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SERVICE MANUAL

1. DSP 3 3V htt DSPDAO POWER REGULATION 74LCX32TTR DSP 3 3V DSPADI6 DSPDA2 DSP 3 3V L w DsPAD15 DSPDA3 1132 DSPDA4 BEAD 60R DSPAD14 2 DSPADI3 DSPDA5 gt 015 DSPDA6 MtSV n DSPADIZ icas BA025FP PUR n amp DSPDA7 N 225 uL x DSP 2 5V 2 8 A_MCLK gt x n 1 5 0 00 te 8 8 2 2 5 z DSP 3 3V BEAD 60R 22 88 T9 TA LRCLKO DO 8 tc44 2 jz z R396 50 our gt lt 350 5 GND KIC7SHOBFU OPEN rsps Er KIC7SHOBFU woX uc NM SD CLK EN lt 150 RAS GND 8 oz psprs3y BL BE J DSP42 5V rspo 2 4 ry rag 2 R389 OPEN _ sp_cS PCM_ABCLK sp_RAS ew E x 1 m BREE 8390 OPEN sD_BA lt g PCM B
2. 3 4 20 U model T A G J models VCC33M 0 0 0 0 0 8 4 U model R324 392 1 R324 OPEN C312 OPEN L126 S 2 BEAD 60R lt S S S R473 0 R473 OPEN S 8 K 3 M alld di els C i26 DATA css M lt 2 2 2 313 acs 565 51 54 5 5 5 ate 5 80 s 533 ees POWER REGULATION i 4 808 5055 pm GND lt 2 GND f OPEN 58 g t t n 1 sv veciam 4 og 48 27MHz 5 f al z el 2 al 2 E z J al RI RI 5 5 S SL 5 8 8 2 8 nme zd dw T 2 551818888 8 8 8 8 8 8 SL 8 4 5 ji gt C328 a 5850 a og 1 BERR ES GND 515 sv ST spars ST ST ST ST sr ST E m
3. WP 3 3V CCIR656_DATA_IN1 57V643220TP7 1 4 22u 16V C109 8 1 e gouie cns 1 1 0166 m m T S 0 01uF 0 01uF 5253 zzi SERE 44202 DATA TO FLI2310_DATA2 OPEN IARE lod sz gt R162 10k 8163 25 pS BB a 7 10 VSYNCI_PORTI 15555 JE REOR 4285133313 8858 8 Bes 55 al rov 2 ze FIELDIDI PORTI 5 IN_CLK1_PORTI 8 9 AR z 2 e y v our_4 HSYNC2_PORTI G Y Y OUT 3 Rer 5 2 992355 sy Y 60T 2 RNH_ Ak FiELDID2 PORT1 558 hpne 22 9 m vobi aoa gt a Ra g g amp Y out_o iin IN_CLK2_PORTI z 8 Cb 01 0 Pr OUT 7 8 Cb 01 1 R V Pr OUT_6 B Cb D1_2 R V Pr oUT_5 R V Pr 0UT_4 8 Cb 01 4 D R V Pr 0UT_3 1 B i
4. 2 vec3su 1 1 SN74LVC157APW SN74LVC157APW POWER REGULATION DOWER REGULATION CONTROL S M 5V DSD_PCM_SW 8 050 PCM SW CONTROL one 1 0106 OPEN 1 1 DIRECT STREAM DIGITAL DATA ME _ gt PCM_ALRCLK 225 ME 38 Bd mco p 25 292898 BEAD 60R 8888 2888 SACDIB um 2 psp_BcLki 1503 w 1 0000 0000 BEAD 60R 87 5 SACDIB_AVDD BEAD 60R LRcLko PCM_AOUTO 1502 1 A RN19 L 33 46 1 sapaqa kaspaqa paspa s 00 SES i 8 Jecu ABCLK 82 ESS ES EN Tsp0 25 sss J 1501 8 8 1 1 1 1 1 1 4 9 9 SACD33 1 S 5 5 5 sl 5 5 001015
5. 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 PATTERN AREA 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 ALL 5 5 5 5 5 5 5 5 6 6 6 6 6 6 6 6 PROG 7 7 7 7 7 7 7 7 D MIX 8 8 8 8 8 8 8 8 MULTI PIN CONNECTION 9 9 9 9 9 9 9 9 Pin No 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 3130 29 28 27 26 10 10 10 10 10 10 10 10 11 11 11 11 11 11 11 11 000 Connection F2 22 NP INP NX NX NX NX NX NX NX NX NX NX NX NX NX NX NX NX NX NX NX NX NX 12 12 12 12 12 12 12 12 CHP TRK 13 13 13 13 13 13 GROUP Pin No 25 24 23 2212120 19 18 17 1615 14 13 12 1 10 9 8 7 6151432 4 7 14 7 14 a 14 a 14 TITLE Connection NX NX NX NX NX NX NX NX NX 1G NC GR1 DIN CLKBCSBIRSTBIOSCOIOSCIIVEEIGNDINP NP F1 15 15 15 15 15 15 15 15 P SCAN Note 1 F1 F2 Filamentpin 2 NP No pin 3 NC No connection 4 NX No extended pin 16 16 16 16 19 15 19 15 17 17 17 17 17 17 17 17 18 18 18 18 18 18 18 18 AUDIO 19 19 19 19 19 19 19 19 CD GRID ASSIGNMENT 20 20 20 20 20 20 20 20 1G 21 21 21 21 21 21 21 21 SVCD WMA P SCAN TITLE GROUP CHP TRK 000 FTP MULTI D MIX PROG RANDOM ALL A B
6. L101 2 2 G 54 to VIDEO 6 CN91 DGG m D 5V D 5V 0147 E KIC7S66FU KSA96YT 88 gt TC74VHCUO4FT 88 E 3 8 SPDIF _0UT tts 273288 Ran m g 4 4 2 8 DsD_BCLK 8 1503 p m 24 OPTICAL LRCK Sx 9 x gs best DIGITAL LT 12VAD Sse l Be 4 COAXIAL 505 88025 8152 15K gs CCLK RT e T 820 NIA coour i E3 om 2755 sic ansso4se u 9 1
7. POWER RY91 D931 SDT SS 112DM UF4004 2 MM ON CN96 53014 0510 Toy V 5W L927 To POWER CN92 1 pp 2327 TRANSFORMER Q nn SIN 3 R948 R954 0943 12V 1901 1902 5 22 W C942 470 1W 330 25V UU1014 amp mH R801 SAS 5 2 680 25 1 1M 1 2W ajg 5 5 52 9 1 JDGND 98 TF92 C935 ZZ 940 8955 22094 Pa gt acs EER2828 T 102 1KV 330 25V 1926 470 100 25 e 5 24 9 0930 927 njD 8V cxX93 ns gt ETE lt 9115 LA AAJ 5 a UF 4004 7uH ES 2 MM 2912 ILS ale 8 C901 3 e 3 E AA Ses 100 400V E Ej Perry gt 0908 L 4 8 FR107 1925 12V 0 55A JA ots 5 8 gt F901 TH91 2 0929 5 6992270 10 2 lt 121 0 2507 T2A DSC 1009 5 D909 UF5404 C937 C939 s FR107 4 680 25 4 400 25 VT91 CX91 UU1116 20mH ps 5 AGND N91 10D 471K 104 275V SAS SAS 552 680 25v R953270 1W W396 03AV ajz E SF26 1924 _ o Y 4 00 25bv _ e D 8V 0 85A J906 7uH
8. hout notice J VIDEO 4 7 lt V D VD2 5V 1130 0107 1228 BAO50FP BEAD 60R PR CR 01 02 J model L COMPONENT C317 C320 100 16 VIDEO OUT Components having special characteristics are marked and must be replaced with parts having specifications equal to those originally installed Schematic diagram is subject to change without notice KTA1504SYRTK R296 AsP_sW2 47k POWER REGULATION VIDEO DRIVER VD1 5V RS 32 POWER REGULATION D 8V VD 5V 120 ls gis 3 s E 257 SW2 ASPECT L L
9. TRADE MODE In the TRADE mode the tray function is stopped temporarily Setting TRADE mode 1 2 Connect the power cable of the main unit to the AC outlet Press the POWER ON OFF key of the main unit and press the STANDBY ON key of the main unit or remote controller to turn on the power Press the OPEN CLOSE key of the main unit to open the tray Place a disc in the tray and open the OPEN CLOSE key of the main unit to close the tray While pressing the SKIP SEARCH key of the main unit and press the STOP key for 3 seconds or longer When the TRADE mode is set TRADE ON is dis played which then returns to the normal display Note Even after the TRADE mode is set all func tions remain the same as normal except the OPEN CLOSE key Press the OPEN CLOSE key and TRAY LOCKED is displayed e Canceling TRADE mode 1 With a disc set in the tray while pressing the SKIP SEARCH key of the main unit and press the STOP key for 3 seconds or longer When the TRADE mode is cancelled TRADE OFF is displayed which then returns to the normal dis play POWER TRANSFORMER VIDEO 6 P C B MAIN P C B VIDEO 5 P C B VIDEO 1 P C B AUDIO P C B VIDEO 4 P C B POW
10. A B D E F G H DVD S2700 MAIN 3 5 RFASV SOFT DEBUG A RFA5V 7 ras TESTI 555 RFA5V t EIS 5 Sz s 0104 pon 2N3904 vy 8229 3 3K GND C245 F RFAGC R227 1 t 9 92 JRFINN 3 4 co ols 0 033uF C240 1000 RFINP R226 aye 1 id P od 3 3K GND i inGS ei x L sf 5 857 L L bee ll L GND cas 8 GND LD 529 2 1000 Or DVD LD d 8 NC HFM JRFA_SDEN MD Ne DVORFP ee CD LD 1 DVDRFN C207 2200p j X JRFA_sctk VR DVD ge G VR CD 7 NC do od 127 TO 7836707 VC VREF EU GND PD 0 1 3
11. Note Precaution when replacing the foot 58 1 dB t 3 He dE X He He 3 dB DVD S2700 RefNo Part No Description Remarks Markets Ref No Part No Description Remarks Markets 1 AAX81290 WINDOW CGU1A398Z 44 AAX74180 BIND HEAD BONDING B T SCREW GD TI 3x8 MFZN2W3 CTBD3 8JFC B 2 AAX81460 TRAY COVER GD CGX1A380C55 44 AAX80490 BIND HEAD BONDING B T SCREWIBL 3 8 MFZN2B3 CTBD3 8JFZR B 2 AAX81470 COVER BL GX1A380C59 45 AAX82040 BIND HEAD P TIGHT SCREW GD TI 3x10 MFZN2W3 CTB3 10GFC P 2 AAX81480 TRAY COVER TI CGX1A380C60 45 AAX78400 BIND HEAD P TIGHT SCREW BL 3x10 MFZN2B3 CTB3 10GFZR P 3 AAX81510 TRAY CATCH GD CGR1A405M9D6 46 AAX80600 FLAT HEAD B TIGHT SCREW 3x8 MFZN2Y CTS3 8JR B 3 AAX81490 TRAY CATCH BL CGR1A405K128 47 AAX80420 BIND HEAD B TIGHT SCREW 3x6 MFZN2Y CTB3 6JR B
12. DVD S2700 A model Ne G model amp SAMANA DVD 8270D A D 0 D AMALIA BO 8O0Hz oooo uses J model amp o AMANA MODEL DVD a 6 um DVD S2700 REMOTE CONTROL PANEL LIGHT WE O HDMI AUDIO DIRECT STANDBY C3 CJ CJ Cel GROUP PAGE MULTI 2CH CJ EHS CJ PROG C REPEAT SUBTLE AUDIO ANGLE ZOOM 0000 DVD45 SPECIFICATIONS PLAYBACK SYSTEM DVD video DVD audio DVD R DVD RW DVD R DVD RW DVD R DL Video CD SVCD SA CD multi channel and SA CD stereo CD Picture CD CD R CD RW VIDEO PERFORMANCE AUDIO FORMAT Digital Dolby Digital DTS MPEG Compressed Digital PCM 16 20 24 bits fs 44 1 48 88 2 96 kHz MP3 ISO 9660 32 kbps to 320 kbps fs 16 22 05 24 32 44 1 48 kHz WMA 64 kbps to 320 kbps mono stereo Full decoding of
13. SKIP SEARCH STOP 3 2 TRADE OFF ERROR MESSAGE Display Cause NO DISC When no disc is loaded in the tray UNKNOWN DISC When a disc which cannot be played or recognized is loaded in the tray TROUBLESHOOTING HDMI Reset HDMIU tz When no picture is displayed even though the main unit TV HDMI and TV monitor are connected with the HDMI cable 1 Press the STOP key of the main unit or on the re 1 STOP
14. 60 4 This Service Manual uses recycled paper kur 101038 2006 YAMAHA rights reserved This manual is copyrighted by YAMAHA and may not be copied or redistributed either in print or electronically without permission YAMAHA YAMAHA P O Box 1 Hamamatsu Japan 06 12 N DVD S2700 DVD S2700 SERVICE PERSONNEL 1 Critical Components Information MA AES ON Components having special characteristics are marked and must be replaced with parts having OUTLET UNDER TEST EQUIVALENT specifications equal to those originally installed 2 Leakage Current Measurement For 120V Models Only When service has been completed it is imperative to INSULATING verify that all exposed conductive surfaces are prop TABLE erly insulated from supply circuits e Meter impedance should be equivalent to 1500 ohms current must not exceed 0 5mA shunted by 0 15uF e Be sure to test for leakage with the AC plug in both polarities WARNING CHEMICAL CONTENT NOTICE The solder used in the production of this product contains LEAD In addition other electrical electronic and or plastic where applicable components may also contain traces o
15. n ABE 901 C904 C184 a RN26 O G model SRN24 NRN25 3 21206209 R314 a Sasa Gr a T 28 TE L 005 5 gt 1C264 oc263 1 225 ips D EH LT ABL 1 24 NGS Er RN20 S F RN RN E 1 67 o 2 i ELE oo Thane m ES 29 9 S 8 ES s H mms 2n Co Cs CS m a RR De Ye Em E E 1 o o 5 1 IE uem gt 2 2 22 22 ELT us 72 CNS Ri62 R163 RNH d QU EIS de 4 Uf a gee 3 3 355 SE E A S 1 o CD 009 CM C133 s s s E 5 o o f I ex n qu CUP11907 1
16. 8 ET e fo 3 s oo 62822 E f GNI o 2 B HHHHHHHHH 8 Z0 Z0 Z ZO 20 70 3 2 015 292 017 0139 JF X s 9955 G SS NR ak ooooo CY E m E em EJS B eue SB ans auo 825 etr 6 Nz o BE Jr H S Er 7 SL E L 2 ete Weno 29 88 BO 5 e ue g H RI61 R65 2 44 L etos 6 5 oooo COAXIAL DIGITAL m S 24 S oooo E OPTICAL MAIN 17 zi 8 8 es ORB9 E R179o Eoi R298 FEE s 1 1 x t BEC IC IH 88 s 290119 22 121 qui 5 Corie E B L 8 EU Git sy ooo H T 2 I a _ 8 ae o 8 020 S 0102 042 e C267 2 288 Corn pss MIXED 2CH onm we 3 8190 8194 L R Rill 5 R278 Do o A RM oU ss 6208 9 9 0103 Senis irs T E275
17. wi Sc IN R919 ANN MEO IDET DCF DVD S2700 53 A B D E F G H DVD S2700 VIDEO 7 7 VIDEO 2 Page 56 B2 to POWER SUPPLY UNIT_CN92 0 w 3 RB01 T t gig gt si U 5V ST ETE 818 TE ST 0805 i 1N4003ST 2 o ee 8 8 2 GND U 5V alx 0806 S E ggg N400357 8 PEB 13 5 8 5 5 828 ils 8 av 2 3 3 854850 818 8 8 872 e GND S e s af gl 10v 5 GND D o _ 2 CY92 E a RSTB FIP o L s a ABH 805 LC veo exo 882 875 lt He gt 8 E 88 18 VFD_RESET yrp_srBo
18. CN81 4P VIDEO 3 CN82 3P Li VIDEO 2 C D F G H J DVD S2700 CX15 lt gt otlpsp_BcLk1 holeNp 02 1050 COUT 03050 Lour 12 04 GND 13050 SWOUT c T Ust RLOUT BV DAOV 57lpsp_FLour helehp_ Poo pgleNp_ 17 DSD_RROUT loeliov log DSD_FROUT CX17 lt gt CY12 CY92 6P _ 5 VIDEO 5 CY16 lt gt CX14 O2CND I6 CCLK D3BCLKO 17 CDOUT 01lswursy belu sv leND te GST 02 T1 07 IN D6GND 120652 4 IN 09 071503 21 sPDIF sw POWER DSIT2 QUT baleno _b2 TRANSFORMER 09ITSDO OGND 1 1801 2 5 sPDIF OUT CN14 SP 2GND belcs3 131502 27654 VIDEO 6 VIDEO 1 4 D 5V CN91 6P CN13 6P CN12 BN13 6 model 01 SCART_R 02 GN
19. STOP mote control twice 2 While pressing the STOP key of the main unit press 2 STOP PLAY 3 the PLAY key for 3 seconds or longer 3 HDMI RESE is displayed of the main unit which then HDMI RESET returns to the normal display VIDEO Reset When no picture is displayed or picture is displayed but TV not properly even though the main unit and TV monitor are connected with the video pin cable or the like 1 AKO EJECT 1 Press the EJECT key to open the tray 2 CLEAR 2 Press the CLEAR key on the remote control 3 2 5 0 3 Press the 2 5 8 and 0 keys on the remote con AUDIO trol 4 Press the AUDIO key on the remote control Remote control DMMER HOMI AUDODRET S
20. PE R 0123 S S 0125 0143 8 T SU p pod AUDIO OUT S Ga AL 7i CENTER M E o o SUBWOOFER 216 05 7 C243 R239 vi ge R2 241 a e 235 R245 R249 IWE SS S E L R B 20 B S s NS RG amp S lt om ak 2 8 E 2008 que 5 B He Co 3 _ 8 ooooooS 9 158 2 EB B NM o is 00000 99 CR RO P Ws ood z CMb ood o oR246 49 5 DAD 9 Oo 15 OO iex dex G 9 45 6 9 CO NUI UNICO US COT Qo Y VIDEO 1 CN12 G model 40 AUDIO P C B Bottom view DVD S2700 A C D F DVD S2700 POWER SUPPLY UNIT Top view AC IN POWER TRANSFORMER CAUTION FOR CONTINUED PROTECTION AGAINST RISK QF FIRE REPLACE ONLY WITH SAME TYPE AND RATING OF FUSE S F901 1 VIDEO 1 V T 2A FHS R CN15 TH91 1 VT91 C910 J9 901 0909 0908 19 POWER
21. Fig 8 CN14 CN13 AUDIO PC B 2 o Removal of MAIN P C B Remove 6 screws 46 Fig 8 Remove CN11 CX12 and CX13 Fig 8 Remove MAIN P C B Fig 8 Removal of VIDEO 1 P C B Remove 5 screws 42 Fig 8 Remove 1 screw 49 and 2 U T A models 3 G model screws 49 Fig 7 Remove CN15 Fig 8 Remove VIDEO 1 P C B Fig 8 DVD S2700 MAIN P C B 6 Fig 8 CN11 CX12 CX13 Fig 8 MAIN P C B Fig 8 VIDEO 1 P C B 5 Fig 8 1 3 Fig 7 CN15 Fig B VIDEO 1 P C B Fig 8 17 010 G model J model Fig 7 VIDEO 5 P C B 16 VIDEO 1 PC B MAIN P C B 11 DVD S2700 DISPLAY DATA F401 HCA14SM16 AAX80850 ANODE CONNECTION
22. SESS 3 ees 5 e SZ m gt gt 1 Eee 52583 L gt 5 amp f 000010 0 000 0000 bet s x x aS d e225 4 5 2222822825525 5755 988357 is 8 5 Page 54 G7 rans 1 to VIDEO 5 CY16 C103 VCC33M 47 25V AM s i 25 55 1 DSP_BUSY 522 gis 8 05 afan gs 8 88 l2C_DATA1 0 BSS 825 BSE Cac cua DsP_DACOUTH C PSCAN_ON C 77 1625 gt I 5 ST202EBW TO HDMI BOARD st Ceme gt D soveeze DSP_FINTREGH 25 Uis gt Dase_swi gt DSP_INTREQH 4 5 SPDIF_SW lt asp_sw2 RL BU2098F Mt5V NOT USED DO 2 BUS 5 p 8 4 IC24 eai Bis ee senum 2 s 5 8 5 88 l 581 575 288 GND 12C CTL PORT L H RS 5 TC74HC CH 82 cm 0 0 A 28528 PSCAN_ON 4 INTERACED P SCAN RS 232C_TX gt s 5 GND rs 22 MIB RS 232C_TX VIDEO SEL 5 CVBS RGB 28 8 Pop 55 7 C ss asac s SW 7 oPT COX OFF OPT COX_ON TO
