD Key flag output PWD NONE Phase detecter output for external synchronous operation HSYNC EN Horizontal SYNC output VSYNC 0 Vertical SYNC output Functions Audio output interface 400 Serial PCM data for DAC 401 Serial PCM data for DAC 02 AS Serial PCM data for DAC AOD QVO 4 Serial PCM data for DAC DOCLK Yo PCM bit Clock LRCLK Channel Clock
75. 120 1 2 3 4 5 6 7 8 E 7 5 1 A 9 EMIFIL 11A121 C878 lt CKO 12 0 1 C879 CKO 012 N Sd C880 9 u GND A1 CK 1000P x N i FBeso 00 7 4120 uj Ow 0 E 0 0 00910010 1 4o 2 ZG O i rum H ms 2 0 2 v 2 O C BL irr 51 gt 0 DTCA44EI Q GND v4 5 dum YC H KS or RGB H c875 KO 14 410P TUCP SOCKET 1 gt 100 6 3 N D 0 R877 vo 9 0 R278 JK851 DU of B mm a RGB CONNECTOR OX a m 00 m 6884 OF b 75 EMIFIL 11A121 amend 100 6 3 R874 FBSSS x tea al 3 GEN x i JE x 4 EX isa isi N ws 9 2 F Iz z z zb RGB OUT L H T m i i n 1 D O 15 lo lo 515 IO fo GJ 93325 oh mlglolo WIrloIO SCART JIN EUROPE MODEL ONL Y W701 26 c NA _ S EE EP 25 Sho a _ VIDEO SIGNAL SCHEMATIC DIAGRAMS 9 9 E GU 3343 1 SCART UNIT Europe model only 120
76. 206 2202 006 206 2203 005 206 2213 008 203 5224 008 SERVICE STATION AC CORD SET E3 AC CORD SET E2 AC CORD SET 3P PIN CORD LIST for JP for E3 for E2 for JP 399 0860 001 505 0312 028 503 1444 009 501 2172 031 REMOTE CONTROLLER RC 934 BATTERY UM 3 ASS Y CABINET COVER CUSHION CARTON CASE for E3 E2 501 2172 044 CARTON CASE CONT CARD L SUB ASS Y UPC LABEL E2 POS LABEL E2 POS LABEL for JP for E3 E2 for E3 for E2 Black model for E2 Gold model 517 1477 004 513 3579 005 513 3579 018 513 9111 001 515 0944 008 POS LABEL REGION LABEL NO 1 REGION LABEL NO 2 COLOR LABEL GOLD WARRANTY HOME for JP for E3 for E2 JP for E2 Gold model for E3 Ob gt t OF x 515 0919 004 GUARANTEE CARD S 106 for JP DVD 2900 WIRING DIAGRAM CX024 2P VH AC IN CY025 2P VH CY171 17P FFC SW GU 3496 2 DISPLAY UNIT LED UNIT E GU 3496 4 P SW UNIT CW035 CX052 5P PH CX054 41 5PPH 4P PH CX041 CX051 4PPH 5PPH GU 3343 SCART PWB UNIT E2 MODEL ONLY GU 3496 7 GU 3496 1 CY131 I F PWB UNIT 13P FFC CX101 10P TUCP POWER UNIT GU 3497 GU 3495 VIDEO PWB UNIT AUDIO PWB UNIT CX121 12P PH CY121 GU 3494 MAIN PWB UNIT CX025 CX061 2PVH 6P PH CX331 CY331 FFC 33P FFC DVD DRIVE MECHA UNIT 15P FFC
77. 6 a If the STOP button is pushed into servo adjustment val a ue display mode and trace mode error rate display it m _ Bi will return to the state at the time of a test mode injection STOP FL display The display part of 13 digits FL 13 11213141516171819110 1112113 111213141516171819110 1112113 HS ING 1 1 1 IW T T T NLMN T b Push the OPEN CLOSE button twice and carry Out Ser b OPEN CLOSE 2 OPEN CLOSE vo readjustment in OPEN operation gt CLOSE opera tion F C P It readjusts with test mode MOSER 6 OPEN display l CLOSE CLOSE display LOADING LOADING display FL 13 FL display The display part of 13 digits 1 2 314 5 6 7 9 10 H 12 13 te ROT Ae STOP REV 2 c By pressing STOP button and REV button simulta neously in the test mode it returns to heat run mode
78. DQ8 NC Vss DQM1 NC NC CLK CKE A9 A8 A7 A6 A5 A4 A3 DQM3 Vss NC DQ31 VccQ DQ30 DQ29 VssQ DQ28 DQ27 VccQ DQ26 DQ25 VssQ DQ24 Vss W986432AH Terminal Function Pin No 25 27 60 66 24 Pin Name A 22 23 e 16 28 59 71 CS C DQM0 DQM3 C N O A m 1 15 29 43 44 58 72 86 3 9 35 41 49 55 75 81 6 12 32 38 46 52 78 84 14 21 30 57 69 70 73 NC 0 A10 SO BS1 DQO DQ31 S RAS AS LK ssQ LM 48820 gt 67 50 2 4 5 7 8 10 11 13 31 33 34 36 37 39 40 42 45 47 48 50 51 53 54 56 74 76 77 79 80 82 83 85 RAS CAS WE DQM0 DQM3 Vcc _____ Vss Power 3 3V for I O Buffer Function Address for row and column Bank Select to activate during row address latch time Data Input Output pins for data Chip Selec to disable or enable the command decoder Row Address Strobe Column Address Strobe Write Enable Input Out put Mask Clock Inputs Clock Enable Power 3 3V Ground Ground for I O Buffer No Connection ML9207 01 PD IC101 N Hi lt gt X 8 lt 9 9 2 255d gt gt 5 2 Glol ole 006 858808181815 AD3 1 160 COM22 AD4 2 59 COM21 SEG1 3 58 COM20 SEG2 4 57 COM19 SEG3 5 156 COM18 SEG4 6 55 COM17 SEG5 7 54 COM16 SEG6 8 53 15 SEG7 9 52 14 SEG8 10 51 COM13 SEG9 11
79. SE b 2 a DV D d 9 FL FL M FL dT DVD DVD 44 gt 4 gt RAY DRV 030307 B E 6237 PANEL 6236 Tu B E 5 Ver 6236 6236 Ver 6237 6237 Ver 030307 030307 14 4 Setting up the test mode 1 Setting up In order to set up the test mode you press STOP button and REV button simultaneously in the heat run mode Fun damentaly you can set up the test mode at the stop state after
80. Tray Error Navigation Pack Read Error 2 Initial Setting Mode 1 Preparation a Equipment used None b Unit setting No spec other than the following procedure 2 Procedure a Initialize the DVD player when ucom peripheral parts of ucom or Main P W B has been replaced in servicing b Carry out the following to restore factory setting mode At the player stop condition press 3 buttons for DVD oper ation PLAY OPEN CLOSE and SKIP until INITIALIZE appears and disappears in the FL Initialized appears and disappears on the TV screen c All user setting will be lost and its factory setting will be restored when this initialization is made Be sure to mem orize your setting for restoring again after the initializa tion 13 NN FRP ERROR 05 gt ERROR 06 2 1 b 2 a e 2 DVD b D V D gt
81. ees 0 0 o li 27 gt O eed eel D o o OO OG OO 6 8 ven 26 12 lt a se 1 T25 o r o o e o TY es J 524 ze wl agl a RB o ar d ez l ose NE Cee oye sa 4 ec pn T 0 4 T 0 o AE E 12 ZTS AME sts 8 er D STS s 9 Td a 2 lt 27 ETS m 3 O 0 Qi TTS gt gt a ede 33 Zd 26 25 Sd SIS SIS c es c s Gy Q dN dN Pr 2 gt LO S Y 10 m SSesst n eora q N3dO LU Y W ZOTHL x m 2 gt 47 D n S d ozz SzT8 a P voreedas E B 3 n 0 m 4 2 o oe o 588 EE Flal mE mim ht Qi m r Ir n E 96 95 06 1 oO al gt 5L 41210 0 ajo 0 NYS dE H S OMO PAL E LUE IE uU u ig s x H r 249 NZ ABONY LS t3MOd YN 2 244 SSESST n 0 lt lt 20 n TF 185
82. gt 0 e gt gt E l R218 gt JV97 lt gt gt JV96 lt gt S m JV128 gt 5 lt uU v 5 R215 T d 2 R355 A T gt S facem gt 76 JV143 T201 lt 20 0 gt JV156 DE seu 3 o JV157 W706 O JV160 Ww R315 R319 6372 E JV155 gt a C371 314 R318 N E V Iw A R324 R328 C374 gt JV154 gt oe C373 R323 R327 W N gt A JV164 gt R334 R338 D CE V JVI63 5 C362 W701A JV153 12 5 gt C385 C361 oh R333 R337 W W gt jv Jvi58 lt gt MS we JK202 W703 N lt gt R347 R356 COMPONENT SIDE FOIL SIDE 78 DVD 2900 GU 3496 POWER DISPLAY P W B UNIT AWVn12V0 5 I co M qu I AW 12V0 GU 3496 1 22234906101 T1AL 250V 00 lt 44 gt LOVAS Cor LELAI lt S L gt SOLAS 2849 99 lt 1899 lt 4 ZOLAL 9 lt 0506 gt 6 LEGY 9 68 1168 My 1 gt JV11 301 30 39NVH23U 30 3181513 NA TILA e 20621 BL rie 1 OUT COL GND i M 1 4504 307 JWVS _ ALIM A INO SOV 1435 3013 30 ASTY ISNIVOV 0112410 amp 4 C 30NIINOO 803 e NOT INYO GU 3496 5 AUnM42V0 CN I 0 0 I gt
83. lt 4 45 434 0 e SMUTE 8458 VOTS COREG OPEN AW gt DSDAST 0 VDTA4 COR lt R459 e gt MSREADY 2 VDT3_COR e 8460 c MSDATAO R461 e MSDATAI 5 lt lt R462 e MSCK O VDT4_COR lt R463 e S gt xMSLAT 3 1010 COR t SELDSD m XRST PLD lt jus 0 ness m 33 4 N MCK33 lt o MCK33 to Ext PLL d 16405 33 4 3 I C MCK33 8 0 16405 0 PLCK j HDOUT 0 m 1 gt HDIN to RF AMP lt RFAC HCLK 0 9 4 22 3 3V_D4 gt B m CXA18814R M A J EN 2 4 gt DSPAST n N HCS u 3 ICAOS5 no gt INTAPT 0 SN74L VOAAPW EL2 Ox p cLs pmv cr to MOTOR b gt 0 lt FANBOA2 R617 Mech LL V_CONT IC405 o D gt cs op 0 f CLK_OP a DATAO_OP AG IC405 R618 u 0 Y 0 04141 08 9 E SN74LVO4APM EL2 BEON to Cx502 CLS SWw lt gt nERES gt OPN Sw lt P IC405 Li ps 0 gt EMUTE C321 5 100 6 3 C315 BN 1 W CKO 12 C317 E CK1000P amp L FLASH MEMORY 7 qo SG HB FB401 FB406 2 5V_A2 AT4A4SLV41O25 70JUC 42V_M4 FBMJ150BHS2BONT EN uo 2 5V_D1 FBMJ1608HS280N m D gt PRMODE 1 y 6443 N 0 100 16 1 CLK_OP PRMODEO F 49 DATAO OP gt BYPASS ON ST GND M2 GND_A2 407 2 5v D2 P24 e CLS DHV FBMJ1608HS280NT OPN DRV CX434 198 pas PANEL CONTROLL
84. vo oj o o o o o 98556 mo a 3 EE EN 9998 mms m x COMMON SIGNAL VIDEO AUDIO PCM ey L R307 ie AUDIO SIGNAL DSD x201 22 UNE SCHEMATIC DIAGRAMS 2 9 H GNO Da GU 3494 MAIN UNIT 2 3 4 7K R304 R305 R306 7K 4 to DISPLAY UNIT GU 3496 OPEN 3496 113 SCHEMATIC DIAGRAMS 3 9 DVD 2900 114 1 2 3 4 5 6 7 8 9 10 11 71
85. 0 GC cp 13 gt 8 CO Gain p 4 2 L TOPHLD Offset CAR b7 4 12dB is added m se PDCR 03 high gain mods GCA ps TE MASK SEL MU CE CD DVD Ap CDR b5 1 TOPHLD 0 8dB 4bit SUM 4 PI CER b4 0 FE 42 MNTR CE offset CE MON 6dB is added V25 SEL amp high gain mode RESUM V125 CDR b5 1 V25 3 PIOR b7 5 CD_E 18 GC 44 020 3 LPF 7 ATT 43 CD_F 17 GC GCA LCN 3 CTR gt putt 1208 4 CEPOL uff CDR b5 REG Be TRCR2 b3 0 High Gain 3B 7 CP 1208 is added high gain mode 8 CN CDR 0551 omp A2 3 po EQ gt IMUX lt PHASE Y E LPF il GCA 39 82 4 EQ DETECTOR amp dnd DP C215 p EQ PDCRb3 TRCR2b7 CEFDB TRCRb5 0 CFR b7 5 lt e PHASE CD DVD CP CN TR offset TR Gain 6 Ed b POW Imp for TE FE amp CE output ref 1 for PI output ref 3 orPLoutputret V25 3 V25 2 b2 0 TRCR b6 vigs 2 b6 4 DPD COMP HYS CDR 62 7 ak DPD EQ CHR 07 6 VCI for servo input Mirr Defect Comp ATT mn 20 VG b6 4 CONTROL CDR b3 CCR b5 AGCO MRCR 67 0 Comp Signals lt 48 SDEN APC SEL droop ATT Level 2 To each block DVD CD CTCR b5 4 control SERIAL PORT 47 SDATA 245 Btm Env MEVO SEL 3 REGISTER LD H L Y lt 46 SCLK ATT gt TOP
86. 048 RUBBER SHEET 53 102 0644 005 TOP COVER for Black model 53 102 0644 018 TOP COVER for Gold model 55 146 2309 005 LOADER PANEL for Black model 55 146 2309018 LOADER PANEL for Gold model 56 135 0065 008 DVD A VIDEO PLATE for Black model 56 135 0065 011 DVD A VIDEO PLATE for Gold model 57 5133747 015 RATING SHEET for E3 57 513 3798 019 RATING SHEET E2 for E2 57 513 3800 017 RATING SHEET DOM for JP 59 513 1381 004 MANUFAC DATE LABEL for E3 JP SCREWS 101 473 7001 048 2 6X8 CBTS S Z 103 473 7002 018 3X8 CBTS S Z 104 473 7003 017 3X8 CFTS S B 106 473 7015 005 3X6 CBTS S B 107 473 7500 044 3X8 CBTS P B for E3 JP 107 473 7500 044 3X8 CBTS P B for E2 110 473 7512 003 3X8 CFTS P B for JP 113 113 477 0263 005 477 0263 018 3P SWELLING SCREW 3P SWELLING SCREW for Black model for Gold model 114 115 SPECIAL SCREW 9 SP NUT 101 Attachment for D connector Attachment for Rotary switch 102 DVD 2900 EXPLODED VIEW OF DVD MECHANISM 102 PARTS LIST OF DVD MECHANISM UNIT 3370118001 DVD MECHA TD 5HP D3 9KA 7P08 5 9KA 2P84 1 9KC 2A00 3 9KC 2G02 9 DVD 2900 103 Note The symbols in the column Remarks indicate the following destinations 53 U S A amp Canada model E2 Europe model JP Japan model MAIN CHA ASSY CLAMPER BRACKET GUIDE CLAMP BRACKET LOADING MOTOR ASS Y LOADING GEAR OK 7
87. 1 Ot Jv4109 7 S 100 25 H 5 oh P e 3 1 M 4 A 3 a A 4 0 04 ASOgA11 100716 Cg J i ESN 60 5 D 1501 m DN CKO 12 m ESN NTH411DB8ROLA coos vm cWeTBHANS 0 mo 09 Q S GND_D 4 1 D901 THSO 1 N 100 400KMG 90 on 7 cet SM w EMO 1A E Y D910 1 ii E2 47 400KMG 9 i Sa Ea 8 Y 0 big 5 1 COLD e gt a oq lt C IN IG 3 gt gt 45V SW GND_D1 ai 700 a M FMB 2204 1 GND 4 E BABS LO Ag 9 F ort Su de 1 4 9 3 n ON s wa 07 0 59 E DN ag uq D _907 m N 1 55 L 5v_p3 y csos 3 gt ELT a gt Q 05 p 0 4 7uH 5 5 m 1007 6 3 CKO 012 He New To GU 3496 4 220P 2KV N e i E 0 0 NE x 22 zl f 188 2 5 299298 8 CXO 5 EP tee EMO 1A CgoeA A 25527 012059 005 av A D904 998 S 0 0 Du H 251 0 tL QN p AGO4ZT 1 22 05 291 mz 0 4 gt d HO QN oi AN 2 w gt 5905 0 9 INE Oo Y R901 00 wa 09 gt EAT SINK A 06 TO D
88. 1223 CD PO DVD 2900 Table 2 trace mode details 2 YY Contents Contents supplement 7 A display of PO error detection It is invalid at the time of CD 71 1 PO CD number of the inner circumfer operation 72 1 PO CD 7 N 3 A display of PI error detection CD C1 error detection number number of the inner circumfer ence of 1 layer and an address N S ence of 1 layer and an address 2 A display of PO uncorrectable It is invalid at the time of CD number of the inner circumfer operation ence Of 1 layer and an address 73 1 PI CD C1 4 1 PI CD C2 75 1 PO CD 6 1 PO CD 7 1 Pl CD C1 8 1 PI CD C2
89. 14 330 VR701 706 211 6148 906 V03PB471MT RHO3ADCS VR708 211 6138 903 V03PB102MT RHO3ADC CAPACITORS GROUP C601 602 257 0512 903 CK73F1E104ZT C603 254 4465 905 CE67C1C220MT C604 609 25 0512 903 CK73F1E104ZT C611 613 25 0512 903 CK73F1E104ZT C614 254 4465 905 CE67C1C220MT C615 617 25 0512 903 CK73F1E104ZT C618 619 25 0509 929 CK73B1H102KT C620 621 25 0512 903 CK73F1E104ZT C622 623 25 0512 903 CK73F1E104ZT C701 707 25 0512 903 CK73F1E104ZT C708 25 0511 904 CK73F1H103ZT C709 25 0512 903 CK73F1E104ZT 95 pawamws Remis C710 254 4465 905 CE67C1C220MT C711 C712 C713 715 C717 721 C723 724 25 0511 904 254 4464 906 25 0512 903 25 0512 903 25 0512 903 CK73F1H103ZT CE67C0J101MT CK73F1E104ZT CK73F1E104ZT CK73F1E104ZT C725 726 C727 C728 C729 738 C739 254 4464 906 257 0512 903 254 4464 906 257 0512 903 254 4464 906 CE67C0J101MT CK73F1E104ZT CE67C0J101MT CK73F1E104ZT CE67C0J101MT C742 C743 C745 746 747 748 C749 25 0511 904 25 0512 903 254 4464 906 25 0512 903 254 4464 906 CK73F1H103ZT CK73F1E104ZT CE67C0J101MT CK73F1E104ZT CE67C0J101MT C750 C752 C753 C755 756 C758 25 0512 903 25 0511 904 25 0512 903 25 0512 903 257 0509 903 CK73F1E104ZT CK73F1H103ZT CK73F1E104ZT CK73F1E104ZT CK73B1H821KT C759 C760 C761 C762 C765 766 25 0512 903 254 4464 906 257 0510 921 257 0502 971 25 0512 90
90. 2a HA703 gt C7B4 C702 1 66 GND MemData 10 22 _33X4_ IO CKO 1Z 195 GND 55 Yoo gt 7 22716 8 HostData11 I EE 3E MemData9 57 W T Y D c783 71 HostData10 gt MemDataB S you 470 m Ir 0 TK1A5420MTL 8702 173 HostDatag D PuPdDis 55 5 SH R787 av AW 10 16 MVB 0 HostDatas T vDO3 OPEN V2 5 ou mium SYNC al RSVD MemDatao Yo2 N NA 225 vs MemData 1 82 3 a 0 a N HS MemData2 5 gt 3 C RTE WP va Q 7 F 3 178 0 Ro HostDatas IL ye CQ BN 2 FR FR 1 MemData4 YOA 17 0 00 OY 180 FostData2a MemDatab5 57 a Ya 60 iB81 HostData1 MemDatae 35 yos T VC C704 i85 HostDatao dE 4 MemData7 15 va 0 0 n 02 GE 12 es vocs GND 58 oz o a al N lt gt gt yos a Rot n L RG 07 4 M as Det3saPD WE T YS vs TR704 EE EC cas 2 z SATUS P JC XE FSS T 9 Detvideo RAS 07 11 2 186 RSvD 22 WT C748 M ESB709A C777 tma Dti C782 2SD601A R827 23 See c Re MemAdar 12 VDD3 22 12 22 16 470 C705 vDD3 3 GND za RA704 S vop ails ES J CKO 12 SND ssvo 33X4 CKO 1 Tes SDout 11 55 DGND IC740 193 WSout MemAddr 10 25 R753 33
91. 30mA m CD 30mA Disc no read unsteady playback etc Laser drive current check HF wave form check Refer to page 109 Present value exceeds the ini tial value by 1 5 times Traverse Unit replacing See page 7 for details Laser current registering after replacement Step Disc playback Write the measured value on the seal attached to the Mecha Unit As to the measuring method refer to page 10 11 1 5 HF 109 1 5 7 lop lop 10 11
92. 5 corga 0 5 m SSESST i g 23 0 _ N y T QN 0 G d 028 lt 7 MS aa 90 E Jd NE 5 ot Tu Og lt xd ZOOWXDOT EE gt 0 zoran g2 5O OW 20 b lt 5 5 2 E T e T3004 miz Q C ol Sin 0 ni sO 2 bh o uzi OZ m oil NO E ba Ir i TI Fl 0 Ox NNDD L 6 m OOGBEO AHv LOH i m lt 0 00 627 V a 2 0 0 117 GU 3496 6 SW UNIT MAIN PWB UNIT TO GU 3494 1 SCHEMATIC DIAGRAMS 7 9 DVD 2900 118 1 2 3 4 5 6 7 8 9 10 11
93. 5 W102A MCK33 05 5968 1 P47 W TRDATA3 Y D Bg 5 VCCX 47 XMSLAT 26414 gt TRDATA2 OPEN DSDRST A613 INTS OPEN 137 Ane 44 SELDSO R612 138 23 OPEN ss vss GND D2 GND M2 GND A2 GND_A2 8611 W 5551 125 aie pr 2 13P_FFC F 141 40 6173 R164 7777 A THDATA1 5V_D4 E 25 GND D GND A2e 43 3V Di Faics vee inro 29 _ 12 MC_INT2 TOK EMIFIL 1141 1 8 N oan 3 rNr1138 MC INTR 10K 2 vss 2 Oe rece DAVIRQ a 5 H 5 IN OUT QT xXOmOgm DX KS Wem TDI cess 8155 e 0 R293 ye lt V e eco 014 92 7 7 T _ gt gt 10K TDO R294 bal YIO 5 25 E TOK 9 ws CKO 1Z R295 MC TRST 9529 16 lt Mc_TAST DBI pgr X R296 GND_ 14 9 3 3v_D1 VCC 1 116 7 2017 C RST e GND_D 4 3 3V_D1 1 561 B m i D103 0105 3 DRVRDY 198355 155355 Tussvent P ORVTX vss m IC407 Tm GU 349g4 snt 2 3 s o o s 5 M 3 TC7WH157FU D DT to PANEL CONTOROLL uCOM GND_D1 181 R283 paves CKO 1Z a t Q CKO 012 ait W a2sa gt Jot IC105 3 nl 99
