Philips-DVD-4000-Mk1-Mk2-Service-Manual电路原理图.pdf

Published by KC-TE 0604 AV System Printed in the Netherlands Subject to modication 3139 785 31720DVD PLAYERCLASS 1LASER PRODUCT©Copyright 2005 Philips Consumer Electronics B.V. Eindhoven, The Netherlands.All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted, in any form or by any means, electronic, mechanical, photocopying, or otherwise without the prior permission of Philips.Version 1.0DVP4000MKI/69/78/93 & DVP4000MKII/69/78/93Table of ContentDVP4000MKIService Hints (DVD4000MKI & MKII) . 2Block Diagram . 3Wiring Diagram . 4Mono Board Circuit Diagram . 5Mono Board Layout .10Front Board Circuit Diagram .12Front Board Layout .13DVP4000MKIIBlock Diagram .15Wiring Diagram .16Mono Board Circuit Diagram .17Mono Board Layout .22Front Board Circuit Diagram .24Front Board Layout .25Firmware Upgrading and Diagnostic Software .27Testing Instructions .28DVP4000 Exploded View .30DVP4000MKI & MKII Spare Parts List .31EN 2 3139 785 3172xService Hints (DVP4000MKI & DVP4000MKII)CAUTIONCHARGED CAPACITORS ON THE SERVO BOARD MAY DAMAGE THE DRIVE ELECTRONICS WHEN CONNECTING A NEW DRIVE.THATS WHY, BESIDES THE SAFETY MEASURES LIKE SWITCH OFF POWER SUPPLY ESD PROTECTIONADDITIONAL ACTIONS MUST BE TAKEN BY THE REPAIR TECHNICIAN.The following steps have to be done when replacing the defective loader :1. Dismantling of the loader to access the ESD protection point if necessary.2. Solder the ESD protection point*. 3. Disconnect exfoil cable from the defective loader.4. Put a paper clip on the exfoil to short-circuit the contacts (g.1) 5. Replace the defective loader with a new loader.6. Remove paperclip from the exfoil and connect it to the new loader.7. Remove solder joint on the ESD protection point.ATTENTION: The laser diode of this loader is protected against ESD by a solder joint which shortcircuits the laserdiode to ground. For proper functionality of the loader this solder joint must be remove after connection loader to the set.Type 1 Type 2(ESD protection point is accessible from top of loader) (ESD protection point is accessible from bottom of the loader)*Only applicable for defective loader needed to be sent back to supplier for failure analysis and to support backcharging evidence.This is also applicable for all partnership workshops.DVP4000MKIEN 33139 785 3172xDVP4000MKIDVP4000MKIBlock Diagram DOOR LOCKING SWITCH2 X LEDsPOWERBUTTONRECEIVER15 16L1611AKOJLOADER MODULE1402EFAKHM-310AHCPOWER SUPPLYFRONT BOARDMPEG BOARDHKLJ4Mb FLASHSST39VF400A2-CH AUDIO DACCS4345PPN201217 1918121814BCD D345MOTOR DRIVERAM586816Mb SDRAMIS42S1610010 11CBANALOG VIDEO OUTPUTCVBS/Y/C/Y/Pb/PrZR36862MPEG DECODER IC632GH87F17GE102015 1914131 131MI2 6789IMNO4953139 249 2755EN 43139 785 3172xDVP4000MKICN202CN2011601171216091604160812425261 F-2 F+3 T+4 T-5 C6 D7 CD/DVD8 RF9 A10 B11 F12 GND-PD13 Vc14 VCC15 E16 