23. See TRANSMITTER ss 2 vec ois 519030 Scie R928 33 HDMI_BCK 2929 _ AUDIO 125 DATA amp SPDIF 00 500 020 spi HDMI_D2 019 502 for 1 SPDIF HDMILBV AUDIO MCLK BUFFER 1295 VD43 3V OMF 22u 6 3V H C951 GND gt HOMI_MCLK POWER 3 3V 1 8V P_VSYNC P_HSYNC H_IDCK POW ER 48V gt 45V 1082 D 8v 1175 50 HDMI5V HDMI5V 1905 1907 BEAD 60R ER 5V 3 3V IC94 TA48033FTE16 Vp 3 3V PVCC2 1908 GND BEAD 60R 1 22u 6 3 BEAD 60R C937 X3 GND 33 T0 MICROPROCESSOR JK91 HDMI JACK HOMI INT Di L903 A BEAD 60R HDMI Shield cec Dpc_cLK DDC_DATA GND SV HP_DET 105 HDMI OUT HOM5V GND Y HNIK02FU VD43 3V KIC7SZ08FU Y R935 100 Lo 100 R917 Components having special characteristics are marked and must be replaced h parts having specifications equal to those originally installed hematic diagram is subject to change without notice 055 5 EUG
24. oss a ae IC56 2 KIC7S66FU 113472 pam gS 722 RF 3 3V Components having special characteristics are marked and must be replaced with parts having specifications equal to those originally installed 3 Schematic diagram is subject to change without notice 9 GND DRVSB gt i A B D E F G H DVD S2700 MAIN 4 5 Vcc33M Vcc33M KIC7SHO8FU VCCIBM
25. 225100 16 18k KTA2014GR R278 Vp2 5V GND 8 2 42 gt 22230 VE 3 3V VE242 5V srs VE242 5V zy 222 100 167 5 CS 220 100 16V gt at 221 als Tm 5 z i 2 0 4 5 230 5 eo o 5 gt 8 KTA2014GR ENCODER O pi 2 82 ADV7320KSTZ gt AR KTA2014GR R289 VE 3 3V 100 ai X 120_ VDAC RESET TO VIDEO DRIVER PART POWER REGULATION VIDEO ENCODER VE 3 3V V 5V V 5V gt VE 3 3V D103 OPEN 1 17 TA48033FTE16 Ka BEAD 60R GND V 5V gt VE 2 5V ws 0104 icis BA025FP VE1 2 5V ren BEAD 60R GND vasv V 5V gt VE 2 5V IC27 BAO25FP a BEAD S0R 2 5 8 GND gt R251 R253 OPEN BEAD 60R 1608 E Components having special characteristics are marked N and must be replaced with parts having specifications equal to those originally installed Schematic diagram is subject to change wi
26. 1 11 BOOTSEL 2 NVM SRAM address bus outputs ash card interface unit output signals Microprocessor SW boot and execute source selection high high For production testing high low Flash SRAM for debug monitor low high First debug UART low low Flash low or Level sampled during RESET FCUIF 10 BOOTSELI1 PNVM SRAM address bus outputs Flash card interface unit output signals Microprocessor SW boot and execute source selection high high For production testing high low Flash SRAM for debug monitor low high First debug UART low low Flash low or Level sampled during RESET GNDP Digital periphery ground of 3 3 V supply VDD IP 3 3 V periphery reference voltage VDDP 3 3 V digital periphery power supply RAMADD 14 3 5 2 6 SDRAM address bus output VDDP 3 3 V digital periphery power supply RAMADD 1 7 0 SDRAM address bus output GNDP Digital periphery ground of 3 3 V supply RAMADDI8 SDRAM address bus output VDDC 1 8 V digital core power supply RAMADD 10 SDRAM address bus output GNDC Digital core ground of 1 8 V supply RAMADD 9 SDRAM address bus output VDDP 3 3 V digital periphery power supply RAMADD 11 SDRAM address bus output RAMCS 0 1 SDRAM chip select active low SDRAM bank sele
27. 5 u U a e E H lt 8 8 L 5 9 8 5 ia 2 8 2 B A DVD S2700 VIDEO 1 7 VIDEO 1 CJP216A17ZY 43 2 to MAIN CX12 Page 43 G2 to MAIN CX13 CJP21GAMIZZY gt HOMI RESET HDMI_DET HOMI RI35 0 HDMI_BCK R36 0 HDMI_LRCK R137 0 HDMI_AOUTO Ri HDMI ADUTI RIS HOMI AOUT2 m HOMI RIP RESETZ VIDEO SEL RM SQUEEZE R36 PSCAN_ON R36 ASP_SWI R36 ANS SP_SW2 RAO4 0 VMUTE1 m t AW SPDIF VSYNC HSYNC 8157 0 RIS Jo cpa IP_RESET Qc cua AW gt 2C DATAT FROM MPEG FROM FLI2310_DATA1 0 SDRAM_CLK RI97 0 IP 3 3V_RAM 4 100u 16V Ci46
28. 21 DVD S2700 22 DVD S2700 Mnemonic Input Output Description RsET2 A 3040 ohm resistor must be connected from this pin to AGND and is used to control the amplitudes of the DAC outputs COMP2 Compensation pin for DACs Connect 0 1 uF capacitor from COMP pin to Vaa DAC_F In SD only mode Chroma Red V analog output in HD only mode and simultaneous HD SD Mode Pb Blue HD analog output DAC_E In SD only mode Luma Blue U analog output in HD only mode and simultaneous HD SD Mode Pr Red analog output DAC_D In SD only mode CVBS Green Y analog output in HD only mode and simultaneous HD SD Mode Y Green HD analog output AGND Analog ground VAA Analog power supply Luma Red V Pr analog output DAC_B Chroma Blue U Pb analog output DAC_A CVBS Green Y Y analog output COMP1 Compensation pin for DACs Connect 0 1 uF capacitor from COMP pin to Vaa VREF Optional external voltage reference input for DACs or voltage reference output 1 235 V 3040 ohm resistor must be connected from this pin to and is used to control the amplitudes of the DAC outputs XS_BLANK Video blanking control signa for SD only XS_VSYNC Video vertical SYNC control signal for SD only XS_HSYNC Video horizontal SYNC control signal for SD only 50 SD progressiv
29. xii ADV7320 ASPECT SW gt 0000000 27MHz OSC 24016 802098 26 P I SW D1 D2 J model n IC26 X102 IC36 IC24 216MHz 24 6 V PEE gt 12 bit MAS 12 13 gt VIDEO lt 37 38 39 S C S Y Q OPEN CLOSE SLED a SPDIF SW IC11 191492 MM1566 gt k g _ 142 143 IC35 8 i ASPECT SW lGsy S VIDEO AM5888S CCIR656 I P VIDEO Scaler JK15 i FLI2310 SQUEEZE VIDEO SW gt T ADV7320 IC23 ul E VIDEO 216MHz T x DRIVER Lote sn zi 23 RF SERVO TR 12 bit MM1623 gt 7836707 DECODER Bit Jc Ss NEA AU S DO D1 C33 D DAC CVBS JK91 FLASH ROM L gt model 125 Audio Dotd HDMI Ver 1 1 LEVEL SHIFT gt 16 Bit IC41 TRANSMITTER 3 3 lt gt 5 gt HDMI SPDIF Silg030CTU 7 ahaa IC34 R 3 6 J J 8 1 SH08 4 IC96 SPDIF SW E 64M Bit OU 1 4 leas EE COAXIAL 110 1 i eu eR Bmw By DSD DECODER 7 I2C_DATA CLK DATA SDRAM LDVD MECHANISM ___ x101 icto 8 gt SAA7893 64M Bit lt LT RT 3 I 5V 3 CS4398 E UR 12V U 5V V lt D 8V VF IC13 3 6
30. D tered trademarks of Digital Theater Systems SURROUND nc E DTS and DTS Digital Surround are regis DTS DTS Digital Surround DivX DivX Certified and associated logos are trademarks of DivX Inc and are used under license DivX DivX Certified DivX Inc DivX Inc HOME THEATER Divx lt CERTIFIED DCDi DCDi is a trademark of Faroudja a division of Genesis Microchip Inc DCDi Genesis Microchip Inc Faroudja byFAROUDJA DIMENSIONS 1 4 E 297 5 11 11 16 308 5 12 1 8 y y S T ed TE 000000 Y 435 17 1 8 5 gt Unit mm inch mm DVD S2700 INTERNAL VIEW
31. Page 56 I3 to AUDIO_BN13 Vo2 5V 4 T SCART_R 8356 R358 AR_OUT 100 O A GND R357 R359 5 AL_OUT 100 o gt 1 2 e A GND 225 8785 288 522 gis nn 1571 B 0UT sauEEzEt ASPEC SW 0 V GND A_GND GND OPEN e oUT OPEN dite R371 OPEN umi x R C OUT C283 CVBS R361 in AD CVBS RGB SW 10 50 9 C294 287 R348 R349 6 1 cv Y_ouT 1000 6 3V 39 33 CVBS OPEN me 5 22uF 50V AG R372 e NN D C284 470 10V 39 38 SCART JACK R398 0 a AD_B Re 10 50V c289 R352 R353 5 C285 470 10v 39 33 AD_6 R400 0 10 50 R354 R355 yy C286 470 10V 10 50 1623 8 MM1623XFBE V0245V E 522 S A2014GR SQUEEZE SQUEEZE H 16 9 6 59V SQUEEZE L 4 3 12V 0121 2 ize VIDEO SEL 25 0125 SQUEEZE VIDEO SEL H RGB 3V ct07S 558 VIDEO SEL L CVBS 0V e AV SCART Components having special characteristics are marked and must be replaced with parts having specifications equal t
32. 3 AAX81500 TRAY CATCH TI CGR1A405M7641 48 AAX78410 BIND HEAD P TIGHT SCREW 3x10 MFZN2Y CTB3 10GR P 4 AAX81670 FRONT PANEL GD CKM1A181YC55 49 AAX80140 HEAD B TIGHT SCREW 3 8 MFZN2Y CTW3 8JR PW B 4 AAX81680 FRONT PANEL BL 1812059 50 AAX78380 BIND HEAD B TIGHT SCREW 3x6 MFZN2B3 CTB3 8JFZR B 4 AAX81660 FRONT PANEL TI CKM1A181XC60 51 AAX78430 BIND HEAD SCREW 4x6 MFZN2Y CTB4 6FR 5 AAX81540 ORNAMENT KNOB GD CGR1A406M9H54 52 78420 BIND HEAD SCREW 3x6 MFZN2Y CTB3 6FR 5 AAX81520 ORNAMENT KNOB BL CGR1A406H53 53 78400 BIND HEAD P TIGHT SCREW 3x10 MFZN2B3 CTB3 10GFZR P 5 AAX81530 ORNAMENT KNOB TI CGR1A406M7H55 3850 54 AAX80430 BIND HEAD SCREW 3x6 MFZN2B3 CTB3 6FFZR 6 AAX80090 INDICATOR LED LENS STANDBY CGL1A253Z LED 55 AAX78380 BIND HEAD B TIGHT SCREW 3x8 MFZN2B3 CTB3 8JFZR B 7 AAX81640 FUNCTION KNOB ASS GD CGK1A125YA ASSY 56 AAX81570 BIND HEAD P TIGHT SCREW 2 6x8 MFZN2B3 CTB2 6 8GFZR P 7 AAX81650 FUNCTION KNOB ASS Y BL CGK
33. E 00 lt HoM_LRcLk m n aeg Creta coles IDGPCIOO RAMCLKE lt X PCM_OUTO AD1 MEMADII1 FCUIF11 IB0OTSEL2 ICGPCIOO AOUTLST H_IRQN e PcM_OUT1 ADO MEMADI01 FCUFI0 B0OTSELU PCM_0UT2 5 t d d el ee ee RN2O BOOTSEL1 33x4 BOOTSEL2 SOFT DEBUG U OPEN 1 SOFT DEBUG 2282228 22 828 828 22282223 2828 282228 i a w 1 5 AOUT2 lt 15 SACD_AOUT1 e eel zs lt 1 i i i s sz cl ca za 20 a 5 S33 219 4 22553 215 dd dd ean i 8 8 8 3 8 8 3 i ga 8 2 2 2 2 2 2 2 2 l H 5 1 t E 83a BTE 1 3 S 2 2 2 8 28 em 8 dom aa RN24 RN25 RN26 5 8 6 27 8 8 5 7 RN28 E RN30 33X4 33X4 33x4 1 rh 4 33X4 1 8 i E 1 33x d E nm M_SDRAM RN27 it i GND T 55 5 1 1 33X4 11 64164A7 23 i E ome i fe WOOO s RN23 Loz Components having special characteristics are marked and must be replaced 33X4 z 0 55 5 178 2495
34. aa PAA es 100u 16V ct22 le C123 0 01uF 8 888 5 5 5 8 8 s 8 8 318338388 5 41 5 S 5 5 S S S s 31 5 5 S S REGULATION IP v 5V FROM FLI2310_ADDR 1129 BEAD 60R 1101 BEAD 60R 1102 p 5 55 GND 0102 5 IP L8V IC14 L103 100 16 YO OUT OUT GND cos co7 coe TO 7320 amp 40P WAFER CREF P_VSYN P_HSYN P_SYNC DATA TO 64M_SDRAM_DATA2 IC62 MD3 MD4 5 MD TO 64M_SDRAM _DATA1 IC62 xi TO 64M 5
35. e IC95 KIA431A 3 2 PC91 PC 17L1CB R925 100K R929 Not used Page 49 B4 to VIDEO 1 _CN15 Page 43 D2 to MAIN_CN11 with parts having specifications equal to those originally installed Schematic diagram is subject to change without notice Components having special characteristics are marked and must be replaced E REPLACEMENT PARTS LIST ELECTRICAL PARTS WARNING Components having special characteristics are marked and must be replaced with parts having specifications equal to those originally installed ABBREVIATIONS I
36. 38 AAX81330 FLEXIBLE FLAT CABLE 24 150mm P 0 5mm CWC1G2A24G150B 39 AAX81340 15 FLEXIBLE FLAT CABLE 9P 80mm P lmm MCDVDS2700CX14 41 AAX81850 SPECIAL SCREW 00 TI CHD1A061FFC 41 AAX81860 SPECIAL SCREW BL CHD1A061FFZR 42 AAX82030 BIND HEAD SCREW 4 6 MFZN2W3 CTBD4 6FFC 42 AAX82040 BIND HEAD SCREW BL 4x6 MFZN2B3 CTBD4 6FFZR 43 AAX78420 BIND HEAD SCREW 3x8 MFZN2Y CTB3 6FR New Parts New Parts A B D E G H J DVD S2700 REMOTE CONTROL SCHEMATIC DIAGRAM PANEL KEY NO LAYOUT KEY CODE 23 UN Function Custom code OSC1 K1 LIGHT 455kHz O N 3 K2 POWER 7C F6 lt DIMMER AUDIO DIRECT 7 a us EINE K41 MN HDMI 7 5 Been CJ CJ CJ K5 AUDIO DIRECT 7C D9 2 C5 K12 Km Ke STANDBY 7C F7 K7 GROUP 7C DD ABD K5
37. Components having special characteristics are marked and must be replaced with parts having specifications equal to those originally installed Schematic diagram is subject to change without notice Page 43 H3 e to MAIN_CX14 ente CJPOSGATI7ZY AUDIO 44 7 to MAIN_CX15 47 I3 to _ 17 D 5V D 5V D 5V DVD S2700 122
38. MAIN ON OFF TF92 CN11 SW91 91 PC93 NRA PC92 4 SRA gt 32 Pc91 MS LF91 0901 3 A 04 R90 292p04 02 2 Gu IC 42 A B D E F G H DVD S2700 When any part not included in the replacement parts list has failed replace the P C B SCHEMATIC DIAGRAMS P C B MAIN 1 5 HOST amp CONNECTOR PART Z L 54 05 Page 56 I3 Page 48 B4 Page 48 B6 to VIDEO 2 CY81 to POWER SUPPLY UNIT CN95 to VIDEO 1 CY12 to VIDEO 1 CY13 5 as 0
39. 0807 8Ts R807 8 sex Ste ely IN4003sT 225 STS 875 T oe 3l ia 1N4003ST SZE et t Ta 8 eS elt 0809 VIDEO 3 9 88 T 1N4003ST 8 DIRECT LED ki n gis f l LT 0802 Jumper S R823 812 Jumper HDMI_LED LINK LED R824 0810 Jumper wey co7s W usss REMOTE SENSOR g D KSM603TH2A L 1 5 HDMILED ow em t t Tl Connected Green 1 851415 82 92 Gea 8 BLUE LED Uriconnectod Orange w 837873 875 85 SS TTS E n 229 DISPLAY OFF 228 I 1 5802 N CVD50BOBBWGA 1 CHASSIS_GND CHASSIS_GND CHASSIS CHASSIS_GND 2 COLOR LED ore 1 228 i saos ursy 1 SKIP VIDEO 4 STANDBY ON LED Eig 55 7 2 COLOR LED 0807 85 a 9 83 CVD5080BBWGA Me to AUDIO_CN12 i R831 680 1 GREEN IE GND i i 1 1 I 1 i STANDBY ON OUT LED FL OFF 5 D gt VFD RESET ON Green STANDBY Orange REMOTE Fi VIDEO 5 17GB113ZY CJP17GB113ZY Page 43 REMOTE CONTROL to MAIN_CX11 ON OFF swn Slide SW RS 232C A icis em HvT2N3904sP
40. e e u 325255 Ree R260 Page 52 F3 2 e 55 gts 43 68 me FER 78 555858 i3 to VIDEO 1 CN12 AN G model t us DsD_FL bak as 87358 opz7ss 2 K RU oz DOWNMIX L DSD_BCLK 5 820 i 8 5 6K 22k i TSDO R153 1000p A 0140 4 MIXED 2CH 15K C195 FLz_MuTE DOWNMIX R LRCK fL 1 5K MCLK FL R185 820 e 8 0 2755 FRONT L 8 i FRONT 820 C218 2 Du wake ee X A L R 875 RTS 8258834 R195 R264 FRONT R FR 5 5 ets 644452 5 6K FRZ 815 575 528838 Bs our 330 50 820 DI304T 4 8 RI88 IL sss 5 6K 2 2K R182 1000p 2 D13047 ptso4T A e e 1 5K 219 R207 050 Dod R AUDIO OUT NJM5532M J CZ_MUTE mu Pini 4 100 50V 1000 236 No 298 ob ST 528 5 5 aus a ats 575 1529355 8 828 mos 1 PT R215 COIN o Sw 820 D1304T R269 Sw R216 NJM5532 GND C235 gx 2 2K coour SWz 29x AN uen DI304T 0144 SUBWOOFER CENTER gt 33u 50V ES C237 S WOOFER m GND R235 gm 15K VLC 585 578 REAR L POWER REGULATION 2 es eee R242 NJM5532M czsz 100 sov SURROUND 5 o L R 0105 DSD_RL 8 820 t C254 2 ala otvas
41. R v Pr 0UT_2 VSScore m vas 8 co 01 5 ADMIS Er B Cb D1 6 wami R V Pr 0UT_1 1 _ _0 Cr ChCr 1 zx 8 U Pb OUT 7 CbCi d B U Pb OUT 6 _ 3 R_Cr CbCr_3 B U Pb 0UT_5 _Cr CbCr 3 B U Pb OUT 4 Cr ChCr 4 B U Pb OUT 3 R_cr cbcr_5 6 B U Pb OUT 2 TT s vss R_Cr CbCr_7 FLI2310LFCF voo7 G Y Y cng B U Pb OUT_1 002 Our B u Pb OUT_O vss CLKOUT e YY RN15 Dd VSScore cus VDDcore amp G YY_3 or n CTLOUT4 G Y Y 4 CTLOUT3 mus er CTLOUT2 OPEN CTLOUTI E TEsr_ourt 2 3 c Y v 7 ad _ 2 x st RI82 R168 0 TEST SDRAM_CLKIN 8162 DEV_ADDRI g TERRE E L R170 And 58885 215 22282 568 lt lt lt lt i Jj C S cui 8171 33 55 2 LK 2353 x lt lt lt 2 33 SORAM_CLKOUT DATA 8178 33 Sit 8888 BEAD 60R 1608 179 ww SDRAM_DQM T z SDRAM_CSN 215 992898828 SggES s lt 5 23 8 8 0 5 5 s s 5 5 5 2 5 5 5 5 5 5 zz 1 2 BB 5H 5 8 8 8