94. 6 3 C431 R440 yy 22 503 097 EM d m o d d N CKO 12 435 R441 yyy 22 SD4 8 066 944 444444344444111129999409924 44 i 3 3V D2 R442 505 35 DUNS MB mme B S ERES Md Eroognogacogogg0oQgQO9gO0S oonzaonnnononnonzg5t Em cass 443 22 506 pas 4 4 lt 4446654 CKO 012 W 004 s Ava 134 pa4 DSL QU Ee ss gt SD7 BV T gt ORO g e 8444 yy 22 ICAO2 g 9 ela d VDIO 3 3V 8 DH g 8 gt vero ceND BS L 16M SDRAM B8B Da2 NM 126 22 gt gt gt 5 85 ov 8445 SDCK I 1 237 10 14 824 o NEAR 091 i MN 138 Da1 voc 2 sv 23 y 5 A R446 22 432 pao 2 87 IANCO C436 2 5 SDEF job T BB IFULL lg CKO 12 S R447 M 22 VSIO GND 130 VSIO GND IOUT i W DCLK R427 W2 AL JOH C 89 IEMPTY R448 7802 M DELK A So MES SV vsc enD PP GND D2 W DCKE i TauT 1 ZR A414 10K R429 W 22 143 WE Z 00 DCAS 430 N22 144 77 Z Y R415 10K DRAS XCAS VDDSD 3 R450 c B491 y 145 XRAS DSARS 2 DSARS q Uz zs C432 Lo o wou i VDIO 3 3V ZDFRS der tb 8451 33 Oz E
95. 759B7 19 JV37 lt 1 5 gt AUn12V0 5105 FWD 5104 REV 5103 STOP 5102 PLAY 5101 PAUSE JV2 lt 1 5 gt 101 0 5108 SRCH 5106 SRCH 4 JV101 lt gt No a 55 F N e e ES E BaP s 86A lt SLI gt SeAf lt gt NUI 96Af MONS S NSL ant BU 56 ir 92 OP CL JV85 Same JV88 lt 15 0 gt JV8 amp 12 5 gt JV89 ST eis JV77 FL101 ELAN N mi e LO p 6 LD101 AUDIO R174 COMPONENT SIDE 78 DVD 2900 FOIL SIDE 19 DVD 2900 GU 3497 VIDEO P W B UNIT s E L0L9 60L9 709 cpgy 209 8 Ep ESSE LSLY E e L 106 5 0194 LE6Y 80 BEGY E 1 O 776 1 S764 0 1188 60481 oe PEU ut EM S0LUI 6810 He oe Er Wu o 59 N gt e s L 1 2968 901 41 7698 R821 R936 R820 R819 c 6099 90LVH Louw L1 L 1 095 5095 L lei9 B 16684 CTS 5782 7085 Er ge L 1 9698 5089 B 7068 Lu L706 6813 ReTI T 1 L1 L1 C874 8189 6183 C866 T TR712 aH e Ik ua 8082 7718 1082 1612 E 1189 NOSE 5 D ON y FR ae L199 2 T 2 9182 e y Ns sea 61
96. 8 9 10 1 12 13 IT17 A NOPE ON F F F f F An address and an error rate display F at the time of undecided 4 Change within the mode If the REV button or the FWD button is pushed in the state where the mode is decided a change within the mode will be made a In the case of servo adjustment value display mode re fer to table 1 servo adjustment value display mode de tails FL display The display part of 13 digits 1 2 3 4 5 6 7 8 9 10 1 12 13 ITIXIXIn lnlnlnlnlnlnlnlnln XX selection mode 31 62 n adjustment value 15 DVD 2900 4 1 REV 2 OPEN CLOSE PLAY 2 PLAY PAUSE LOADING FL 13 1 12 13 4 5 16 7 8 9 10 1 12 13 UNA ah QM 2
97. CE67C1C220MT CK73F1E104ZT CE67C0J101MT CK73F1H103ZT CE67C1C220MT C502 503 C510 C511 512 C513 516 C517 520 25 0511 904 254 4465 905 25 0511 904 257 0509 990 257 0504 908 CK73F1H103ZT CE67C1C220MT CK73F1H103ZT CK73B1H222KT CC73CH1H220JT C521 C522 523 C524 C525 526 C527 257 0516 954 25 0510 934 257 0507 976 25 0511 904 254 4465 905 CK73B1E104KT CK73B1H472KT CC73CH1H331JT CK73F1H103ZT CE67C1C220MT C528 C529 C530 C531 C532 535 254 4465 918 257 0509 929 254 4465 918 257 0509 929 25 0516 954 CE67C1C470MT CK73B1H102KT CE67C1C470MT CK73B1H102KT CK73B1E104KT C536 C537 C538 C539 C540 257 0501 901 257 0516 954 257 0501 901 257 0506 993 257 0509 929 CK73B1H103KT 1608 CK73B1E104KT CK73B1H103KT 1608 CC73CH1H151JT CK73B1H102KT C545 C546 547 C548 C549 C550 254 4464 906 25 0512 903 25 0511 904 257 4010 906 25 0512 903 CE67C0J101MT CK73F1E104ZT CK73F1H103ZT CE67C1C101MT CK73F1E104ZT C551 553 C554 C555 556 C558 C559 257 0520 911 257 0516 954 25 0512 903 25 0520 911 25 0512 903 CK73B1A224KT CK73B1E104KT CK73F1E104ZT CK73B1A224KT CK73F1E104ZT C560 C561 C562 C563 564 C565 254 4465 905 25 0501 901 257 0516 941 25 0511 904 254 4465 905 CE67C1C220MT CK73B1H103KT 1608 CK73B1E473KT CK73F1H103ZT CE67C1C220MT C566 C567 C568 C569 C570 25 0511 904 254 4465 905 25 0511 904 25 0508 917 254 4
98. DADO DAWS 6 e IC204 1207 DABCK MCLK e CX271 2 Check IC204 205 e DSD PCM Q pin H Check audio select output Continues to the Check process of GU 3495 AUDIO P W B 26 DVD 2900 3 DVD VIDEO AUDIO Check DVD digital data output G Check soldering C101 DATA 1 3 LRCK BCK 1C101 159 170pin check d e 10201 46 71pin check 1 Check power supply voltage Check Bus manager output G IC201 3 3 D4 2 5 D1 10201 MELD 0 2 I MEL WS 2 Check clock oscillation MELBCK e IC201 X103 12 288MHz O K 3 Check control signal e 10201 DSPRST HDOUT HCLK INTRPT HCS O K 4 Check communication e IC201 IC202 P ROM 5 Check soldering e 10203 Check soldering e I C204 1C207 e CX27 1 Check audio select output DADO 2 DAWS DABCK MCLK O K Continues to the Check process of GU 3495 AUDIO P W B 2 GU 3495 AUDIO P W B 2 1 No sound or Noise generated at audio output terminal 1 Check Audio Output terminal then Input pin of ICs FL FR 206 Audio input check See attached sheet waveform Page 115 O CNT SW 1C209 Audio input check e SL SR 1C212 Audio input check 2 Check MUTE Circuit and Transistors e Check MUTE circuit Check Transistors TR217 TR220 TR211 TR226 2 2 Does not output Digital output signal DOUT Check belows
99. DVD 2900 DVD Laser current measurement 4 1 DVD LD DVD o 5V A2 Oscilloscope 1 5V A2 GND LD DVD 2 DVD 1 1 3 5V A2 LD DVD Oscilloscope Connect the oscilloscope to 5V A2 of test point for GND side and LD DVD of test point for signal side Playback the title 1 chapter 1 of the DVD Test Disc Measure the voltage between 5V A2 and LD DVD cal culate lop by the formula as shown below lop Measurement Voltage Value E 14 Resistance value lop 4 2 CD 1 LD CD 2 CD 1 3 5V A2 LD CD lop 5V A2 GND Connect the oscilloscope to 5V A2 of test point for GND side and LD CD of test point for signal side Playback the track 1 of the CD Test Disc Measure the voltage between 5V A2 and LD CD calcu late lop by the formula as shown below _ 11 75 FREE Measurement Volt
100. Data PLL Reference current setting terminal for Asymmetry Circuit AVpp33 Vpp amp GND Analog 3 3V Power JMREF Data PLL Reference current setting terminal for Jitter Monitor JMOUT Data PLL Jitter Monitor output CHG Data PLL Reference current setting terminal for data PLL VFBC gt gt gt gt Data PLL VCO offset frequency setting terminal for data PLL AVpp18 Vpp amp GND Analog 1 8V Power VCOI Data PLL VCO Control voltage input terminal for data PLL LPF1 Data PLL VCO Loop filter connection terminal 1 for data PLL LPF2 Data PLL VCO Loop filter connection terminal 2 for data PLL RC gt gt gt gt Data PLL VCO gain setting terminal for data PLL AVss Vpp amp GND Analog Ground AVss Vpp amp GND Analog Ground AD0 ijj O O O I 4 lt 7 O O O O O O O O O DO O O U O O TO ADC ADO Input 35 Pe meme vo ao Gm mro AD1 Input AD2 gt ADC AD2 Input AVDD33 Vpp amp GND Analog 3 3V Power AD3 ADC AD3 Input AD4 ADC AD4 Input AD5 ADC AD5 Input AD6 ADC AD6 Input ADC AD7 Input AD8 ADC AD8 Input AD9 ADC AD9 Input VREFH gt gt gt gt gt Dp
101. FARAD P MICRO MICRO FARAD EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE 111 112 DVD 2900 11 10 2 1 SCHEMATIC DIAGRAMS 1 9 z JHUS
102. Fol LOL R962 T vuvs gt 08 o STYLE PIN lo C R626 qc 9 R963 0 YUV7 Z N E L 8964 0 12707 7 m BH7860 5 8924 FG 6 CKO 12 1K GND V4 ADV7 190 ee m _ _ N ONLY 7 od oy C857 D CONNECTOR a 09 O ofo 100P R967 i EX a E ofo 75 8873 15 9 Am W W v go ewo va OS 27 a a Pb cb U X 2 lt z 75 v4 2 i W M 5 Pr Cr y 925 0 U 1K 6881 B 52 ewo v4 Rgeo 470 6 y T R 5575 e _ B 10 lt LrNEa cae2 Go 94 470 6 3 I KG 22 LINES V8 P 5V_V4 G TR721 2587094 2 z 2 T gt o 8 8965 V m SIS o 0 aU ay 55 I I GND 1 nees 9 Meee Ages 0 C821 OPEN 8966 SIGNAL 4 7K TR728 8SD601A 88 98 M H GND V4 EG GU 3497 VIDEO PWB UNIT 2 2 119 SCHEMATIC DIAGRAMS 9 9
103. HD only or SD only modes 33 RESET This input resets the on chip timing generator and sets the ADV7300 into Default Register setting Reset is an active low signal EXE External Loop filter for the internal PLL 35 47 R A1520 Ohms resistor must be connected from this pin to AGND and is used to control the i SEINE amplitudes of the DAC outputs 3645 1 COMP Compensation Pin for DACs ooo ly o In SD only mode Chroma RED V analog output In HD only mode and simultaneus HD SD Pb BLUE HD analog output 3 DE o In SD only mode Luma BLUE U analog output In HD only mode and simultaneus HD SD Pr RED HD analog output ls paep o In SD only mode CVBS GREEN Y analog output In HD only mode and simultaneus HD SD Y GREEN HD analog output 14171 VA jAnaogpowersuply o 42 DACC O Chroma RED V SD analog output o 43 PACB Luma BLUE USDanalogoutput ___ 4 DACA O CVBS GREEN Y SD analog output ooo S VSYNC Video Vertical Sync Control Signal for SD 50 S HSYNC Video Horizontal Control Signal for SD 9 90 51 55 58 62 S9 S0 gs 10 Bit Standard Definition input port Or Progressive Scan HDTV input port for 63 64 Cr Red V color data in 4 4 4 input mode 6 Pixel Clock Input 64 GND IO Digital Ground 53 CXD1881AR MA 501 amp SDEN A SDATA amp SCLK 8 V33 R LCP 8 LCN 5 MNTR 8 FE
104. JX D N Z D C706 5 154 SCKOUt MemAcars 57 Yos AW TK1542OMTL CKO 1Z 155 3 MemAddr8 Y ve LF702 gt 153 SDIn GND 65 yog9 8754 33 97 WS 7 5 C707 192 sckin Memadars 82 YS 5 7 ELB4C572 IC740 CKO 12 OND Memadars 23 Coo ZB 0 9 470 TK15420MTL VRSTI VOD4 e AW EIE 8 9 9 8701 il Sos Testo MemAddro 89 601 5 e m A l 9 1K aoa gt 1 29 W T p LF m T W A 553 BYPPLLCIK54_7 M 0 MemAdare l 0 n p P oN 204 C1k54_72M S MemAddr3 Ha A AW 4 Wes H e d Fa lt q jen rZ cn 05 orum 1 2l x fit En T 0 gt L 5 207 000000 0000 gt gt gt gt gt gt gt gt gt gt 0MODO 0 Wr 3 YRESET plo Y m 5 554 YSS 0 T rS ii 101 1 CT CE ETC p swim im Wm O 2 g Y Nertas SK CLEC DC 6060 OUO 2 rly 0 dcccoonuogog moooo 000 07000000 111111 411110 sx qm Oth G 9 0 0 tk d n gt N 000l 8 2222220022220000000000000000000000000000 ID 0 m 0 5 oazom caoaaaaz dnaaazccccacccccczaoocoooZzQQ00002 2Z YaYmYSYbp
105. MIX signal output TEST TEST terminal Useally please short circuit with GND COUT Signal output Chroma output terminal 69 SM8707EV MA IC105 Top View NC SO2 FSEL SO1 VDD3 VSS3 AO2 AO1 Block Diagram FSEL E AO1 XTI AO2 Control S01 Logic SO2 Divider 1 WON MO2 Functions ms wm m wo Waaa T wa ma sar ra vssz O m estat scar conection orenera osno _ s Xo 0 oroen OOO AO1 lt SM8707D gt Audio system output 1 384fs 768fs output FSEL LOW fs 48kHz 768fs FSEL HIGH fs 44 1kHz 384fs lt SM8707E gt Audio system output 1 512fs output vDD3 Supply 1 for digital block ue lt SM8707D gt Signal processor system output 1 16 9344MHz fixed lt SM8707E gt Signal processor system output 1 33 8688MHz fixed FSEL lt SM8707D gt Sampling frequency select FSEL LOW fs 48kHz FSEL HIGH fs 44 1kHz with internal pull up resistor Schmitt trigger input SM8707E Sampling frequency select FSEL LOW fs 48kHz FSEL HIGH fs 44 1kHz with internal pull up resistor Schmitt trigger input so XX ll WM Signal processor system output 2 33 8688MHz fixed 6 N No connection leave pin open circuit or connect to VDD 70 uPD4721GS PD IC511 Top View _ STR F6674 PD IC901 Source 9 STR F6632 360ohm
106. O 15 MODSELO TEST Monitor TEST mode select 0 GND under normal conditions MODSEL1 TEST Monitor TEST mode select 1 GND under normal conditions DVss Vpp amp GND Digital Ground MODSEL2 O O O O O OOP O OP O OOOOOO TEST Monitor TEST mode select 2 GND under normal conditions GIO0 Multi purpose Multi purpose port O GIO1 Multi purpose Multi purpose port 1 GIO2 Multi purpose Multi purpose port 2 GIO3 D D D D D Multi purpose Multi purpose port 3 DVpp33 Vpp amp GND Digital 3 3V Power for I O GIO4 General Port Multi purpose port 4 GIO5 General Port Multi purpose port 5 GIO6 General Port Multi purpose port 6 7 Cg General Port Multi purpose port 7 DVpp18 Vpp amp GND Digital 1 8V Power for I O for internal Logic system GIO8 General Port Multi purpose port 8 GIO9 General Port Multi purpose port 9 GIO10 General Port Multi purpose port 10 GIO11 General Port Multi purpose port 11 GIO12 General Port Multi purpose port 12 DVss amp GND Digital Ground GIO13 Multi purpose Multi purpose port 13 GIO14 General Port Multi purpose port 14 GIO15 G
107. Signals from DACs D E and F 5 COMP 2 EN Compensation Pin for DACs D E and F Connect a 0 1 F Capacitor from COMP2 toVAA DAC F S Video C V RED Analog Output This DAC is capable of providing 4 33 mA output DAC E EX S Video Y U BLUE Analog Output This DAC is capable of providing 4 33 mA output DAC C S Video C V RED Analog Output This DAC is capable of providing 4 33 mA output DAC B EN S Video Y U BLUE Analog Output This DAC is capable of providing 4 33 mA output DAC A 0 iding 4 COMP 1 Composite Y GREEN Analog Output This DAC is capable of providing 4 33 mA output Compensation Pin for DACs A B and C Connect a 0 1 UF Capacitor from COMP1 toVAA Voltage Reference Input for DACs or Voltage Reference Output 1 235V An external VREF cannot be used in 4x oversampling mode A 1200 ohm resistor connected from this pin to ground is used to control full scale amplitudes of the Video Signals from DACs A B and C The input resets the on chip timing generator and sets the ADV7190 ADV7191 into default DAC D Composite Y GREEN Analog Output This DAC is capable of providing 4 33 mA output mode See Appendix 8 for Default Register Settings RESET X Bf CSO HSO Dual function CSO or HSO Output Sync Signal at TTL Level Multifunction Pin VSO Output Sync Signal at TTL level CLAMP TTL Output Signals can be VSO CLAMP lO used to drive external circuitry to enable clamping of all Video Signals PAL NTSC Input signal
108. b VOLT DIV 50mV x10 100V 2 2 1 AC ON OPEN CLOSE DVD DVDT S1 F CLOSE STOP PLAY zh VIDEO DISPLAY GUI 12 Title 12 ENTER Title 12 75 29 DVD 2900 2 3 Procedure 2 3 1 Adjust the signal of S VIDEO out by the wave of oscillo 1 FO S2VIDEO OUT Scope a Target Y signal a Y Point VR704 VR704 Adjustment Value 1000 20mV 1000 20mV Waveform S2 VIDEO OUT O Y Y signal of S VIDEO out b C
109. disc loading Heat run mode is set up by pressing PLAY button holding OPEN CLOSE button If it becomes heat run mode PLAY indicator and PAUSE indicator will light up LOADING display FL display The display part of 13 digits 12 13 ANY 6 8 9 10 H 12 73 IT W S Y 2 Mode Select There are two servo adjustment value display mode and trace mode error rate display in the mode a Ifthe REV button or the FWD button is pushed in the test mode it will become servo adjustment value display mode FL display The display part of 13 digits 1 2 13 4 5 6 7 8 9 10 it 12 13 qp P b If the REV button or the FWD button is pushed again it will become the trace mode error rate display FL display The display part of 13 digits 1 12 3 4 5 6 7 18 9 10 I 12 33 T 7 78 VET e C uw 3 Mode decision The mode will be decided if the PLAY button is pushed in the state where the mode is chosen a In the case of servo adjustment value display mode a focus offset adjustment value is displayed FL display The display part of 13 digits 1 12 13 4 5 6 7 8 9 J0 12 13 7 3 n n jn jn n n adjustment value b In the case of trace mode error rate display trace of the circumference in one layer is chosen FL display The display part of 13 digits 1 12 13 4 5 6 7
110. gt gt ADC Max Reference Voltage input for ADC Internal Reference Voltage mode it will be an output state VREFL gt ADC Min Reference Voltage input for ADC Internal Reference Voltage mode it will be an output state AVDD18 Vpp amp GND Analog 1 8V Power AVpp33 Vpp amp GND Analog 3 3V Power DAO TSCON DAC DAO output Track Servo output DA1 SLED DAC DA1 output Sled Servo output DAC DA2 output Forcus Servo output DA2 FSCON DA3 SLED2_ TILT O OOO uu DAC DA3 output Sled Servo Tilt Servo output AVss Vpp amp GND Analog Ground FG SPM FG signal input SPWM1 SPM Spindle motor PWM output 1 SPWM2 SPM Spindle motor PWM output 2 GPWM0 General PWM Multi purpose PWM output 0 GPWM1 General PWM Multi purpose PWM output 1 GPWM2 General PWM Multi purpose PWM output 2 GPWM3 General PWM Multi purpose PWM output 3 GPWM4 General PWM Multi purpose PWM output 4 GPWM5 General PWM Multi purpose PWM output 5 XLCAS DRAM I F DRAM LCAS output Low Byte row address strobe output XUCAS DRAM I F DRAM UCAS output Upper Byte row address strobe output XMOE DRAM I F DRAM output enable RA11 DRAM I F DRAM address output terminal 11 RA10
