Denon-AVRM330-avr-sm维修电路原理图.pdf

SERVICE MANUALMODELAVR-M330AV SURROUND RECEIVERFor Europe modelTOKYO, JAPANX0225V.01 DE/CDM 0410注意前、必読。本機、火災、感電、対安全性確保、配慮、法的電気用品安全法、所定許可得製造。従際、安全性維持、記載注意事項必守。 本機仕様性能改良、予告変更。 補修用性能部品保有期間、製造打切後 8年。Some illustrations using in this service manual areslightly different from the actual set.Please use this service manual with referring tothe operating instructions without fail.For purposes of improvement, specifications anddesign are subject to change without notice.修理際必取扱説明書参照上、作業行,。 本文中使用、説明都合上現物多少異場合。Ver. 1Ver. 1RadioFans.CN 收音机爱 好者资料库AVR-M3302SAFETY PRECAUTIONSThe following check should be performed for the continued protection of the customer and service technician.LEAKAGE CURRENT CHECKBefore returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassisresistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of thepower cord is less than 460 kohms, the unit is defective.注意注意事項守！特注意必要個所、部品、捺印、注意事項表示。注意書取扱説明書注意事項必守。感電注意！(1) 、交流電圧印加、通電時内部金属部触感電。従通電時、絶縁使用手袋着用、部品交換、電源抜、感電注意。(2) 内部、高電圧部分、通電時取扱、十分注意。指定部品使用！部品難燃性耐電圧安全上特性持。従交換部品、使用同特性部品使用。特配線図、部品表印指定安全上重要部品必指定使用。部品取付配線引、元！安全上、絶縁材料使用、基板浮取付部品。内部配線引発熱部品高圧部品接近配慮、必元。後安全点検！取外、部品、配線元、個所周辺劣化点検、外部金属端子部、電源刃間絶縁、安全性確保確認。、点検時次注意願。注意安全上重要部品（絶縁方法）電源電源抜、外、電源入。 500絶縁抵抗計用、電源端子、外部露出金属部端子、端子、端子、入力端子間、絶縁抵抗値1以上、値以下、点検修理必要。本機使用多電気部品、機構部品安全上、特別特性持。特性場合、外観判別、部品高定格（定格電力、耐圧）持使用安全性維持、限。安全上特性持部品、配線図、部品表表示、必指定部品番号使用願。(1)配線図 (2)部品表 表示。表示。指定部品異使用場合、感電、火災危険生恐。注意安全上重要部品RadioFans.CN 收音机爱 好者资料库3AVR-M330BLOCK DIAGRAMLC72723MSYSTEMCONNECTORDIGITAL(OPTICAL)1212ANALOGMULTI-BMULTI-ASELMULTI-BMULTI-ASELB.P.F.THERMALProtectorFAN DriveProtectorAC 230V50HzSTANDBYTRANSMAINTRANSFANVKK -31VF.I.PACTUTU4AVR-M330LEVEL DIAGRAMB.P.F.77(70Hz)29dB8AVR-M3305SEMICONDUCTORS/ 半導体一覧表Only major semiconductors are shown, general semiconductors etc. are omitted to list.主半導体記載。汎用半導体記載省略。ICsCS49400 (IC12)dvanceFILT1FILT2CLKIN, XTALIXTALOCLKSELFDAT7FDAT6FDAT5FDAT4FDAT3FDAT2FDAT1FDAT0FAO, FSCCLKFA1, FSCDINFHS1, FRD, FR/WFHS0, FWR, FDSFCSFHS2, FSCDIO, FSCDOUTFINTREQFSCLKN1, STCCLK2FLRCLKN1FSDATAN1CMPCLK, FSCLKN2CMPDAT, FSDATAN2FDBCKFDBDAPLLVDDPLLVSSRESETTESTMCLKSCLK0SCLK1LRCLK0LRCLK1AUDATA0AUDATA1AUDATA2AUDATA3, XMT958AAUDATA4, GPIO28AUDATA5, GPIO29AUDATA6, GPIO30AUDATA7, XMT958B, GPIO31DBCKDBDASCLKN, GPIO22LRCLKN, GPIO23SDATAN0, GPIO24SDATAN1, GPIO25SDATAN2, GPIO26SDATAN3, GPIO27SCSSCCLKSCDINSCDOUT, SCDIOINTREQ, ABOOTHDATA7, GPIO7HDATA6, GPIO6HDATA5, GPIO5HDATA4, GPIO4HDATA3, GPIO3HDATA2, GPIO2HDATA1, GPIO1HDATA0, GPIO0A0, GPIO13A1, GPIO12SD_ADDR8, EXTA8SD_ADDR7, EXTA7SD_ADDR6, EXTA6SD_ADDR5, EXTA5SD_ADDR4, EXTA4SD_ADDR3 ,EXTA3SD_ADDR2 ,EXTA2SD_ADDR1 ,EXTA1SD_ADDR0, EXTA0SD_CLK_OUTSD_CLK_INSD_DATA8, EXTA11SD_DATA7, EXTD7SD_DATA6, EXTD6SD_DATA5, EXTD5SD_DATA4, EXTD4SD_DATA3, EXTD3SD_DATA2, EXTD2SD_DATA1, EXTD1SD_DATA0, EXTD0SD_ADDR10, EXTA10SD_ADDR9, EXTA9RD, R/W, GPIO11WR, DS, GPIO10CS, GPIO9HINBSY, GPIO8SD_DATA15, EXTA18SD_DATA14, EXTA17SD_DATA13, EXTA16SD_DATA12, EXTA15SD_DATA11, EXTA14SD_DATA10, EXTA13SD_DATA9, EXTA12UHS2, CS_OUT, GPIO17UHS0, GPIO18UHS1, GPIO19GPIO20GPIO21VDD4VDD7VDD1VDD3VSS4VSS7VSS1VSS3VDD6VDD2VDD5VSS6VSS2VSS5VDDSD1VDDSD2VDDSD3SD_CLK_ENSD_BA, EXTA19SD_CSSD_RASSD_CASSD_WESD_DQM1SD_DQM0NV_CS, GPIO14NV_OE, GPIO15NV_WE, GPIO16VDDSD4VSSSD1VSSSD2VSSSD3VSSSD4NC1NC2NC3NC4NC5CMPREQ, FLRCLKN215101520253040455055606570758085909510010511511012012513013514014435Parallel or SerialHost InterfaceExternal MemoryInterfaceInternal Bus32-Bit DSPProgrammableMultistandardAudio DecoderCompressedAudioInterfacePLL ClockManagerShared MemoryDebug PortGPIO and I/OControllerDigitalAudioInterfaceDigitalAudioInterfaceDSP CDSP ABSerialAudioInterfaceSAI 0SAI 1SAI 2SAI 3DAO 0DAO 1FrameShifterInputBufferRAMDSPRAMDSPROMParallel or SerialHost InterfaceBlock DiagramAVR-M3306ST92F124V1 (IC16)Block Diagram1234567891011121314151617181920212223242526 2728293031323334 35363738394041 4243444546474849 50757473727170696867666564636261605958575655545352511009998979695 9493929190898887 868584838281807978 7776P8.4/AIN4P8.3/AIN3P8.2/AIN2P8.1/AIN1/WKUP15P8.0/AIN0/WKUP14NCP6.5/WKUP10/INTCLKP6.4/NMIP6.3/INT3/INT5P6.2/INT2/INT4/DS2P6.1/INT6/RWP6.0/INT0/INT1/CLOCK2/8P0.7/A7/D7VDDVSSP0.6/A6/D6P0.5/A5/D5P0.3/A3/D3P0.2/A2/D2P0.1/A1/D1P0.0/A0/D0ASDSP0.4/A4/D4P1.7/A15A20/P9.6WAIT/WKUP5/P5.0WKUP6/WDOUT/P5.1TXCLK/CLKOUT/P5.4OCMPA1/P4.2VDDA21/P9.7WDIN/SOUT/P5.3DCD/WKUP8/P5.6VSSICAPB1/OCMPB1/P4.3SDA/P4.6SIN/WKUP2/P5.2RXCLK/WKUP7/P5.5CLOCK2/P4.1EXTCLK1/WKUP4/P4.4ICAPB0/P3.1ICAPA0/OCMPA0/P3.2WKUP9/RTS/P5.7ICAPA1/P4.0EXTRG/STOUT/P4.5WKUP1/SCL/P4.7OCMPB0/P3.3EXTCLK0/SS/P3.4MISO/P3.5P9.5/A19P9.4/A18P9.2/A16HW0SW1P7.7/AIN15/7/WKUP13P7.4/AIN12/WKUP3P9.3/A17P9.0/RDIRESETP7.6/AIN14/WKUP12P7.5/AIN13/WKUP11P7.1/AIN9P9.1/TDOOSCINVSSP7.3/AIN11P7.0/AIN8/CK_AFP8.7/AIN7OSCOUTVDDP7.2/AIN10AVSSAVDDP8.6/AIN6P8.5/AIN5MOSI/P3.6SCK/WKUP0/P3.7RWTOUTA0/P2.2VSS*VTESTVREGTINPB0/P2.1TOUTB0/P2.3VDDVREGA10/P1.2TINPA0/P2.0TINPB1/P2.5TOUTB1/P2.7A8/P1.0A11/P1.3A12/P1.4TINPA1/P2.4TOUTA1/P2.6A9/P1.1WKUP6NCA13/P1.5A14/P1.6256 