42. 23 23 23 23 23 23 23 23 MP3 JPEG 24 24 24 24 24 24 24 24 DVD AUDIO 25 25 25 25 25 25 25 25 SA CD DivX 26 26 26 26 26 26 26 26 14G 13G 12G 11G 10G 9G 8G 7G 6G 5G 4G 2G 27 27 27 27 27 27 27 27 28 28 28 28 28 28 28 28 3 5 29 29 29 29 29 29 29 29 30 30 30 30 30 30 30 30 l 6 7 8 9 10 3 32 32 32 32 32 32 32 33 33 33 33 33 33 33 33 11 12 13 14 15 34 34 34 34 34 34 34 34 E 2G 14G IC DATA IC11 FLI2310LFCF VIDEO P C B Digital video converter VSYNC_PORT2 LD ID PORT2 IN CLK PORT2 3 20 HSYNC_PORT2 VDDcore8 D XTALOUT XTALIN TEST TEST TESTO VSS Reserved vpp9 RVDD RVDD RVSS vss HSYNC1_PORT1 VSYNC1_PORT1 FIELD ID1_PORT1 IN CLK1 HSYNC2 VSYNC2 FIELD ID2 PORT1 VDD1 vss IN CLK2 PORT1 B Cb D1 0 B Cb D1 1 B Cb D1 2 B Cb D1 3 B Cb D1 4 VDDcore1 VSScore B Cb D1 5 B Cb D1 6 B Cb D1 7 R Cr Cb Cr 0 R Cr Cb Cr 1 R Cr Cb Cr 2 R Cr Cb Cr 3 R Cr Cb Cr 4 R Cr Cb Cr 5 R Cr Cb Cr 6 R Cr Cb Cr 7 0 VDD2 vs
43. ADDR IC62 Components having special characteristics are marked and must be replaced with parts having specifications equal to those originally installed Schematic diagram is subject to change without notice e H VIDEO 2 7 VIDEO 1 to POWER SUPPLY UNIT_CN96 Page 56 12 WAFER CJPOSGAI9ZY CNIS D BV FRO DAC PS CK VE 3 3V 100 16V FROM MPEG CCIR656_DATA_IN2 VE1 2 5V ct78 100 16V R222 OPEN R221 OPEN VE1 2 5V 4 1104 22uH R219 2 7K cus OPEN CO IN I P CONVERTER ADV7320KSTZ DAC A DEO ENCODER mcs C164 04 P VSYNC CRJIQ4DJ330T 33X4 8 8
44. PCM DSD gt 2CH M 5 6V VP 28V I lt SELECTOR 1214 a Pas DAC CS4398 ae e D I 9 V 5V a MICRO IC26 gt PCM DSD 308 5 PROCESSOR s LEVEL SHIFT ior JK12 13 x 55 lt gt 5 IC19 FRONT L R POWER CONTROL 7 7007 DRS CSTIS O O O CENTER CN95 17 ET7DES94B gt 2CH gt N gt SUBWOOFER TEO lt SPI DATA m SURROUND L R IC20 BTE 65 232 5 On Off Sw gt N See 55 LE SCHEMATIC DIAGRAM AUDIO LOWPASS FILTER JK17 ST202EBW OOOOOO dri RS 232C gt OOOOO Y c gt CONTROL IC RS 232C Q IC81 COUPLER gt OO VFD DRIVER m ae VIDEO 1 See page 48 53 gt SCHEMATIC DIAGRAM N 0UT REMOTE SENSOR KEY PAD AC IN See page 56 SCHEMATIC DIAGRAM POWER SUPPLY UNIT VIDEO 2 VIDEO 3 and VIDEO 4 See page 54 gt SCHEMATIC DIAGRAM REMOTE DATA KEY DATA L 32 lt gt BN81 CN91 2P CN92 2P VIDEO 4
45. 152 C292 ox S 52907852 T Je R33 1035 C gy RB B 124 8 SH E T z lt oo L NE Bl T 2 C332 Oo 2 179 Rl 6257 2 a ER o T 5 3x00 013 G R221 41216160 a A m NN 0 L143 b d on Die E DER o 122 o ZB 9 C405 SO 402 5 C139 C31 o ME JE SAA e G o pu o B s WD Na dn X lt o gt 5 5 lt lt lt lt SUPPLY UNIT CN95 34 VIDEO 2 CY81 J MAIN P C B Bottom view DVD S2700 A DVD S2700 VIDEO 1 P C B Top view 36 D1 D2 J model VIDEO OUT 30 O OB o 80 O O OM R295 ET b EH R294 VIDEO S VIDEO R918 2949190 o s C938 R919 290 ce
46. 2C 05067 001 Simplified Functional Block Diagram HD PIXEL INPUT S_HSYNC 5 VSYNC 5 BLANK CLKIN_A INTER cR TEST DNR 5 COLOR P annt LEAVE ER GAMMA CONTROL y CHROMA INPUT FILTERS P o 2 2 z x Za S lolo 49 VDD S BLANK Y0 RSET1 5 Y1 VREF 0 Y2 COMP1 Y4 DACB Y5 ADV7320 ADV7321 42 DAC C Xe TOP VIEW Y7 40 Not to Scale Vpp 39 DAC D 11 38 Y8 12 37 DAC F 36 2 14 35 RsET2 34 EXT_LF 2 16 33 RESET 17 18 19 20 21 22 23 24 25 26 27 28 29 30 32 8528532 2 885 SE gt lt 12 lt lw T gt m a a 01 9 20 05067 002 DVD S2700 Mnemonic Input Output Description 0 Power supply for digital inputs and outputs Y0 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan qata The LSB is set up on pin Y0 For 8 bit data input LSB is set up on Y2 Y1 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up on pin YO 8 bit
47. SSC data output signal General purpose monitored controlled by the microprocessor or DSP SW DVD S2700 31 A B D E F G H DVD S2700 BLOCK DIAGRAM MAIN VIDEO 1 JK12 page 43 47 SCHEMATIC DIAGRAM ASPECT SW D2 S2 16 9 4 3 See page 48 53 gt SCHEMATIC DIAGRAM SQUEEZE SW RGB 16 9 4 3 IC15 VIDEO VIDEO SW RGB CVBS DEO S DRIVER Y Pb Pr P I SW D2 P SCAN INTERLACED INTERLACED VI 42 43 44 9 11 13 JK13 E ENCODER IMEEM gt 0000000 a I2C Controller
48. gt lt gt x x gt lt gt lt gt x gt x gt lt gt x x gt x gt x gt x gt gt lt gt lt gt lt x x x gt x gt lt gt lt gt x gt lt gt lt gt x gt lt gt lt gt lt gt lt HDMI_ON_LED Port F5 A input capture 2 ADC analog input 11 LINK LED Port F6 Timer A input capture 1 STANDBY LED Port F7 Timer A external clock source 0 Digital main supply voltage Vss 0 Digital ground voltage DSP SCS Port Timer B output compare 2 ADC analog input 12 DSP FCS Port C1 Timer B output compare 1 ADC analog input 13 DAC CS2 Port C2 Timer B input capture 2 DAC CS1 Port Timer B input capture 1 DSP amp DAC IN Port C4 SPI master in slave out data ICC data input DSP amp DAC OUT Port C5 SPI master out slave in data ADC analog input 14 ICCCLK Port C6 SPI serial clock ICC clock output x x x x x x gt lt gt gt x gt lt x x gt x gt x gt lt gt lt gt x x x x x gt lt gt lt gt lt gt x x x x gt lt x Xx x x x gt lt x gt lt DSP FINTREQ PMCLK amp DMCLK SEL MREQ KEY W U Port A2 MRESET Port A3 VDD 1 Digital main supply voltage VSS 1 Digital ground voltage F REQ X Port A4 12 DATA Port A5 I2C_DATA1 Port A6 data I2C_CLK1 Port A7 clock RS232 12V Must be tied low In flash prog
49. 13 2 14 VO SDRAM bi directional data bus GNDP s Digital periphery ground of 3 3 V supply RAMDAT 15 0 SDRAM bi directional data bus VDDP 3 3 V digital periphery power supply GPCI O 20 CPUNMI SDATA O PM 0 General purpose I O monitored controlled by the microprocessor or DSP SW Microprocessor non maskable interrupt input SERVO channel sample data input for AFE by pass Probe mux data output GNDP Digital periphery ground of 3 3 V supply ICGPCI O 0 AOUT 3 SDATA 1 1 General purpose I O monitored controlled by the microprocessor or DSP SW When input the pin can be used as general purpose external interrupt to the microprocessor Serial output of digital stereo audio SERVO channel sample data input for AFE by pass Probe mux data output IDGPCI O 0 SDATA 2 PM 2 General purpose monitored controlled by the microprocessor or DSP SW When input the pin can be used as general purpose external interrupt to the DSP Clock enable signal to the SDRAM for power down SERVO channel sample data input for AFE by pass Probe mux data output S PDIFOUT SDATA 3 PMI3 S PDIF transmitter output for digital coded or reconstructed audio data SERVO channel sample data input for AFE by pass Probe mux data output AOUT 2 GPCI O 21 SDATA 4 PM 4 Serial outputs of digital stereo audio General purpose I O monitored controll
50. V input port for Cr Red V data in 4 4 4 input mode LSB is set up on 59 SD or progressive scan HD 50 8 bit data input LSB is set up on S2 V input port for Cr Red V data in 4 4 4 input mode LSB is set up on CLKIN_B Pixel clock input Requires a 27 MHz reference clock for progressive scan mode or a 74 25 MHz 74 1758 MHz reference clock in HDTV mode This clock is only used in dual modes GND_IO Digital input output ground DVD S2700 IC20 SAA7893HLC2 MAIN DSD decoder to host REGISTER SAA7893HL 8 CHANNEL DSD2PCM SECTOR CONVERSION PROCESSOR SPEAKER SETUP VOLUME CONTROL DELAY SACD AUDIO INTERFACE to DSD PCM DAC 2 5 or 6 channel LOSSLESS DECODER SWITCH MATRIX SDRAM INTERFACE MBL615 to 64 Mbit Sys clk aud clk external PCM SDRAM 27 35 MHz 256 384 512 7
51. of st sTsTsTs7 5 TE 1 1 288 DSD DATA SWITCH DSD DATA SWITCH 2151218 Lu VCC33M 1 VCC33M 1 2121215 T 2 8 3x4 __RN16 SN74LVC157APW SN74LVC157APW SACD33 DAC0 151 oet a 2 0008 0015 5 5 8 2 002 225 2 E DSD_PCM_Sw CONTROL 23 DSD_PCM_SW CONTROL 523 88 8 T TA L 2755 tes nas 7 RME TES ian Je m 0015 0501 oso me m Se m E 03i 25 m Dd psp_tour gt DSD FR 050 cour 1050 RR m 1020 vecos SE 25 noan x 003 0012 1050 FROUT 1050 RROUT he S A A 9 9 n D JFUR DQML 050 R 05 sw Woo D 0010 Hoas 009 SE 85 ie R221 096 55 5 02 w FUR_CLK DSD ROUT DSD_FL DSD SWOUT DSD_RL H procelock O r 097 s z ez Core 595 a sy 189 m 050 FLOUT i R210 R220 FUR_DQML SACD_CLK FUR_CASN 33 FUR WEN FUR DQuH g FUR_RASN SACD18_AVDD at FUR_CASN FUR 0 JFUR WEN api FUR RASN 8207 FUR_AD12 GND 2452 eo FUR_AD12 FUR ADI CND nde GND nue FUR ADS 8 wey a FUR_AD13 FUR ADS FUR_AD13 T EI veco
52. 010 6 channel data output Front end parallel data interface DSD_PCM_7 010 6 channel data output Front end parallel data interface DSD_PCM_8 010 2 channel data output Front end parallel data interface VCC_IO6 VCC_IO Vcc pads Front end parallel data interface DSD_PCM_10 O10 2 channel data output Front end parallel data interface DSD_PCM_9 2 channel clock or control Front end parallel data interface 050 11 2 data output Boundary scan reset RESETn Asynchronous reset active LOW Boundary scan mode select H_A_sel Address select pads H_A 6 Address bus Output _ 5 Address bus Boundary scan data input H A 4 Address bus Boundary scan clock A S3 Address bus Host select signals SAD16 MAD16 and SAD08 H A 2 Address bus Host select signals SAD16 MAD16 and 08 DVD S2700 IC35 ZR36778 MAIN P C B MPEG decoder 8 16 Mbits NOR Flash SPINDLE 32 64 128 Mbits SDRAM Disc loader RF amp Servo amp g lt N 25 DVD S2700 26 DVD S2700 Pin Functions Direction Description SSCRXD GPCI O 17 15 SSC data input General
53. 19 CD LD 08 RF 20 09 A 21 10 22 23DVD LD 12 GND PDI24IGND LD CN14 DVD MECHANISM UNIT 01ILOAD 04 D2LOAD 05 our SW CN13 lt gt DVD MECHANISM UNIT O1MoT sPOL O 4HOME SW 02Mor 5 5 5 0 03IGND 06 SLED 33 A DVD S2700 PRINTED CIRCUIT BOARDS When any part not included in the replacement parts list has failed replace the P C B P C B MAIN Top view 2029 1029 vU 444 MO 6291 VIDEO 1 CY13 VIDEO 1 CY12 AUDIO cY12 AUDIO CY11 zi EIJ 815818 EIJ 9028 981 L V eh o 613 028 LBY 4 gt o e wo F Lm 5 E d JE AZ 134 Lb T 8 17 6376 9 z 4 6375 E zl 0253 2c lt AH 8 377 R286 ETEME E C305 8285 94027 a ac x R225 gt Q A H Dg HE Pa 2 P3 A 2 R227N TZ os T Jans a3 T H S 4 o oR321 Hil
54. 5V 16 9 WIDE 12 D48V R299 SND Go 0245 ASP_SW L H 0 4 3 PS dt die H L 2 2V 4 3 LB U model 4 0105 OPEN ea L 1 Us D Others MUTE R402 1222 244 297 R300 R301 COMPOSITE y vor sv o VIDEO 5 50V 100 16 1000 6 3 E Ee E g cns Ed oy 5 9 S Y e mam C298 4 2 5 S Y S VIDEO gEAD 606 S cas 1000 6 3V 39 33 8 iim 2 10uF 50v 5 J 5 240 242 B 22uF 50V e cn 22 50 5 MMI566AFBE m GND 01 5 R321 22uH 39 33 P BTS R323 524 Pb L 39 33 ang R307 ins tuH 39uH KTC4075GR R325 R326 39 33 8306 Sla zs 825 gg AD_CR s SIS 828 858 100 ans Ed cass R327 nu 39 33 1000 6 3V sti R39 R30 Y eno W W lt Y_GND Cb 515 323 e 872 W EE m pr 10 50v zi Qu 6271 4 KTA1504SYRTK LINE R312 L116 L117 N GND 1uH 3 9uH 420 10 m R292 PSCAN_ON AN 470 fala 5 542 0 KTc4075 A 268 e 4 7K 10 50v F ASPECT x alb sts 828 238 em SWGND STS 2 555 zelz 100 elzelz 1 4
55. 9 K8 PAGE 7 T key 622 PAGE 7C DF NN HiHB30A R23 25 9 K10 MULTI 2CH 7C E1 IR1 10 K11 1 7C 94 v K3 Ko4 A ki2 A et IK28TK29 gt c R2 K13 3 7 96 Tonm RO K05 H K13 H K21 H K29 H K37 jM K45 K14 PROG 7C A0 100ohms o K33 J K15 4 7C 97 STD123SF 21 K16 5 7C 98 K Qi OUT fr o K17 6 7 99 es K18 RANDOM 7 1 K19 7 7C 9A K20 8 7C 9B e K21 9 7 9 VDD K22 REPEAT 7C A3 SUBTIE AUDIO ANGLE ZOOM K23 CLEAR 7C 9F e d Dwvo15 K25 ENTER 7C B8 4 RESET NANA ae ce AA Z K27 SETUP 7 one K28 SLOW SEARCH lt lt 7C 86 T K29 SLOW SEARCH gt 7C 87 K30 STOP 7C 85 K31 PAUSE M 7C 83 GND 02 K32 PLAY 7C 82 2SA1981S EAY 2 SA1961S EAY K33 SKIP 7C B9 F K34 SKIP 7C BA 4 70hms K35 TOP MENU 7C B1 K36 A 7C B4 BACK LIGHT LED x 19 ON SCREEN 5 K38 lt 7C B5 VV K39 ENTER 7C B8 K40 gt 7C B6 8 K41 MENU 7 2 K42 7C B3 K43 RETURN 7C B7 K44 SUBTITLE 7C AA K45 AUDIO 7C AD K46 ANGLE 7C AE K47 ZOOM 7C D7 60 DVD S2700 DVD S2700 YAMAHA
56. 9 988ug8888888EF F REA 023522 2085 Eg r lt gt 85 m m m m 23 DVD S2700 24 DVD S2700 D Type Description Symbol Type 1 Description IN Address bus D ADDR 3 O10 SDRAM address bus 1 010 Data bus D_ADDRI4 O10 SDRAM address bus 1 010 Data bus 010 SDRAM address bus D ADDR 2 GND 10 GND I O pads D ADDR 5 O10 SDRAM address bus 1 010 Data bus D ADDR 1 O10 SDRAM address bus 1 010 Data bus GND_IO3 GND_IO GND I O pads 1 010 Data bus D ADDR 6 O10 SDRAM address bus 1 010 Data bus D ADDR O O10 SDRAM address bus lt CO Po 1 010 Data bus D ADDR 7 O10 SDRAM address bus 101 Vcc pads D ADDR 10 O10 SDRAM address bus 1 010 Data bus D ADDR 8 O10 SDRAM address bus 1 010 Data bus D_ADDR 13 O10 SDRAM address bus 1 010 Data bus VCC_IO3 VCC_IO Vcc I O pads 1 010 Data bus D_ADDR 9 O10 SDRAM address bus 1 010 Data bus D ADDR 12 O10 SDRAM address bus 1 010 Data bus D_ADDR 11 O10 SDRAM address bus GND_IO GND I O pads D_Wen O10 R
57. ELI so IC13 5 uc E o o o o C 3825 13 R155 Br f lt De se 21016252 E C ous Dm 157 cds E ue N ms EUR A rp 8 s B 5 e ce 59 IC18 be IC27 R133 Es 5 855 ue a E ale e dM e i s gs 8 ux S IIR 022 25 gt wE IG EN N 28 N Bro e s at ho C93 8 5 3 E Em o o o POWER SUPPLY UNIT cN96 DVD S2700 VIDEO 1 P C B Bottom view E ON SOBRE L6 Uv GU 37 A 38 DVD S2700 VIDEO 2 P C B Top view c YAMAHA om R830 R813 R812 HDMI LUGD EKP PAY PAUSE LED Bf Y 2 5806 gt MAIN Cx11 VIDEO 2 P C B Bottom view 0000000000000 BJ oo oo AGEN 8 0YIVQ_QHA Gl 081S_ QA 031 330 13 Z VIDEO 3 P C B VIDEO 3 P C B VIDEO 4 P C B VIDEO 4 P C B Top view Bottom view Top view Bottom view C
58. Unlock CX16 and then disconnect the flexible flat cable and ground the terminal face of the flexible flat cable with a clip or the like Fig 3 c Remove CN13 and CN14 Fig 6 d Lift DVD mechanism unit up slightly and move it back ward to remove Fig 3 Terminal face Clip O Use a clip or other item to ground the unit q 2 j Flexible flat cable 4 4 CX16 DVD mechanism unit DVD 3 DVD a 4 Fig 3 b CX16 Fig 3 CN13 CN14 Fig 6 d DVD Fig 3 Flexible flat cable Fig 3 4 Electrostatic Protection of DVD Mechanism Unit a Remove 2 screws Fig 4 b Lift the front of the cover DVD mechanism unit a little and slide it to release the hook Then lift the rear of the cover DVD mechanism unit and remove it rearward Fig 4 c Turn the traverse gear in the arrow direction until