111. i o gt T tp pope DEER N 2200 5 gt 9 m oo 9 I 9m S 9m mm 9 zz Q N gt gt n a co 59 8985 8 59155 Bg T T T a 2 Oz D zu QO9ee 0Qeeee glqoQOopoeeeeo 02 lt T won ojos 245 2 x nos 2 o xo iit 2 N 39 a gt 9 m 3 111 j c 5 5 E g 9 z O D gt 2 1 I I 0 lot MN ov Ale EIE ale JE x 0 0 a NL m Q x Q x a x Q x 0 Z gt gt 2 2 2iz 0 gt gt a lt Ta a Y N3dO 00 oy amp c 6 au G lt I Nago Do lt 56 lt 46 lt O G gt x 2 x a m aoa aa aa lt HN lt 0 O M Q BIET n a 0199 A m ile ra e fra a d od d d 0 O OID Qoo IN 5 oz 9 9 i uu QIa Q s ou XIX PPP gt OO DHIABG 3 LSHAYO m T 242 515 8 M B n Z 0 Zt9H N i N in E 9794 HOYvE OmmQumcgDsm usolONDDYOQ Oo 0C aM EE 29 OY X
112. input output terminal 1 RDO DRAM I F DRAM data input output terminal O RD15 DRAM I F DRAM data input output terminal 15 36 RD14 Classification DRAM I F PU PD SMT Function DRAM data input output terminal 14 RD13 DRAM DRAM data input output terminal 13 RD12 DRAM DRAM data input output terminal 12 RD11 DRAM I F DRAM data input output terminal 11 RD10 DRAM I F DRAM data input output terminal 10 RD9 DRAM I F DRAM data input output terminal 9 18 4 GND Digital 1 8V Power for internal Logic system DVpp33 Vpp amp GND Digital 3 3V power for I O RD8 DRAM I F DRAM data input output terminal 8 TESTO TEST Monitor TEST 0 TEST1 TEST Monitor TEST I O 1 TEST2 TEST Monitor TEST I O 2 TEST3 TEST Monitor TEST TEST4 TEST Monitor TEST I O 4 TEST5 TEST Monitor TEST 5 TEST6 TEST Monitor TEST I O 6 TEST TEST Monitor TEST I O 7 TEST8 TEST Monitor TEST 8 TEST9 TEST Monitor TEST I O 9 TEST10 TEST Monitor TEST I O 10 TEST11 TEST Monitor TEST I O 11 TEST12 TEST Monitor TEST I O 12 TEST13 TEST Monitor TEST I O 13 TEST14 TEST Monitor TEST I O 14 TEST15 TEST Monitor TEST I
113. is a decimal system equivalent The inside tracking gain setting 0x2000 to 1 value of CXD1885Q is displayed Therefore Ox1FF2 and in the case of 0x2012 it is as follows Ox1FF2 8178 0x2000 8192 0 998291015625 fold 0x2012 8210 0x2000 8192 1 002197265625 fold Notes The inside of is a decimal system equivalent It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit of CXD1881AR An offset value and FE An offset value is displayed Pi offset is shown in higher rank 1Byte FE offset is shown in low rank 1Byte TE output gain value of CXD1881AR is displayed TE balance gain value of CXD1881AR is displayed TE offset value of CXD1881AR is displayed It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD1885Q The value displayed on a se
114. logic circuit inside DRAM Multiplexed pins for data output and input Separated power from VCC to improve DQ noise immunity Separated ground from VSS to improve DQ noise immunity Referred to RAS Referred to RAS Command input When sampled at the rising edge of the clock RAS CAS and WE define the operation to be executed Disable or enable the command decoder When command decoder is disabled new command is ignored and previous operation continues Select bank to activate during row address latch time or bank to read write during address latch time Multiplexed pins for row and column address Row address 0 11 Column address 0 7 A10 is sampled during a precharge command to determine if all banks are to be precharged or bank selected by BSO 351 Ground for input buffers and logic circuit inside DRAM No Connection CKE controls the clock activation and deactivation When CKE is low Power Down mode Suspend mode or Self Refresh mode is entered System clock used to sample inputs on the rising edge of clock The output buffer is placed at Hi Z with latency of 2 when DQM is sampled high in read cycle In write cycle sampling DQM high will block the write operation with zero latency 58 16MSDRAM TOSP 8 MA IC402 Vss DQ15 0014 VSSQ DQ13 DQ12 VDDQ DQ11 DQ10 VSSQ DQ9 008 N C RFU UDQM CLK CKE N C A9 30 A6 A5 A4 Vss 50 49 48 47 76 45 44 43 42 41
115. output for PCM audio data DACCLK Oo Over sampling Clock for DAC CDBCK PCM Bit Clock inputted from CDDSP CDDIN PCM audio data inputted from CDDSP CDATA Digital audio interface input DOUTO oF Digital audio interface output DOUT 1 Digital audio interface output CDLRCK LX L R Clock inputted from CDDSP 40 DVD 2900 Functions Host interface EE DUE i RDY INTR INT2 INT3 MODELL eso Video DAC IREF Reference current input AVRI Reference voltage input Acknowledge signal which shows that read out or the writing of data was completed Interruption request signal over external CPU from M65776AFP L is outputted at the time of interruption generating and H is outputted when other wasa ma _ o mo o System service ZMMksmemGekmu _ CCE man wocoen ks t s wo _ RESET Hardware Reset TEST 2 0 A It fixed to L potential VDD18 41 8 V Power for internal VDD33 3 3 V Power for external interface AVDD18 1 8 V Power for internal PLL AGND18 It fixed to Ground Ground for internal PLL 41 Sil504CM208 VI IC701 Top View HostWr SCL VDDCore nData6 ExtRefXtallOut ExtRefXtalln VDDIO HostRd_SDA GNDIO VidInData9 VidInData8 VidInData7 Vid VidInData5 VidInDa
116. output terminal for SDRAM 15 O Address output terminal for SDRAM 154 A7 O Address output terminal for SDRAM 155 A6 O Address output terminal for SDRAM 156 A5 O Addressoutputterminal for SDRAM 187 M O Address output terminal for SDRAM VSIO Ground for I O 159 AS O Address output terminal for SDRAM 160 A2 O Addressoutputterminal for SDRAM O Address output terminal for SDRAM 162 A0 O Address output terminal for SDRAM LSB VDIO 83V Power for I O XSRQ O Output terminal of the Data Request signal inputted a front end processor XSHD X Input terminal of the header Flag outputted from a front end processor SDCK Input terminal of the data conveyance Clock outputted from front end processor XASK Input terminal of the data valid Flag outputted from a front end processor SDEF Input terminal of the error Flag outputted from a front end processor 169 SDO l Input terminal of the stream Data outputted from a front end processor 170 5807 Input terminal of the stream Data outputted from a front end processor 171 502 RNS Input terminal of the stream Data outputted from front end processor 172 GN Input terminal of the stream Data outputted from a front end processor 73 65020 SKI Input terminal of the stream Data outputted from a front end processor 1741905 _ 1 Input termina
117. 0 xa Qu g SS R982 CD No 4 7K 29 OPEN paa 614 16 7 1 E OPEN Mw ro 8836 1P S TERM EN R986 Q 12K GND_V 1 lt ls 0 E2 N ONLY EN N 12k x B R983 lt lt 5v v1 vc wrpE l 4 7K as a E In 8941 0 3V_D3 l 2 _ 2 4 8942 w 8943 0 I E20 C 6176 N b mees 8664 TR726 OPEN OPEN f VCe WIDE lt OTA144EK TR727 TR728 REZO j 685 5222 NE 2 N E 1 RGB lt DTA114EK 0 1 OPEN O GND 4 ETE JK702 GND 1 VAST2 lt SCK 8947 R950 SDA AW 5 HSYNC TR725 TR784 TR723 75 0 Y N DTC1 14EK DTC1 14EK DTC1 R94B R951 i VSYN VCLK 1 b bs POC BLUE i I GND ave Wh ae YUV1 75 0 5 R lt 4 w 0 H gt i waq 3 7 lt 1 L 2 O N L Y L__ p mA uix da x c LC uil LLL i lt lt OPEN GND_V 1 EG VESTE D VRST 9 I N u 8 GND_V4 5V_D1 Ic745 3 3V v1 R995 BAO33FP 1 8866 9
118. 0094184 A161 2 2 out CKO 1Z BO 30 0 de fe 9 EE R370 47 DATA2 2L m 0 G Reis n 9 65 0 ATA L 9 AW 4 a 5 ON 520 520 mo SIU la 0 Do 5 MEZ 47 DATA2H 9 ss aio Ome od Le 390 oO o m N n DATA2BR PENA gt a H H lt N 47 00 Go gje 0 0 GND D4 2 a o 0 2 8 Q om Y C364 o ces4 3 DSP PCM 5V D1 5V A BE ou un uw ul Z SS m Y 10 100 50 ASF CM gS ds C2B75BRTK SHAH EH IKEK 1394 qo MEZZE 2 75 4 AMUTE 2 OX B OPEN TR233 220 TR207 eee rg 2 5V_D3 29 5V_D3 2 e 5 KTC28758RTK Y M 220 8 02 SPD1F br 1 Fagr PEN m mass A329 2105 GND_D1 u CF2700P n TOS 2 7K 2 7K ej 8 02 HO 0 SS R230 S20 EN d u Ne 5 aly cess W 0 R336 R340 CY274 mo ov os e Mo 7 lt 2 7K n o 27P FFC 60 V R223 x n 8 GND D4 a 0 R225 R228 O ng 8 oz loz G 620 620 17 R338 a y Ni uuo D 0 C314 220 220 x il z al E 610 OPE M W 1 tg W W 3 ay D i 1 q al 5 0
119. 13 digits FL 13 1 2 3 Rowe se 9 10 m 12 13 Kp 2 5 6 7 8 9 680 T m m m m yag m im m mim Li I TI ar YY select mode 71 94 m address PBA HEX Y Y 71 94 m 7 error rate COUNT SEC HEX 1 COUNT SEC HEX BEN Note Renewal of data is carried out for every CD 300 frame and CD 300 2 L A DVD 85ECC DVD 85ECC block The mode chosen when selection mode was changed into the trace execution and the PLAY button was pushed is PLAY IJIN E E BN ES performed from the beginning When the PLAY button is PLAY pushed without changing selection mode the mode under NN selection is performed from the beginning If the PLAY PLAY button is pushed the address corresponding to the cho sen mode will be searched again 6 Other operation
120. 2012 8210 0x2000 8192 1 who L 1 0021 97265625 10 CXD18850 x2000 1 _ Ox1FF2 0x201 Ox1FF2 8178 0 998291015625 0x2012 8210 1 002197265625 0 7 vo 4 0x2000 81 92 2 0x2000 81 92 gt 10 CXD1885Q 256 EN 2Bytes 2 1bit 6 25mV CXD18850 256 2Bytes 2 1bit 6 25mV P is 256 2Bytes 2 1bit 6 25mV CXD1881AR PI FE 1Byte Pi 1Byte FEA Bal 1 a CXD1881AR TE CXD1881AR O TE 2JNo 256 2Bytes 2 1bit 6
121. 25mV CXD1885Q 256 2Bytes 2 1bit 6 25mV 48 9 0 2 5 Un n Un A UJ N 8 9 1 Trk AGC Pi Offset FE Offset SE Offset PO error detection number PO uncorrect able NM number Pl error 2 2 number 2 error number PO error detection number and address Error rate It is invalid at the time of CD operation CD C1 error detection number ErrorRate CD C2uncorrectable error number Disc dis criminant Disc dis criminant Disc dis criminant Disc dis criminant Disc Type The inside focus gain setting 0x2000 to 1 value of CXD18850 is displayed Therefore Ox1FF2 2 in the case of 0x2012 it is as follow 0x1FF2 8178 0x2000 8192 0 998291015625 fold 0x2012 8210 0x2000 8192 1 002197265625 fold Notes The inside of is a decimal system equivalent The inside tracking gain setting 0 2000 to 1 value of CXD1885Q is displayed Ox1FF2 and in the case of 0x2012 it is as follows Ox1FF2 8178 0x2000 8192 0 998291015625 fold 0x2012 8210 0x2000 8192 1 002197265625 fold Notes The inside of is a decimal system equivalent It is the parameter calculated inside CXD18
122. 29 254 4452 701 CK73F1E104ZT CK73B1H102KT CK73F1E104ZT CK73B1H102KT CE04W1C471MC ASF C235 237 C239 241 C243 247 C248 250 C251 257 0512 903 25 0501 901 254 4313 921 25 0501 901 25 0511 904 CK73F1E104ZT CK73B1H103KT 1608 CE04W1H220MT ASF CK73B1H103KT 1608 CK73F1H103ZT C253 C255 C258 259 C260 262 C277 284 257 0511 904 257 0511 904 254 4313 921 257 0512 903 25 0512 903 CK73F1H103ZT CK73F1H103ZT CE04W1H220MT ASF CK73F1E104ZT CK73F1E104ZT C285 288 C289 292 C293 294 C295 300 C301 304 255 4254 973 25 0512 903 25 3011 948 25 3011 951 255 4252 959 CQ93P2A182JT NH2 CK73F1E104ZT CF73 1H222JT ECHUBS CF73 1H272JT ECHUBS CQ93P2A221JT NH2 C305 308 C309 316 C317 320 C321 322 C323 330 25 3014 929 25 3011 919 257 0509 990 254 4313 950 25 0512 903 CF73 1C472JT ECHUBS CF73 1H102JT ECHUBS CK73B1H222KT CE04W1H101MT ASF CK73F1E104ZT C331 332 C337 338 C340 C341 342 C343 346 254 4313 950 255 4254 931 254 4313 921 255 4254 973 257 0512 903 CE04W1H101MT ASF CQ93P2A122JT NH2 CE04W1H220MT ASF CQ93P2A182JT NH2 CK73F1E104ZT C349 C349 C351 C354 C354 254 4558 702 254 4445 750 25 3011 919 254 4558 702 254 4445 750 CE04W1H101MC RFS CE04W1H101MC ARSG CF73 21H102JT ECHUB5 CE04W1H101MC RFS CE04W1H101MC ARSG for E3 E2 for JP for E3 E2 for JP C355 C357 C359 360 C361 364 C365 254 4347 751 254 4347 751 255 4256 9
123. 290 65 G9G G9 G9 606 DG26 G Q QO O gt 2 O lt x B O S 6 O O OO SOO QO LF KF NK O O E O N O Fae KS ee Reese see eS zzz ZR 029972929209 SaR RRR 2738 955 5 PUENTE oa gt x Block Diagram WARFI WAD 7 0 WCK EN DSARS DTS DECODER PHREFI STREAM MANAGER SUPPLE DATA IF IEEE1394 LINK CHIP I F 44 DVD 2900 Terminal Functions mww tlvse lmweasgeweereeg T 3 XweLAT 1 teehipufouCOMseiacommuiaon _ olus Shift tock input fornGOM serial __ BatainputforuGOM lt IMSDATO O Data output for serial communication Hi Z potential except the output mode NGC 3 Completion flag of output preparation for serial communication L is outputted at the time of completion XMSDOE Output enable pin for uCOM serial communication L is outputted at the time of MSDATO mode 9 XRST ZUR Reset pin The whole IC is reset by at the time of L potential mee Soft Mute Soft mute of the audio output is carried out at the time of H potential It releases at the time of L potential le 1 MasterCockinpst veo oko eemo SSS afeco o eemo tsltRek o IG FRAME O esvmewrerro gt O _ O voor 7 le O mw o m
124. 3 CK73F1E104ZT CE67C0J101MT CK73B1H392KT CC73CH1H5ROCT CK73F1E104ZT C768 769 C770 772 C775 776 777 779 780 257 0512 903 254 4464 906 257 0503 925 257 0512 903 257 0512 903 CK73F1E104ZT CE67C0J101MT CC73CH1H100DT CK73F1E104ZT CK73F1E104ZT C781 782 C783 787 788 790 791 792 793 254 4465 905 254 4572 908 257 0512 903 257 0512 903 254 4465 905 CE67C1C220MT CE67C1C100MT MV B CK73F1E104ZT CK73F1E104ZT CE67C1C220MT C794 C795 796 C797 798 C799 800 C801 254 4572 908 25 0512 903 254 4464 906 25 0512 903 254 4464 906 CE67C1C100MT MV B CK73F1E104ZT CE67C0J101MT CK73F1E104ZT CE67C0J101MT C802 C803 C804 805 C806 807 C808 257 0507 934 25 0512 903 257 0509 929 25 0512 903 254 4464 906 CC73CH1H221JT CK73F1E104ZT CK73B1H102KT CK73F1E104ZT CE67C0J101MT C809 810 C811 812 C813 815 C816 C817 25 0512 903 254 4464 906 25 0512 903 254 4465 905 257 0512 903 CK73F1E104ZT CE67C0J101MT CK73F1E104ZT CE67C1C220MT CK73F1E104ZT C818 C819 C820 C823 827 828 829 254 4465 905 257 0512 903 257 0511 904 257 0512 903 257 0512 903 67 1 220 CK73F1E104ZT CK73F1H103ZT CK73F1E104ZT CK73F1E104ZT C830 832 C833 C834 C835 C836 257 0512 903 254 4464 906 25 0501 901 254 4465 918 254 4465 918 CK73F1E104ZT CE67C0J101MT CK73B1H103KT 1608 CE67C1C470MT CE67C1C470MT 96
125. 3 A21 MAB8 lt 125 lt gt D26 P42 TXD4 A20 MA9 126 M321 0256 lt gt D27 P43 RXD4 VCC VSS VSS 128 D28 P44 SCLK4 A19 MA10 129 VCC A18 MA11 130 D29 P45 CTS4 4 A17 MA12 D30 P46 RTS4 A16 MA13 132 lt gt 031 47 15 lt TRDATA3 WCCX P77 INTG MFT2A MFT1B 14 35 46 gt TRDATA2 A13 138 45 gt P76 INT5 MFT1A MFTOB A12 2 44 P75 INT4 MFTOA MFT2B A11 138 VSS A10 139 VCCX AQ 140 lt gt P74 NT3 AB lt gt TRDATAT VSS lt gt P73 INT2 P70 gt lt gt P72 INT1 VCCX 144 P7TI INTO Es Do fee te f s E Ld s 2 TL Y Y Y Yavu p uS 5 2052 Vh E gt mS x Oo CF rete gt gt gt O Euge x Enos Y 5 5 5 rm a L 2 z T 2 49 64M SDRAM VI IC702 W986432AH Vcc 86 DQO VccQ DQ1 DQ2 VssQ 6 DQ3 80 DQ4 8 VccQ 9 DQ5 DQ6 VssQ DQ7 NC Vcc DQMO WE CAS 69 RAS 68 CS NC 66 850 851 A10 AP 40 A1 L26 61 A2 21 60 DQM2 Vcc NC DQ16 31 56 VssQ DQ17 33 54 DQ18 VccQ DQ19 DQ20 VssQ 0021 0022 0023 Vcc Vss DQ15 VccQ DQ14 DQ13 VccQ DQ12 DQ11 VssQ DQ10 DQ9 VccQ
126. 3 005 001 0231 005 001 0231 018 461 0415 007 SCART SHIELD PLATE 1P WIRE 1P WIRE RUBBER SHEET 98 DVD 2900 99 EXPLODED VIEW List Parts 270 E Use ONLY replacement parts recommended by the Parts marked with this symbol A have critical manufacturer WARNING characteristics Aa 2 FB 1J 4U 56 des Ht 3E ti 1 A 99 PARTS LIST OF EXPLODED VIEW Part No GU 3494 GU 3495 GU 3495 A GU 3495 B GU 3496 ay MAIN UNIT AUDIO UNIT AUDIO UNIT AUDIO UNIT POWER DISP UNIT Note DVD 2900 100 The symbols in the column Remarks indicate the following destinations U S A amp Canada model E2 Europe model JP Japan model GU 3496 A GU 3496 B POWER DISP UNIT POWER DISP UNIT POWER UNIT DISPLAY UNIT POWER SW UNIT GU 3497 GU 3497 A LED UNIT SELECT UNIT I F UNIT VIDEO UNIT VIDEO UNIT A E2 GU 3497 B GU 3343 411 1961 102 105 1402 009 VIDEO UNIT B N SCART PWB UNIT CHASSIS BOTTOM COVER 104 0313 015 104 0173 226 105 1424 100 105 1424 126 105 1424 139 203 3994 000 203 3995 009 203 5293 013 342 0032 011 445 0033 005 FOOT ASS Y FOOT ASS Y REAR PANEL REAR PANEL REAR PAN