bytesRegister FileRAM4 KbytesST9 CORE8/16 bitsCPUInterruptManagementMEMORY BUSRCCUExt. MEM.ADDRESSDATAPort0Ext. MEM.ADDRESSPorts1,9REGISTER BUSWATCHDOGASDSRWWAITNMIDS2RWMISOMOSISCKSSA10:8A21:11A7:0D7:0ST. TIMERSPISDASCLI2C BUSFLASH128 KbytesWDOUTHW0SW1STOUTFully Prog.I/OsP07:0P17:3P12:0P27:0P37:4P33:1P47:4P43:0P57:0P65:2,0P6.1P77:0P87:0P97:0MF TIMER 0TINPA0TOUTA0TINPB0TOUTB0TINPA1TOUTA1TINPB1TOUTB1INT6:0WKUP15:0MF TIMER 1E3 TM1 KbyteOSCINOSCOUTRESETCLOCK2/8INTCLKCK_AFADCAVDDAVSSAIN15:8AIN7:0EXTRGVREGVOLTAGEREGULATORThe alternate functions (Italic characters) are mapped on Port 0, Port 1, Port2, Port3, Port4, Port5, Port6, Port7,Port8 and Port9.ICAPA0OCMPA0ICAPB0OCMPB0EXTCLK0ICAPA1OCMPA1ICAPB1OCMPB1EXTCLK1EF TIMER 0 EF TIMER 1 SCI MTXCLKRXCLKSINDCDSOUTCLKOUTRTSSCI ARDITDOAVR-M3307AK4588VQ (IC11)Block DiagramAVR-M3308AK4588VQ Terminal Function AVR-M3309AVR-M33010Note : Please make no digital input pins except an internal bias pins into floating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lock Diagram? 7?8? 7?8? 7?8? ? 7?8!? 7?8? ? 7? 7? ? ?0?6? ? ?&?9?(/0?/6?8?=(8?8?;?3?/?*5?+*? 0? ? 6?8,?9*? ? ?&? 7? 7?8! ? 7? ?!?#?$? ? !? ? ? #? $?%? %?8?8? ?8?8? ?8?&8?8?9*?8?9*?(?8?&?&?7?7?) ?) ?!) ?) ?)?)?!)?)?(?8?(? 8? (? 8?6?*?6?*?8?*?6?*?/?,? ?8? 8? ? ?-? ?-? ? ? 7?&?&?&?AVR-M33013HY57V161610E (IC15)VSSDQ15DQ14VSSQDQ13DQ12VDDQDQ11DQ10VSSQDQ9DQ8VDDQNCUDQMCLKCKENCA9A8A7A6A5A4VSS123456789101112131415161718192021222324255049484746454443424140393837363534333231302928VDDDQ0DQ1VSSQDQ2DQ3VDDQDQ4DQ5VSSQDQ6VDDQ/WE/CAS/RAS/CSA11A10A0A1A2A3VDD50pin TSOP II400mil x 825mil0.8mm pin pitch2726DQ7LDQMVSSDQ15DQ14VSSQDQ13DQ12VDDQDQ11DQ10VSSQDQ9DQ8VDDQNCUDQMCLKCKENCA9A8A7A6A5A4VSS123456789101112131415161718192021222324255049484746454443424140393837363534333231302928VDDDQ0DQ1VSSQDQ2DQ3VDDQDQ4DQ5VSSQDQ6VDDQ/WE/CAS/RAS/CSA11A10A0A1A2A3VDD50pin TSOP II400mil x 825mil0.8mm pin pitch2726DQ7LDQMPIN DESCRIPTIONPINPIN NAMEDESCRIPTIONCLKClockThe system clock input. All other inputs are referenced to the SDRAM on the rising edge of