59. pin For 8 bit data input LSB is set up on Y2 Progressive input port 4 4 4 input mode This port is used for the Cb Blue U data The LSB is set up on pin C0 For 8 bit data input LSB is set up on C2 C1 Progressive scan HDTV input port 4 4 4 input mode This port is used for the Cb Blue U data The LSB is set up on pin C0 For 8 bit data input LSB is set up on C2 C2 Progressive scan HDTV input port 4 4 4 input mode This port is used for the Cb Blue U data The LSB is set up on Pin C0 For 8 bit data input LSB is set up on C2 Progressive Scan HDTV Input Port 4 4 4 Input Mode This port is used for the Cb Blue U The LSB is set up on pin C0 For 8 bit data input LSB is set up on C2 C4 Progressive scan HDTV input port 4 4 4 input mode This port is used for the Cb Blue U data The LSB is set up on pin C0 For 8 bit data input LSB is set up on C2 XSPI I2C This input pin must be tied high io for the ADV7320 ADV7321 to interface over the port ALSB SO TTL Address Input This signal sets up the LSB of the address When this pin is tied low the filter is activated which reduces noise on the 12 interface SDA CLKSP I2C port serial data input output SCLK SI I2C port serial interface clock input HSYNC Video horizontal SYNC control signal for HD in simultaneous SD HD mode and HD only mode XP VSYNC Video vertical SYNC control signal for HD in simultaneous SD HD mode and
60. 1 Port E4 Port E5 Port E6 Port E7 Port B0 IPWM output 3 Port B1 PWM output 2 Port B2 PWM output 1 Port B8 IPWM output 0 Port B4 IPWM ART external clock Port B5 PWM ART input capture 1 Port B6 IPWM ART input capture 2 Port B7 Port DO ADC analog input 0 Port D1 ADC analog input 1 Port D2 analog input 2 Port D3 ADC analog input 3 Port D4 analog input 4 Port D5 analog input 5 Port D6 ADC analog input 6 INT EXT SEL Port D7 ADC analog input 7 VAREF Analog reference voltage for ADC 55 Analog ground voltage Vpp_3 Digital main supply voltage Vss_3 Digital ground voltage REMOTE BUS_IN i Port FO Main clock out fOSC 2 ADC analog input 8 REMOTE OUT Port F1 signal output N C Port F2 HDMI RESET Port Timer A output compare 2 ADC analog input 9 FL OFF LED Port Timer A output compare 1 ADC analog input 10 T gt x gt gt gt Co gt 5 ro TQFP64 gt x gt x gt lt gt lt gt lt gt x gt lt gt lt gt lt gt lt gt x gt x gt x gt lt gt lt gt x gt x gt lt gt x gt lt float gt lt gt lt gt lt gt lt gt lt gt lt x lt gt lt gt lt gt lt gt lt gt lt gt lt gt lt gt lt gt lt gt x gt gt OD gt lt gt lt gt lt gt lt gt lt
61. AAX00370 JACK S VIDEO VIDEO JJ9NO06Z JK12 AAX81410 JACK COMPONENT 450437 JK13 AAX80050 CN D2 JJ9U001ZJ J D 2 JK15 AAX80350 JACK SCART CJJ6K003Z 6 SCART JK16 AAX80330 2P REMOTE IN OUT HJJ1D002Z 1 0 JK17 AAX80150 CN RS232C D SUB 9P 99 0017 R S 2 3 2 C JK91 AAX60340 CN HDMI HDMI HJJ9H003Z HDMI 801 807 AAX74630 SW TACT SKHV109106 ST1AO12ZT 01 AAX80380 SW SLIDE RS 232C ON OFF 55280167 AAX81210 AUDIO COP11906C JUTA AAX81200 AUDIO OP11906B 6 PCR 2 742 JK12 AAX81400 JACK 4P C SW SUR 0627 4P JK13 AAX80320 JACK 4P MIXED FRONT JJ4PO19Y 4P JK14 AAX80360 JACK OPTICAL COAXIAL 5900117 New Parts 57 DVD S2700 OVERALL ASS Y 30 e E 5 20 55 H Note The replacement battery cover is not available 2 Ban When replacing the foot at the rear left under the power transformer cut 2 locations of replacement shown below
62. DQ 3 1 010 Data bus Agcinp AGC positive input signal HF in GND_IO5 GND_IO GND I O pads Adcrefl ADC D DQ 12 1 010 Data bus Vcc 107 VCC pads D 002 1 010 Data bus GND_IO7 GND I O pads D DQ 13 1 010 Data bus PCM_CeLf_in PCM data center or LFE D 1 010 Data bus PCM_LeRi_in 1 010 Data bus PCM data left or right D_DQ 14 PCM_LsRs_in PCM data left or right surround D_DQ O 1 010 Data bus B_FLAG SERR I2S bus flag EDC flag 105 VCC_IO Vcc_IO pads B_SYNC Sync D_DQ 15 1 010 Data bus B_WCLK SENB 125 word clock UDE data sense from host DSD_PCM_0 O10 6 channel data output DSD_PCM_1 O10 6 channel data output DATA Be 25 data or LSB data of parallel interface DSD PCM 2 O10 6 channel data output B BCLK SDCLK I2S bus bit clock DSD PCM 3 O10 6 channel data output Host request data from front end routed via the SAA7893HL GND 106 GND_IO GND I O pads DSD_PCM_4 010 6 channel data output Data request for UDE DSD_PCM_5 010 6 channel data output Front end parallel data interface DSD_PCM_6
63. Dolby Digital and DTS multi channel sound Analog stereo sound Dolby surround compatible downmix from Dolby Digital multi channel sound AUDIO PERFORMANCE DA converter 24 bits 192 kHz Signal to noise 1 kHz 120 dB Dynamic range 1 kHz 106 dB DVD fs 96 kHz 2 Hz to 44 kHz fs 48 kHz 2 Hz to 22 kHz SVCD fs 48 kHz 2 Hz to 22 kHz fs 44 1 2 Hz to 20 kHz CD VCD fs 44 1 kHz 2 Hz to 20 kHz Distortion and noise 1kHz 0 001 TV STANDARD PAL 50 Hz NTSC 60 Hz Number of lines 625 525 Playback Multistandard PAL NTSC CONNECTIONS Video output Cinch yellow x 1 S video output Mini DIN 4 pins x 1 01 02 output J model 1 Component video output Y output Cinch green x 1 Video CVBS output 1 Vpp into 75 ohms S video output Y 1 Vpp into 75 ohms C 0 3 Vpp into 75 ohms 01 02 output J model 1 Vpp into 75 ohms 0 7 Vpp into 75 ohms Component video output Y 1 Vpp into 75 ohms PR CR 0 7 Vpp into 75 ohms RGB SCART output G model 0 7 Vpp into 75 ohms Black level shift U model On Off output PR CR output SCART G model Digital output HDMI Audio output 2 channel analog output Cinch blue x 1 Cinch red x 1 Euroconnector x 1 Coaxial x 1 Optical x 1 1 60958 CDDA LPCM 1 61937 for MPEG 1 2 Dolby Digital and DTS A x 1 MIXED 2CH L R Cinch white red x 1 pair Multi chann
64. LL e bits m lt gt PORTA PORT F gt KTI PB7 0 TIMERA gt 8 bits SK PWM ART PORTE gt Bora RETO lt gt lt gt TMERB gt SCI lt gt E PORT D pu its 10 BTADC md Vssa zd uoo Occ a Se L9OIIrr 0 550 5 5 7 PWM3 PWM2 PB1 PWM1 PB2 PWM0 PB3 ARTCLK HS PB4 ARTIC1 PB5 ARTIC2 PB6 PB7 AINO PDO AIN1 PD1 AIN2 PD2 AIN3 2 ST72F321R TOP VIEW 5 Pi 5 2 m S AIN4 PD4 AIN5 PD5 AIN6 PD6 AIN7 PD7 lt c O CO x IO FS g 3 prs bi bu pr fe SG lt e225 gh qr ERSE 8zz9k o Vss 1 VDD 1 PA3 HS PA2 PA1 PAO PC7 SS AIN15 PC6 SCK ICCCLK 5 MOSI AIN14 PC4 MISO ICCDATA HS ICAP1 B PC2 HS ICAP2 B PC1 OCMP1 B AIN13 OCMP2 B AIN12 Vss 0 VDD 0 DVD S2700 5 5 function afterreset Pin Name Alternate function 44 875 85232 CTS RS232C VFD_RESET N C EXT_SW1 RS232 N C DSP_RESET DSP_BUSY DSP_INTREQ HDMI DET HDMI_INTH DAC_RESET KEY
65. OPEN E z E B2 888 2522002 g 9 5 5 7 5 5 5 L3 g a gt lt e F 51 Hi 51 81 5 s 54 54 54 54 54 5 4 8 1H 5 eos HEE PE Eon x x 4 R SOFT DEBUG 5 sean EN 329 s i R471 QPI cc X a 9 1 Li OPEN 8 RATS BEAD 6OR 5 Ze R473 1 p 5 I gt lt A nur 211 6 1 1 GND Option obo 5 z 1 Sim PT s 8 DUPROO ons 3 S 27 Y denn 2845 zs x 1N4003SRT 28m gt 28205 ER Bg 5 55 x r3 GND 1 1 3 SD Lad sce opcocm 2 2 es 5 5 2 DRVsB E 8 nt opcions SSW 8 5 8 2 TES f DUPTD0 GPCI036 L122 55 8 8 8 89x 225 1 BEAD 60R Sg ns iib i DUPRDO 2 2 Ape 43 558 8 3 AD14 33 epoos rcuras J _ R308 lt 1 ADIS MEMADLISI FCUIF
66. ages 3 2442 E GND R220 100 16V ae cus C175 0 1uF OPEN R215 680 R214 R213 VE 3 3V 100 VDAC_RESET DVD S2700 GND U OPEN Others 100 R762 ana V OPEN Others KTA2014R PEN Others 560 0 1uF po AY GND KTA2014GR 187 e gt 0 KTA2014GR CIBB 100 16V C189 R239 1 1 5 g N ae GND 25 5 AD_cY KTA2014GR J 0 08 VIDEO AMP DRIVER PART Components having special characteristics are marked and must be replaced with parts having specifications equal to those originally installed Schematic diagram is subject to change without notice 49 A 50 DVD S2700 VIDEO 3 7 VIDEO 1 FROM MPEG CCIR656_DATA IN2 VD245V A
67. melting point temperature of the lead free solder 30 40C is about 30 C to 40 C 50 F to 70 F higher than that of the lead solder be sure to use a soldering iron suitable to each solder WARNING Laser Safety This product contains a laser beam component This component may emit invisible as well as visible radiation which may cause eye damage To protect your eyes and skin from laser radiation the following precautions must be used during servicing of the unit 1 When testing and or repairing any component within the product keep your eyes and skin more than 30 cm away from the laser pick up unit at all times Do not stare at the laser beam at any time 2 Do not attempt to readjust disassemble or repair the laser pick up unless noted elsewhere in this manual 3 CAUTION Use of controls adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure DVD S2700 Laser Emitting conditions 1 When the Top Cover is removed and the STANDBY ON SW is turned to the ON position the laser component will emit a beam for several seconds to detect if a disc is present During this time 5 10 sec the laser may radiate through the lens of the laser
68. pick up unit Do not attempt any servicing during this period If no disc is detected the laser will stop emitting the beam When a disc is loaded you will not be exposed to any laser emissions 2 The laser power level can be adjusted with the VR on the pick up PWB however this level has been set by the factory prior to shipping from the factory Do not adjust this laser level control unless instruction is provided elsewhere in this manual Adjustment of this control can increase the laser emission level from the device Laser Diode Properties VARO AVATTAESSA JA SUOJALUKITUS OHITETTAESSA OLET ALTTIINA Type Semiconductor laser GaAIAs NAKYMATTOMALLE LASER Wave length 650 nm DVD SATEILYLLE ALA KATSO 790 nm VCD CD SATEESEEN Output Power 1 45 mW DVD 1 13 mW VCD CD VARNING OSYNLIG LASERSTRALNING Beam divergence 60 degrees DENNA DEL AR OPPNAD OCH SPARREN AR URKOPPLAD BETRAKTA EJ STRALEN CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM ADVARSEL SYNLIG OG USYNLIG LASERSTRALING VED ABNING UNDG UDS TTELSE FOR STR LING ADVARSEL SYNLIG OG USYNLIG LASERSTR LING N R DEKSEL PNES UNNG EKSPONERING FOR STR LEN VARNING SYNLIG OCH OSYNLIG LASERSTR LNING N R DENNA DEL R PPNAD BETRAKTA EJ STR LEN VARO AVATTAESSA OLET N KYV LLE N KYM TT M LLE LASER S TEILYLLE L KATSO S TEESEEN VORSICHT SICHTBARE UND UNS
69. protected by method claims of certain U S patents and other intellectual property rights owned by Macrovision Corpo ration and other rights owners Use of this copyright protection technology must be authorized by Macrovision Corporation and is intended for home and other limited viewing uses only unless otherwise authorized by Macrovision Corporation Re verse engineering or disassembly is prohibited D Manufactured under license from Dolby Labora DIGITAL tories Dolby and the double D symbol are trademarks of Dolby Laboratories
70. purpose I O monitored controlled by the microprocessor or DSP or FCU SW Probe mux data output MEMCS 1 GPCI O 18 PNVM SRAM chip select active low output General purpose I O monitored controlled by microprocessor DSP SW VDDP 3 3 V digital periphery power supply MEMAD 15 16 SYSIND 1 0 S O PNVM SRAM address bus outputs General purpose system configuration indication input Level sampled during RESET MEMADI 14 GCLKSEL PNVM SRAM address bus output GCLKPOUT or GCLKA function selection Level sampled during RESET 13 FCUIF 29 PNVM SRAM address bus output Flash card interface unit output signal 0 12 PNVM SRAM address bus output Audio PLL configuration input Level sampled during RESET In normal operation the pin must be low during RESET MEMDAI 15 FCUIF 28 PNVM SRAM bi directional data bus Flash card interface unit I O signal 1 1 PLLCFGP PNVM SRAM address bus output Process PLL configuration input Level sampled during RESET In normal operation the pin must be low during RESET MEMDA 7 FCUIF 9 PNVM SRAM bi directional data bus Flash card interface unit I O signals GNDP Digital periphery ground of 3 3 V supply MEMAD 10 FCUIF 20 PNVM SRAM address bus output Flash card interface unit output signal MEMDAI 14 FCUIF 27 PNVM SRAM bi directional data bus Flash card interf
71. 1 with parts having specifications equal those originally installed d a z s s E 1 Aa 4 2598 312 R MDATIORSI Schematic diagram is subject to change without notice badd 3 1 GND 0 0 0 j de UU ol aiglsls alalslal 8888 ee e 81855 51555 8181815 3333332225328 J 33 44 5 Nt 3333 3333 iiis FOR EMI amp ESD E zz zz 2233x233 GND 2222 x z lt lt s zzz 2 2 5 2 s ss 4 zi s sls A B D E F G H DVD S2700 MAIN 5 5
72. 1A125ZA ASSY 57 AAX80700 SPECIAL SCREW CHD1A055R G 7 AAX81630 FUNCTION KNOB ASS Y TI CGK1A125XA ASSY 8 AAX81190 INDICATOR LED LENS AUDIO DIRECT CGL1A256Z LED ACCESSORIES 9 AAX81370 SUB PANEL GD CGW1A426M9YD6 200 81760 CONTROL DVD 15 CARTDVDS2700 9 AAX81380 SUB PANEL BL CGW1A426ZK128 A 202 AAX81790 POWER CABLE 2m JA2J076Z J 9 AAX81360 SUB PANEL TI CGW1A426M7XG41 202 AAX81770 POWER CABLE 2m 2 0702 10 AAX81250 ASS Y VIDEO COP11907E J PCB 202 81800 CABLE 2m CJA2N075Z T 10 AAX81240 ASS Y VIDEO COP11907D U PCB 202 AAX81810 POWER CABLE 2m 250847 10 AAX81230 ASS Y VIDEO 11907 PCB 202 AAX81780 POWER CABLE 2m JA2B054Z 6 10 AAX81220 ASS Y VIDEO COP11907B G PCB BATTERY 2pcs 4 14 AAX78660 FOOT GD KL1A192H57 14 AAX78650 FOOT BL Tl CKL1A192H56 i 15 AAX76760 CUSHION FOOT CHG1A329 01 16 AAX81440 COVER GD KC1A177D8 16 AAX81430 TOP COVER BL CKC1A177B11 16 AAX
73. 28 GPCIO34 SPDIFCIN 012 MEMAD 12 IPLLCFGA OUTSW ADM erm h T JINSW 8 lucuonzy rcurs me 12 _ H SDA 1 iFOR AD10 MEMADK101 FCUF20 1 R304 wwe rcure deseri lo 0 sct gt s BTSs FC GND m jm HNIKOSFU 101 4020 MEMAD 201 GPCI0t191 CuEMCS 21 4 702 MEMDALI21 FCUF25 x x 8 wee voci 8 MR ving VIDS woces eeroo ncecot 5 ID 61 ICETDI ICGPCI02 1 07 ADIS E u R303 MEMO FCUF23 LAAR cLko 2 won n AD18 R302 o lt HSYNC 19 MSYNC GPCIO25 LCJTDOI 6 N gt R301 33 5 VSYNC GPCIO24 VSYNC uono F CUI i us AD7 pevao Feur HDMI_MCLK 5 x MEMDALT FCUF 3 AIN LGPCIO23 C MCLK z A_MCLK_SACD kewoey reure DEC 3 x GND AD6 a ABS Jucwancsi rcur is por ALRCLK x x 22 GPAIO LADUT31 IDGPCIOLO1 8 DALO 151 AD4 2 VCC33M i 5 ot ADS