127. 319 E ov fm T ae OPE 00 3 gt lt 5278 4 7 CK2200P z 0 0 oo N 2207 50 ARSG pn E ala N o ol ID E376 M OPEN ANY 50 Y C349 mv ae 5 D R248 560 Fett 100 80 RFS 8317 R321 I 040 1 W x R283 ul O4 NH Qo 2 7K 2 7K 2 ge 0 A m en C285 470 t1721 2750 5 8 a n 4 02 C360 IS ul mos qa N Pa OPSzZ5GP u 0 N 100 50 Na 1 0 2 m 2 4 B o 009 OY k 07 ca1800P NH Z a n e S ARSG 2 2 50 ARSA OS SSO Bd NS oN Feml Y oladi i 1 C31 Ola m OPEN C357 c367 931 R319 3 GND_A 21516 Du m i 98 CK2200P M EN de E 220 220 i 02 5V_A 409 9 Q lo open 112 212 icant G ml ld e H 9 9 Wy Me Ch1 5 Og ME Oly EE 8 8 BA15218F 9 1 004ktiz 9 gt ICei R280 C35 H ME e KTC 875BRTK 0 NUM2068MD 4 35 KTC2875BRTK r aes Vv ru 68 07 0609 6463 620 00 9 18 1709 09 10 C358 z 86 IE CG4800P NH as _ 1 zu 0 m 2 i G We lt az m T C282 5 C342 x2 C356 357 N pur 0 on 5 LA pe qu n um 100 50 PFS OPEN FB204 208 as 22 5 5 g
128. 33P FFC CY331 and 5P connector CY053 2 Remove 2 screws on the Video P W B 3 Remove 2 screws from the rear 4 Detach the Video P W B to the arrow direction 3 1 33PFFC CY331 5P CY053 2 2 3 4 4 4 DVD Mecha 4 DVD 1 Disconnect 27P FFC CY271 and 13P FFC CY131 1 13P FFC 131 from the Main P W B 2 12P CY121 2 Disconnect 12P connector CY121 from Power P W B 3 Remove 4 screws on the DVD Mecha and 2 screws on 3 DVD 4 2 the Main P W B then take it off in the arrow direction DVD 13P FFC 12P Connector 27P FFC 5 Audio PW B Power PW B 5 5 1 Audio P W B 51 1 Disconnect 4P connector CY041 1 4P CY041 2 Remove 5 screws on the Audio P W B
129. 34 31 SYSCK O D Clock Clock Monitor output Function PU PD SMT DVpp18 Vpp amp GND Digital 1 8V Power Internal logic system power XI Clock Crystal oscillation input XO Clock Crystal oscillation output DVss amp GND Digital Ground VDT7 VSTEM A V MPEG data output 7 VTD6 VSTEM A V MPEG data output 6 DVss amp GND Digital Ground VDT5 VSTEM A V MPEG data output 5 VDT4 VSTEM A V MPEG data output 4 VDT3 VSTEM A V MPEG data output 3 VDT2 VSTEM A V MPEG data output 2 VDT1 VSTEM A V MPEG data output 1 VDTO VSTEM A V MPEG data output 0 HDRQ VSTEM A V MPEG data Request input XHAC VSTEM A V Data Valid output VEFG VSTEM A V ECC Error sector Flag output L error sector XSHD VSTEM A V DVD Sector Head Flag output DCK VSTEM A V Data Strobe output DRVIRQ VSTEM Command Interrupt Request output for Host L interruption is demanded DRVRST VSTEM Command Drive H W Reset input L reset DVpp18 Vpp amp GND Digital 1 8V power for Internal logic system DVpp33 Vpp amp GND Digital 3 3V Power for I O DRVTX VSTEM Command Transmitting serial data output to Host DRVRX VSTEM Command Rece
130. 3x4 33x4 gt 2 iB gt 5 H N 0 gt L oz 0 BD 5 2 ERE M 59 2 Tm ro 2790 0500 Na 77 0 6 I o 0 az Y ol 2 0 D Y K OO 7 524 O T 36 c gu av GND_D4 0O ouo sr m o er m 0 jon s m ar do o ln Ko jo s 1m o m Nf q 60 I NO D DO ID I N N S NINE SENEC IO um m e mr m ee ri fe ft cucu a si e e d e E E i E lt 4 0 9 NZ 0 lt 210 1 270000000 0 gt gt 2 2 8714 al so0sgopoapoappumpumooggooaqoogoocomaqononogoqaogo I u 157 0 QQQQQQO QHTTH vous QU Q hoa 00 158 HestAddre 9 aaoaoaoao 0 O oono vaoo OM QAMMA 0000 05 RSVD os 158 OstAddn7 BES St cie cie cicicici anna gt C701 0 EEEE EEEE EE EE EEEEETS GND 160 gt 00000000 0000 0000 00 BDH 00000 Lo CKO 12 16 VDD1 8 mananan gt gt gt gt gt gt gt gt gt a anana METE Ee Es HostC1lk OF Be 222 222 AP GND Ss gt f VvDD41 8
131. 412 R4231 1 WAVEFORMS e GU 3494 MAIN P W B DVD PLAY Disc TDV 520A CD PLAY DISC DETECT CD A 50ns CHi DC HO Ox SFSCON FE TSCON cue HAN tton levem md aod PI OT MIRR 82 H 2 88 V 5 0 58 ms 5 avis 1450 Mss fs 5 5132 ik 18 MS 2 2 v I l l l s 2 y 188 kS s 15 v Do 5 L O STOPPED DC X OL 0 STOPPED CD PLAY Disc TCD 784 DVD PLAY INNER A 200ns CHi D DRFAC dVi 1 220 V LIO 1 1 l 50 MS s 4 5 v OL S MINUS D STOPPED DVD LOADING PLAY Reading Floppy Disk Drive QFE FSCON 5 F Gr 28 1 1 v DC 2 1 188 kS s IET 58 MS s 12 OL 0 STOPPED i 02 OL 5 0 STOPPED CD LOADING gt PLAY SEARCH OUTER CHAPTER gt OUTER MEM T oc GFSCON i or 0 x i 188 kS s 18 2 5 MS s n2 v
132. 464 919 CK73F1H103ZT CE67C1C220MT CK73F1H103ZT CC73CH1H471JT 67 04 471 C571 C572 576 C578 C580 C581 254 4465 905 25 0511 904 25 0511 904 25 0511 904 257 0516 941 CE67C1C220MT CK73F1H103ZT CK73F1H103ZT CK73F1H103ZT CK73B1E473KT C582 584 C585 586 C587 C588 C589 25 0511 904 25 0508 917 25 0511 904 25 0507 976 257 0520 908 CK73F1H103ZT CC73CH1H471JT CK73F1H103ZT CC73CH1H331JT CK73B1A154KT New C590 C591 254 4464 906 257 0507 976 CE67C0J101MT CC73CH1H331JT 86 ame New C592 257 0508 917 CC73CH1H471JT PM C593 257 0520 908 CK73B1A154KT 594 257 0508 917 CC73CH1H471JT C595 257 0516 954 CK73B1E104KT C596 257 0511 904 CK73F1H103ZT C597 257 0506 951 CC73CH1H101JT C598 599 257 0516 909 CK73B1E223KT C600 606 257 0511 904 CK73F1H103ZT C607 257 0512 903 CK73F1E104ZT C608 609 254 4465 905 CE67C1C220MT C612 257 0512 903 CK73F1E104ZT C615 257 0509 929 CK73B1H102KT C616 617 257 0512 903 CK73F1E104ZT C618 254 4465 905 CE67C1C220MT C619 620 257 0511 904 CK73F1H103ZT C621 254 4465 905 CE67C1C220MT C622 625 257 0511 904 CK73F1H103ZT C629 630 254 4465 905 CE67C1C220MT C631 632 257 0510 950 CK73B1H682KT C633 257 0509 929 CK73B1H102KT C634 635 257 0506 951 CC73CH1H101JT C636 257 0501 901 CK73B1H103KT 1608 C637 257 0511 904 CK73F1H103ZT C639 257 0510 950 CK73B1H682KT OTHER PARTS GROUP CX039 205 0863 936 P
133. 4ZT C220 221 254 4382 910 CE04W1C221MT ASF C223 257 0512 903 CK73F1E104ZT 74 201 262 1421 901 TC74HCTO4AF TAPE1 202 269 0187 001 GP1FA551TZ IC203 204 263 0896 909 NJM2068MD TE1 IC205 263 1048 002 BA033T IC206 262 3229 907 DSD1790DBR IC207 208 263 0896 909 NJM2068MD TE1 IC209 262 3229 907 DSD1790DBR IC210 211 263 0896 909 NJM2068MD TE1 IC212 262 3229 907 DSD1790DBR IC213 263 0896 909 NJM2068MD TE1 IC215 263 0896 909 NJM2068MD TE1 IC216 217 263 0990 009 OP275GP IC218 219 263 0615 902 BA15218F DXE2 IC220 263 0896 909 NJM2068MD TE1 IC221 263 0809 006 NJM7805FA S IC222 263 0896 909 NJM2068MD TE1 TR201 269 0119 901 DTA124EKT96 TAPE TR202 269 0082 902 DTC114EKT96 TR205 206 273 0460 905 KTC2875B RTK for E2 TR207 214 2 3 0460 905 KTC2875B RTK TR215 216 273 0460 905 KTC2875B RTK for E2 TR217 273 0426 907 2SC2412KLNT146 TR218 269 0083 901 DTA114EKT96 TR219 269 0119 901 DTA124EKT96 TAPE TR220 269 0082 902 DTC114EKT96 TR221 228 273 0460 905 KTC2875B RTK TR231 236 2 3 0460 905 KTC2875B RTK D201 2 6 0432 903 155270 TAPE D202 203 276 0717 903 155355 TE 17 D206 207 276 0717 903 155355 TE 17 RESISTORS GROUP R290 244 2052 915 RS14B3A182JNBST S R295 241 2423 927 RD14B2E222JT PSNB 88 CT 224 225 226 254 4524 985 257 0509 929 257 0501 901 CE04W1H100MT SMG RE3 CK73B1H102KT CK73B1H103KT 1608 C228 C229 C232 C233 C234 257 0512 903 257 0509 929 25 0512 903 257 0509 9
134. 5 A 12 52 P SUM 70kHz 6dB 4bit B W LPF Amp Offset CD A 16 e 50 GCA 4dB LPF cancel GCA gt 40 FE t Ei 4 gt 4FOCR 7 4 PIOR b4 0 us FS Gain 5 Ploffset FOCR b3 0 Bn D WILPF 70kHz FO Gain CD B 15 PM TS gt LPF Offset E 38 PI MUX 1208 is added cancel 8 high gain mode CTCR b7 TOPHLD 35 TPH CDR 0651 10 52 BCADET COMP A D SEL 34 DFT 2 DAC CD C 14 e E CBR 03 2 74 E B 1 D 9 GC CGR 00 CBR 1 197 RFDC OUTPUT INHIBIT eu B C e CTCR b3
135. 55 254 4313 950 254 4347 751 CE04W1H2R2MC ARSA CE04W1H2R2MC ARSA CQ93P2A103JT NH2 CE04W1H101MT ASF CE04W1H2R2MC ARSA for E3 E2 for E3 E2 for E3 E2 C367 C369 370 C371 374 C375 378 C379 254 4347 751 257 0508 933 255 4253 932 257 0509 929 25 0512 903 CE04W1H2R2MC ARSA CC73CH1H561JT CQ93P2A471JT NH2 CK73B1H102KT CK73F1E104ZT for E3 E2 for E2 C380 C381 C382 C383 384 C388 257 0509 929 25 0501 901 25 0512 903 25 3011 919 25 0511 904 CK73B1H102KT CK73B1H103KT 1608 CK73F1E104ZT CF73 1H102JT ECHUB5 CK73F1H103ZT for E3 JP C389 C392 393 C394 397 C398 C399 25 0512 903 254 4615 700 254 4598 908 25 3011 919 254 4445 750 CK73F1E104ZT CE04W1H220MBPC ARS CE04W1H220MTBP ASF CF73 1H102JT ECHUBS CE04W1H101MC ARSG for E3 JP for E3 E2 C399 C401 C402 254 4644 700 254 4313 921 257 0512 903 CE04W1H101MC RGO CE04W1H220MT ASF CK73F1E104ZT 69 for JP DVD 2900 NE EE C403 254 4313 921 CE04W1H220MT ASF C404 254 4313 950 CE04W1H101MT ASF for E3 E2 0404 254 4558 702 CE04W1H101MC RFS for JP C405 254 4313 921 CE04W1H220MT ASF C407 254 4313 921 CE04W1H220MT ASF C409 410 254 4313 921 CE04W1H220MT ASF 421 422 254 4558 715 CE04W1H221MC RFS for E3 E2 421 422 254 4445 035 CE04W1H221M ARSG for JP OTHER PARTS GROUP CX054 205 0343 058 5P CONN BASE KR PH CY041 205 0343 045 CONN BASE KR PH CY271 205 1100 083 27P FFC B
136. 622 1 28307 2 n C404 ce25 FB308 B C425 R677 C Tuy Qa 1020 C82 T MAU i s0000 c434 E 1 O R432 N C460 L1 2 B m 2 R550 C512 0515 8 Ua 5 CI ae EIE m esl I JR Q9 N C415 conn be 1 E R279 x 8 2 Ord CI lt S LJ 6518 5g LB det 3 4 3 Ue Jt D 5 q B ENS CS 18 C417 2 R559 LR L1 vss 2988 29 Ro WAIT E a C544 B o F8407 Co 2 5 20 L1 E it UT E lt 8 Ex 5 9 biz io ap C424 c600 B lt 8 sE Ds B 16404 T Reo CN e c g 5 1C403 I 5 Rese 3 d R411 C439 E C449 FB406 OA amp T J 10507 6376587 D W102 C423 TU n LY coc C584 o C410 B 044 W101 S dr F p E 8 52 C612 511 Ll Ue c cna EUIS z LJ 28 Jos 56 8 24 42 E l 18425 DB oo 0230 8 B EL Jo 220 gt C4I4 ed 3 C C414 A C en 1 Ms29 R281 a ka R472 FB401 1640 R470 ot 40 Q RA524 RA525 RA526 RA527 RA528 C445 R471 via
137. 69 w 7 Bl 20921 Mc gt B 3 8963 a Eee 2199 0cou C 0982 ots nas 7 2000 E c 6 L3 SS 171 2 E wi BH 6682 2112 9 10 X qu PA IB E gis m Bn 2 199 LJ cm e amp amp Dh ILLO QD D 5212 6719 8S zi 1192 re Sl 151 6083 71184 EE 9 gt gt 5 m CI e 1 8099 2 2 4 ka Em id E o 2 5 098 D 2 N Bees 3 DE L3 em L1 Jem lt E 2 809v amp 909Va 97L9 Nui N 1661 8088 D d E 5803 5 Hie Ep e z 2 e prs am S LJ E 1 x ed 7 10191 GR 188 ZLOU FT I Ta Ld 87L9 3 I E Lil SLY o ENT 742 7SLW 699 59 6015 I 5 S lt 9212 D 2 9048 16984 16164 x 76L9 im ml e e el L 11025 2119 HLI 3 es O Ies 6042 9984 m o A us 80LVY 1994 gt 4 C0994 VAJA D 8212 2 z d MULA 5 d 2010 90 wa 5 986 7 Co e 7864 16864 6988 ES0 9 eeed TT 32 7044 L1 51 E 9080 a BI 1 88
138. 8 TE 8 7 25 125 TPH DFT LINK RX MEVO 49 32 MEV 50 81 MIN VNA MLPF 51 80 FNN 52 29 MB FNP 53 28 MP DIP MIRR 54 ar DIN 55 26 LDON CXD1881AR 29 We RFAC 57 24 CDPD VPA DVDPD 58 23 AIP 59 22 COLD AIN 60 21 DVDLD ATON 61 20 vC ATOP 62 19 vPB RFSIN 63 18 CD E RFDC 64 17 CD DVDRFP gt DVDRFN N A2 82 C2 02 cP CN To To 1S CD D 2 3 CD B 2 CD A 2 54 Block Diagram gt Q Ne z lt 0 LL LL LL a oc 62461 60 59 53H52 55 54 57 FCCR b7 0 AGC HOLD HOLDEN FBCR b6 0 RFCR b3 CDR 06 e CGR b1 AGC DVDRFP 1 PROGRAMMABLE OUTPUT INHIBIT N Q am bee EQUALIZER FULL WAVE RECTIFIER CHARGE RE 2 MM DIFFERENTIATOR PUMP RFSIN 63 4 2 P 5 b7 4 56 BYP SIGR b3 INPUT IMP SEL AGCO INPUT RFCR b7 6 SSOUT 49 RX SEL INPUT IMP Clamp SEL amp Env 2 CAR b1 0 t gt 2 Level Env Clamp TENV DAC CCR b4 0 B D SIGDET FE offset A W LPF e
139. 850 The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD18850 The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is invalid at the time of CD operation They are the contents at the time of disk distinction Please refer to Table 3 Disc distinction information about the contents of a value They are the contents at the time of disk distinction Please refer to Table 3 Disc distinction information about the contents of a value They are the contents at the time of disk distinction Please refer to Table 3 Disc distinction information about the contents of a value They are the contents at the time of disk distinction Please refer to Table 3 Disc distinction information about the contents of a value are the contents at the time of ISK typ SEP d PT to Table 4 Disc classification information about the contents of a value PO error detection number is invalid at the time of CD operation 58 18 Fcs AGC Trk AGC Pi Offset FE Offset SE Offset PI PI
140. 851 IC852 IC853 854 262 1793 901 263 1115 906 262 0707 901 262 2534 907 TC4W53F NJM2267M TE2 TC4053BF TAPE BA7660FS E2 TR851 854 TR855 CAPACITORS GROUP 269 0082 902 269 0083 901 DTC114EKT96 DTA114EKT96 C851 852 C853 C854 855 C856 859 C860 861 257 0506 951 254 4299 964 254 4300 963 257 0512 903 254 4300 963 CC73CH1H101JT CE04W1C470MT SRE CE04W0J101MT SRE CK73F1E104ZT CE04W0J101MT SRE C862 C863 C864 865 C866 868 C869 25 0512 903 254 4300 963 25 0512 903 254 4299 964 254 4300 963 CK73F1E104ZT CE04W0J101MT SRE CK73F1E104ZT CE04W1C470MT SRE CE04W0J101MT SRE C870 C871 C872 C873 C874 254 4299 919 254 4300 963 254 4299 919 254 4300 963 254 4299 919 CE04W1C220MT SRE CE04W0J101MT SRE CE04W1C220MT SRE CE04W0J101MT SRE CE04W1C220MT SRE C875 C876 C877 878 C879 C880 25 0512 903 254 4300 963 25 0512 903 25 0511 904 257 0509 929 CK73F1E104ZT CE04W0J101MT SRE CK73F1E104ZT CK73F1H103ZT CK73B1H102KT C884 887 C890 892 C896 897 247 2018 903 247 2018 903 25 0512 903 254 4538 955 RM73B 0ROKT RM73B 0ROKT CK73F1E104ZT CE04W1C221MT SMG RE3 OTHER PARTS GROUP CX052 CX101 FB851 856 205 0395 051 205 0885 053 235 0130 903 5P CONN BASE RED L 10P CON SOCKET TUC P CHIP EMIFIL 11A121 JK851 L851 204 6649 009 235 0070 911 RGB CONNECTOR INDUCTOR 220 ST W701 414 090
141. 9 257 0512 903 CK73F1E104ZT C120 257 0509 929 CK73B1H102KT N C121 253 8022 707 CK45F2EAC103MC C122 257 0509 929 CK73B1H102KT C501 257 0511 904 CK73F1H103ZT C502 257 0509 929 CK73B1H102KT C505 257 0512 903 CK73F1E104ZT C509 257 0512 903 CK73F1E104ZT C510 257 0509 929 CK73B1H102KT C511 257 0511 904 CK73F1H103ZT C566 257 0506 951 CC73CH1H101JT C567 257 0501 901 CK73B1H103KT 1608 C568 254 4538 939 CE04W1C470MT SMG RE3 C569 257 0501 901 CK73B1H103KT 1608 C570 254 4524 943 CE04W1H010MT SMG RE3 C571 257 0501 901 CK73B1H103KT 1608 C573 257 0501 901 CK73B1H103KT 1608 C574 257 0509 929 CK73B1H102KT C575 257 0501 901 CK73B1H103KT 1608 C576 578 254 4524 901 CE04W1HO0R1MT SMG RE3 C579 254 4313 934 CE04W1H470MT ASF C580 257 0512 903 CK73F1E104ZT C581 582 254 4524 901 CEO4W1HOR1MT SMG RE3 C585 586 257 0506 951 CC73CH1H101JT C588 257 0506 951 CC73CH1H101JT C589 590 257 0511 917 CK73F1H223ZT C593 594 257 0511 904 CK73F1H103ZT 901 256 8038 017 CF99 2EAC224M C902 256 8038 004 CF99 2EAC104M C905 254 4589 713 CE04W2G101MC KMG for E3 JP C905 254 4589 700 CE04W2G470MC KMG for E2 C906 253 4546 711 CC45SL3D221JC C907 253 4452 902 CC45SL1H471JT C908 253 9030 963 CK45 1E103KT C909 254 4313 934 CE04W1H470MT ASF 910 253 8029 700 CK45F2EAC222MC KX C911 253 8028 701 CK45R3A222KC C912 255 1249 923 CQ93M1H681JT B C913 254 4533 921 CE04W0J101MT SMG RE3 for E3 E2 C913 254 4313 950 CE04W1H101MT ASF for JP C914 254 4592 700 CE04W0J222MC
142. 908 909 274 0036 905 2SD468 C TF TR910 911 269 0083 901 DTA114EKT96 TR912 274 0036 905 2SD468 C TF D102 104 276 0717 903 1SS355 TE 17 D901 904 276 0729 904 EMO1AT V1 D905 276 0730 906 AG01ZT V1 D906 276 0724 909 SARS01T V1 D907 909 276 0730 906 AG01ZT V1 D910 276 0725 704 RK39 LF C4 D911 276 0783 005 FMB 2204 D912 276 0745 904 RB411DT146 D913 914 276 0727 906 4 0121 V1 D915 916 276 0717 903 155355 17 0917 959 276 0737 939 RB161L 40 D918 276 0717 903 155355 17 D923 924 276 0717 903 155355 TE 17 D957 958 276 0717 903 155355 17 70901 276 0457 904 HZS4C 1TD LD101 393 9623 908 SEL2810A TP7 Amber LD102 393 9576 903 SELU1E10CXM 002 Blue RESISTORS GROUP 244 2052 928 RS14B3A470JNBST S 244 2675 716 RS14B3D683JNBF ERG 244 2671 956 RS14B3DR47JNBST S 244 2675 729 RS14B3D224JNBF ERG 244 2675 703 RS14B3D470JNBF ERG 244 2043 953 RS14B3A471JNBST S 241 2423 927 RD14B2E222JT PSNB 91 Ret No Panno PatNam Remis _ R932 244 2052 999 RS14B3A103JNBST S R937 CAPACITORS GROUP 244 2064 929 RS14B3A3R3JNBST S C101 102 257 0512 903 CK73F1E104ZT C106 107 257 0502 971 CC73CH1H5ROCT C108 109 257 0512 903 CK73F1E104ZT C110 257 0509 929 CK73B1H102KT C111 254 4299 964 CE04W1C470MT SRE C113 257 0509 929 CK73B1H102KT C114 257 0511 904 CK73F1H103ZT C115 257 0509 929 CK73B1H102KT C116 117 257 0511 904 CK73F1H103ZT C118 257 0509 929 CK73B1H102KT C11