CLK.CKEClock EnableControls internal clock signal and when deactivated, the SDRAM will be one of the states among power down, suspend or self refresh.CSChip SelectCommand input enable or mask except CLK, CKE and DQMBABank AddressSelect either one of banks during both RAS and CAS activity.A0 A10AddressRow Address : RA0 RA10, Column Address : CA0 CA7Auto-precharge flag : A10RAS, CAS, WERow Address Strobe, Column Address Strobe, Write EnableRAS, CAS and WE define the operation.Refer function truth table for detailsLDQM, UDQMData Input/Output MaskDQM control output buffer in read mode and mask input data in write modeDQ0 DQ15Data Input/OutputMultiplexed data input / output pinVDD/VSSPower Supply/GroundPower supply for internal circuit and input bufferVDDQ/VSSQData Output Power/GroundPower supply for DQNCNo ConnectionNo connectionAVR-M33014Block DiagramColumn Addr.Latch & CounterBurst LengthCounterRefreshInterval TimerRefreshCounterDQ0DQ1DQ2DQ3DQ4DQ5DQ6DQ7DQ8DQ9DQ10DQ11DQ12DQ13DQ14DQ15AddressRegisterI/O ControlTest ModeMode RegisterSelf Refresh CounterColumn DecoderSense AMP & I/O gates512Kx16Bank 0Column DecoderSense AMP & I/O gates512Kx16Bank 1RASCASCSWEUDQMLDQMCKEPrechargeOverflowColumn ActiveRow ActiveAddress0:10CLKBA(A11)State MachineRow DecoderRow Addr. Latch/PredecoderAuto/Self RefreshRef. Addr.0:11Data Input/Output BuffersRow Addr. Latch/PredecoderAVR-M33015M29W800DT (IC13)74LVC32APWR (IC14)DQ3DQ9DQ2A6DQ0WA3RBDQ6A8A9DQ13A17A10DQ14A2DQ12DQ10DQ15A1VCCDQ4DQ5A7DQ7NCNCAI05461M29W800DTM29W800DB121132425363748DQ8NCNCA1A18A4A5DQ1DQ11GA12A13A16A11BYTEA15A14VSSEA0RPVSSLogic DiagramSignal NamesAI05470B19A0-A18WDQ0-DQ14VCCM29W800DTM29W800DBEVSS15GRPDQ15A1RBBYTEA0-A18Address InputsDQ0-DQ7Data Inputs/OutputsDQ8-DQ14Data Inputs/OutputsDQ15A1Data Input/Output or Address InputEChip EnableGOutput EnableWWrite EnableRPReset/Block Temporary UnprotectRBReady/Busy Output(not available on SO44 package)BYTEByte/Word Organization SelectVCCSupply VoltageVSSGroundNCNot Connected InternallyAVR-M33016TDA7265 (IC74, 75, 76)LM1117 (IC17)1234567910118IN+(1)IN-(1)GNDIN-(2)IN+(2)-VSMUTEOUTPUT(2)+VSOUTPUT(1)-VSTAB CONNECTED TO PIN 6+5V18K15KIN (L)15KMUTE/ST-BYGNDIN (R)1F1000F1000F1F1F4.74.7100nF100nFOUT (L)OUT (R)+Vs357961124+RL (L)RL (R)-VsP18KIN- (L)810IN- (R)156056018K1INGNDOUT243Block Diagram10091901AVR-M33017TA48025F (IC18)RH5V35C (IC19)1INCommonOUT23Block DiagramVDDOUTGND213VrefOUTGNDVDD(mark side)123Block Diagram18AVR-M330PRINTED WIRING BOARDSMAIN P.W.B. UNIT19AVR-M330DSP P.W.B. UNITCOMPONENT SIDE20AVR-M330DSP P.W.B. UNITFOIL SIDDEAVR-M33021REGULATOR P.W.B. UNITAVR-M33022NOTE FOR PARTS LIST5%1/4W1/16WssssssssssssRD :2B : 1/8 WF :1%P:RC :2E : 1/4 WG :2%NL :RS:2H : 1/2 WJ :5%NB :RW :3A : 1WK :10%FR :RN :3D : 2WM :20%F:RK :3F: 3W3H : 5WRN14K2E182GFR182?1800=1.8k021R2?1.212RCE04W1H2R2MBPCE:0J: 6.3 VF: 1%HS :CA :1A : 10VG : 2%BP :CS:1C : 16VJ: 5%HR :CQ :1E : 25VK : 10%DL :CK :1V : 35VM : 20%HF :CC :1H : 50VZ: +80%U:ULCP:2A : 100 V20%C:CSACM :2B : 125 VP: +100%W:UL-CSACF:2C : 160 V 0%F:CH :2D : 200 VC : 0.25pF2E : 250 VD : 0.5pF2H : 500 V=:2J: 630 V222?2200F02F222?2200pF=0.0022F02pFpF221?220pF2(02)0(001)2R2?2.2F12RFACRD : Carbon2B : 1/8WF: 1%P: Pulse-resistant typeRC : Composition2E : 1/4WG: 2%NL : Low noise typeRS : Metal oxide film2H : 1/2WJ: 5%NB : Non-burning typeRW : Winding3A : 1WK: 10%FR : Fuse-resistorRN : Metal film3D : 2WM: 20%F: Lead wire formingRK : Metal mixture3F : 3W3H : 5WCE : Aluminum foil0J: 6.3VF: 1%HS : High stability typeelectrolyticCA : Aluminum solid1A : 10VG : 2%BP : Non-polar typeelectrolyticCS : Tantalum electrolytic1C : 16VJ: 5%HR : Ripple-resistant typeCQ : Film1E : 25VK : 10%DL : For change and dischargeCK : Ceramic1V : 35VM : 20%HF : For assuring highrequencyCC : Ceramic1H : 50VZ: +80%U: UL partCP : Oil2A : 100V20%C: CSA partCM : Mica2B : 125VP : +100%W : UL-CSA typeCF : Metallized2C : 160V0%F: Lead wire formingCH : Metallized2D : 200VC : 0.25pF2E : 250VD : 0.5pF2H : 500V=: Others2J: 630VlPart indicated with the mark ? are not always in stock and possibly totake a long period of time for supplying, or in some case supplying ofpart may be refused.lWhen ordering of part, clearly indicate 1 and I (i) to avoid mis-supplying.lOrdering part without stating its part number can not be supplied.lPart indicated with the mark is not illustrated in the exploded view.lNot including Carbon Film Resister 5%, 1/4W Type in the P.W.Boardparts list. (Refer to the Schematic Diagram for those parts.)lNot including Carbon Chip Resister 1/16W Type in the P.W.Board partslist. (Refer to the Schematic Diagram for those parts.)WARNING:Parts marked with this symbol have critical characteristics.Use ONLY