74. 5 55 100 RA0 R373 33 DSPADH J n 38 50 54 05 74LCX32TTR amp 57 ru n Ee EE DSPDAS DSPADIS pap ana us CS49400 CQ 52 E GND 33 ge R369 33 DSPADIT 55 EANG DSPADI8 lt 8 28 DSP SCS R367 USPUKS 35 DSPDA7 25 GND DSP 3 3V R366 gt 8365 33 DSPDA6 i R439 gge s WD 1 _ 1 DSPDA2 308 Ts 22 8 8 R435 R364 33 DSPDAS 2 DSP_BUSY R363 A W 5 DSPDA1 2 R362 33 DSPDA4 E 5 R361 ABS DSPDA3 DSP_RESETT r 22 L__R560 ANS iov DSPAD6 DSPDAO A 5 2 lt 2 2 alale m g 25 DSPADS oE x HERES E GND R359 33 DSPDA2 1 a 318 g R440 22 1 E R358 33 DsPDA1 DSPAD4 74LCX32TT i 8 357 5 33 DsPDA0 DSPADS jce GND PSES DSPAD2 DSP A0 4 DSP 2 5V 48 DSPADL0 18 86 Sx p osp 3 3v 2 8 d OPEN gis DSP 2 5V BTS Lt 8 g g 5 5 za E T Y Components having special characteristics are marked and must replaced R329 RS with parts having specifications equal to those originally installed DSP 3 3V 5 gt d 222 y Schematic diagram is subject to change without notice 3 27 DsP 2 5V ag p
75. 5 e 5 6V 0 4A SG6842 R909 D328 1923 7uli h 1SS133 2 0901 R911 R919 310006 zz 2 GND AC IN lees e IE AE 1 A708Y o 33 1 4W 2 945 R951 C945 1 50V 2200 16V 100 1W 470 10V HEAT SINK 8916 2 mJ M 5V 1 5A 47 C906 4 D 5V 1 5A 3550 R913 22 50V pie 1922 5 L901 gt 310006 u 1K GND gt 92035 R940 R941 219 Raia cosi 100 K ces2 R942 R918 5 Z 5 2200 16V ZZ 1 50V 2K2 E 5 6908 gt R908 c909 5 R912 6947 C944 4 55 p 100 50V 27K 22 1W 102 1KV a zJP 5 Em lt Non Inductive gt 6 J917 J918 3 s e J915 J916 IC94 TH93 KA431A Not used i R945 R944 BV Pc92 Not used 3KF VP 28V PC 17L1CB 9914 oid C102M Te PC93 R930 a cY95 BV PC 17LICB 31595 680 Y C928 104 50V Not used 102M 400V 1 5 gel ait A XZ em 2525 400V 14 C1008Y 55 926 5 R926 R927 1K J929 47 50 100K FR107 1000V 1A C912 472 100V J903 R904 47 9904 0905 107 8903 22 1 4W 1625 D UF4004 I J920 92 0 gt 400V 1A 0935 5 1V 1 2W Q910 C1008Y CY94 102M 400V A 12006 60V 1A 2
76. 68 fs Mea 533488 889888488 888859 SSS GO 1 O of D DQ 13 H DQ 15 2 oj D DQ 2 Dal14 3 D DQ 12 GND 10 4 99 GND 105 H DQ 13 5 98 D DQI3 H e 97 D_DQ 11 H DQ 11 7 96 D DQ 4 H DQ 10 8 95 D DQ 10 H DQ 9 94 D VCC_IO 10 93 D 0016 H 92 104 H 2 D DQ 8 H DQ 6 3 D DQ 7 H DQ 5 89 D 5 88 D UDQM H DQ 3 16 87 D 0015 GND_IO2 7 86 D H procclock 18 85 Core2 19 84 2 GND_Core SAA7893HL 83 GND_IO4 Sys 82 D CASn 2 81 D RASn DQ 1 23 80 D Wen H CSn 24 79 D ADDR 11 099 5 78 D ADDR 12 H RWn 26 7 D ADDR 9 lt H 27 76 103 H IRQn 28 75 D ADDR 13 aud 2 74 D_ADDRI8 in 30 73 D ADDR 10 wclk in 8 72 D ADDRI7 VDDA 32 71 D_ADDR 0 VSSA 3 70 D_ADDRI6 biasin 34 6 GND_IO3 Agcinp 35 68 D ADDRI11 Adcrefl 36 67 D ADDR S5 VCC_IO7 37 66 D ADDR 2 GND_IO7 38 65 D_ADDRI4 s Te Te Te e e em Sm ee Ts e en gt 3
77. 70 10V 1 2 OPEN SW 266 270 5 223 11 9 228 228 tour 50V i ta 273 E 922 33 50 P9120 La R285 c274 AsP_sW 33 50 KTC3875SYRTK NJM2580MTE1 L 4 r T GND Am ung 470 3 9uH __ n a 52 C_OUT ASPECT m 878 8 8 Bus 28 Et ie 5V 16 9 WIDE p x T ce BE H L 2 2V 4 3 LB 5 B CT DVD S2700 A 52 DVD S2700 VIDEO 5 7 VIDEO 1 G model lt 1625 74AHC541PW RESET M_RESETZ AOUTO gt gt HOM AQUT2 AOUTS m IP_RESET gt Di L How_02 L How_D3 HDMI 125 DATA gt HoM_RESET gt VDAC_RESET TO VIDEO PCB gt C299 100u 16
78. 81450 TOP COVER TI CKC1A177640 18 AAX81840 SUPPLY UNIT 11897 20 AAX81830 POWER TRANSFORMER CLT5N033ZUS JU 20 AAX81820 POWER TRANSFORMER LT5NO033ZES 23 AAX81390 SUPPORT DVD MECHANISM CMH1A260 DVD 24 AAX81260 ASS Y MAIN COP11905B JTAG PCB 24 AAX81270 ASS Y MAIN 11905 U PCB 25 AAX80930 DVD MECHANISM UNIT CADDVDS2700ZA DVD 26 AAX81350 COVER DVD MECHANISM UNIT CMD1A601B11 D VD 28 AAX81210 ASS Y AUDIO COP11906C JUTA PCB 28 AAX81200 ASS Y AUDIO COP11906B G PCB 32 AAX81750 REAR PANEL CKF3A318Z J 32 AAX81740 REAR PANEL CKF2A318Z U 32 AAX81720 REAR PANEL CKF2A318X T 32 AAX81730 REAR PANEL CKF2A318Y A 32 AAX81710 REAR PANEL CKF1A318Z G 33 AAX80210 BADGE GD CGB1A167Y 33 AAX80220 BADGE BL TI C6B1A167Z 34 AAX81280 INLET ASS Y 2P 270mm MZDVDS2700BN91 ASSY 35 AAX81310 FLEXIBLE FLAT CABLE 21P 80mm 1 CWC1B4A21A080B 2 FS 36 AAX81320 FLEXIBLE FLAT CABLE 27P 150mm P 1mm CWC1B4A27A150B 37 AAX81300 FLEXIBLE FLAT CABLE 17 100mm P 1mm CWC1B4A17A100B
79. CLK 150 CAS lt 33 UUUU DSPAD3 gt DSPADIO 5 gt 5 S DSPAD2 5 328 DsPAD1 DSPADO 1592 gt DSPADO D 5V 4 LO DSP 3 3V DSPADI DO DSP43 3V a ala al at Tz DSPAD2 E R455 100 gt 8T 8T8TST8ST 8 8 D2 R456 400 R508 MCLK DSPADS DSP 2 5V oeFX7 lt TOMH m PCM OUT L 950 Ss ee 33 es M GND P SPDIF SW gt R43 33 PcM_AOUT1 GND A_MuTE D DSPADIO RABT z s HOMI_AOUTO z et 50_ R388 7 AUDATAO 35 3 4 4 42 061 4 PCM AOUTO VIO 2888 2 z 8 R387 55 PI so_cs 6502 33 OPEN P cucun Escuna a DsP 3 3V 8 spoir our PCM s SD_CLK_EN s tsa 12 ye uix 3 RIBA AAA33 R509 33 socs gt E SD_ADR4 Ld R382 33 DSPADS ERAS DSPADS sonors 16 R380 OPEN DSPADIE GND PCM_LRCLK R379 33 DSPAD7 DSPADI oro ERAS DSPADB DSP 2 5V R377 OPEN DSPAD14 SD_CLK_N J R375 33 DSPAD9 _ UY so DSPADIS nos B SD CLK OUT SD_CLK_OUT 538 lon i 5 5 Vsss2 DSPADII 8 nn R375 33 DSPADII 4 so_oavas 56 5 s x 25 rum 5 4 9 4 0 lt RAM DSPADI2 spo DSPDA6 z
80. D CN91 lt gt CN12 MD4 18y O3 SCART L Dsl iov D6 GND CX13 lt gt CY13 o1 vibo Loud 3v halen 04 03 S I2C CN96 lt gt CN15 05 04 6lizcDATA1 lvip5 7 CN96 5P CN95 14P OEY DAIGND 5P 14P 2 lsrsy model 07 vID6 8 DAC o3 e12v 08 VID7 9 DAC CN12 3P 09 GND 200 DAC ne 10 VSYNC DAC lt gt 9o1 12v _ 5 02 12V DDglDGND CX12 lt gt CY12 ho u 5v RESET 12 HDMI_AOUT2 eet DVD MECHANISM UNIT Sr 3 m 06IDGND 13 BN13 SP 04 MCLK 15 SEL 7 i4 28v 05 16 SQUEEZE O6 HDMI_BCK 17 _ POWER SUPPLY UNIT SWi os HOML i9 AsP 542 20 21 SPDIF _HDMI 1 DVD MECHANISM UNIT CX16 BN82 lt gt CN82 OFF LED 02 03IU 5v CY81 lt gt CX1 01 GND 10 02 11 VF 12 o4 sr BY LED 13 28v o5 iNK LED 14 VFD STBO LED 15 _ 07 FL OFF LED 16 VFD CLKO 08 U 5V 17 VFD RESET pglkEY 2 OF 13 02 F 14 03T 15 04T 16 N C 05 17 VR CD 06 D 18VR DVD 7 sw
81. D PLL FE PLL BE2 PLL BE1 PLL BE1 ADD a 4 lt AVSS Avss ass PVSS PLL PVDD 157 SDRAM ADDR 5 104 VDDcore5 VSScor SDRAM ADDR 6 SDRAM ADDR 4 SDRAM ADDR 3 SDRAM ADDR 2 SDRAM ADDR 1 SDRAM ADDR 0 SDRAM WEN DVD S2700 OE G Y Y OUT 7 G Y Y OUT 6 G Y Y OUT 5 OUT 4 G Y Y OUT 3 G Y Y OUT 2 G Y Y OUT 1 G Y Y OUT 0 vss VDD8 R V Pr_OUT 7 R V Pr OUT 6 R V Pr OUT 5 R V Pr OUT 4 R V Pr OUT 3 R V Pr OUT 2 VSScore VDDcore7 B U Pr OUT 1 B U Pr OUT 0 B U Pb OUT 7 B U Pb OUT 6 B U Pb OUT 5 B U Pb OUT 4 B U Pb OUT 3 B U Pb OUT 2 vss VDD7 B U Pb_OUT_1 B U Pb_OUT_0 CLKOUT VSScore VDDcore6 CTLOUT4 CTLOUT3 CTLOUT2 CTLOUT1 CTLOUTO TEST OUT1 TEST OUTO TEST3 SDRAM VSS VDD6 SDRAM CLKOUT SDRAM DQM SDRAM CSN SDRAM BA0 SDRAM BA1 SDRAM CASN SDRAM RASN 13 g lt N DVD S2700 14 DVD S2700 Pin Name Type Voltage Tolerance Internal Pull up Pull down Description HSYNC1_PORT1 Input 5v Horizontal sync reference of Port 1 VSYNC1 PORT Input 5v Vertical sync or reference CTL1 of Port 1 FIELD ID1_PORT1 Input Odd Even field identification CTL1 of Port 1 IN CLK1 PORT Input Data clock input CTL1 of Port 1 HSYNC2 PORT
82. DVD AUDIO VIDEO SA CD PLAYER DVD S2700 SERVICE MANUAL 4 IMPORTANT NOTICE This manual has been provided for the use of authorized YAMAHA Retailers and their service personnel It has been assumed that basic service procedures inherent to the industry and more specifically YAMAHA Products are already known and understood by the users and have therefore not been restated WARNING Failure to follow appropriate service and safety procedures when servicing this product may result in personal injury destruction of expensive components and failure of the product to perform as specified For these reasons we advise all YAMAHA product owners that any service required should be performed by an authorized YAMAHA Retailer or the appointed service representative IMPORTANT The presentation or sale of this manual to any individual or firm does not constitute authorization certification or recognition of any applicable technical capabilities or establish a principle agent relationship of any form The data provided is believed to be accurate and applicable to the unit s indicated on the cover The research engineering and service departments of YAMAHA are continually striving to improve YAMAHA products Modifications are therefore inevitable and specifications are subject to change without notice or obligation to retrofit Should any discrepancy appear to exist please contact the distributor s Service Division WARNING Static d
83. ER SUPPLY UNIT VIDEO 2 DVD MECHANISM UNIT VIDEO 3 P C B OPEN CLOSE 1 ACG 2 POWER ON OFF STANDBY ON OPEN CLOSE 4 OPEN CLOSE 5 SKIP SEAHCH STOP 3 6 TRADE ON x OPEN CLOSE OPEN CLOSE TRAY LOCKED 1
84. HD only mode P BLANK Video blanking control signal for HD in simultaneous SD HD mode and HD only mode C5 Progressive scan HDTV input port 4 4 4 input mode This port is used for the Cb Blue U data The LSB is set up on pin C0 For 8 bit data input LSB is set up on C2 6 Progressive scan HDTV input port 4 4 4 input mode This port is used for the Cb Blue U data The LSB is set up on pin C0 For 8 bit data input LSB is set up on C2 Progressive scan HDTV input port 4 4 4 input mode This port is used for the Cb Blue U The LSB is set up on pin C0 For 8 bit data input LSB is set up on C2 C8 Progressive scan HDTV input port 4 4 4 input mode This port is used for the Cb Blue U data The LSB is set up on pin CO For 8 bit data input LSB is set up on C2 C9 Progressive scan HDTV input port 4 4 4 input mode This port is used for the Cb Blue U data The LSB is set up on pin CO For 8 bit data input LSB is set up on C2 SCH TR Multifunctional input Real time control RTC input timing reset input subcarrier reset input CLKIN A Pixel clock input for HD 74 25 MHz only PS only 27 MHz SD only 27 MHz RESET This input resets the on chip timing generator and sets the ADV7320 ADV7321 into default register setting RESET is an active low signal EXT LF External loop filter for the internal PLL g lt N
85. ICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GE FFNET NICHT DEM STRAHL AUSSETSEN DANGER VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID DIRECT EXPOSURE TO BEAM ATTENTION RAYONNEMENT LASER VISIBLE ET INVISIBLE EN CAS D OUVERTURE EXPOSITION DANGEREUSE AU FAISCEAU CLASS 1 LASER PRODUCT LASER KLASSE 1 PRODUKT LUOKAN 1 LASERLAITE KLASS 1 LASER APPARAT PRODUIT LASER DE CLASSE 1 CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN DO NOT STARE INTO BEAM OR VIEW DIRECTLY WITH OPTICAL INSTRUMENTS g lt N DVD S2700 DVD S2700 Warning for power supply The primary side of the power supply carries live mains voltage when the player is connected to the mains even when the player is switched off This primary area is not shielded so it is possible to touch copper tracks and or components when servicing the player Service personnel have to take precautions to prevent touching this area or components in this area Note The screws on the DVD mechanism may never be touched removed or re adjusted Handle the DVD mechanism with care when the unit has to be exchanged The DVD mechanism is very sensitive for drop
86. Input Horizontal sync reference CTI2 of Port 1 VSYNC2_PORT1 Input 5v Vertical sync reference CTL2 of Port 1 FIELD ID2_PORT1 Input 5v Odd Even field identification CTL2 of Port 1 GOO N VDD1 Power 3 3 V Power pin for IO VSS Ground Ground IN CLK2 Input Data clock input CTL2 of Port 1 B Cb D1 0 Input Port 1 Digital video input Blue Cb D1 B Cb D1 1 Input Port 1 Digital video input Blue Cb D1 B Cb D1 2 Input B Cb D1 3 Input Port 1 Digital video input Blue Cb D1 B Cb D1 4 Input Port 1 Digital video input Blue Cb D1 Port 1 Digital video input Blue Cb D1 VDDcore1 Power 1 8 V Power pin for core VSScore Ground Ground B Cb D1_5 Input Port 1 Digital video input Blue Cb D1 B Cb D1_6 Input B Cb D1 7 Input Port 1 Digital video input Blue Cb D1 Port 1 Digital video input Blue Cb D1 R Cr Cb 0 Input Port 1 Digital video input Red Cr CrCb R Cr Cb Cr_1 Input Port 1 Digital video input Red Cr CrCb R Cr Cb Cr_2 Input Port 1 Digital video input Red Cr CrCb R Cr Cb Cr_3 Input Port 1 Digital video input Red Cr CrCb R Cr Cb Cr_4 Input Port 1 Digital video input Red Cr CrCb R Cr Cb Cr_5 Input Port 1 Digital video input R
87. K F 1 JAAF_TE AAF_PI B 2188 e 2 9 e o SVREFIS wj oL RF RFASV TITT CD DVD SW lt DEFECT A 84888 D R256 LINK R266 LINK 1 5 2 T VBIASS1 9 s L8 T aa 8 x 255 58 GND F 55153 55 Low J b F 8255 oes sy GND x VCC33M i GND R252 FOCUS DAC CODA RAAR 10uH R258 22 GND GND mE 0105 C216 pae 100 16 4 5 R259 2 GND GND GND IN_SW INSW R241 SLED_PWM uu 1K L5 cts ells 8 LOAD ATS 575 8 pts E lt 5 x lt LOAD ac 5 gt SLED x e 7 SPINDLE_PWM Re 2 8 POWER REGULATION 2 For EM R23T VA HOME SW C howssw 1 52 588 o D 8V 547 lt R261 GND 25 ss MOT_SPDL lt MOT_SPDL 58 Loan 55 RF 3 3V SPDL MOT_SPDL LOAD gt x RFASV D 5V IC30 BA050FP 3 IC31 BA33BCOFP J e Mor soL 2 GND 2 SLED amp SPINDLE ges aes 955 R236 lt JuoT_sPDL L116 1 mus e FACT JTACT BEAD 60R BEAD 60R lt 5 I gt C JTACT L115 SOX R237 BEAD 60R 25 059 WC SPOL SENS 3 3K GND 2 M 5 6V EE
88. M DATA 4 Tristate I O SDRAM data bus SDRAM DATA 5 Tristate I O SDRAM data bus SDRAM DATA 6 Tristate I O SDRAM data bus SDRAM DATA 7 Tristate I O SDRAM data bus SDRAM DATA 8 Tristate I O SDRAM data bus SDRAM DATA 9 Tristate I O SDRAM data bus SDRAM DATA 10 Tristate I O SDRAM data bus Pin Name Type Voltage Tolerance Internal Pull up Pull down DVD S2700 Description SDRAM DATA Tristate PD SDRAM data VDD4 Power 3 3 V Power pin for IO VSS Ground Ground SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus VDDcore3 Power 1 8 V Power pin for core VSScore Ground Ground SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus VDDco