143. A B 13G 12G 11G 10G 9G 8 7G 6 5G 4G 3 2 1G 13G 1G 1 1 2 1 3 1 4 1 5 1 1 2 2 2 3 2 4 2 5 2 1 3 2 3 3 3 43 5 3 eO PI pm gt mp eO gt oL m p eO 1 N N D N T N gt N P N ANODE CONNECTION 176 166 155 146 3546 17G 16G 158 1 EN REMAIN TITLE PROGRAM 1 1 19 G E ELAPSED CHAPTER V 21 IP20 P3 SNGE IRAK CD 31 P21 P4 HDCD GROUP DVD 41 IP22 I TOTAL AUDO 51 IP23 BE A VIDEO 12 IP24 ANGLE 22 IP25 P 32 _ SCAN IP27 gt 42 IP28 REPEAT PPCM DMX 52 29 NET NEN poe peti ER m _P9 EE 2 2 2 2 2 HHDIGIIAL 13 IP30 R121 RIT Lo xxl gt L P15 RANDOM 53 __ s lt IP171 F 24 P 14 P18 V 34 lil lt 73 PRINTED WIRING BOARD GU 3494 MAIN P W B UNIT DAE C118 C103 CX171 202 AARAA ASTA ASAAAAAAAAAAAR Ev seit 0 C246 CX132 CX331 C139 7 ee am xin 22222
144. ASE P 1 FB201 203 235 0130 903 CHIP EMIFIL 11A121 FB204 208 247 2018 903 RM73B 0ROKT for E3 JP FB209 210 247 2018 903 RM73B OROKT for E3 JP FB209 210 235 0130 903 CHIP EMIFIL 11A121 for E2 FB213 247 2018 903 RM73B 0ROKT FB215 247 2018 903 RM73B 0ROKT FB217 247 2018 903 RM73B 0ROKT JK201 204 8618 009 1P PIN JACK AU JK202 204 8668 004 8P PIN JACK AU ST701 205 0452 017 STYLE PIN T201 231 8063 009 PULSE TRANS 203 0469 033 1P CONTACT ASS Y 203 0717 002 1P SIN SIN WIRE 417 0476 010 RADIATOR 471 3303 016 3X6 CBS Z 90 GU 3496 POWER DISP UNIT DVD 2900 New LD103 TH901 393 9504 904 279 0044 002 SEL1210S TP7 NTH11D8ROLA Red 4 SEMICONDUCTORS GROUP IC101 262 3048 007 ML9207 01GP 103 499 0303 004 GP1UM271XK IC510 262 2580 906 CXA1511M IC511 262 2114 903 UPD4721GS GJG IC901 265 0112 003 STR F6674 IC902 262 3047 008 PC123 Y 22 IC903 263 1113 005 SEOO5N IC904 263 1048 002 BA033T IC905 263 1114 004 PQ1CG21H2FZ IC906 263 0809 006 NJM7805FA S IC908 263 0554 005 NJM7905FA IC909 263 0810 008 NJM7808FA S IC912 263 0753 000 NJM7809FA S IC913 263 0878 008 NJM7909FA TR101 269 0171 907 IMD3A T108 TR102 103 269 0082 902 DTC114EKT96 TR501 269 0171 907 IMD3A T108 TR902 269 0082 902 DTC114EKT96 TR903 272 0093 010 2581274 R S TR905 269 0083 901 DTA114EKT96 TR906 269 0082 902 DTC114EKT96 TR907 275 0106 906 HAT2053M TAPE TR
145. C209 25 0504 940 CC73CH1H330JT C210 25 0511 904 CK73F1H103ZT C211 25 0509 929 CK73B1H102KT C212 25 0511 904 CK73F1H103ZT C213 257 0509 929 CK73B1H102KT C214 25 0511 904 CK73F1H103ZT C215 257 0509 929 CK73B1H102KT C216 25 0512 903 CK73F1E104ZT C217 257 0509 929 CK73B1H102KT C218 257 0512 903 CK73F1E104ZT C219 257 0509 929 CK73B1H102KT 84 PatNam Remis C220 221 C222 225 C226 C227 C228 254 4465 905 25 0512 903 257 0509 929 25 0512 903 257 0509 929 CE67C1C220MT CK73F1E104ZT CK73B1H102KT CK73F1E104ZT CK73B1H102KT New C230 232 C234 235 C236 C237 C240 254 4464 906 25 0512 903 254 4465 905 25 0512 903 25 0512 903 CE67C0J101MT CK73F1E104ZT CE67C1C220MT CK73F1E104ZT CK73F1E104ZT C241 C242 C243 C244 C245 257 0509 929 25 0512 903 257 0509 929 25 0512 903 254 4464 906 CK73B1H102KT CK73F1E104ZT CK73B1H102KT CK73F1E104ZT CE67C0J101MT C246 C247 248 C249 C250 C251 254 4465 905 25 0511 904 25 0512 903 257 0509 929 25 0512 903 CE67C1C220MT CK73F1H103ZT CK73F1E104ZT CK73B1H102KT CK73F1E104ZT C252 C253 C254 255 C257 C258 257 0509 929 25 0512 903 254 4465 905 25 0512 903 257 0509 929 CK73B1H102KT CK73F1E104ZT CE67C1C220MT CK73F1E104ZT CK73B1H102KT C259 C260 261 C301 302 C304 305 C306 25 0511 904 25 0512 903 25 0512 903 257 0512 903 254 4464 906 CK73F1H103ZT CK73F1E104ZT CK73F1E104ZT CK73F1E104ZT CE67C0
146. D CD 5V A2 Main Unit foil side 11 5 Optical Pick up Diagnostics and Replace ment When repairing carry out failure diagnostics by following the procedure described below If the present value of the laser drive current is 5096 up to ini tial value it is the point of the pickup replacement In case of the pickup replacement replace the Traverse Unit with no adjustment The initial value is indicated on the label on back side of Mecha NO DISC indicated Playback not smooth etc Laser drive current check HF signal check Present value 50 up to initial value Traverse Unit replacement refer to page 6 Laser drive current check after replacement If the present value is less than 80mA write on the new label by hand put on the new label over the old label If the present value exceeds 80mA replace the Traverse Unit a new one Cause Damaged electrostatically when replaced 12 DVD 2900 5 7 7 82 I8 amp 5618 IWA _ NODISC
147. D DSADMR 56 o EPMS064A Gs R436 166 ce DSADML 55 VDT_DEC14 EX GND MAB XSAK 6 vra v D MA7 SDEF 168 53 VDT DECO MCLKI So SDEF ss cu 53 C460 1694 3 TESTI 52 KO 12 XHAC COR lt XHAC COR eno 82 z D MAG 501 47 SUPDT7 E lt D MAS 502 P E TESTO 59 K_COR spa dp da F TY 502 HDRG COR t 9 a 8 n ig JUS Ga B eri Z3 ES T __ 48 Bom m f fd E de pd g 4244 5056 gt 9 n 8 Pa XSHD_COR lt gt oma coR g E mS 805 E Sge azSlcoeZ m 2 ms n 46 x SS 2 gt 2 NW 2 2 o SD7 ot e E E cT pm VEFG COR ojos xz xl fa iS D m Q Z s Z O Qi Gm i P P i FS E E e n re S lt ODSOVOLDHIYHOUCOAZHELELDN DODYHOOHHHHHOHHOOOaMoG a C403 ia gt aa m gt a fan 27 CON CONSER x fae fue G 2 TT SS D C O S DD ID ear S D e CKO 12 225 5 5752 gt Shia 5 53 ddp dde DOS 00 N m o o 4 c xp up c M ow o o 4 a wj 7777 vi Qj QJ Qj aj m m m m m m m m NL GND_D2 Ill i z 1 _ 26 5 12 N C421 to DVD PROCESSOR ox CKO 12 0 lt VDT7 COR lt gt GND_D2 a
148. EL AC INLET 3P AC INLET 2P 3P VH CON CORD FERRITE CLAMP RFC 9 WIRE CLAMP BAND for E3 E2 for JP for E3 for E2 for JP for E3 JP for E2 337 0118 001 411 2026 004 445 0099 007 445 0048 016 203 6493 032 DVD MECHA TD 5HP D3 MECHA FIX BRACKET EDGING EDS 1208U CORD HOLDER L50 4P PH PH CONN CORD 204 6610 012 009 0226 069 009 0226 056 009 0226 072 513 3406 107 12P PH PH CORD 27 FFC 1 0 33P FFC 1 0 13P FFC 1 0 LABEL A 513 3463 001 513 2065 002 203 8489 015 412 2814 015 412 4944 006 LABEL LASER E2 LASER CAUTION 5P PH PH CON CORD CARD SPACER L 14 FRONT ANGLE 144 2830 109 144 2830 112 131 9004 013 131 9004 068 135 0068 018 FRONT PANEL FRONT PANEL DENON MARK DENON MARK SACD PLATE for Black model for Gold model for Black model for Gold model for Black model 135 0068 021 143 1145 009 143 1110 005 146 2225 503 146 2225 516 SACD PLATE WINDOW LENS INNER PANEL INNER PANEL for Gold model for Black model for Gold model 461 1156 006 204 0572 004 009 0226 085 203 5313 003 INNER PANEL PLATE 6P PH PH CON CORD 17P FFC 1 0 3P VH VH CON CORD 100 DVD 2900 T Pamo me eme Oy Ne 1131886008 PSWKNOB forBlackmodel gt gt V 47 113 1886 011 E KNOB for Gold model 48 112 0855 024 VOL KNOB B for Black model 48 112 0855 037 VOL KNOB B for Gold model 50 129 0253
149. ELEDT HOMBRE BO R TEDT ME 2 c 2200pF 0 0022UF 2 1 220pF 0 02026 0 0 2 0 0 1 2 2 pF pF O AC 62 PARTS LIST OF P W B UNIT 455 GU 3494 MAIN UNIT 202 3257 005 202 3215 005 GEN 6237 262 3119 004 Note The symbols in the column Remarks indicate the following destinations E3 U S A amp Canada model E2 Europe model JP Japan model M65776BFP M32102S6FP ROM SUB ASS Y MIT W986416DH 7 262 3216 907 262 2518 907 262 3046 902 262 2514 901 262 2778 909 SM8707EV SN74LV74APW EL2 TC7WH157FU SN74LV138APW EL2 SN74LV273ANS 262 1738 908 262 3053 908 263 1079 903 262 2977 904 263 1110 901 TC7SU04F TAPE S 24CO2BFJ TB BA18BCOFP E2 PQ070XZ01ZP 263 1079 903 262 2977 904 262 3121 005 GEN 6243 262 2959 906 BA033FP BA18BCOFP E2 ADSPMEL322 BASS M ROM SUB ASS Y SN74LV244APW AT49LV002 70TC 262 3129 900 262 3198 902 262 3054 004 GEN 6236 262 2452 908 TC74VHC157AF EL TC74V
150. EN OPEN OPEN OPEN 47K 47K 47K 000 100 0 010 0 100 NA 0 222 SNDS 13P FFC CKO 012 00 000 Go no 00 NAM 3V_D4 2 5 R584 OPE N 47K OPEN 47 lt 47 lt OPE 47 lt OPEN OPEN MEUM i E OPEN OPEN 47K 47K 47K 47K OPEN OPEN i R581 OPEN R585 47K E4 OPEN 47K 47 lt 47 lt 47 lt OPEN OPEN OPEN axis 2 EA 47K 47 lt 47 lt OPEN OPEN OPEN OPEN 47K i R583 OPEN R587 47K Gic 47K OPEN OPEN 47K OPEN 47K 47K OPEN M SCHEMATIC DIAGRAMS 5 9 i GU 3496 1 POWER UNIT H GU 3496 7 UNIT 116 117 DVD 2900 11 10 SCHEMATIC DIAGRAMS 6 9 GU 3496 2 DISPLAY UNIT GU 3496 4 P SW UNIT GU 3496 5 LED UNIT SCHEMATIC DIAGRAMS 6 9
151. ESTI TEST input terminal It fixed to H potential 98 TESTO s TEST output terminal open TESTI TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential TESTI 76 TEST input terminal It fixed to L potential TESTI LAL TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential VSIO Ground for I O TESTI TEST input terminal It fixed to L potential TESTI M TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential VDIO 3 3V Power for I O WADO External A D data input terminal LSB for PSP physical disc mark detection WAD1 External A D data input terminal for PSP physical disc mark detection WAD2 External A D data input terminal for PSP physical disc mark detection WAD3 1 External A D data input terminal for PSP physical disc mark detection VSIO Ground for I O WADA External A D data input terminal for PSP physical disc mark detection WAD5 SN External A D data input terminal for PSP physical disc mark detection WAD6 ZEN External A D data input terminal for PSP physical disc mark detection WAD7 External A D data input terminal MSB for PSP physical disc mark detection TESTI TEST input terminal It fixed to L potential 123
152. F R282 KTC2875BRTK ae 51 Cy 4 FK KTC2875BRTK 3 BET NUM2068MD gasi S KTC2875BATK DFRST OPEN OPEN 5 EMUTE EMUTE K 5V_A C277 MDT CKO 12 MDT 9 paaa paas MLEN JH H LEN SV_A W 8 ne MCK 797 N 2 N MLEN2 9 GND A n a9 R379 OPEN a GND_D1 G ejm CK1000P 12 A 5 lt R222 6520 u gt P329 E mi MC G3 W SI9 MEE 5255 AN 2 7K 2 7K 8 L ol ol X AW GND_D1 GF 0 ol o n THS 134 A B384 47 DFBCK O18 no S 00 Qu p Ae 17 ng P KTC2875BATK 5224 J BCK W al a 10 2 CF1000P gt E2 CHIP 0 T 9 aN Ta 15 T C269 620 620 05 KTC2875BRTK a E IE 2 8 E GND D4 H 8865 47 OF 4 147214 5 level EN Os R366 47 DATAO OL 0 4 Fen 0 Y a n z St g 4 gt DATAO OL 29 d 16 gt ath 559 12 NJM2068MD 910 D 1 MEO BND 0 R367 47 DATAOR 0 NEN Oly T S0 D zm lt o DATAOR W 0 0 NOMEOBBMDB Fr T CKO 01Z 4 dz n 2 patarra B TEES 47 DATAAZ 1L Y al 12203 NUM2068MD n oe 54 5 2 BATAIR 47 DATAAR 9 9 D 0 277 04 2 Hes 2
153. GND D4 SM8707E B dla UI lt o q Qi x E gt E C180 100 6 3 B BO R254 E al 4519 a7 oF 0 lt OPEN 1 10117 10 NO x n sAoss P 00 Yo gt r WI ON a m Q c249 GND_D1 Q 8 A A CKO 12 TBV M4 C250 i 12V_M1 CK1000P D 8V_M1 c239 I8 Bu 12V_M1 12 OPEN 5V_D1 3 3V_D3 2 is 7 ba auos d m reais 58 COMMON SIGNAL VIDEO AUDIO PCM BE 245 VIDEO SIGNAL B OPEN O ma 5V_D1 9 5V_D1 R169 3 ness 276 4 AUDIO SIGNAL PCM 9 GND_D4 6 m 0 0 0 0 08 ce 00 0 Rese Na GND_D1 2 of 00060000000 000 00606006006069060606066600606O AUDIO SIGNAL DSD 3 3v_D3 e S d Ek q 0m 53 NSW 1 9 pr uuzrliIl HrIBaa zizva 0agasg 3 3V D3 GND_A1 52 5 2 gt 0 I gm o mm J 14 Fu me 77 SCHEMATIC DIAGRAMS 3 9 H 6 6 m Ext PLL S om pod m 3 3v DA SN74LV74APW EL2 abs x Re gt GU 3494 MAIN UNIT 3 3 12P PH NE ad to VIDEO UNIT GU 3497 sht 172 114 SCHEMATIC DIAGRAMS 4 9 1 2 10 DVD 2900 11
154. GU 3495 AUDIO UNIT 115 SCHEMATIC DIAGRAMS 5 9 DVD 2900 116 1 2 3 4 5 6 7 8 9 10 11
155. H CON BASE L CX052 205 0863 952 5P PH CON BASE L CX131 205 1170 932 13P FFC BASE FMNBMTT CX151 205 1149 905 15P FFC BASE 52207 CX171 205 1174 909 17P FFC BASE FMNSMT CX241 205 1152 905 24P FFC BASE FLZ SM1 CX271 205 1174 925 27P FFC BASE FMNSMT CX331 205 1170 945 33P FFC BASE FMNBMTT 121 205 0895 917 12 PH CON BASE T 101 104 235 0130 903 CHIP EMIFIL 11A121 FB108 109 235 0130 903 CHIP EMIFIL 11A121 FB110 128 247 2018 903 RM73B 0ROKT FB301 318 247 2018 903 RM73B 0ROKT FB401 403 235 0136 907 FBMJ1608HS280NT FB405 408 235 0136 907 FBMJ1608HS280NT FB501 503 235 0130 903 CHIP EMIFIL 11A121 L101 235 0048 901 EMI FILTER 103 TP X101 399 0619 906 X TAL 27MHZ X103 399 0806 900 X TAL 12 288 X301 399 0698 901 CSACW2500MX01 473 7506 019 2X6 CBTS P Z 87 GU 3495 AUDIO UNIT rano feme _ SEMICONDUCTORS GROUP 8 8 CAPACITORS GROUP C201 25 0512 903 CK73F1E104ZT C202 25 0511 904 CK73F1H103ZT C203 25 0512 903 CK73F1E104ZT C204 25 0511 904 CK73F1H103ZT C205 25 0512 903 CK73F1E104ZT C206 25 0511 904 CK73F1H103ZT C207 25 0512 903 CK73F1E104ZT C209 257 0509 929 CK73B1H102KT C210 25 0512 903 CK73F1E104ZT C211 25 0511 904 CK73F1H103ZT C212 257 0509 929 CK73B1H102KT C213 25 0512 903 CK73F1E104ZT C214 215 25 0509 929 CK73B1H102KT C216 25 0512 903 CK73F1E104ZT C217 254 4525 900 CE04W1H330MT SMG RE3 C218 219 25 0014 935 CK73F1E10
156. HC157FT EL MN102H460B ROM SUB ASS Y PANEL MN1382 R TX AT49LV1025 70JC 262 3217 003 262 2875 006 262 3195 905 262 3236 000 262 2515 900 CXD2753R 16M SDRAM TSOP 7 8 08062 508 EPM3064A SN74LVO4APW EL2 262 2570 903 262 3219 001 262 3218 002 262 3210 000 263 1109 909 TC7W241FU TE12L CXD1881AR CXD1885Q M11L16161SA 45T AN8471SA 262 1782 909 262 3221 002 2 2 0160 901 273 0384 900 TC7S08FTE85L FAN8042 25B1132T100Q 2SC2412KT96 S 276 0717 903 276 0717 903 276 0711 909 155355 TE 17 155355 TE 17 MA152WA 247 9003 908 247 9007 917 247 9003 908 247 9007 904 MNR14 220JE0AB MNR14 103JE0 MNR14 220JE0AB MNR14 101JE0 SEMICONDUCTORS GROUP IC101 IC102 IC103 IC104 IC105 IC106 IC107 IC108 IC109 IC112 IC113 IC114 IC115 IC116 IC117 IC118 IC201 IC202 IC203 IC204 206 IC207 IC301 IC302 IC303 IC401 IC402 IC403 IC404 IC405 IC406 IC501 IC502 IC503 IC505 IC507 IC508 TR501 502 TR503 D101 105 D301 D501 502 RESISTORS GROUP RA101 111 RA112 115 RA401 405 RA503 504 RA506 509 RA523 RA524 528 247 9007 904 247 9007 904 247 9007 917 MNR14 101JE0 MNR14 101JE0 MNR14 103JE0 83 Pao Remis CAPACITORS GROUP New EN C103 104 254 4464 906 CE67C0J101MT C105 106 25 0511 904 CK73F1H103ZT C107 25 0512 903 CK73F1E104ZT C108 109 25 0511 904 CK73F1H103ZT C110 111 25 0512 903 C
157. HLD d t lt _____ DVDPD gt ez Tum TOP ENV 64 ATT 9 Dual muc Offset u V33 for output buff as MUX of dl V33 CDPD BTM 1 Vref E Nu 5 amp clip BTM ENV t CGR b5 4 CCR b7 LA gt MUX Gain CDR pi MUX lt DISK DET LINKEN 26 22 21 50 32 31 28H29 30 33 27 58 19 51 25 z gt 2 m LL lt m lt m LLI A z 14 0 A 2 2 9 a n z 2 gt gt gt gt 21 a 55 Terminal Function Power Supply Pins ww am SA em woo o oew vs o Input Pins ___ iO Famtion O o roaa Nm PAN wegmutrREsmieRer _ wawawa ggzczp2 cpmep 1 tww rc DD O i We mu S O S gt D WemuONOFFQORi 24 5450 7777 _ _ Output Pins me o renano Diferentlnomelouet asaaaXssas La aswnE np mmc fo smo pe o Fases Gawa wo 9 CC OOOO Or peas O Wm o Minor detested ued mFmwu vied ARCO mp 0 Montorout _ _ 56 Analog Pins ww OSO le RFAGC megan capactor p ferent phase wackin
158. IFIL 11A121 EL OO amp 2 21 Dspas 78125 0 o C103 HCLK 21201141515 0 OX Z 144 05 gt DATA2R 1 51 4100 6 3 lt 0100 lt lt mim ms s s om mus 4 q q q q t r x D43 C206 Q as 00 EDGUT 6 s lt 4 0 A 44 dL dn dL p Gb gr _ 12 FB126 0 e GND D4 gt _____ 0 15 C105 9 0 gx RO psp PcM ANN CKO 012 E458 N N 8199 p PFS E 2 gt D12 2 AMUTE 8127_ _ B MC RS 55 N N OPEN VDDEXT See 00 4 AMUTE s 41 5v D3 o Q lt a 5 a Pre ES EU GND 43 EMIFIL 114121 ug gt 425 7 ps FB12B lt z J 1 gt c og Moo 8200 43 pe 438 55 Y mx nx TMRO SPDIF AS CE 00 0505 zu 137 6 2223 1 az 59 25 MRS 07 ss GO GND D4 U 06 R105 om mm o Os m al of ol ol s l of ol ol ol x ml 135 2104 10K Bog m m mm m e e qq a ca SP SP 5 snus 45 5 229 Sues CKO 1
159. J101MT C307 310 C311 C312 C313 C314 25 0512 903 257 0503 967 25 0512 903 257 0503 967 257 0509 929 CK73F1E104ZT CC73CH1H150JT CK73F1E104ZT CC73CH1H150JT CK73B1H102KT C315 316 C317 C318 320 C321 C322 25 0512 903 257 0509 929 25 0511 904 254 4464 906 25 0511 904 CK73F1E104ZT CK73B1H102KT CK73F1H103ZT CE67C0J101MT CK73F1H103ZT C323 C401 403 C404 C405 C406 254 4465 918 257 0512 903 254 4464 906 257 0512 903 257 0501 901 CE67C1C470MT CK73F1E104ZT CE67C0J101MT CK73F1E104ZT CK73B1H103KT 1608 C407 408 C409 410 C411 412 C413 414 C415 419 25 0512 903 254 4465 905 25 0512 903 25 0502 942 257 0512 903 CK73F1E104ZT CE67C1C220MT CK73F1E104ZT CC73CH1H2ROCT CK73F1E104ZT C420 C421 422 C423 C424 429 C430 254 4465 905 257 0512 903 254 4465 905 257 0512 903 254 4464 906 CE67C1C220MT CK73F1E104ZT CE67C1C220MT CK73F1E104ZT CE67C0J101MT C431 440 C444 C442 C443 C444 445 25 0512 903 254 4464 906 257 0512 903 257 4010 906 254 4464 906 CK73F1E104ZT CE67C0J101MT CK73F1E104ZT CE67C1C101MT CE67C0J101MT C447 254 4464 906 CE67C0J101MT 85 C Reno C448 450 C452 C453 454 C455 25 0512 903 25 0512 903 254 4465 905 25 0512 903 CK73F1E104ZT CK73F1E104ZT CE67C1C220MT CK73F1E104ZT Nome gw C456 C457 460 C461 C466 C501 254 4465 905 25 0512 903 254 4464 906 25 0511 904 254 4465 905