replacement parts recommended by the manufacturer.l l l l lResistorsEx.:RN14K2E182GFRType ShapePower Resist- Allowable Othersand per-anceerrorformance Resistance1 821800 ohm = 1.8 kohmIndicates number of zeros after effective number.2-digit effective number. Units: ohm1 R21.2 ohm1-digit effective number.2-digit effective number, decimal point indicated by R. Units: ohml l l l lCapacitorsEx.:CE04W1H2R2MBPTypeShapeDielectric Capacity Allowable Othersand per- strengtherrorformance Capacity (electrolyte only)2 222200FIndicates number of zeros after effective number.2-digit effective number. Units: F.2 R22.2F1-digit effective number.2-digit effective number, decimal point indicated by R. Units: F. Capacity (except electrolyte)2 222200pF=0.0022F(More than 2)Indicates number of zeros after effective number.2-digit effective number. Units: pF.2 21220pF(0 or 1)Indicates number of zeros after effective number.2-digit effective number. Units: pF. When the dielectric strength is indicated in AC, AC is included after the dieelectricstrength value.AVR-M33023PARTS LIST OF P.W.B. UNITMAIN P.W.B. UNIT ASSYRef. No.Part No.Part NameRemarksQtyNewSEMICONDUCTORS GROUPIC61-6400D 943 0007 108OP AMPNJM2068MD-TE1HVINJM2068MDTE1IC66-7100D 943 0007 108OP AMPNJM2068MD-TE1HVINJM2068MDTE1IC7300D 943 0107 202NJW1157FC2HVINJW1157FC2IC74-7600D 943 0107 600AMPTDA7265HVITDA7265IC7700D 943 0005 605REGULATOR (+8V)KA78LXXAZTAHVIKA78L08AZTIC7800D 943 0005 605REGULATOR, -8VKA79LXXAZTAHVIKA79L08AZTIC7900D 943 0106 902REGULATORMC7812CHVIMC7812CIC8000D 943 0106 708REGULATORL7912(ST)HVIL7912CPIC8200D 943 0005 605REGULATOR (+8V)KA78LXXAZTAHVIKA78L08AZTIC8400D 943 0106 902REGULATORMC7812CHVIMC7812CD60100D 943 0004 1011SS133T-77HVD1SS133MTD60200D 943 0041 902SCHOTTKY 1N5819HVD1N5819TD60300D 943 0004 1011SS133T-77HVD1SS133MTD604,60500D 943 0041 902SCHOTTKY 1N5819HVD1N5819TD60600D 943 0106 106ZENER33V, 1/2WHVDMTZJ33BTD607,60800D 943 0035 002TW1N4003KVD1N4003SRTD60900D 943 0087 500ZENER5.6V , 1/2WHVDMTZJ5.6BTD61000D 943 0087 607ZENER6.2V, 1/2WHVDMTZJ6.2BTD611,61200D 943 0035 002TW 1N4003KVD1N4003SRTD615-61800D 943 0004 1011SS133T-77HVD1SS133MTD619-62200D 943 0035 002TW1N4003KVD1N4003SRTD624-62700D 943 0110 0081N4003KVD1N4003STD628,62900D 943 0041 902SCHOTTKY1N5819HVD1N5819TD63000D 943 0106 009BRIDGEGBJ1006HVDGBJ1006D631-63300D 943 0004 1