89. N THIS LIST ARE AS FOLLOWS C A EL CHP CHIP ALUMI ELECTROLYTIC CAP L EMIT LIGHT EMITTING MODULE C CE CERAMIC CAP LED DSPLY LED DISPLAY C CE ARRAY CERAMIC CAP ARRAY LED INFRD LED INFRARED C CE CHP CHIP CERAMIC CAP MODUL RF MODULATOR RF C CE ML MULTILAYER CERAMIC CAP PHOT CPL PHOTO COUPLER C CE M CHP CHIP MULTILAYER CERAMIC PHOT INTR PHOTO INTERRUPTER C CE SAFTY RECOGNIZED CERAMIC CAP PHOT RFLCT PHOTO REFLECTOR C CE TUBLR CERAMIC TUBULAR CAP PIN TEST PIN TEST POINT C CE SMI SEMI CONDUCTIVE CERAMIC CAP PLST RIVET PLASTIC RIVET C EL ELECTROLYTIC CAP R ARRAY RESISTOR ARRAY C MICA MICA CAP R CAR CARBON RESISTOR C ML FLM MULTILAYER FILM CAP R CAR CHP CHIP RESISTOR C MP METALLIZED PAPER CAP R CAR FP FLAME PROOF CARBON RESISTOR C MYLAR MYLAR FILM CAP R FUS FUSABLE RESISTOR C MYLAR ML MULTILAYER MYLAR FILM CAP R MTL CHP METAL FILM RESISTOR C PAPER PAPER CAPACITOR R MTL FLM METAL FILM RESISTOR C PLS POLYSTYRENE FILM CAP R MTL OXD METAL OXIDE FILM RESISTOR C POL POLYESTER FILM CAP R MTL PLAT METAL PLATE RESISTOR C POLY POLYETHYLENE FILM CAP RSNR CE CERAMIC RESONATOR C PP POLYPROPYLENE FILM CAP RSNR CRYS CRYSTAL RESONATOR C TNTL TANTALUM CAP R TW CEM TWIN CEMENT FIXED RESISTOR C TNTL CHP CHIP TANTALUM CAP RESISTOR C TRIM TRIMMER CAP SCR BND HD BIND HEAD B TIGHT SCREW CN CONNECTOR SCR BW HD BW HEAD TAPPING SCREW CN B
90. NNECTOR Components having special characteristics are marked and must be replaced DSP DACIN NP with parts having specifications equal those originally installed E DSD PCM SW GND Schematic diagram is subject to change without notice U 5V H PCM PART is L DSD PART a d z A 44 DVD S2700 MAIN 2 5
91. P TS Hi HOMI DETH vro MA ASP_SW2 10 RI44 j 5 oj 5 232 _ 5 C W HOM_NT D ASP_SW1 11 brio E in s 65 pte ate ae SQUEEZE 12 4 3 SCART 16 9 SCART 5T 572 o ce 5 JERE Wi RS 2352C TRANSCEIVER 5 8 5 n 85232 61 20 INT EXT_SEL 8 200 We 1 _ VFD DATAO I RIBI M GND M REQ0 VFD_STB 10u 16V REMOTE BUS_IN 0 RI66 OPEN VCC33M 1 gt vro_steo d aser Ge 1 RS232 12V 53 HDMI_RESET C 8 8 Ge 1 cut DSP 3 3V ES ei R178 22 m OFFL 99 858s Se 8S 75 0 DAYA HNIKOSFU us LINK LED 8 5 5 z z 558 5 882 STANDBY LED I2C_DATA LO 26 39 m TO HDMI DRIVER Sil9190 U45V 66069696769 BOOS O Ese See hee 4 5 559 8 PORT NAME H 98 0 10K 1 OFF ON B R54 t PUES Hou MED ON cua lt lt uc 8 8 505 x35 RIS rL orrie OFF ON GND GND g z 5 STANDBY LED OFF ON ii U 5V REMOTE QUT 4 RI53 RLS4148SR 5 70 M_RESET1 x 0 10K 120 RISB RESETZ 5 Ri71 0102 120 05 1 T KTC3875 GND 8 pud 8 GND a 8 ICCSEL Vpp FOR MCU UPDATE 8176 100 DSP_cLK ICCCLK ICCDATA CO
92. S PIN CONNECTOR BASE PIN SCR CUP CUP TIGHT SCREW CN CANNON CONNECTOR CANNON SCR TERM SCREW TERMINAL CN DIN CONNECTOR DIN SCR TR SCREW TRANSISTOR CN FLAT CONNECTOR FLAT CABLE SUPRT PCB SUPPORT P C B CN POST CONNECTOR BASE POST SURG PRTCT SURGE PROTECTOR COIL MX AM COIL AM MIX SW TACT TACT SWITCH COIL AT FM COIL FM ANTENNA SW LEAF LEAF SWITCH COIL DT FM COIL FM DETECT SW LEVER LEVER SWITCH COIL MX FM COIL FM SW MICRO MICRO SWITCH COIL OUTPT OUTPUT COIL SW PUSH PUSH SWITCH DIOD ARRAY DIODE ARRAY SW RT ENC ROTARY ENCODER DIODE BRG DIODE BRIDGE SW RT MTR ROTARY SWITCH WITH MOTOR DIODE CHP CHIP DIODE SW RT ROTARY SWITCH DIODE VAR VARACTOR DIODE SW SLIDE SLIDE SWITCH DIOD Z CHP CHIP ZENER DIODE TERM SP SPEAKER TERMINAL DIODE ZENR ZENER DIODE TERM WRAP WRAPPING TERMINAL DSCR CE CERAMIC DISCRIMINATOR THRMST CHP CHIP THERMISTOR FER BEAD FERRITE BEADS TR CHP CHIP TRANSISTOR FER CORE FERRITE CORE TR DGT DIGITAL TRANSISTOR FET CHP CHIP FET TR DGT CHP CHIP DIGITAL TRANSISTOR FL DSPLY FLUORESCENT DISPLAY TRANS TRANSFORMER FLTR CE CERAMIC FILTER TRANS PULS PULSE TRANSFORMER FLTR COMB COMB FILTER MODULE TRANS PWR POWER TRANSFORMER ASS Y FLTR LC RF LC FILTER EMI TUNER AM TUNER GND MTL GROUND PLATE TUNER FM TUNER GND TERM GROUND TERMINAL TUNER PK FRONT ENDTUNER PACK HOLDER FUS FUSE HOLDER VR ROTARY POTENTIOMETER IC PR
93. TANDEY Q cot Main unit Tray EJECT key STOP key GATA naruna souno sa co PLAYER 7 PLAY key DVD S2700 DISASSEMBLY PROCEDURES ASSY Remove parts in disassembly order as numbered Front side Disconnect the power cable from the AC outlet AC 1 Removal of Top Cover 1 a Remove 4 screws 4 screws and 4 screws 4 4 4 Fig 1 1 b Lift up the side of the top cover then remove b 1 ward Fig 1 Bottom view 2 Removal of Front Panel Ass y 2 ASS Y a Eject the tray See How to manually eject the tray a Fig 2 b Remove t
94. TCT PROTECTOR VR MTR POTENTIOMETER WITH MOTOR JUMPER CN JUMPER CONNECTOR VR SW POTENTIOMETER WITH ROTARY SW JUMPER TST JUMPER TEST POINT VR SLIDE SLIDE POTENTIOMETER L DTCT LIGHT DETECTING MODULE VR TRIM TRIMMER POTENTIOMETER P C B MAIN P C B VIDEO and P C B AUDIO Note When any part not included in the replacement parts list has failed replace the P C B P C B DVD S2700 Ref No Part No Description Remarks Markets AAX81260 MAIN OP11905B JTAG PEB SAZ AAX81270 MAIN 11905 U PCB 242 1020 AAX80820 IC SAA7893HLC2 HVISAA7893HLC2 127 AAX80830 IC 1836707 HV1ZR36707 1028 AAX80780 IC AM5888SLF HVIAM5888SLF 1034 AAX80810 IC 12 64164 7 HVIM12L64164A7T 1035 AAX00840 IC 1836778 HVIZR36778 C AAX81250 VIDEO COP11907E J PeB AAX01240 P C B VIDEO OP11907D U pie BE s AAX81230 VIDEO 11907 Pep IE AAX81220 VIDEO 0 119078 6 PCE F801 AAX80850 FIP DSPLY HCA14SM16 CFLHCA14SM16 F 1C11 AAX80770 IC FLI2310LFCF CVIFLI2310LFCF 1012 AAX80750 IC 57V643220TP6 VI57V643220TP6 1015 16 AAX80760 IC ADV7320KSTZ CVIADV7320KSTZ
95. UP11907 4 AUDIO DIRECT LED o 30 5 5 POWER t STANDBY 7 ION S801 Pes STANDBY ON LED J DVD S2700 VIDEO 5 Top view RENOTE CONTROL VIDEO 6 P C B Top view VIDEO 6 P C B Bottom view RS232C ON OFF IN OUT POWER TRANSFORMER ooo o EN C826o o C830 ooo 2 L789 789 E o 0 92 2 10 24 22 CUP11907 5 c303 ooooo 00000 00000 00000 t3 o 00302 o YAMAHA i 10 9059 00000 00000 00000 000000 00000 000000 00000 00000 00000 00000 00000 1069 9964 9291 2 00000 00000 MAIN CX14 VIDEO 5 Bottom view 9840 1826 YAMAHA ooo oof 216282 ooo o ie 5 5 8280 E Hees ooo AUDIO CN12 39 A B D E F G H DVD S2700 AUDIO P C B view MAIN cx15 VIDEO 6 CN91 gt ut o do ss N9 A8 Mhl QN9 QNS MM A
96. ace unit I O signal 0 9 FCUIF 19 PNVM SRAM address bus outputs Flash card interface unit output signal MEMDAI6 FCUIF 8 PNVM SRAM bi directional data bus Flash card interface unit I O signals 8 FCUIF 18 PNVM SRAM address bus outputs Flash card interface unit output signal MEMDA 13 5 FCUIF 26 7 PNVM SRAM bi directional data bus Flash card interface unit I O signals MEMAD 20 MEMCS 2 GPCI O 19 PNVM SRAM address bus outputs PNVM SRAM chip select active low output General purpose I O monitored controlled by the microprocessor DSP SW VDDP 3 3 V digital periphery power supply MEMDA 12 FCUIF 25 PNVM SRAM bi directional data bus Flash card interface unit I O signal MEMWH FCUIF O PNVM SRAM write enable active low output Flash card interface unit output signal MEMDAI 4 FCUIF 6 PNVM SRAM bi directional data bus Flash card interface unit output signal VDDC 1 8 V digital core power supply 1 FCUIF 24 PNVM SRAM bi directional data bus Flash card interface unit I O signal FCUIF 5 PNVM SRAM bi directional data bus Flash card interface unit I O signals MEMAD 19 PLLSEL PNVM SRAM address bus outputs PLL frequency selection 108 MHz low or 135 MHz high Level sampled during RESET GNDC Digital core ground of 1 8 V supply MEMDAI 10 FCUIF 23 PNVM SRAM bi direc
97. ct output RAMBA 0 SDRAM bank select output GNDP Digital periphery ground of 3 3 V supply RAMCS 1 SDRAM chip select active low output RAMRAS SDRAM row select active low output RAMCAS SDRAM column select active low output VDDP 3 3 V digital periphery power supply RAMWE SDRAM write enable active low output RAMDQM SDRAM data masking active high output GNDPCLK Digital ground of filtered 3 3 V supply for PCLK PCLK SDRAM clock output same as internal processing clock VDDPCLK 3 3 V filtered digital power supply for PCLK RAMDAT 8 SDRAM bi directional data bus GNDP Digital periphery ground of 3 3 V supply RAMDAT 7 9 6 SDRAM bi directional data bus VDDP 3 3 V digital periphery power supply RAMDAT 10 5 11 SDRAM bi directional data bus GNDP Digital periphery ground of 3 3 V supply 27 g lt N DVD S2700 28 DVD S2700 Pin Functions Direction Description RAMDATI4 VO SDRAM bi directional data bus VDDC s 1 8 V digital core power supply 2 SDRAM bi directional data bus GNDC S Digital core ground of 1 8 V supply RAMDATI3 SDRAM bi directional data bus VDDP S 3 3 V digital periphery power supply RAMDAT
98. data input LSB is set up on Y2 Y2 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up on pin YO For 8 bit data input LSB is set up on Y2 Y3 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up on pin YO For 8 bit data input LSB is set up on Y2 Y4 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up on pin For 8 bit data input LSB is set up on Y2 Y5 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up on pin YO For 8 bit data input LSB is set up Y2 Y6 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up on pin YO For 8 bit data input LSB is set up on Y2 Y7 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up on pin For 8 bit data input LSB is set up on Y2 Digital power supply Digital ground Y8 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up on pin For 8 bit data input LSB is set up on Y2 Y9 SD or progressive scan HDTV input port for Y data Input port for interleaved progressive scan data The LSB is set up
99. e 2 tevin Sek D1304T D1304T Di304T REAR R TA48033F1E16 59 823828 8 en _ z m 5 6K 2 2K g 1501 i i 8 s xs i 2 le L s 0145 8 357855 B 5 BCLK RLZ_MUTE I I R243 TP LRck RL 820 E 2 R252 R273 5 8 5 RL C253 NJM5532M 5 6K 553 DI304T DI304T 5 5 8028 1000 100 50V DGND 5 1 5K x dm 8 RR i D 5V D 5V coour ARZ_MUTE m 0 5 R297 pur E e rm WP s ET 2 0 1 277 05 0278 e 2 3 QOF ass 5 8 gt 279 Components having special characteristics are marked and must replaced 2 with parts having specifications equal to those originally installed ee w it Schematic diagram is subject to change without notice MCF 55 A 56 DVD S2700 POWER SUPPLY UNIT
100. e scan HD1 pin S0 For 8 bit data input LSB is set up on S2 V input port for Cr Red V data in 4 4 4 input mode LSB is set up on 51 SD or progressive scan HDT pin 50 For 8 bit data input LSB is set up on S2 V input port for Cr Red V data in 4 4 4 input mode LSB is set up on 52 SD progressive scan HDT pin 50 For 8 bit data input LSB is set up 82 V input port for Cr Red V data in 4 4 4 input mode LSB is set up on 53 SD or progressive scan HDT 50 8 bit data input LSB is set up on S2 V input port for Cr Red V data in 4 4 4 input mode LSB is set up on SD or progressive scan HDT pin S0 For 8 bit data input LSB is set up on S2 V input port for Cr Red V data in 4 4 4 input mode LSB is set up on Digital power supply Digital ground SD or progressive scan HDTV input port for Cr Red V data in 4 4 4 input mode pin S0 For 8 bit data input LSB is set up on S2 LSB is set up on 56 SD or progressive scan HD pin 80 For 8 bit data input LSB is set up on S2 V input port for Cr Red V data in 4 4 4 input mode LSB is set up on 57 SD or progressive scan HD 50 8 bit data input LSB is set up on S2 V input port for Cr Red V data in 4 4 4 input mode LSB is set up on 58 SD or progressive scan HD 50 8 bit data input LSB is set up on S2
101. ead or write H_procclock IN Host processor EMI interface clock D_RASn O10 Row address select active LOW _ 1 VCC core Core supply voltage D_CASn O10 Column address select active LOW GND_Core1 GND core Core ground GND_IO4 GND_IO GND I O pads Sys clk IN System clock GND Core2 GND core Core ground 1 010 Data bus VCC_Core2 VCC core H DQ 2 H DQ 1 1 010 Data bus D_clk O10 Core supply voltage Clock signal needed for SDRAM H CSn Host chip select active LOW D DQ 5 1 010 Data bus H DQ 0 Data bus D UDOM O10 DQ mask enable upper H RWn Read 1 Write 0 D LDOM O10 DQ mask enable lower H WAIT Wait signal D DQ 7 1 010 Data bus H_IRQn Interrupt request active LOW D DQ 8 1 010 Data bus aud_clk DSD audio clock 104 VCC IO Vcc pads PCM in PCM data clock D DQ 6 1 010 Data bus PCM_welk_in PCM word clock D DO 9 1 010 Data bus VDDA Vpp of ADC D_DQ 10 1 010 Data bus VSSA Vss of AGC and ADC Connected to substrate D 00141 1 010 Data bus D DQ 11 1 010 Data bus biasin Bias current input D
102. ed Cr CrCb R Cr Cb Cr_6 Input Port 1 Digital video input Red Cr CrCb R Cr Cb Cr_7 Input Port 1 Digital video input Red Cr CrCb G Y Y_0 Input Port 1 Digital video input Green Y VDD2 Power 3 3 V Power pin for IO VSS Ground Ground G Y Y_1 Input Port 1 Digital video input Green Y G Y Y_2 Input Port 1 Digital video input Green Y G Y Y_3 Input Port 1 Digital video input Green Y G Y Y_4 Input Port 1 Digital video input Green Y VDDcore2 Power 1 8 V Power pin for core VSScore Ground Ground G Y Y_5 Input Port 1 Digital video input Green Y G Y Y_6 Input Port 1 Digital video input Green Y G Y Y_7 Input Port 1 Digital video input Green Y IN SEL Output Output to select external video mux TEST Input Connect to ground ADDR1 Input Device address setting 1 DEV ADDRO Input Device address setting 0 SCLK VO 2 wire serial control bus clock SDATA VO 2 wire serial control bus data RESET_N Input Reset VDD3 Power 3 3 V Power pin IO VSS Ground Ground SDRAM DATA 0 Tristate I O SDRAM data bus Tristate SDRAM data bus SDRAM DATA 1 SDRAM DATA 2 Tristate I O SDRAM data bus SDRAM DATA 3 Tristate I O SDRAM data bus SDRA
103. ed by the microprocessor DSP SW SERVO channel sample data inputs for AFE by pass Probe mux data outputs AOUT 1 GPCI O 22 PM 5 Serial output of digital stereo audio General purpose I O monitored controlled by the microprocessor or DSP SW Probe mux data outputs AOUT 0 SDATAI6 6 Serial output of digital stereo audio SERVO channel sample data input for AFE by pass Probe mux data outputs GPAI O AOUT 3 IDGPCI O 0 PM 7 General purpose I O monitored controlled by the ADP SW Serial output of digital stereo audio General purpose monitored controlled by the microprocessor DSP SW When input the pin can be used as general purpose external interrupt to the DSP Probe mux data output ALRCLK Digital audio left right select output for the audio port Square wave at the sampling frequency Programmable polarity ABCLK Digital audio bit clock output Data on AOUT and AIN is output or latched respectively with the rising or falling programmable edge of this clock GNDP A2 Digital ground filtered 3 3 V supply for AMCLK AMCLK Audio master clock I O 128 192 256 or 384 times the sampling frequency programmable VDDP A2 3 3 V filtered digital power supply for AMCLK AIN GPCI O 23 8 Serial input of digital stereo audio General purpose I O monitored controlled by the microprocessor or DSP SW Probe mux data output GNDC Digital core grou