160. K20 LXV C915 254 4593 709 CE04W1C122MC K20 LXJ C916 254 4591 905 CE04W1H101MT KMF C917 254 4593 709 CE04W1C122MC K20 LXJ C918 254 4591 905 CE04W1H101MT KMF C919 256 1058 971 CF93A1H104JT JL C920 950 254 4538 955 CE04W1C221MT SMG RE3 for E3 E2 92 DVD 2900 PatNo PatNam Remarks C920 950 254 4313 798 CE04W1H221MC ASF C921 254 4533 921 CE04W0J101MT SMG RE3 C922 923 257 0512 903 CK73F1E104ZT C924 254 4538 942 CE04W1C101MT SMG RE3 C925 254 4313 934 CE04W1H470MT ASF C926 257 0512 903 CK73F1E104ZT C927 25 0511 904 CK73F1H103ZT C928 254 4585 908 CE04W0J471MT LXV C929 254 4533 921 CE04W0J101MT SMG RE3 C930 932 25 0512 903 CK73F1E104ZT C934 254 4368 934 CE04W1E101MT ASF C935 257 0512 903 CK73F1E104ZT C936 254 4538 942 CE04W1C101MT SMG RE3 C937 254 4368 934 CE04W1E101MT ASF C938 257 0512 903 CK73F1E104ZT C939 254 4368 934 CE04W1E101MT ASF C941 25 0511 904 CK73F1H103ZT C942 946 25 0512 903 CK73F1E104ZT C947 25 0511 904 CK73F1H103ZT C948 25 0512 903 CK73F1E104ZT C949 25 0511 904 CK73F1H103ZT C951 25 0512 903 CK73F1E104ZT C954 955 25 0512 903 CK73F1E104ZT C958 959 254 4382 910 CE04W1C221MT ASF C964 254 4538 942 CE04W1C101MT SMG RE3 for E3 E2 C964 254 4313 950 CE04W1H101MT ASF for JP C983 984 25 0512 903 CK73F1E104ZT OTHER PARTS GROUP CW035 203 5312 004 3P PH SAN CON CORD CX024 205 0581 001 2P VH CONNECTOR BASE CX025 205 0581 056 2P VH CONNECTO
161. K73F1E104ZT C112 25 0511 904 CK73F1H103ZT C113 25 0512 903 CK73F1E104ZT C114 25 0511 904 CK73F1H103ZT C117 25 0512 903 CK73F1E104ZT C118 119 254 4465 905 CE67C1C220MT C120 121 25 0512 903 CK73F1E104ZT C122 123 25 0511 904 CK73F1H103ZT C124 25 0512 903 CK73F1E104ZT C125 126 25 0511 904 CK73F1H103ZT C127 134 25 0512 903 CK73F1E104ZT C136 138 25 0512 903 CK73F1E104ZT C139 254 4464 906 CE67C0J101MT C140 143 25 0512 903 CK73F1E104ZT C145 146 25 0512 903 CK73F1E104ZT C147 254 4465 905 CE67C1C220MT C151 152 25 0511 904 CK73F1H103ZT C153 154 254 4464 906 CE67C0J101MT C155 160 25 0512 903 CK73F1E104ZT C161 25 0511 904 CK73F1H103ZT C162 25 0512 903 CK73F1E104ZT C164 25 0512 903 CK73F1E104ZT C165 25 0506 951 CC73CH1H101JT C166 25 0512 903 CK73F1E104ZT C168 171 25 0512 903 CK73F1E104ZT C172 257 0509 929 CK73B1H102KT C173 176 25 0512 903 CK73F1E104ZT C177 178 25 0502 997 CC73CH1H7RODT C179 25 0512 903 CK73F1E104ZT C180 254 4464 906 CE67C0J101MT C181 25 0512 903 CK73F1E104ZT C182 257 0509 929 CK73B1H102KT C183 25 0512 903 CK73F1E104ZT C184 254 4465 905 CE67C1C220MT C185 25 0512 903 CK73F1E104ZT C186 257 0509 929 CK73B1H102KT C189 192 25 0512 903 CK73F1E104ZT C194 195 25 0512 903 CK73F1E104ZT C196 25 0511 904 CK73F1H103ZT C197 200 25 0512 903 CK73F1E104ZT C202 254 4465 905 CE67C1C220MT C203 204 25 0512 903 CK73F1E104ZT C205 254 4465 905 CE67C1C220MT C206 207 25 0512 903 CK73F1E104ZT C208 25 0504 924 CC73CH1H270JT
162. Mirr Width zi FZC Count T 4 Disc Type 7 DVD 2900 CXD18850 0x2000 1 0x1FF2 0x2012 0 1 2 81 92 0 998291015625 0 2012 8210 0 2000 81 92 1 002197265625 10 SEDE DR R CXD1885Q 0x2000 1 e 02012 2 0x2000 8192 0 998291015625 0x2012 8210 0x2000 8192 1 2 10 0 0 CXD1885Q 256 2Bytes 2 1bit 6 25mV CXD1885Q 256 2Bytes 2 1bit 6 25mV CXD1885Q 256 2Bytes 2 1bit 6 ES CD CD C1 3 2 sik
163. N N m R416 10K D MA11 C417 147 TESTO DSALS Z4 gt DSALS m O Ox it e i CKO 12 7 I S 77 56 R417 10K D MA10 11 ZDFLS O N 9 3400 5 Sx 149 0 VSDSD GND ayes 58 E qp HF lt i D_MA9 du 8 Ma SO vec GND SS DSAs gt DSASW 0 MA 151 zo R418 10K 1 AA A9 ZDFLFE R453 33 ul p R419 10K inm 152 AB Te A psac s AW DSAC D 22 4 ERE a ANB VDC 2 5v zprc s GND_D2 9 A Ren C408 CKO 1Z 9 i 154 7 VDDSD 3 3V 57 gt 0 w o O lt A B45 33 n 10K FQTD_MA5 aa 155 a6 j en DSAH SS gt O m ui g d di 8449 22 5 1561 5 ZDFR 89 C433 mE X igjvor DECA J o god AW D_MA4 TES ge loko dz 33 gt 0 msi 18 LRL T C415 DSAL 0 gt Ca ss D MA3 _ 268 CKO 12 58 VSTO GND zprL e HDRG MPG C407 CKO 12 emm i 1591 A3 PHREFO S amp 0 m 3 vor_peca SELDSD Sx E AW Sr 160 PHREFT 61 R456 33 m Ej D MAt BCKAO 89 BCKAO E VCC_TNT W se E 2 C437 PLD lt C442 SOKE D MAO eom 2140 BCKAT CKO 12 9 GND GND 20 xsma CKO 12 VDIO 3 3V VSDSD GND s XSRQ BCKASL XSHD2 4 TC404 NAST C452 OPEN D MAG 165 GH
164. PACER 3X6 CBS Z 3X10 CBS FUSE LABEL for E2 VINYL WIRE for E2 94 GU 3497 VIDEO UNIT Pea _ SEMICONDUCTORS GROUP 601 262 3126 000 XC2830 5VQ100C IC602 262 3127 009 XC17S30AV08C SQZ IC603 262 1348 903 TC74HC123AF TP1 IC604 262 2519 906 SN74LVOOAPW EL2 IC605 262 1793 901 TC4W53F IC701 262 3058 000 SII504CM208 IC702 262 2916 004 64M SDRAM TSOP IC703 262 3059 902 PIC18LC242 I 5O TAPE IC704 262 3050 008 ADV7300 IC705 262 3093 007 ADV7190 IC706 262 3020 902 BH7860FP E2 IC707 262 3020 902 BH7860FP E2 IC708 710 263 1082 903 TK15420MTL IC711 262 1348 903 TC74HC123AF TP1 IC7 12 263 1110 901 070 7012 IC713 263 1079 903 IC714 262 2977 904 BA18BC0FP E2 IC715 263 1079 903 BA033FP TR701 702 271 0293 901 2SA1022 B TR703 274 0163 904 2SD601A TR704 705 272 0125 904 25 709 TR706 274 0163 904 2SD601A 707 708 272 0125 904 25 709 709 710 274 0163 904 2SD601A 711 712 271 0293 901 2SA1022 B TR713 272 0125 904 2SB709A TR714 716 272 0125 904 2SB709A for E2 TR719 272 0125 904 2SB709A for JP TR720 274 0163 904 2SD601A for JP TR721 272 0125 904 2SB709A for JP TR722 274 0163 904 2SD601A for JP TR723 725 269 0082 902 DTC114EKT96 for E2 JP TR726 728 269 0083 901 DTA114EKT96 for E2 JP D701 703 276 0717 903 155355 TE 17 RESISTORS GROUP RA601 604 247 9002 909 14 330 701 708 247 9002 909 14 330 709 712 247 9002 909
165. PO uncorrectable It is invalid at the time of CD number of the outer circumfer operation ence of 1 layer and an address 8 A display of error detection CD C1 error detection number number of the outer circumfer ence of 1 layer and an address N N H 82 A display of PI uncorrectable CD C2 uncorrectable error number of the outer circumfer number ence of 1 layer and an address S aM 7 3 A display of PO error detection In the case of 1 layer disc it is number of the inner circumfer invalid ence of 2 layer and an address gt J 9 PO 1 84 A display of PO uncorrectable In the case of 1 layer disc it is number of the inner circumfer invalid ence of 2 layer and an address CM Sil 9 PI 1 N H ot 8 A display of error detection In the case of 1 layer disc it is number of the inner circumfer invalid ence of 2 layer and an address gt S ait PI 1 N H ot A display of PI uncorrectable In the case of 1 layer disc it is number of the inner circumfer invalid ence of 2 layer and an address N S ait 00 PO
166. R BASE CX035 205 0355 033 3P KR CON BASE L CX041 205 0343 045 CONN BASE KR PH CX051 205 0343 058 CONN BASE KR PH CX061 205 0343 061 6P CONN BASE KR PH CX121 205 0375 026 12P CONN BASE KR PH CY025 205 0581 056 2P VH CONNECTOR BASE 061 205 0343 061 6P CONN BASE KR PH CY131 205 0892 088 13P FFC CON BASE 171 205 1006 080 17P FFC BASE P 1 A F951 206 1087 015 FUSE ET1A for E3 JP F951 206 1087 073 FUSE ET1 6A for E2 FB519 235 0130 903 CHIP EMIFIL 11A121 FB527 530 235 0130 903 CHIP EMIFIL 11A121 FB753 756 235 0130 903 CHIP EMIFIL 11A121 FF901 202 0040 909 FUSE CLIP TAPE FH901 202 0040 909 FUSE CLIP TAPE FL101 393 8060 009 FL TUBE 17 ST 04GNK JK507 508 204 8612 005 MINI JACK JK509 205 1153 001 9P S SUB CONNECTOR A L901 235 0141 002 LINE FILTER PLA10A 93 L907 909 Pao anname sas 235 0142 917 235 0140 906 235 0142 917 COIL LHLOSTBAR7MT COIL LHL10TB101KT COIL 08 5101 106 5107 5108 110 5120 212 5604 910 212 0389 007 212 5604 910 212 1030 009 SWITCH TA ALPS ROTARY SW 1 3 TACT SWITCH TA ALPS POWER SWITCH TV 5 ST901 ST903 T901 205 0452 017 205 0452 017 233 6403 007 STYLE PIN STYLE PIN SW TRANSFORMER WIDE X101 399 0151 008 417 0476 010 417 0592 004 417 0610 009 X TAL 4 332MHZ RADIATOR HEAT SINK HEAT SINK OSH 2430 461 1125 118 471 3303 016 471 3305 027 513 3827 003 001 0101 025 FL S
167. ROR 02 ERROR 02 Read Error 1 1 a DVD 10 b Cer eem DVD FL gt 2 b DVD 2 ELT FLEO U 1 10 1 DVD fc FROL ERROR 02 ERROR 02 ERROR 02 ERROR 04 ERROR 05 ERROR 06 Tracking Error
168. S 6298 Ug WW 8o al 1 027 Ox Y o 4 AHG S13 o Wsssg E BEEN 2V AS 0 6 W 2894 9 2 Z us y 8 10 asx 8 0 59 MS 1NT 1nA 5 EE 2 ny Esso 31nWSLJX o W casa B 05 T N T 31nWasx 0 a pem W OSL 0 Wea 91 27 971 77 8v A E E 2 8 7 x gt d 1669 270 030 6195 lt 5 Y L8 sd 0 gt gt 5 j O gt 2 Q p DN n lt EHIN 2 y gt 7 00 1 gt H 4 2 Q 4 0 0 RO 005 pzczzr a Mo m m 9 N o o 0 ol o D 8 0 0 0 o D 49 T GC t T 00 ure 91 007 ID V EEG Koa n n 00 ba 8 8 B O 8g 0 09 on lt 29 N mv as mv ma iON 04 wy ion NY OS T CO Os a 5 b Sg m 270 0302 a ole N XH ata ode 09 N 7 m 9 gt i0 4 ojo GN vesu a GN 2 BU d Q 5 Do 6758 Cy Hem S 8 5 JE 5 Qo aS m R args Q gt om T ly DX 0 gt a vesu p 5 p cacy of 788 Qi gt Q 9 0892 e o o al al al a aj 26SH 10 Oo D 00 iD 6150 gt co
169. S ST buffer when configured in RC mode CMOS otherwise O Oscillator crystal output Connects to crystal or resonator in Crystal Oscillator mode ______ Vss P Ground reference for logic and I O pins o Vpp P Positive supply for logic and I O pins INTO External Interrupt O o ai WW 22 23 24 25 26 27 28 Legend O Output I Input P Power N IN S 6 8 CC NN 22 23 24 25 26 2 __ 28 68 oa s BH7860FP VI IC706 707 IC707 for Europe model CRRAP COUT MUTE TEST CIN MIXOUT GND MIXFB YIN GND VCC YTRAP N C VCC YOUT CbIN YFB GND GND CriN CbOUT SEL CbTRAP CrOUT Functions 1 13 15 20 CTRAP LC oscilation terminal CbTRAP CrTRAP YTRAP MUTE Mute control If MUTE is set to L five channels will be muted simultaneously Signal input Croma signal Color difference signal The bias type input terminal Input impedance 20kohms 4 10 17 21 E _ It fixed to ground Siganal input Input terminal of a luminance signal Di clamp input VCC of 6 and 8 pins does not connected inside Use it by connectin externally C MIX and Y connect with Vcc of 6 pin Cb and Cr connect with VCC of 8 pin 12 SEL C CbCr select Cb and Cr are turned off if SEL is set to L 14 16 CrOUT Signal outout CbOUT Color difference signal output 18 19 YFB Signal outout YOUT Luminance signal output 22 23 MIXFB Signal outout MIXOUT Y C
170. SET 25 mers 1 CDDA DSDRS 0 TUE _IMELDO DSARS 70 PDS 112 74 E e CIT BMS ACE R224 10K R252 0 ite 012 72 5 PDA a R204 50 E S91 E R225 10K PCMDO AM MEUWS gt DSARS 0 g mos wen a modes a 4 NES posas 0 5 W 74 css 10 287 as Z2 BYPASS oss s MONO s 66 2 gt ooo me 0 gagzelrzazo amp ooanonono0007z058558055508Z228 PCMD4 MELBCK 0 pcss s PD4 gt 0444444 5444 0 gt 0 gt DSAC X p OPEN 77 mas 284 m s o of s m o 2 ay oj v o o Of v m o No mu 0 78 excu 283 A S NI NI NIIS o o oj o o o o oj o o o o o ol o o a ojo o ol ol o of ol ol o ET DSAR 22 C CAS 8207 10K NN 79 PXCLKP mem 0 ci DSAL c 0 m 89 owe TC74VHC 157AF gt o9 81 1 vsvwc 8 R208 1 lt GND D1 s S osokeyl t72 8 ea _ csync 78 ISTE SMUTE n DSDRST 5 0 DOCLK s 10K MSREADY 0 L oN BE MDS VvVDD33 10 D 87 ups voo1e 474 Tu MSDATAO 0 173 ga SN74L V244APW 0 99 SASL d S
171. STR F6672 180ohm 4700pF TOFF 50uS typ Iconst trm 123 PD 902 VIEW ANODE L COLLECTOR CATHODE EMITTER 71 2 TRANSISTORS DTA114EK DTA124EK DTA114EK DTC114EK DTC114EK DTA124EK C C R1 R1 Les Rm R HAT2053M TOP VIEW 22 6 1 6 2 5 3 3 4 DTr1 4 Source S 3 Gate 4 1 2 5 6 Drain 1 3 DIODE FMB 2204 72 4 FL DISPLAY 17 ST 04GNK FL101 VCDDVD GROUP TRACK DODIGITAL PPCM LPCM MPEG Wu me EE mid AUDIO VIDEO TITLE CHAPTER HDCD TOTALSINGLE REMAIN ELAPSED ANGLE D MIX S S PROGRAM 1 COLOR ILLUMINATION 66 Reddish Orange Above pattern part Green a Other PIN CONNECTION PNNO ipsae 8 9l0 12 3 4 5 7 3 9 0 12 3 als 7 3 90 12 3 4 5 8 7 890128 459979 123 4 5 6 7 8 90 12 3 4 56 7 8 9 0 1 2 3 4 56 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 345 6 7 8190 I 3 G 141 CONNECTION FINNINIPIPPIPPPPIPPPI114111111222222 222 23 3 333 3 NNNNNN7654 1 2 3 4 5 6 7 819 011 2 3145 6 7 8 l9 1011 12131415 6 7 l8 l9 1011121314 i5 GG Filament No pin No extend pin Datum line Grid GRID ASSIGNMENT 177 156 VCDDVD PPCM LPCM MPEG Em Kem AUDIO VIDEO NGLE REMAIN ELAPSED ANGLE D MIX D T PROGRESSIVE FVG PROGRAM SCAN _ RANDOM REPEAT ALL1
172. Supply USA amp Canada 120V Europe 230V Japan 100V 2 2 Preparation power on Set the SOURCE selector knob DVD Push DPEN CLOSE button then open the Disc Tray Set DVD test disc DVDT S01 on the Disc Tray and then push CLOSE button FL display appear STOP push PLAY button to play back DVD Set the Video output to INTERLACED by remote control unit Push the SETUP button set to the mode of VIDEO SETUP Push the DISPLAY button of remote control unit and then appear the ON Screen Display GUI on the monitor TV Push the 12 button select title 12 of DVD Push the ENTER button playback title 12 color bar 75 1 1 Y VIDEO OUT 2 5S52 VIDEO OUT Y C 750 COMPONENT VIDEO OUT Y PB PR 750 750 1 DVD DVDT S01 3 4 2 2 1 1 Pg PR TIME DIV 2uS b VOLT DIV 100mV x10 2 Y TIME DIV 2
173. Z 100 6 3 A7 TCLK GND CKO p1z GM Hees a OS aS 55 20 1 5 9 ac lise 133 12 288MHz em eL 4 9 Z hc fu qm Ei ana ppp Om e a 0 5 v4 a a at p 36 3E min an ar xt UD t 8 7 gt RA GND_D4 alato aiala a mm 6 Q 0 Me ae 2E an GG ae mo no00 6 DATA3 5 B 85 8 gt pa E mim MA3 gt gt gt EN VDDEXT ny Qo 130 1M 2971257 2 4 84 ase IAUDIO DECODES S ET Eg za A GND GND_D1 55 mas sss 128 4 4 510 53 D4 ss 205 TXD 204 vOD18 804 Spe c 127 on 6107 57 204 GNID VDDINT YO 48P_IC_SOCKET GO Az EM 5 lt D3 TC7AVHCA57AF O KO sa 55 DTO MA4 64M SDRAM ol eoo 94 D1 DO D1 S1 Mao TESTS 299 S VDDINT gt 25 IC104 S2 uaz vbD33 44H99 pm a AE pies _ R229 10K mE DRO R230 10K W986416 5 Ha 10K 2 8227 TESTo Ae m AF SO MSS Rest se 4821 HMODE 4495 VDDEXT 33 87 MAS 2 DT 4 nasa TC74VHC157FT M F C D jj RE
174. a i BA 222334437 1790 ID A 4 Ua pi D D Wg 516 m Ba lt Q m D 05 gt zl Jd FERREE 000 94 9 2 D i oo n 0 a a Z N3dO 5 t o ng T N3dO 00 er o 220 039 Q 9188 0155 E 6 0 5 ala N3dO di 8099 aa N3dO 5085 gt W vOSH 7 hla al d 0 0 J 0 9665 7083 m a 210 070 W 2058 2060 a of ot ot op of 09 G 9099 ue 90099000000299 n n o 0 oe oe ce ce o9 o9 4 tz T m 4 4 22 00 0 0 Pin lt 0 0 183 099999099009009009020529 L zx X O Hl i O lt O hZ D f at a Ont 290 fon z gt oaz50 060 0 lt 2 gt 2 0 O gt 0 gt a x uy Q gt Z o zl PDIMONI 112 SCHEMATIC DIAGRAMS 2 9 DVD 2900 113 1 2 3 4 5 6 7 8 9 10 11
175. age Value 11 75 Resistance value lop gt lop R208
176. cumference soldering check e 0502 65 110pin check Check soldering BD 0 15 BA 0 9 XLCOS XUCAS XMOE XRAS XMWR e C502 1C503 Check soldering e C502 36 49 R621 R633 e RA01 411 Check soldering e 1 404 24 4 SACD check process Check communication e VSTEM communication L H level alternate Check RF signal for Water Mark TP WM about 1Vp p Check Bus Line Between IC401 and IC402 16MSDRA L H level alternate DVD 2900 Check soldering e IC404 437 449 Check soldering e ICA403 Circumference soldering check Check soldering IC401 141 162pin e C402 25 DVD 2900 1 4 No sound Noise generated 1 CD Check CD digital Audio data output N G Check soldering e CDLRCK CDBCLK CDDIN DOTX e C502 58 62pin check R641 R644 Check digital Audio data output Check soldering e IC101 DATA1 LRCK BCK ix e 1 101 159 170pin check DOUTO R134 R142 Check soldering Check Audio select output 6 IC204 1C207 e DAD0 DAWS DABCK CX271 IC106 IC107 Continues to the Check process of GU 3495 AUDIO P W B 2 SACD Check DSD data output dub SIM IC401 DSARS DSALS DSASW 10401 60 76pin check DSAC DSAR DSAL e R450 R456 1 Check soldering DAD1 DAD2