NC17 VR-CD18 VR-DVD19 LD-CD20 MD21 HFM22 NC23 LD-DVD24 GND-LD25 GND26 GND1609Screw PostNote:The cable 1902 will be damaged by the screw if to lay it on the screw post during assembling bottom and top cabinet.11114121 VCC (5V)2 GND3 -12V4 GND16011 STBYLED2 OPEN/CLOSE3 RC4 GND5 VCC6 STOP7 PLAY8 LED16081 SP-2 SP+3 GND4 HSW5 SL-6 SL+171219011902190314051406190614091904PSUMPEG BoardFront BoardDoor Locking Switch1905The ferrite ring is only for provision only1KHM310AHCKHM310AHCWiring Diagram EN 53139 785 3172xMono Board Circuit Diagram DVP4000MKIJIHGFEDCBA1765432 131211109813121110987654321JIHGFEDCBADOWN_LOAD_I/FSW DEBUGLow =StandbyDSPVCC18SPDIFY_R_V/OUT#IR+5VDCTR_STBYCTR_STBY+3.2V+2.5VSTBCOAX_SPDIFCVBS_G_Y/OUT#DSPVCC33VCC33CVBS_C/OUT# CVBS_G_Y/OUT#VCC33Y_R_V/OUT#CTR_STBYCVBS_C/OUT#C_B_U_OUT#C_B_U_OUT#GNDCTR_STBYD+5VCOAX_SPDIFDUPTD0DUPTD1DUPRD0DUPRD1SPDIFDSPVCC33RF33VDSPVCC33CVBS_C/OUT CVBS_G_Y/OUTC_B_U/OUTSTBY_R_V/OUTMAIN_ROP/CLIRRCVSTOPSTBYLEDMAIN_LPLAYSGND VGND AFEGNDRFGNDDSPVCC18RFA5VA+5VLDSPVCC33A+12VD+5VRF33VM5VD+5VVCC33VCC33VCC33DSPVCC33VCC33VCC33D+5VA+5VLD+5VD+5V374391R3777NM7723PSS80502135611 FB220RTP741.28440.1uF66169.1V3748NMH2H2123 456789123456789+270747uF/16V121631NM123426751nF5608FB75RTP701.5609 FB220R27030.1uF374268RTP711.37691K+2834100uF/16VTP301.66051N41481227381nF5607 FB75RTP311.5612 FB220R+2715100uF/16V125613 FB220RTP321.66171N40011 25610FB75RTP331.66181N40011 266121N414812TP751.TP341.5628 FB220R+270947uF/16V1266151N4148121601Power123466141N414812+285310uF/16V1 2TP361.373933RTP371.3733 NM37723.3K3740 0RTP391.377310K27391nF1606VIDEO OUT5168739 1024115606 FB75RTP401.26451nFTP411.5614 FB220R377433R/1%66111N414812TP421.3775120R/1%66131N414812TP431.TP721.TP441.26461nF+2712220uF/16V123721 100RTP451.+2722100uF/16V12TP461.5618 FB220RTP471.27050.1uF+2839100uF/16V127614TL431 123RefA C270411pF66101N4148123770NM28360.1uF3741150RTP761.28370.1uF37681K66041N4148127715NM12 35615 FB220R26980.1uF3749NM7615NM123ADJ/GNDOUT2IN1614AUDIO OUT1534627 8H1H1123 456789123456789377810K377133R+2708220uF/16V127714BC85812 3TP731.TP50TEST POINT12TP51TEST POINT127721BC8481235616 FB220R7726BC848123TP351.7722SI2301BDS3127725PSS80502131604NM12343767 1K26431nF1608TO VFD12345678+271147uF/16V123779470R27401nFGND3139 243 3177EN 63139 785 3172xMono Board Circuit Diagram JIHGFEDCBA1765432 131211109813121110987654321JIHGFEDCBAJP2,JP3 settings:1)Play mode: All Jumps off2)Download mode: JP3's 1-2 short only3)SW Debug mode: JP2's 1-2 short onlyreset buttonLow =StandbySDRAM speed 300HFE>300KHM310 OPUThe vaule out of () is used forAM5868S.The vaule in () is used forBA5954.AAF_CEAAF_FEVC25AAF_PIFACT+FACT-OPU_D RFA_FESVREF15RFA_LDONRFA_MIRROPU_ARFA_SDENFNPAAF_TEAAF_CERF-SIGNALOPU_BRFA_TERFA_SDATARFA_PIRFINPOPU_EOPU_C+5VLFNN RFINNRFA_DEFECTLaserMDOPU_FTACT+SLED_PWM1SLED-VC2SEN_OPMOSEN_OPM-TRACK_DAC1DSPVCC33SEN_OPM+FOCUS_DAC1TACT-FACT-FACT+MOT_SPDL+DRVSBMOT_SPDL-SLED+SEN_OPMOMOT_SPDL+ MOT_SPDL-SEN_OPM-SEN_OPM+DVDLDCDLDTACT+TACT-RFINNLDONAAF_TEAAF_PIRF33VRFA_SCLKRFA_SDENSVREF15LINKRFA_SDATARFINPDEFECTAAF_FEAAF_CEVR_SELMIRRHOMESWVBIASS1FOCUS_DACTRACK_DACSLED_PWMDRVSBSPDL_SENSRFA5VSGNDRF33VRFGNDRFA5VRFGNDRFGNDRFGNDRF33VRFA5VRFA5VRFGNDRFGNDRFA5VRFGNDMGNDRFGNDRFGNDRFA5VRFA5VMGNDRFGNDMGNDMGNDMGNDRF33VMGNDMGNDMGNDM5VMGNDMGNDMGNDRF33VM5VRF33VMGNDM5VMGNDMGNDMGND26490.1uF26480.1uF3780 NM(0R)26110.1uF7702BC8481233781 10K(NM)3648100R/1%7704 BC858123362410KTP91.1712TO DRIVE1234562626 470pF/10%2647NM2657 560pFTP231.36454.7K3632 1.3KTP81.3784 NM(0R)3676 NM(1R)2656 NM(100pF)TP111.7732FB220R3785NM(0R)3671 NM(6.8K)3622NM(0R)362811KTP241.28250.1uF36300R(NM)36291MTP211.3631 2.7K3656 5.6K3789 4.7K(NM)28270.1uF3792390R3640 NM(0R)TP71.3650100R/1%3788 0R(NM)3638 0R(NM)TP101.365110K/1%3643 220RTP131.36214.7K3623 12K/1%364910K/1%TP51.3677 NM(1R)TP191.3647 11R2634560pF2654 0.1uF7605AM5868(BA5954)1234567891011121314282726252423222120191817161529 30VINFCCFCERR1(OP2IN-)CFCERR2(OP2IN+)VINSL+VINSL-(OP2OUT)VOSL(CLOSE)VNFFC(OPEN)VCCPVCC1(LOAD-)PGND(LOAD+)VOSL-VOSL+VOFC-VOFC+STBYBIASVINTKCTKERR1(OP1IN+)CTKERR2(OP1IN-)VINLDPREGNDPVCC2VNFTK(OP1OUT)PGND(VCC2)VOLD-VOLD+VOTK-VOTK+GND GND1TP21.26380.1uF/10%2637220pF/10%365210K/1%26151nF/10%26402.7nF2623 2.2nF/10%TP61.7701BC848123+ 2621100uF/16V266027nFTP151.7703BC848123265927nFTP161.3674 0R(1R)TP171.2629 0.1uF/10%TP201.+-7602BNM(TL3472)567842661220uF/16V773410uH2627 2.2nF/10%3795NM3607NM7604ZR3670712345678910111213143120 2923 24 282619 251833272221174445463730404243354847384139363252535461 5864 63 51 50 4959 5762 60 5556151634DVDRFPDVDRFNA2B2C2D2CPCNDCBACD_DCD_CMINVC MBDVDPD CDPD MPLDONVPB VNBCD_ELINKMIRRCDLDDVDLDCD_FLCPV33SCLKV25MLPFFEMNTRLCNTPHSDENSDATAPICETEV125MEVOFNNFNPDIPATONVPARFDC RFSINVNA MEVRXAIPRFACATOPAIN DINBYPCD_BCD_ADFT3659 NM(47K)3668 11k3662 5.6KTP11.36251.2K160924P-HEAD/bottom2423222120191817161514131211109876543212526GND-LDDVD-LDNCHFMMDCD-LDVR-DVDVR-CDNCEVCCVC(VREF)GND/PDFBARFCD/DVD_SWDCT-T+F+F-GNDGND26500.1uF3793 NM(0R)TP611.3667 0R(NM)TP621.26161nF/10%2658 NM(4.7nF)362710KTP641.28280.1uF3639 4.7K36204.7KTP631.26315.6nF7705BC858123TP651.379091R28290.1uF+2641 100uF/16V3660 22K(10K)36263.3K+2651 100uF/16V26335.6nF26390.1uF36343.3KTP31.TP41.2624 2.2nF/10%2628 33pF/10%3663 5.6KTP181.2612 33nF/10%66031N4148123644 13K2614 1nF/10%26191nF/10%2642NM3658 5.6K2613 1nF/10%3666 NM(10K)3661 5.6K3675 0R(1R)66021N414812773310uH26325.6nF3794 0R3655 5.6K3664 11K28260.1uF3617 0R2620 1nF/10%2652 2.7nF363522K+ 26304.7uF/16V2653 NM(100pF)3665NM(10K)36419.1K28240.1uF26620.1uF3657 5.1K(0R)26171nF/10%263622nF/10%26220.1uF379191R2655 0.1uF3646 220R26181nF/10%363622K3642 11R3633 1.3K2625 2.2nF/10%26356.8nF/10%GNDSPINDLE_PWM3139 243 3177DVP4000MKIEN 103139 785 3172xDVP4000MKI1765432 13121110981312111098765JIHDCBAGFEDCBA4321JIHGFE3139 243 3177Mono Board Layout (Topview)