104. el analog output FRONT L R Cinch white red x 1 pair SURROUND L R Cinch white red x 1 pair CENTER Cinch black x 1 SUBWOOFER Cinch black x 1 GENERAL DVD S2700 Dimensions Wx Hx D 435 x 107 x 308 5 mm x x 17 1 8 x 4 3 16 x 12 1 8 Weight 6 3 Kg 13 lbs 14 oz Finish Gold color J model Black color U A G models Titanium color T G models Power supply AC 120 V 60 Hz U model AC 220 V 50 Hz T model AC 240 V 50 Hz A model AC 220 240 V 50 60 Hz G model AC 100 V 50 60 Hz J model Power consumption Approx 30 W Standby power consumption lt 0 5 W ACCESSORIES HMI HDMI the HDMI logo and High Definition Multimedia Interface are trademarks regis tered trademark of HDMI Licensing LLC HDMI HDMI High Definition Multimedia Interface HDMI Licensing LLC Remote control x 1 Battery R03 x 2 Power cable 2 m x 1 Specifications are subject to change without prior notice USA model T Chinese model Australian model European model mu Japanese model This product incorporates copyright protection technology that is
105. er ADCIN 5 0 SERVO ADC input signal e g from RF amplifier VBIASSIO 1 Servo analog signal reference voltage inputs GNDAFES Analog SERVO AFE ground of 3 3 V supply PWMACT O GPCI O 39 DVDDAT O NRZDATA PWMO output signal General purpose I O monitored controlled by the microprocessor DSP or FCU SW AV data input for FE by pass NRZ data input for AFE and DRC by pass PWMACT GPCI O 40 DVDDATI1 NRZCLK PWM1 output signal General purpose I O monitored controlled by the microprocessor or DSP or FCU SW AV data input for FE by pass NRZ clock input for AFE and DRC by pass PWMCO O GPCI O 41 DVDDAT 21 NRZLOCK PWM2 output signal General purpose I O monitored controlled by the microprocessor DSP SW AV data input for FE by pass NRZ lock input for AFE and DRC by pass GNDC Digital core ground of 1 8 V supply PWMCO 1 GPCI O 42 DVDDAT 3 NRZDFCT PWM3 output signal General purpose I O monitored controlled by the microprocessor DSP SW AV data input for FE by pass NRZ defect input for AFE and DRC by pass VDDC 1 8 V digital core power supply PWMCO 2 GPCI O 43 FCUIF 34 DVDDAT 4 PWM4 output signal General purpose I O monitored controlled by the microprocessor DSP SW Flash card interface unit input signal AV data input for FE by pass PWMCO 3 GPCI 44 FCUIF 35 IDGPCI O 2 DVDDAT 5 PWM5 output signal General pu
106. er 1 8 V Power pin for PLL pads PLL PVSS Ground Ground for PLL pads AVSS PLL BE1 Ground PLL ground AVDD PLL BE1 Power 1 8 V Power pin for PLL AVDD PLL BE2 Power 1 9 V Power pin for PLL AVSS PLL BE2 Ground PLL ground AVSS PLL SDI Ground PLL ground AVDD PLL SDI Power 1 8 V Power pin for PLL AVDD PLL FE Power 1 9 V Power pin for PLL AVSS PLL FE Ground PLL ground R VSS Ground Ground VDD1 8 Power 1 8 R VSS Ground Ground Reserved Leave open R VDD Power 3 3V R VSS Ground Ground Reserved Leave open R VDD Power 3 3V R VSS Ground Ground Pin Name Voltage Tolerance Internal Pull up Pull down DVD S2700 Description Reserved Leave open R_vDD Power 3 3 V R_VSS Ground Ground Reserved Leave open Reserved Leave open Reserved Leave open R_VSS Ground Ground R_vDD Power 3 3 V R_VSS Ground Ground R_VSS Ground Ground R_vDD Power 3 3 V R_vDD Power 3 3 V TESTO Input Test pin Connect to ground TEST1 Input Test pin Connect to ground TEST2 Input Test pin Connect to ground XTAL IN Input External parallel crystal oscillator XTAL OUT Output External pa
107. escribed on the DVD disc does not correspond to the Locale number of this DVD player this DVD player cannot play this disc This product incorporates copyright pro tection technology that is protected by method claims of certain U S patents and other intellectual property rights owned by Macrovision Corporation and other rights owners Use of this copyright protection technology must be authorized by Macrovision Corporation and is intended for home and other limited viewing uses only unless otherwise authorized by Macrovision Corporation Reverse engineer ing or disassembly is prohibited DVD S2700 PANEL U T A G J models n souno AUDIO VIDED SA GD PLAYER REAR PANELS U model DEVICE COMPUES WITH PART 16 OF THE RULES TO THE FOLLOWS TWO CONDITIONS 1 ee OT CARE HAM n RACINE DE LA CLASSE Em e LLA CAUTION ii Ran ER CAUTION gt Beek ony Y SER Paaren 2001 lt
108. f chemicals found by the California Health and Welfare Agency and possibly other entities to cause cancer and or birth defects or other reproductive harm DO NOT PLACE SOLDER ELECTRICAL ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REA SON WHATSOEVER Avoid prolonged unprotected contact between solder and your skin When soldering do not inhale solder fumes or expose eyes to solder flux vapor If you come in contact with solder or components located inside the enclosure of this product wash your hands before handling food About lead free solder All of the P C B s installed in this unit and solder joints are soldered using the lead free solder Among some types of lead free solder currently available it is recommended to use one of the following types for the repair work Sn Ag Cu tin silver copper Sn Ag Cu Sn Cu tin copper Sn Cu 2 4 Sn Zn Bi tin zinc bismuth 4 Caution As the
109. gital periphery ground of 3 3 V supply GNDA Ground plane of internal PLL circuit RESET Reset input active low VDDA 1 8 V power supply for internal PLL circuit Output to a crystal that is connected to If a crystal is not used at GCLKP XO must be left not connected GCLKP 27 000MHz clock or crystal input for main processing clock generation GCLKA GPCI O 31 GCLKPOUT 27 000MHz clock input for audio master clock generation General purpose I O monitored controlled by the microprocessor or DSP SW GCLKP output VDDP 3 3 V digital periphery power supply ICGPCI O 4 General purpose I O monitored controlled by the microprocessor or DSP SW When input the pin can be used as general purpose external interrupt to the microprocessor S PDIFIN O GPCI O 33 S PDIF receiver input for digital coded or reconstructed audio data General purpose I O monitored controlled by the microprocessor DSP SW ICGPCI O 5 General purpose I O monitored controlled by the microprocessor DSP SW When input the pin can be used as general purpose external interrupt to the microprocessor S PDIFIN 1 GPCI O 34 S PDIF receiver input for digital coded or reconstructed audio data General purpose I O monitored controlled by the microprocessor DSP SW IDGPCI O 3 FCUIF 33 General purpose I O monitored controlled by the microprocessor DSP SW When input t
110. he pin can be used as general purpose external interrupt to the DSP Flash card interface unit input signal GNDP Digital periphery ground of 3 3 V supply DUPRDO GPCI O 35 First debug UART data input General purpose monitored controlled by the microprocessor or DSP SW g lt N DUPTDO GPCI O 36 First debug UART data output General purpose I O monitored controlled by the microprocessor DSP SW VDD IP 3 3 V periphery reference voltage DUPRD1 GPCI O 37 Second debug UART data output General purpose monitored controlled by the microprocessor or DSP SW DUPTD1 GPCI O 38 Second debug data output General purpose monitored controlled by the microprocessor or DSP SW GNDDACD Ground for the video DACs 3 3 V analog power supply CVBS G Y DAC A When the Vaddis 778 outputs composite SCART or non SCART video this line is CVBS output When the Vaddis 778 outputs RGB this line is the Green output When the Vaddis 778 outputs YUV this line is the Y output CVBS C When the other Vaddis 778 output are not SCART video the output on this line can be either CVBS or C the selection is independent of the specific selection of the other three DACs DVD S2700 30 DVD S2700 Pin Functions Direction Description When the Vaddis 778 outputs composite SCART video this line is the Y output VDDDAC 3 3 V analog powe
111. ischarges can destroy expensive components Discharge any static electricity your body may have accumulated by grounding yourself to the ground buss in the unit heavy gauge black wires connect to this buss IMPORTANT Turn the unit OFF during disassembly and part replacement Recheck all work before you apply power to the unit CONTENTS TO SERVICE PERSONNEL 2 4 PREVENTION OF ELECTROSTATIC DISCHARGE 4 LOCALE MANAGEMENT INFORMATION 4 FRONT PANEL D REAR PANELS 5 6 REMOTE CONTROL PANEL 7 SPECIFICATIONS fH 7 INTERNAL VIEW TROUBLESHOOTING 8 DISASSEMBLY PROCEDURES 9 11 DISPLAY l u u uuu uuu uuu nias 12 IG DATA 13 31 BLOCK DIAGRAN 32 WIRING DIAGRAM PRINTED CIRCUIT BOARDS 34 42 SCHEMATIC DIAGRAMS 43 56 TRADE 8 REPLACEMENT PARTS LIST 57 59 ERROR MESSAGE 27 y 7 8 REMOTE CONTROL
112. nal AV data request output for FE by pass Programmable polarity ICGPI O 6 DVDVALID General purpose monitored controlled by the microprocessor or DSP or FCU SW When input the pin can be used as general purpose external interrupt to the microprocessor AV data valid input for FE by pass Programmable polarity GNDP Digital periphery ground of 3 3 V supply ICGPI O 7 DVDERR General purpose I O monitored controlled by the microprocessor or DSP or FCU SW When input the pin can be used as general purpose external interrupt to the microprocessor AV error input for FE by pass Programmable polarity VDDP 3 3 V digital periphery power supply SLEDPULSE IDGPCI O 6 FCUIF 30 DVDSOS Sled optical encoder input General purpose I O monitored controlled by the microprocessor DSP SW When input the pin can be used as general purpose external interrupt to the DSP Flash card interface unit output signal AV start of sector indication input for FE by pass Programmable polarity ISPIND LEPULSE IDGPCI O 7 FCUIF 31 Spindle optical encoder input General purpose monitored controlled by the microprocessor or DSP SW When input the pin can be used as general purpose external interrupt to the DSP Flash card interface unit 1 signal SSCCLK GPCI O 47 SSC clock input signal General purpose I O monitored controlled by the microprocessor or DSP or FCU SW SSCTXD GPCI O 16
113. nd of 1 8 V supply VSYNC DACTEST 91 PMI9 SD digital video vertical sync output signal HD digital video field index input signal General purpose I O monitored controlled by the microprocessor DSP SW DACs test input Probe mux data output VDDC 1 8 V digital core power supply HSYNC HDHS GPCI O 25 SD digital video horizontal sync output signal HD digital video horizontal sync input signal General purpose I O monitored controlled by the microprocessor or DSP SW GNDP Digital periphery ground of 3 3 V supply VCLKx2 Digital video clock output 27 000 for SD interlaced 54 000 SD progressive or 135 000 for HD MHz Pin Functions Direction DVD S2700 Description COSYNC ICGPCI O 1 Composite sync output Active only when component analog output is selected General purpose I O monitored controlled by the microprocessor DSP SW When input the pin can be used as general purpose external interrupt to the microprocessor VDDP 3 3 V digital periphery power supply VID 7 GPCI O 26 Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose I O monitored controlled by the microprocessor or DSP SW VID 6 ICGPCI O 2 Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose I O monitored controlled by the microprocessor DSP SW When input the pin can be used as general purpose e
114. nism unit DVD DVD mechanism unit DVD Solder Traverse gear Fig 5 O O 9 Removal of AUDIO P C B Remove 4 screws 00 Fig 3 Remove 3 screws 17 and 1 screw 42 Fig 7 Remove 11 CY12 and 12 Fig 6 Lift the front of the AUDIO P C B and slide to remove it Fig 6 6 Removal of VIDEO 5 P C B Remove 1 scerw 13 2 screws 4 and 2 jack screws 45 Fig 7 b Remove 16 Fig 8 c Remove VIDEO 5 P C B Fig 8 MAIN P C B CX16 a AUDIO P C B 4 Fig 3 93 1 Fig 7 CY1 1 CY12 CN12 Fig 6 AUDIO P C B Fig 6 VIDEO 5 P C B 1 8 Fig 7 CY16 Fig 8 c VIDEO 5 P C B
115. o those originally installed Schematic diagram is subject to change without notice Fi J VIDEO 6 7 IC93 VD 3 3V 1906 BEAD 60R Fi 10u 16v C927 gt CO_DATA YO DATA RESET VD 3 3V lt 1901 r BEAD 50R R920 mc cu I2C HDMIL8V hi Y 22u 6 3V 7 C904 VD43 3V 224 651 C905 22u 6 3v OF ce0e 1000p 907 DATA pi GND Ul 5 al ax PPS 2 a 258 28552355 0000000000000000000 e a 8 B 5 R901 733 Sur S S E E EE Z E SE o 77 8902 3 4 2 K R903 33 X NT R916 2 cvcciel
116. ping or giving shocks OF ELECTROSTATIC DISCHARGE The laser diode in the DVD mechanism may be damaged due to static electricity from clothes or the human body Use caution to prevent electrostatic damage when servicing or handling the DVD mechanism 1 Grounding for electrostatic damage prevention Some devices such as the DVD player use an optical pickup laser diode that will be damaged by static electricity in the working environment Only attempt service after ensuring that all grounding procedures have been completed 1 Worktable grounding Put a grounded conductive material sheet or iron sheet on the area where the optical pickup is placed 2 Human body grounding Use an anti static wrist strap to discharge the static electricity from your body Anti static wrist strap 1M ohms Conductive material sheet or steel sheet M Handling Precautions for DVD mechanism Handle the DVD mechanism gently as it is an extremely high precision assembly k The flexible cable lines may break if an excessive force is applied to it Use caution when handling the cable w N The semi fixed resistor for laser power adjustment should not be adjusted Do not turn the resistor LOCALE INFORMATION Locale Management Information This DVD player is designed and manufactured to respond to the Locale Management Information that is recorded on a DVD disc If the Locale number d