177. eneral Port Multi purpose port 15 GIO16 General Port Multi purpose port 16 GIO17 General Port Multi purpose port 17 GIO18 General Port Multi purpose port 18 GIO19 General Port Multi purpose port 19 TRST JTAG I F JTAG Reset input TMS JTAG I F JTAG Mode Select input TDI JTAG I F JTAG Data Input TCK JTAG I F JTAG Clock input TDO JTAG I F JTAG Data output VMCHG MCU I F VSTEM external MCU access selection terminal of system set ting register for DSP L VSTEM H external MCU 18 4 GND Digital 1 8V power for internal Logic system 37 M65776BFP MA IC101 Top View 9 d3897 Z789lNf 38 Pin Assignment HER IL BDREQ ipse p eloo VO 10 VO 13 vooss HOLS 25HA0 l 26 HAH 27 VDD18 28 VDD33 29 HAZ fi 30 HA 131IHAI41 l ajan jeno __ _ HAS 38 HAMO 139lHAf 05 aR i aivoon WE 1 47INT o ELI NN KA 51 DREQ 0 152IDACK NC NO Connection TO Tri State Output AO Analog Output Al Analog Input 0 LI NK salma 1O s
178. er t ean i t ee e ees m SU qr Tes LLLA 5 91 o Ko N S gof on 09 4 Q odd olo ak old NS Seso EGGH dozv 6999 LES W DDD 815 4 270 039 8555 Ser roosa 0 80 D s fy 0 Gm Son Oda eosul T 09 0 22 n Ru TT gt 3 jo 0 as Nu 0 x 50 0 q M 4 0 81443 4924 Bo lt T dd mmm 5 SIS gt gt D D 0 m xDOT lt cle A x 15 vOSVH 5 m POTAE E SESH Den lt Onl T x Q om z NM Z 608 25 Z Gu gt mp t p O lt 0 0 gt Q n z 2 m 6 2 i d 0 ao ao P BIN 5 g5 5 gi ATT m 4114 x Y 660 05 BO S my Bai Quo ip OA Q Og E Tez n pee 5 6998 m9 in o m9 RX LENG 05 SoH zum ge a T LQ 9008959 40089 2 90 ql 69 8 210 0 a N Qt yee 1 3 2 1 9 0 m 2 2 ot vee 6 z s Ry 0 9 T Zr0 O gt O 9 x 2299 0 N 0 lt 0694 mo N T90
179. erence soldering e FB108 FB109 Check Clock waveform G Check 27MHz 3 3V at G 1 Check soldering of X101 42 e Apin of IC105 2 Check soldering of IC 105 5 8707 Check soldering of R168 and R153 Check Reset signal SG Check soldering e IC102 MC TRST 15 pin e C301 37pin H level O K R310 and R311 Check Power Supply Voltages Check soldering IC101 b C117 and IC118 3 3 01 1 8 01 FB101 and FB102 Check Clock waveform e IC101 106 pin 27 2 3 3V Check soldering e IC105 3pin R170 R101 Check Clock waveform Check soldering e I C101 172 pin IC105 24 576MHz 3 3V O K e R174 R133 O K IC101 Reset Check O K Check Address Data Bus between 3 IC102 and IC103 Flash Rom Check soldering at Address Data Bus MCD0 MCD14 IMCA11 MCA30 Continue to next step Check the Set up process of F E u COM 22 DVD 2900 3 Check the Set up process of F E u COM Check Power Supply Voltages e C502 3 3V D2 1 8V_D2 O K 3 3V A2 41 8V A2 O K Check soldering e 10114 IC115 FB405 and FB408 Check Clock waveform Check soldering e 1 502 33 e C 105 15pin 33 87MHz 3 3V O K e R171 IC405 R697 and R574 Check Reset signal G Check soldering IC502 DRVRST 51 pin e 6102 108pin H level O K
180. g emna SSS on ferent phase wacking PFtemind uo I _ ION _ i CT MRRbeommtemd taw a m mss x iU up o o Pipa le FE CT TT v f o keenean O O O O O OOOO eeewssermp _ Serial Port Pins me i GNE SDEN Serial data enable SDATA Serial data SCLK Serial clock 57 W986416DH MA IC104 Vcc DQO VccQ 501 002 VssQ 6 DQ3 004 8 VccQ 9 DQ5 DQ6 VssQ DQ7 Vcc LDOM WE CAS RAS CS BSO BS1 A10 AP AO A1 A2 A3 Vcc W986416DH Terminal Function 1 14 27 2 4 5 7 8 10 11 13 42 44 45 47 48 50 51 99 3 9 43 49 6 12 46 52 20 21 23 26 22 29 35 28 41 54 36 40 37 39 15 Pin Name Function Power 3 3V Data Input Output ccQ Power 3 3V for I O buffer Ground for I O buffer Write Enable Column Address Strobe lt lt S e 550 WE CAS CS Row Address Strobe gt Chip Select 850 BS1 Bank Select AO A1 1 Address Ground No Connection Vss NC NoConnection Clock Enable Clock Inputs UDQM LDQM Input Output mask Hi Vss DQ15 VssQ DQ14 DQ13 VccQ DQ12 DQ11 VssQ DQ10 DQ9 VccQ DQ8 Vss NC UDQM CLK CKE NC A11 A9 A8 AT A6 A5 A4 Vss Description Power for input buffers and
181. gt 8 2 gt 8 8 gt 8 gt Shes 52 np gt a 8 2 gt 8 8 gt gt 8 8 GND_D1 3 3V gt VCLK E YUVO 64M SD RAM 1 coi nd lal AM 5 8610 H X C O8 64M SDRAM TSOP NS W Be jj DOHSC d 598 8617 gt 4 8611 W OPEN DOVSC Yuv Y 6 OREN om 8612 DOBLA 4 yoya 4 OQ 2070s x1 ODN 09 II oe o a E O 9 66 56 6 8 8 88 Qm o ve W 2 lt 02 60 A oJ oJ oJ oJ oJ 8 9 2 2 2 YUv4 gt gt gt gt gt 915 11924 44 lt 4 lt 4 lt 4 lt 460 2050050000009 o 5 CLAMP nAAL fe gt iS db of E a o 4 4 45 cof o 4 4 oa a a ox q s a a oo WM Qj qj m m m m m m m m NN e 5V_V4 YUV6 YUV7 s MBSE 3 TR744 D m 0702 Q CK 1000P 5 ise 254 102 8 om W Reh 27MHz PS CLK l R859 155355 ol sia mix a oia 23 gt gt 2 gt bx gt W HSYNC 701 RA702 0 m a 3
182. ion DVD Single High reflection 0x48 CDDA High reflection Ox4A VCD High reflection SACD Hybrid Disc RA Disc Type No Disc 0x01 Unknown Disc DVD Single DVD Dual Parallel DVD Dual Opposite CDDA NCD EH DVD Single CODA COR SACD Hybrid Disc 20 TROUBLE SHOOTING 1 GU 3494 MAIN PWB 1 1 FL TUBE doesn t light 1 Check the Set up process of Panel u COM Check Power Supply Voltages e 1 301 01 04 3 3 01 3 3 04 Check Oscillation Waveform e I C301 25MHz at 31pin Check Reset Signal e I C301 H level at 35pin Check Data Bus between IC301 and IC302 Flash ROM Does the level change at FD 0 15 Pins of IC301 Check Data Bus between FLD Driver GU 3496 IC101 e RST H level Continue to next step Check the Set up process of B E 21 DVD 2900 Check soldering CY121 on MAIN PWB Check soldering X301 on MAIN PWB Check soldering e C303 Reset IC on MAIN PWB Check soldering short circuit open FD 0 15 PA 1 16 PWE PCE POE 1 Check soldering of CX171 2 GU 3496 is N G No Good DVD 2900 2 Check the Set up process of B E i COM Check Power Supply Voltages 12102 2 Check the output level Check soldering 3 3V D1 2 5 D1 O K ON ST H level IC301 55 Check the circumf
183. it Disassembly Caution The optical pickup can be damaged easily by static electricity charged on human body Take necessary anti static measures when repairing around the optical pickup 7 1 Guide Clamp Bracket disassembly 1 Remove 2 screws 2 Remove Guide Clamp Bracket to arrow direction 7 7 1 1 2 2 Guide Clamp Bracket 7 2 Tray disassembly 7 2 1 Remove to arrow direction 1 2 Solder the short circuit see in the frame 2 7 3 Traverse Unit disassembly 1 Remove 24P FFC CX241 15P FFC CX151 5P PH WIRE CX051 and 3P PH WIRE CX031 connecting with from the Main P W B CX031 2 Remove 4 screws fixing Damper 2 4
184. l o Ld 598 Rez7 S R428 B mu B MH R427 _ R645 a C440 C422 7 3 ag Ow 3 od ee Ow c F n b Ei HH DD sm D D104 E 6602 DE 18576 SB E NN 130 CI DD Su 2 e SHHS 8566 T E lt RS m 607 R572 B LDON x 0730 23 55 T 7 247 CX242 22117 1c228 1 E O fe og a N t 5 8 R244 GND D2 SCE C222 FOK XCS1 XRD FOIL SIDE 75 GU 3495 AUDIO P W B UNIT JV19 C288 JV11 GE 3495 JV53 Wea a Awn12V0 515 2 m fl tm JV30 JV47 EN Ft Lx lt 12 5 gt roa M m Eas R256 lt gt JV50 lt JV90 CY271 JV49 Lad H Me 6 JV3 A VG 4 JV46 R251 lt 20 0 gt e JVI8 C257 ENS JV2 JV14 640 Do Or y E e lt 1 5 gt lt 20 0 gt 1 E S oo 5 C404 I amm hd 2 0 lt 7 0500 gt _ 2 E JV13 SSW 5 Vom E 888 NAVY a x LL 5 lt 17 5 Si R248 E JV89 EU Dre et mu E JV88 eI e 11 5 V V V V e LON gt C245 2 R247 5 d gt gt 4 rU gt
185. l of the stream Data outputted from a front end processor Was 1 Input terminal of the stream Data outputted from a front end processor V6 SD7 Input terminal of the stream Data outputted from a front end processor Pull up input Pull down input Ai Analog input 48 M32102S6FP MA IC102 Bc lt CG N gt 29555 a LU Qd lt x NC OSS No lt c lt 58965 nO HO or noonoo N TL ngei Aas ZEEE ES HO erred le att Y Y Y Y Y Y YY 7 Y Y Y Y Y Y Y Y ojo col ncmpc P67 DWE lt 109 lt gt DI16 P30 TXD2 P66 DCAS4 gt VSS P65 DRAS lt gt D17 P31 RXD2 P64 DCS1 gt gt D18 P32 SCLK2 VCCX 68 D19 P33 CTS24 P63 DCSO gt lt gt D20 P34 RTS2 P62 DCKE 4 66 4 D21 P35 TXD3 A29 MAO lt lt gt D22 P36 RXD3 A28 MA1 lt gt D23 P37 SCLK3 A27 MA2 TRDATA7 A26 MA3 VCCX 25 4 TRDATA6 VSS TRDATA5 A24 MA5 TRDATA4 A23 MA6 lt gt D24 P40 CTS3 A22 MA7 lt gt D25 P41 RTS
186. les or enables device operation by masking or enabling all a inputs except CLK CKE and LDOM A Bank Select Address Selects bank to be activated during row address latch time 10 AP Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Power and ground for the input buffer and the core logic Power and ground for the input buffer and the core logic Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin A6 Row column addresses are multiplexed on the same pin A7 Row column addresses are multiplexed on the same pin A8 Row column addresses are multiplexed on the same pin Ag Row column addresses are multiplexed on the same pin N C No connect pin CKE Masks system clock to freeze operation from the next clock cycle CLK Active on the positive going edge to sample all inputs U DQM Blocks data input when active 37 N C RFU No connect pin 38 VppQ Isolated power supply and ground for the output buffer 39 DQs Data input output are multiplexed on the same pin Data input output are multiplexed on the same pin 19 20 22 23 24 29 26 27 28 29 30 31 32 34 35 36 41 Vsso Isolated power supply and ground for the output buffer 42 DQ10 Data input output are multiplexed on the sa
187. mal operation WDCK clock input for external DF mode Connected to GND for DSD modet PDATA 8 Serial audio data input for normal operation PBCK 6 Bit clock input Connected GND for DSD mode pe Mode control read back data output Resett Analog power supply R channel DACFF 5 0 V AGND3R Analog ground R channel DACFF lourR O R channel analog current output lourR 18 R channel analog current output AGND1 19 Analog ground internal bias IaEE Output current reference bias pin awwwwwwesweesaeean VeouL R channel Internal bias de coupling pin AGND2 08 Analog ground internal bias AGND3L 2 Analog ground L channel DACFF Analog power supply L channel DACFF 45 0 V T Schmitt trigger input 5 V tolerant Schmitt trigger input and output 3 3 V 67 oa s PIC18LC242 I SO VI IC703 MCLR 1 RB7 L 2 RB6 RA1 _ 3 RB5 RA2 4 RB4 5 RB3 RA4 16 RB2 RA5 17 RB1 Vss 8 TOP VIEW 2 INTO OSC1 9 0562 lt Vss RCo 11 RC7 RC1 12 RC6 2 13 RC5 RC3 L 14 RC4 PIC18LC242 I SO Terminal Function Master Clear Reset input This pin is an active low RESET to the device aM P Ground reference for logic and I O pins __ ooo Oscillator crystal input or external clock source input E
188. mber of zeros after effective number 2 digit effective number e Units uF 2 R gt 22yuF 1 digit effective number 2 digit effective number decimal point indicated by R e Units uF Capacity except electrolyte 2 2 2 2200pF 0 0022uF More than 2 Indicates number of zeros after effective number 2 digit effective number e Units pF 2 2 1 gt 220pF 0 or 1 Indicates number of zeros after effective number 2 digit effective number e Units pF e When the dielectric strength is indicated in AC AC is included after the dieelectric strength value DVD 2900 W 1 I S ORAL TS N E 5 ae 1 16W
189. me pin 43 DQ11 Data input output are multiplexed on the same pin 44 VDDQ Isolated power supply and ground for the output buffer 45 DQ12 Data input output are multiplexed on the same pin 46 DQ13 Data Input Output Data input output are multiplexed on the same pin 47 VssQ Data Output Power Ground Isolated power supply and ground for the output buffer 48 DQ14 Data Input Output Data input output are multiplexed on the same pin 49 DQ15 Data Input Output Data input output are multiplexed on the same pin 50 Vss Power Supply Ground Power and ground for the input buffer and the core logic FAN8042 MA IC508 Pin Assignments PS OPIN1 OPIN1 OPOUT1 O1 5 N ES OPIN2 8 OPOUT2 8 00 4 IN 1 DO1 IN1 DO1 OUT1 DO2 IN2 DO2 IN2 DO3 aie FAN8042 GND GND OUT2 8 DO3 IN3 9 DO4 IN3 DO4 OUT3 11 DO5 IN4 DO5 TT TT E e gt amp INA MUTEA EJ B O Pvcc2 gt TSD M E MUTE123 E 60 DVD 2900 Pin Definitions OUT1 Lo CH1 op amp output f Gp MUTE123 1 Mute for CH1 2 3 PVCC2 Power supply voltage 2 For CH4 CH5 GN f oa _ 7 PVCC1 Power supply voltage 1 FOR CH1 CH2 CH3 FS 7 77 7 OPOUT2 6 Normal op amp2 output OPIN2 Normal
190. n the P W Board parts list Refer to the Schematic Diagram for those parts WARNING Parts marked with this symbol A have critical characteristics Use ONLY replacement parts recommended by the manufacturer 9 Resistors Ex RN 14K 2E 182 G FR Type Shape Power Resist Allowable Others and per ance error formance Carbon ae Pulse resistant type Composition ik Low noise type Metal oxide film SEE Non burning type Winding Fuse resistor Metal film I Lead wire forming Metal mixture Resistance 1 8 2 gt 1800 ohm 1 8 kohm 4_______ Indicates number of zeros after effective number 2 digit effective number e Units ohm 1 R 1 2 ohm 1 MP 1 digit effective number 2 digit effective number decimal point indicated by R e Units ohm e Capacitors Ex CE 04W 1H 2R2 M BP Type Shape Dielectric Capacity Allowable Others and per strength error formance Aluminum foil 6 1 High stability type electrolytic Aluminum solid 5 2 Non polar type electrolytic Tantalum electrolytic 5 Ripple resistant type Film i 10 For change and discharge Ceramic 20 For assuring high requency Ceramic 80 UL part Oil 20 CSA part Mica 100 UL CSA type Metallized 0 Lead wire forming Metallized 0 25pF 0 5pF Others Capacity electrolyte only 2 2 2 2200uF Indicates nu
191. oman o _60 0 rer O O Fes vapio 1O esma 0 _66 0 lvAgl 68 MBA 1O Le9IA 0 loes 0 71IV6p19 L72 vooss 77515662 o 774 8 O 75loes4 o 776 0655 o zaleas O o owe 0 eren Lio ELI ois 1 0 Le8IV6p18 89IVop83 10 oz GND os MD 10 osmom uo 108IV6p18 mos vooss HO5IeuKO O HOeIeueN HO7IAVpp18 108IAGND18 Tob f TISAVDDSS 121 0093 122 PAR 123AVDD83 T24 AGND33 m l ES 126 181 NcO TS4IVpp18 masivos 07 149 NGO TS6IVpp33 39 157 0 158 PDRI9 O 159 LRCLK 160 CDLRCK 1 161 162 1 nes copN 1 meo fo 165 mejor 167IAo2 0 168 400 0 o 170 010 o 171 00017 o 172 173 O 174 0018 175 0033 176 o CSYNC I 179 OSDKEY 0 180 5 o 181 5 o 182 O 183 0 Ky 185 0 186 17 188 O 0 190 0 o 192 O mes RESET 194 1 195 TEST 0 197 rEsr 198 199 0033 200 TEST 201 8001 T 202 80 T 203 027 204
192. on terminal of the Bit clock for DSD data output L input Slave H output Master VSDSD Ground terminal for DSD data output 59 BCKAI Bit clock input terminal for DSD data output Input a Bit clock into this terminal at the time of BCKASL L potential BCKAO Bit clock output terminal for DSD data output Bit clock output from this terminal at the time of BCKASL H potential PHREFI Reference phase signal input terminal for DSD output phase modulation ACA PHREFO O Reference phase signal output terminal for DSD output phase modulation we ZDFL Lch zero data detection flag at the time of ucom setup It will be set to H if non sound data continues 300 msecs 6 DSAL DSD data output terminal for Lch speaker ZDFR Rch zero data detection flag at the time of ucom setup It will be set to H if non sound data continues 300 msecs 66 DSAR O DSD data output terminal for Rch speaker VSD f 3 3V Power for DSD data output ZDFC Cch zero data detection flag at the time of ucom setup It will be set to H if non sound data continues 300 msecs 69 0846 NS DSD data output terminal for Cch speaker ZDFLFE LFEch zero data detection flag at the time of com setup It will be set to H if non sound data continues 300 msecs DSASW 202 DSD data output terminal for SWch speaker lt ABN VSDSD Ground for DSD data output lt ZDFLS Sch zero data detection flag at the time of se
193. op amp2 input OPIN2 r Normal op amp2 input Go __ GD jem _ VREF Bias voltage input SVCC Signal amp OPAMPs supply voltage OPOUT 1 Normal op amp1 output OPIN1 Normal op amp1 input OPIN1 EE Normal op amp1 input 61 Block Diagram OPIN1 SVCC OPIN2 OPOUT2 OPIN1 OPOUT 1 VREF GND GND OPIN2 PS PVCC1 um n ED SKU SS SR _ IN4 OUT4 CTL FWD REV GND GND SGND MUTE4 TSD M PVCC2 MUTE123 Note Detailed circuit of the output power amp DO DO Pref1 is almost PVCC1 2 Pref2 is almost PVCC2 2 62 MX29LV160BTC 90 MA IC103 ae Pin Description BYTE Symbo GND Q15 A 1 0 19 Address Input d 00 014 Data Input Output 014 Q6 Q15 A 1 Q15 Word mode LSB addr Byte mode Q13 Chip Enable Input Q E Write Enable Input Q4 Word Byte Selection input RESET Hardware Reset Pin Sector Protect Unlock 03 OE Output Enable Input a RY BY Ready Busy Output ag 66 Power Supply Pin 2 7V 3 6V p GND Ground Pin Q8 00 OE GND CE AO AT49LV1025 MA IC302 Terminal Function A0 A15 Address Inputs Chip Enable Output Enable Write Enable I O0 I O15 Data Inputs Outputs 63 M11L16161SA MA IC503 PIN DESCRIPTIONS PX Cad na PIN NAME TYPE DESCRIPTION Address Input 17 20 23 28 0 9 Input Row Address A0 A9 Column Address A0 A9 R OE C S 25