117. r supply for the video DACs Y R V DAC B When the Vaddis 778 outputs composite non SCART video this line is Y output When the Vaddis 778 output RGB this line is the Red output When the Vaddis 778 outputs YUV this line is the V output When the Vaddis 778 outputs composite SCART video this line is the C output C B U DAC C When the Vaddis 778 outputs composite SCART or non SCART video this line is C output When the Vaddis 778 outputs RGB this line is the Blue output When the Vaddis 778 outputs YUV this line is the U output RSET Resistive load for gain adjustment of the DACs GNDDACP Ground for the video DACs 3 3 V analog power supply GNDDABS2 Common ground for the video and SERVO DACs GNDDACPS Ground for the SERVO DAC 3 3 V analog power DACDRIVE 0 Drive DACs output signal VDDDACS 3 3 V SERVO DACs power supply DACDRIVE 1 Drive DACs output signal GNDDACDS Ground for the SERVO DAC 3 3 V analog power supply VDDAFERF 3 3 V analog RF AFE power supply RFINP RF positive input signal differential input RF input signal single ended RFINN RF negative input signal differential input RF reference input signal GNDAFERF Analog RF AFE ground of 3 3 V supply VDDAFES 3 3 V analog SERVO AFE power supply ADCIN 7 SERVO ADC input signal e g from RF amplifier ADCIN 6 SERVO ADC input signal from RF amplifi
118. rallel crystal oscillator VDD9 Power 3 3 V Power pin for IO VSS Ground Ground IN PORT2 Input Port2 Data clock input D1_IN 0 Input Port2 ITU R BT656 digital data input VDDcore8 Power 1 8 V Power pin for core VSScore Ground Ground D1_IN 1 Input Port2 ITU R BT656 digital data input D1_IN 2 Input Port2 ITU R BT657 digital data input D1_IN 3 Input Port2 ITU R BT658 digital data input D1_IN 4 Input Port2 ITU R BT659 digital data input D1 IN 5 Input Port2 ITU R BT660 digital data input 1 IN 6 Input Port2 ITU R BT661 digital data input Di IN 7 Input Port2 ITU R BT662 digital data input FIELD ID PORT2 Input Port2 Odd Even field identification VSYNC PORT2 Input Port2 Vertical sync or reference HSYNC 2 Input Port2 Horizontal sync or reference g lt N 17 DVD S2700 IC13 ST72F321R MAIN P C B Microprocessor No replacement part available Device Block Diagram DVD S2700 18 8 BIT CORE PROGRAM ALU gt 16K 60K Bytes Y CONTROL PP RAM TLI lt gt V 512 2048 Bytes 55 Vpp gt lt gt mi lt warcHDoG 1 gt 2 MCC RTC BEEP 5
119. ramming mode this pin acts as the programming voltage input VPP See section 12 9 2 for more details High voltage must not be applied to ROM devices RESET Top priority non maskable interrupt N C External voltage detector N C Top level interrupt input pin Vss_2 Digital ground voltage OSC2 Resonator oscillator inverter output OSC1 External clock input or resonator oscillator inverter input VDD 2 Digital main supply voltage TX RS232 Port SCI transmit data out RX RS 232 Port E1 SCI receive data in GND Port E2 N C Port E3 Port C7 5 1 slave select active low ADC analog input 15 Port A0 Port A1 X Xx Xx x X gt lt gt lt X x Xx x gt lt gt gt lt gt lt gt lt X x x x x gt g lt N 19 DVD S2700 IC15 16 ADV7320KSTZ VIDEO P C B Video decoder STANDARD DEFINITION COLOR CONTROL BRIGHTNESS DNR 1 GAMMA D PROGRAMMABLE 1 D 1 D 1 D 1 1 D FILTERS SD TEST PATTERN Y9 Yi PROGRAMMABLE 59 50 0 2 lt HIGH DEFINITION CONTROL BLOCK HD TEST PATTERN COLOR CONTROL HSYNC TIMING ADAPTIVE FILTER CTRL VSYNC GENERATOR SHARPNESS FILTER CLKIN A INTERFACE IT AC IT AC IT AC IT AC IT IT
120. ray cover ass y and close the tray Fig 1 b ASSY Fig 1 c Remove 5 screws 2 screws and 2 screws 5 2 Fig 1 Fig 1 d 4 2 d Remove 4 screws Fig 2 e ASSY Fig 1 e Remove the front panel ass y forward Fig 1 f CX11 Fig 1 How to manually eject the tray f Remove CX11 Fig 1 a Turn the loading gear in the direction indicated with a a flatblade screwdriver until the tray is ejected b Gently pull the tray out b Top cover Tray Du Q e oT OE Bottom Loading gear Flatblade screwdriver Tray cover ass y ASS Y Front panel ass y ASS Y Fig 1 10 DVD S2700 3 Removal of DVD Mechanism Unit a Remove 4 screws Fig 3 b
121. re4 Power 1 8 V Power pin for core VSScore Ground Ground SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus SDRAM DATA Tristate SDRAM data bus VDD5 Power 3 8 V Power pin for IO VSS Ground Ground TEST IN Input Test input Connect to ground SDRAM ADDR 10 Tristate O P SDRAM address bus SDRAM ADDR 9 Tristate O P SDRAM address bus Tristate O P SDRAM address bus SDRAM ADDR 7 Tristate O P SDRAM address bus SDRAM ADDR 8 SDRAM ADDR 6 Tristate O P SDRAM address bus VDDcore5 Power 1 8 V Power pin for core VSScor Ground Ground SDRAM ADDR 5 Tristate O P SDRAM address bus SDRAM ADDR 4 Tristate O P SDRAM address bus Tristate O P SDRAM address bus SDRAM ADDR 2 Tristate O P SDRAM address bus SDRAM ADDR 3 SDRAM ADDR 1 Tristate O P SDRAM address bus SDRAM ADDR 0 Tristate O P SDRAM address bus SDRAM WEN Tristate O P SDRAM write enable SDRAM RASN Tristate O P SDRAM row address select SDRAM CASN Tristate O P SDRAM column address select SDRAM BA1 Trista
122. rpose I O monitored controlled by the microprocessor DSP SW Flash card interface unit I O signal General purpose I O monitored controlled by the microprocessor DSP SW When input the pin can be used as general purpose external interrupt to the DSP AV data input for FE by pass GNDPWMS SERVO PWMs ground of 3 3 V supply PWMCO 4 GPCI O 45 DVDDAT 6 PWM6 output signal General purpose I O monitored controlled by the microprocessor DSP SW AV data input for FE by pass VDDPWMS 3 3 V SERVO PWM power supply PWMCO 5 GPCI O 46 FCUIF 36 DVDDAT 7 PWM7 output signal General purpose I O monitored controlled by the microprocessor DSP SW Flash card interface unit 1 signal AV data input for FE by pass Pin Functions Direction Description PWMCO 6 IDGPCI O 4 FCUIF 32 DVDSTRB RFDAT 4 O PMW8 output signal General purpose monitored controlled by the microprocessor or DSP SW When input the pin can be used as general purpose external interrupt to the DSP Flash card interface unit 1 signal AV data input for FE by pass RF channel sample data inputs for AFE by pass DEFFCT IDGPCI O 5 FCUIF 37 DVDREQ Disc defect input or output signal General purpose I O monitored controlled by the microprocessor DSP SW When input the pin can be used as general purpose external interrupt to the DSP Flash card interface unit 1 sig
123. s FUR FUR ADB HORS FUR ADO FUR AD7 FUR ADB FUR ADI FUR FUR ADI PCM BCLK SACD POL FUR_AD2 FUR_AD5 AD7 PCM LRCLK SACD POL kama FUR ADTA FUR FUR_AD4 wow FUR_ADO R217 Ys 0 OG 3 5 FUR ADI a B 22 FUR ADS E amp E FUR_AD4 gts FUR_AD 0 13 GND 5 ETS 554 SRS 8 5 5 5 8 8 5 8 8 E 8 5 3 8 KIC7SHOBFU 8 Bo is Ap MSS 1 8 d 8 8 8 lc9 GND 5 8 5 8 8 8 5 KIC7SHOBFU g 0 GND SACD33 5 iru 5 5 5 245 222 582 Bee 82 582 882 882 892 sg 8 88 225 225 285 295 BLS ESS 285 PS 5 5 e e Page 55 B2 to AUDIO_CY11 Components having special characteristics are marked and must be replaced wi h parts having specifications equal to those originally installed Schematic diagram is subject to change without notice H i
124. s G Y Y_1 G Y Y_2 G Y Y_3 G Y Y_4 VDDcore2 VSScore G Y Y_5 G Y Y_6 GYN 7 IN SEL TEST DEV_ADDR1 DEV ADDRO SCLK SDATA RESET N VDD3 VSS SDRAM DATA 0 SDRAM DATA 1 SDRAM DATA 2 a N 53 vss SDRAM 12 SDRAM DATA 13 SDRAM 14 vop4 SDRAM 15 VSScore SDRAM DATA 16 SDRAM 17 SDRAM 18 SDRAM 19 SDRAM 20 SDRAM DATA 21 SDRAM DATA 22 VDDcore3 SDRAM 23 SDRAM 5 VDDcore4 ec lt lt Ek lt lt SDRAM DATA 3 SDRAM DATA 4 SDRAM DATA 8 SDRAM 9 SDRAM DATA 10 SDRAM DATA 11 SDRAM 24 SDRAM 25 NOTES 1 The connection of these pins depends on the type of external SDRAM used See Appendix 3 2 For 16 20 bit Y and muxed C output modes see Appendix 2 for pin configuration Reserved VSScore SDRAM 26 SDRAM DATA 27 SDRAM DATA 28 SDRAM 29 SDRAM DATA 30 SDRAM DATA 31 Reserved R_VSS R Reserved R_VSS Reserved R VSS R VDD vss TESTIN vpp5 SDRAM ADDR 10 R VDD Reserved R_VSS SDRAM ADDR 9 R VDD1 8 vss SDRAM ADDR 8 SDRAM ADDR 7 AVDD PLL SDI AVSS PLL SDI AVD
125. te O P SDRAM bank select 1 SDRAM BA0 Tristate O P g lt N SDRAM bank select 0 SDRAM CSN Tristate O P SDRAM CS SDRAM DQM Tristate O P SDRAM DQM SDRAM CLKOUT Output Clock out to SDRAM VDD6 Power 3 8 V Power pin for IO VSS Ground Ground SDRAM CLKIN Input Trace delayed SDRAM clock in TESTS Input Test input Connect to ground TEST OUTO Output Test output Leave open TEST OUT1 Output Test output Leave open CTLOUTO Tristate O P Control signal output selectable as HSync1 CSync HRef Monitor coast CTLOUT1 Tristate O P Control signal output selectable as 15 DVD S2700 DVD S2700 Voltaqe Internal g Pull up Description Pin Name Type yp Tolerance Pull down VSync1 CRef VRef Film indicator CTLOUT2 Tristate O P Control signal output selectable monitor Coast HRef VDD_en HSync2 CTLOUT3 Tristate O P 5v Control signal output selectable as film Indicator VRef Backlight en VSync2 CTLOUT4 Tristate O P 5v Control signal output selectable as CRef Field ID CSync Monitor coast VDDcore6 Power 1 8 V Power pin for core VSScore Ground Ground CLKOUT Tristate O P Output data rate clock B U Pb OUT 0 Tristate O P Digital video output Blue U Pb B U Pb_OUT_1 Tristate Digital video output Blue U Pb VDD7 Power 3 3 V Power pin for IO VSS Gro
126. the P C B of the DVD mechanism unit is seen Fig 5 d Solder the lands in the P C B of the DVD mechanism unit with the anti static soldering iron Fig 5 Note After you have finished repairing remove the sol der from the short circuit location with the anti static soldering iron Cover DVD mechanism unit DVD DVD mechanism unit DVD Fig 4 4 DVD a 2 Fig 4 b DVD DVD Fig 4 c DVD P C B Fig 5 d DVD P C B Fig 5 Cover DVD mechanism unit DVD Hook DVD mecha
127. tional data bus Flash card interface unit I O signal MEMADI 18 PNVM SRAM address bus output GNDP Digital periphery ground of 3 3 V supply MEMDA 2 FCUIF 4 PNVM SRAM bi directional data bus Flash card interface unit I O signals MEMAD 17 PNVM SRAM address bus output 9 FCUIF 221 PNVM SRAM bi directional data bus Flash card interface unit I O signal MEMAD 7 FCUIF 17 PNVM SRAM address bus outputs Flash card interface unit output signal MEMDA 1 FCUIF 3 PNVM SRAM bi directional data bus Flash card interface unit I O signals PNVM SRAM address bus outputs Pin Functions Direction Description DVD S2700 FCUIF 16 ash card interface unit output signal MEMDAI 8 FCUIF 21 NVM SRAM bi directional data bus ash card interface unit I O signal 5 FCUIF 15 NVM SRAM address bus outputs ash card interface unit output signa VDDP 3 V digital periphery power supply MEMDAI O FCUIF 2 NVM SRAM bi directional data bus ash card interface unit output signa MEMAD 4 FCUIF 14 NVM SRAM address bus outputs ash card interface unit output signa MEMRD FCUIF 1 NVM SRAM read enable active low output ash card interface unit I O signal MEMAD 3 2 FCUIF 13 12 NVM SRAM address bus outputs ash card interface unit output signa MEMCSI0 NVM SRAM chip select active low output
128. und Ground B U Pb OUT 2 Tristate O P Digital video output Blue U Pb B U Pb OUT 3 Tristate O P Digital video output Blue U Pb B U Pb OUT 4 Tristate O P Digital video output Blue U Pb B U Pb OUT 5 Tristate O P Digital video output Blue U Pb B U Pb OUT 6 Tristate O P Digital video output Blue U Pb B U Pb OUT 7 Tristate O P Digital video output Blue U Pb B U Pr OUT 0 Tristate O P Digital video output Red V Pr B U Pr OUT 1 Tristate O P Digital video output Red V Pr VDDcore7 Power 1 8 V Power pin for core VSScore Ground Ground R V Pr_OUT_2 Tristate O P Digital video output Red V Pr R V Pr_OUT_3 Tristate O P Digital video output Red V Pr R V Pr_OUT_4 Tristate O P Digital video output Red V Pr R V Pr_OUT_5 Tristate O P Digital video output Red V Pr R V Pr_OUT_6 Tristate O P Digital video output Red V Pr R V Pr OUT 7 Tristate O P Digital video output Red V Pr VDD8 Power 3 3 V Power pin for IO vss Ground Ground G Y Y_OUT_0 Tristate O P Digital video output Green Y G Y Y OUT 1 Tristate O P Digital video output Green Y G Y Y OUT 2 Tristate O P Digital video output Green Y G Y Y OUT 3 Tristate O P Digital video output Green Y G Y Y OUT 4 Tristate O P Digital video output Green Y G Y Y OUT 5 Tristate O P Digital video output Green Y G Y Y OUT 6 Tristate O P Digital video output Green Y G Y Y OUT 7 Tristate O P Digital video output Green Y OE Input Output data enable for digital video output PLL PVDD Pow
129. xternal interrupt to the microprocessor VID 5 IDGPCI 1 Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose monitored controlled by the microprocessor or DSP SW When input the pin can be used as general purpose external interrupt to the DSP GNDP Digital periphery ground of 3 3 V supply VID 4 GPCI O 27 Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose I O monitored controlled by the microprocessor DSP SW VID 3 GPCI O 28 SERVOCLK Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose I O monitored controlled by the microprocessor DSP SW SERVO channel clock output for AFE by pass VID 2 GPCI O 29 SSEL O Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose I O monitored controlled by the microprocessor or DSP SW SERVO channel select output for AFE by pass VDDP 3 3 V digital periphery power supply VID 1 GPCI O 30 SSEL 1 Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose I O monitored controlled by the microprocessor or DSP SW SERVO channel output for AFE by pass VID 0 ICGPCI O 3 Digital 4 2 2 video luma chroma output interleaved U Y V Y General purpose I O monitored controlled by the microprocessor or DSP SW When input the pin can be used as general purpose external interrupt to the microprocessor GNDP Di

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