194. orose 55 O Outputteminalfora Test pen 000000002 Test open O 2 TESTO O Outputterminalfora Test open I lI 25lrEsro Ouputemnatra Test open 00000000000 2 Clock input for a Test It fixed to L potential Input pin pull up for a Test open 2mlvec _ O Input pin pull up for a Test open Reset pin pull up for a Test Input the Power on reset signal or fixed to L potential 32 Test input pin It fixed to L potential 83 TEST2 f Test input pin It fixed to L potential 84 TEST Test input pin It fixed to L potential sslresro rper o O O sslsumorf O afsun O lsumprs veo ma 4slsumpr4 O spose 4slveo O Supplementary data outpat SB 48 XSUPAK O Supplementary data Acknowedge vc 45 mww TESTO Lam am Output for TEST open TESTI Input for TEST It fixed to L potential TESTI D M Input for TEST It fixed to L potential TESTO Output for TEST open DSADML DSD Data output terminal for Lch Down Mix DSADMR DSD Data output terminal for Rch Down Mix BCKASL I O selecti
195. ower Display P W B VI Video P W B SC Scart P W B for Europe model CXD1885Q MA 1C502 Top View DRAM I F PWM FG D A lt gt E 2 _ 8 6688 uw 3 og SSsgSs Boa sd s ween Rm SS A 9 99 55555555 9 2 52517150449 48 142 49 45421430426 47 140713571 36 3730139 323332133 30 29 129127 20 125 127423 252271204 19 118 117019 15141134 1201 190090086 DVpp33 157 104 AVpp18 4 158 103 VREFL TESTO 59 102 VREFH TEST1 160 10 TEST2 6 100 AD8 TEST3 62 99 AD7 TESTA 63 98 AD6 TESTS 164 7 ADS TEST6 65 60 AD4 TEST7 166 85 AD3 c TESTS 6 94 AVpp33 E TESTO 168 63 TEST10 169 82 AD1 3 TEST11 70 67 abo TEST12 7 90 AVss TEST13 72 89 AVss l TEST14 173 88 RC TEST15 72 87 LPF2 MODSELO 175 6 MODSEL1 176 85 Dvss 17 84 AVpp18 5 MODSEL2 178 83 5 6100 79 82 CHG 5 GIO1 180 81 JMOUT 3 6102 8 80 JMREF 6103 8 79 Avpp33 a Dvpp33 183 78 IREF 6104 8 77 TLc1 6105 89 76 Lco GIO6 186 75 6107 8 74 DVpp18 89 73 AVss l 89 72 DTC 5 0109 190 71 MIRRORH 5 GIO10 9 70 HFD 9 5 GIO11 9 69 RFOKGH 9 12 93 68 SCLKH a DVss 194 67 so 9 GIO13 195 66 si d GIO14 90 65 CSL lt
196. ption serial data input from Host DRVCLK VSTEM Command Clock input from Host DRVRDY VSTEM Command Drive Ready signal output L ready C2PO Audio I F CD DSP C2 Pointer output DADT Audio I F Audio serial data output DOTX Audio I F Digital audio output LRCK Audio I F L R Clock output BCK Audio I F Audio Bit Clock output EXVCO TEST Monitor External Channel clock input EXPLDT TEST Monitor External RF data input Logic level CSL ASP I F SIO for RF signal processing LSI control Latch signal output SI ASP I F SIO for RF signal processing LSI control Serial data input SO ASP I F SIO for RF signal processing LSI control Serial data output SCLKH ASP I F SIO for RF signal processing LSI control Serial clock output RFOKGH ASP I F RF O K Signal input HFD ASP I F RF lack Signal input MIRRORH ASP I F Mirror detected signal input H Mirror detected DTC godo ASP I F Track cross signal input Logic level input AVss Vpp amp GND Analog Ground ATC Data PLL Track Cross signal input Analog level input HF Data PLL RF signal input TLCO Data PLL Asymmetry Charge pump output O TLC1 Data PLL Asymmetry Charge pump output 1 IREF gt gt gt gt gt
197. q D l z wa 9 E 768 f5 0 0l 0 Q a POWER ON gp TYT al P Y x VSTEM lt I u gt MEN T lt 9 0 VSTEM Q 1 1 4 0 0 E REGION REGISTER ARRAY x A x 4 lt gt RST DO DI CK CS IRA 0 TXD AXD ils 8 RS 232C O AST CK CS RDY MUTE SELDSD REM WIRED REMO DO DI CK CS DFRES Em 3 BACK END NE lt PWB gt 32 bat MCU I M32 102S6F P MCK _ 1 MLEN2 DFRES AMUTE EMUTE B E 7 5 e E 7 E L AUDIO PWB gt DvD PROCESSOHKR PUE Lee 4 M65776BFP 1 sPDIF 27M OSC exe FILTER y y PLL Eme amp AMP Po SYS CLK DATA ll A DF DAG EXT PLL i SMB8707E 1 105017901 FILTER VIDEO AUDIO gt 0 H DECODER ECO S AMB 2 gt ILTER 0 amp AMP EL gt DAD 1 5 MANAGEMENT OV Y 2 DATA1 3 DSP DSD1790 0 f ADSPMEL 322 FILTEA AO Oo gt 1
198. s EA Ta 50075 i S6 0Ms 110 DVD 2900 111 NOTE FOR SCHEMATIC DIAGRAM WARNING IN Parts marked with this symbol N have critical charac teristics Use ONLY replacement parts recommended by the manufacturer CAUTION Before returning the unit to the customer make sure you 1 k kO make either 1 a leakage current check or 2 a line to chassis resistance check If the leakage current exceeds beat 0 5 milliamps or if the resistance from chassis to either 2 BESE uF p pF side of the power cord is less than 460 kohms the unit is defective WARNING DO NOT return the unit to the customer until the prob lem is located and corrected UJ NOTICE ALL RESISTANCE VALUES IN OHM k 1 000 OHM M 1 000 000 OHM ALL CAPACITANCE VALUES IN MICRO
199. t 5 E CKO 12 N 100750 n FB205 0 qs Y lt d AM 5 ARSG S E2 OPEN NO o0 i SAN N e e C422 OY olco v CKO 12 R311 QBEN 220 50 AFS FB206 9 to hoa oe Sie SS 0 n MUMPOGSMD gt 3 IC215 SE 06 CKO 12 O lt Y Fy RazelXa T 1 2K 470 9 0 394 2 Ca1800P W W 1 W OLG OO i I 04 1255 R292 m m Fem 2 7 ts OPEN QO caag amp oy N NN Hirn M 400ps Al Chl Z 1 78 V 5 in gt AW W C304 OPEN gt 5 bm tm GND_A pum WS X fly R266 6 2 0 num R323 A327 14 80 1 O x 8377 OPEN 7 4 CK2200P Eu lt m 50 oo 220 220 Qi R378 OPEN 9 5 pH Y e W W Z 56 8256 560 t EE 8 N O FL a Y MZ 02 _ 4 LL U 6 9 0 16 17 470 t1721 Wha 1 Nm Q n Z 45v D1 u SAL 2 0P2756P D 5 20 o5 E qt 1 p 60 CG1800P QN lt A y zit ud 2 1 4 C318 8 nw R325 B329 5 3 gt ODIO Ul 2721 2 N me 4 CK2200P 2 2 7K 2 7K 5v D4 2 2 3 0 C276 OPEN G 98 IC219 _4 a 5 TOV 10 15 BA15 1g
200. t right and top faces of the rib Chassis L 9 positions of rail hook Chassis 9 positions of rail hook properly with running a brush on both sides Apply 12 5mm half ball approx Apply Froil KG 423 approx 612 5mm half ball symmetrically to the Tray s rib top and side each after ejecting it completely Froil KG 423 After attaching plate spring apply to the TRAY side of the plate spring Greasing positions top Greasing positions bottom Froil KC 4235 Froil KC 4235 Top of each holes Spositions Top of each holes 2positions Side face Side face Upper face Upper face Main Main Chassis Chassis Greasing positions Fig A Fig B Apply grease on the top and Apply grease on the top of Froil KG 423 side faces of each hole each hole Assembly part of Arm Trv Chassis 2positions Greasing positions side Ditch side face of Main Chassis 2positions Remove face of Slide Cam 2positions Remove ditch of Arm Trv Chassis 2positions Greasing positions 0 1mg each x 6 Top Froil KG 425 Pin Load Gear 3positions 0 2mg each x 3 Ditch side face DVD 2900 105 With Cemedine 575 glue 3 joint parts of Clamper L 1401 and H hooks 0 05mg each x 3 5 14018 More than half of the screw 2 position
201. t serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit DVD 2900 7 1 RFP FE Offset 0 RFP TE Bal 0 3 3 Gain 3 3 3 Fcs Bias 0 Fcs AGC 0 Trk AGC 7477 0 1 1 FE Offset X 2 3 4 5 DSP TE Offset 0 8 9 0 2 3 3 3 4 4 4 4 RFP TE Gain RFP TE Output 1 Gain RFP TE Offset 1 17 15 FE Offset 0 SE Offset 0 CXD1881AR PI FE _ 1Byte Pi 1Byte FEA CXD1881AR TE TE Output 0 ain o RFP TE Offset 0 CXD1881AR TE CXD1885Q TE CXD1885Q CXD1885Q 0x2000 1 Ox1FF2 02012 Ox1FF2 8178 0x2000 8192 0 998291015625 15 0x
202. ta4 VidInData3 VidInData2 HostAddr5 HostAddr4 HostAddr3 HostAddr2 HostAddr1 HostAddrO GNDCore HostCS VidInClk GNDIO VDDIO MemData16 MemData17 MemData18 MemData19 GNDIO MemData20 MemData21 MemData22 MemData23 GNDIO MemData31 MemData30 GNDIO VDDIO MemData29 MemData28 GNDIO MemData27 MemData26 MemData25 MemData24 MemData15 BypPLLMemCIk GNDCore VDDCore RSVD HostAddr6 RSVD HostAddr7 RSVD HostMode GNDCore VDDCore MemCIk HostClk GNDCore GNDCore VDDCore HostData15 VidInData19 MemData14 HostData14 VidInData18 MemData13 HostData1 3 VidInData1 7 MemData12 HostData12WidlnData16 MemData11 GNDCore MemData10 VDDCore GNDIO HostData1 1 VidInData15 MemData9 HostData10 VidInData14 MemData8 HostData9 VidInData13 PuPdDis HostData8 VidInData12 VDDIO RSVD MemData0 HostData7VS MemData 1 HostData6 HS MemData2 HostData5 GNDIO HostData4 MemData3 HostData3 MemData4 HostData2 TO P V EW MemData5 HostData1 MemData6 HostData0 MemData7 VDDIO GNDIO GNDIO DQM Det32PD WE Det22PD CAS DetVideo RAS DeintDone VDDIO MemAddr12 VDDIO VDDIO GNDIO GNDIO RSVD SDOut MemAddr11 WSOut MemAddr10 SCKOut MemAddr9 VDDIO MemAddr8 SDIn GNDIO WSIn MemAddr7 SCKIn MemAddr6 GNDIO MemAddr5 VDDCore MemAddr4 Reset GNDIO TestO Test1 MemAddr1 BypPLLCIk54_72M MemAddr2 54 72M MemAddr3 VDDCore VDDCore GNDCore GNDCore ARTN RSVD AVDD RSVD BOO SER 9 9 2 9 z e 2 O
203. to select PAL or NTSC mode of operation pin set to Logic 1 selects PAL s 53 57 62 1 NoComet y m m A G J Z Z me 56 TTX Teletext Data Input Pin 52 ADV7300 VI 1C704 VDD IO S BLANK YO R ser 1 Y1 VREF Y2 COMP1 Y3 DAC A y4 6 DAC B Y5 DAC C Y6 8 TOP VI EW VAA Y7 9 AGND VDD DAC D DGND DACE Y8 DACF Y9 COMP2 C0 2 C1 EXT LF C2 RESET 31 32 CLKIN A RTC SCR TR ADV7300 Terminal Function Digital power supply 2 9 12 13 10 Bit Progressive scan HDTV input port for Y data 10 56 Digital power supply 11 57 G Digital Ground 10 Bit Progressive scan HDTV input port for CrCb color data in 4 2 2 input mode When this input pin is brought low the ADV7300 interfaces over the SPI port and uses this DD 14 18 26 30 19 SPI I2C input as part of the 4 wire SPI interface When this input pin is tied high VDD IO the ADV7300 interfaces over the I2C port ALSB SO I O Multifunctional pin SDA CLKSP I O Multifunctional pin 24 V SCLK SI Multifunctional input D Video Horizontal Sync Control Signal for HD sync in simultaneous SD HD mode P HSYNC and HD only mode P VSYNC Video Vertical Sync Control Signal for HD sync in simultaneous SD HD mode H and HD only mode P BLANK d Video Blanking Control Signal for HD sync in simultaneous SD HD mode and HD only mode RTC SCR TR Multifunctional input CLKIN A Pixel Clock Input for
204. tup It will be set to H if non sound data continues 300 msecs 74 DSALS O DSD data output terminal for LSch speaker ZDFRS RSch zero data detection flag at the time of setup It will be set to H if non sound data continues 300 msecs DSARS DSD data output terminal for RSch speaker 77 VooSD o 3 3V Power for DSD data output IOUTO Data output terminal 0 for IEEE1394 link chip I F IOUT1 O Data output terminal 1 for IEEE1394 link chip I F IOUT2 gt ON Data output terminal 2 for IEEE1394 link chip I F IOUT3 CM Data output terminal 3 for IEEE1394 link chip I F IOUT4 Data output terminal 4 for IEEE1394 link chip I F IOUT5 O Data output terminal 5 for IEEE1394 link chip I F 86 VSIO Ground for I O IANCO 91 Transmission information data output terminal for IEEE 1394 link chip I F IFULL Data transmission hold request signal input terminal for IEEE1394 link chip I F 89 IEMPTY High speed transmission request signal input terminal for IEEE1394 link chip I F 90 VDIO 3 3V Power for I O IFRM Frame reference signal output terminal for IEEE 1394 link chip I F IOUTE Enable signal output terminal for IEEE 1394 link chip I F IBCK O Data transmission clock output terminal for IEEE1394 link chip I F TESTI TEST input terminal It fixed to H potential 46 mm ho 96 TESTI am TEST input terminal It fixed to L potential T
205. unction 9 15 8 Bitor 16 Bit 4 2 2 Multiplexed YCrCb Pixel Port The LSB of the input data is set up on Pin D A du we Analog Power Supply 3 3V to 5V 18 24 2 2o 42 AGND Analog Ground HSYNC Modes 1 2 and 3 Control Signal This pin may be configured to be an output 19 HSYNC Master Mode or an input Slave Mode and accept Sync Signals VSYNC Control Signal This pin may be configured as an output Master Mode or as an input VSYNC Slave Mode and accept VSYNC as a Control Signal Video Blanking Control Signal This signal is optional For further information see Vertical BLANK Blanking Data Insertion and BLANK Input section ALSB TTL Address Input This signal sets up the L SB of the MPU address 21 Teletext Data Request Output Signal used to control teletext data transfer TTL Clock Input Requires a stable 27 MHz reference clock for standard operation Alternatively 27 CLKIN a 24 5454 MHz NTSC or 29 5 MHz PAL can be used for square pixel operation CLKOUT O Clock Output Pin NN 32 34 3 36 37 40 41 44 45 46 47 48 49 50 51 52 MPU Port Serial Interface Clock Input 1 MPU Port Serial Data Input Output Multifunctional Input Real Time Control RTC Input Timing Reset Input SCRESET RTC TR Subcarrier Reset Input RSET2 A 1200 ohm resistor connected from this pin to ground is used to control full scale amplitudes of the Video
206. wl 3 FL INITIALIZE T V c THE 3 H Com Firm Check Mode 1 Preparation a Equipment used None b Unit setting No spec other than the following procedure 2 Procedure a Press the POWER button to turn on the power while pressing the PLAY and OPEN CLOSE buttons for DVD operation simultaneously b FL all light mode This mode is for detecting FL defects Press STILL PAUSE BB onthe remote control unit once to light all FL segments c DVD ucom and main unit ucom firm check mode This mode is for displaying the status of each ucom em ployed DVD ucom firm Press the MENU button or lt lt button e Each time the MENU button or lt lt gt but ton on the remote control unit is pressed firm is displayed one after another Ex DRV 030307 B E 6237 PANEL 6236 Set Serial No lower 5 digits 00001 Ver 6236 Display 6236 Ver 6237 Display 6237 Ver 030307 Display 030307 DVD 2900 3 1
207. x AST HL PON SOY p OG o8Sz 5555poo0ooooanoooon uuuuanau000uB890000038300009899 386G 040000025555055555529 z 6 O 25255590255550 5599 299999909999992099999zOoozoEx 200 0 mamam 0000 D 9 D D CD D gt gt gt lui gt SII504CM208 Terminal Function Pin No 2 41 51 56 99 106 146 160 168 199 205 3 40 47 50 55 100 102 107 150 162 167 206 9 14 17 20 Blue Cb 9 0 GNDIO 195 21 39 91 66 72 79 85 93 114 118 121 126 191 144 183 190 198 VDDCore GNDCore E 1 8V Core Power Digital Ground for Core Power Composite Blank Composite Sync Vertical Sync Horizontal Sync Blue Data RGB output mode Cb Data YCrCb output mode Digital Ground for I O Power 4 1 LCDPwrEn Out LCDPowerEnable ooo Out Out Out a 42 DVD 2900 16 26 73 74 89 117 132 135 182 189 VDDIO 3 3V I O Power 194 22 25 21 32 Green Y9 9 0 Green Data RGB output mode Y Data YCrCb output mode Red Data RGB output mode Cr Data YCrCb output mode E MemAddr 12 0 SDRAM Address when an output Configuration at reset when an input 75 SDRAM Row Address Strobe S O H6 Ow 5 Adress _ 80 84 86 88 91 92 94 98 109 110 113 115 116 119 MemData 31 0
208. y Sy SI Sy SES SSS 2 C117 0 CKO 1Z 27MHz j 1 B C125 N CLK_OP 2 0 C227 CKO 012 Q B EON CKO 1 12 12 DATAO_OP a C21 CK1000P C126 C130 m COE R250 rcrum 9193 CKO 012 CKO 12 R269 10K D gt DATAI OP 0 OPEN mE EMIFIL 11A121 E 9 B EON C218 C225 C242 DFRES CKO 12 CKO 4Z FG3 CKO FB10D GPEN o FES E CK1000P CK1000P CK1000P FBIOB OPEN GND D4 10K EMUTE _ R246 R245 R258 R112 O is SMUTE OPEN OPEN C116 5 m PGG hund nlt 3L dl SCLKS hi N 124 TRDATA7 R274 0 3 14 ie 2 ie i M C170 0 GND_D2 GND_D1 FB104 00 E EMIFIL 11A121 EA GND_A1 A25 TRDATAG SS CKO 12 DRVRST X 8168 YSS THDATA5 DRVIRQ x 5 A24 Uco TRDATAA SS ESC E IC114 1 123 58 R160 47 W gt DRVRDY 0 BAO33FP 124 57 R16 47 E SDA gt 0 BA1BBCOFP E2 4 P41 W DRVRX 0 D101 0104 125 TEROZ 56 MSDATAT 155355 155355 2 5 01 FB108 A21 MSDATAG SX 0 N 5 EMIFIL 114121 20 M32102S6FP E 8 m 54 CKO 12 DRVCLK 9 OPEN OPEN vss ea Made z 9 q m Pod N GU 3494 sht 3 4 gz 777 ats vecas M EERDY 5 m dc to 5 131 122 50 teal 47 soci 2 9 0555 13 49 R163 47 SDA1 a 9

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