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GDMIDEACONSUMERELECTRICMFG.COTYPE QUALITY

EURoHS(2011/65/EU)CompliantProductLead-freeProductPleasereturnthedeliveryspecificationswithyoursignatureasthereceipt.obligationsofNECElectronicsCorporationandRenesasTechnologyCorp.statedintheattacheddocuments.Hiromitsu2ndSolutionBusinessUnitRenesasElectronicsCorporationRevisionhistoryofDeliveryRecordofNewlyDescriptionsofcircuits,softwareandotherrelatedinformationinthisdocumentareprovidedonlytoillustratetheoperationofsemiconductorproductsandapplicationexamples.Youarefullyresponsiblefortheincorporationofthesecircuits,software,andinformationinthedesignofyourequipment.RenesasElectronicsassumesnoresponsibilityforanylossesincurredbyyouorthirdpartiesarisingfromtheuseofthesecircuits,software,orinformation.RenesasElectronicsdoesnotassumeanyliabilityforinfringementofpatents,copyrights,orotherintellectualpropertyrightsofthirdpartiesbyorarisingfromtheuseofRenesasElectronicsproductsortechnicalinformationdescribedinthisdocument.Nolicense,express,impliedorotherwise,isgrantedherebyunderanypatents,copyrightsorotherintellectualpropertyrightsofRenesasElectronicsorothers.Youshouldnotalter,modify,copy,orotherwisemisappropriateanyRenesasElectronicsproduct,whetherinwholeorinpart.RenesasElectronicsassumesnoresponsibilityforanylossesincurredbyyouorthirdpartiesarisingfromsuchalteration,modification,copyorotherwisemisappropriationofRenesasElectronicsproduct.RenesasElectronicsproductsareclassifiedaccordingtothefollowingtwoqualitygrades:“Standard”and“HighQuality”.TherecommendedapplicationsforeachRenesasElectronicsproductdependsontheproduct’squalitygrade,asindicatedbelow.“Standard”:Computers;officeequipment;communicationsequipment;testandmeasurementequipment;audioandvisualequipment;homeelectronicappliances;machinetools;personalelectronicequipment;andindustrialrobotsetc“HighQuality”:Transportationequipment(automobiles,trains,ships,etc.);trafficcontrolsystems;anti-disastersystems;anti-crimesystems;andsafetyequipmentetc.RenesasElectronicsproductsareneitherintendednorauthorizedforuseinproductsorsystemsthatmayposeadirectthreattohumanlifeorbodilyinjury(artificiallifesupportdevicesorsystems,surgicalimplantationsetc.),ormaycauseseriouspropertydamages(nuclearreactorcontrolsystems,militaryequipmentetc.).YoumustcheckthequalitygradeofeachRenesasElectronicsproductbeforeusingitinaparticularapplication.YoumaynotuseanyRenesasElectronicsproductforanyapplicationforwhichitisnotintended.RenesasElectronicsshallnotbeinanywayliableforanydamagesorlossesincurredbyyouorthirdpartiesarisingfromtheuseofanyRenesasElectronicsproductforwhichtheproductisnotintendedbyRenesasElectronics.YoushouldusetheRenesasElectronicsproductsdescribedinthisdocumentwithintherangespecifiedbyRenesasElectronics,especiallywithrespecttothemaximumrating,operatingsupplyvoltagerange,movementpowervoltagerange,heatradiationcharacteristics,installationandotherproductcharacteristics.RenesasElectronicsshallhavenoliabilityformalfunctionsordamagesarisingoutoftheuseofRenesasElectronicsproductsbeyondsuchspecifiedAlthoughRenesasElectronicsendeavorstoimprovethequalityandreliabilityofitsproducts,semiconductorproductshavespecificcharacteristicssuchastheoccurrenceoffailureatacertainrateandmalfunctionsundercertainuseconditions.Further,RenesasElectronicsproductsarenotsubjecttoradiationresistancedesign.Pleasebesuretoimplementsafetymeasurestoguardthemagainstthepossibilityofphysicalinjury,andinjuryordamagecausedbyfireintheeventofthefailureofaRenesasElectronicsproduct,suchassafetydesignforhardwareandsoftwareincludingbutnotlimitedtoredundancy,firecontrolandmalfunctionprevention,appropriatetreatmentforagingdegradationoranyotherappropriatemeasures.Becausetheevaluationofmicrocomputersoftwarealoneisverydifficult,pleaseevaluatethesafetyofthefinalproductsorsystemsmanufacturedbyyou.PleasecontactaRenesasElectronicssalesofficefordetailsastoenvironmentalmatterssuchastheenvironmentalcompatibilityofeachRenesasElectronicsproduct.PleaseuseRenesasElectronicsproductsincompliancewithallapplicablelawsandregulationsthatregulatetheinclusionoruseofcontrolledsubstances,includingwithoutlimitation,theEURoHSDirective.RenesasElectronicsassumesnoliabilityfordamagesorlossesoccurringasaresultofyournoncompliancewithapplicablelawsandregulations.RenesasElectronicsproductsandtechnologymaynotbeusedfororincorporatedintoanyproductsorsystemswhosemanufacture,use,orsaleisprohibitedunderanyapplicabledomesticorforeignlawsorregulations.YoushouldnotuseRenesasElectronicsproductsortechnologydescribedinthisdocumentforanypurposerelatingtomilitaryapplicationsorusebythemilitary,includingbutnotlimitedtothedevelopmentofweaponsofmassdestruction.WhenexportingtheRenesasElectronicsproductsortechnologydescribedinthisdocument,youshouldcomplywiththeapplicableexportcontrollawsandregulationsandfollowtheproceduresrequiredbysuchlawsandregulations.ItistheresponsibilityofthebuyerordistributorofRenesasElectronicsproducts,whodistributes,disposesof,orotherwiseplacestheproductwithathirdparty,tonotifysuchthirdpartyinadvanceofthecontentsandconditionssetforthinthisdocument,RenesasElectronicsassumesnoresponsibilityforanylossesincurredbyyouorthirdpartiesasaresultofunauthorizeduseofRenesasElectronicsproducts.Thisdocumentmaynotbereproducedorduplicatedinanyformordisclosedtoanythirdparty,inwholeorinpart,withoutpriorwrittenconsentofRenesasElectronics.(Note1)“RenesasElectronics”asusedinthisdocumentmeansRenesasElectronicsCorporationandalsoincludesitsmajority-ownedsubsidiaries.(Note2)“RenesasElectronicsproduct(s)”meansanyproductdevelopedormanufacturedbyorforRenesas Document Product Outline Marking Structural Packing Packing Mount Mount Mount Product Product30-pinplasticAbsoluteMaximum(TA=0.3toV0.3toV0.3toVDD+V0.3toVP00toP03,P30toP34,P40toP47,P120to0.3toVDD+VP20to0.3toAVREF+0.3Noteand0.3toVDD+V0.3toVDD+V0.3toAVREF+0.3Noteand0.3toVDD+VPerTotalofpinsotherthanP20toTotalofP20toPerTotalofpinsotherthanP20toTotalofP20to40to40to40toNoteMustbe6.5VorCautionProductqualitymaysufferiftheabsolutemaximumratingisexceededevenmomentarilyforanyparameter.Thatis,theabsolutemaximumratingsareratedvaluesatwhichtheproductisonthevergeofsufferingphysicaldamage,andthereforetheproductmustbeusedunderconditionsthatensurethattheabsolutemaximumratingsarenotexceeded.RemarkUnlessspecifiedotherwise,thecharacteristicsofalternate-functionpinsarethesameasthoseofport.ElectricalX1OscillatorCharacteristics(TA=40to+85C,VDD=2.0to5.5VNote1,VSS=0VSS VSS 2.7VVDD5.52.0VVDD<2.7(tXH,tXL)2.7VVDD5.52.0VVDD<2.7Notes1.Usethisproductinavoltagerangeof2.2to5.5Vbecausethedetectionvoltage(VPOC)ofthepower-on-clear(POC)circuitis2.1V0.1V.CautionWhenusingtheX1oscillator,wireasfollowsintheareaenclosedbythebrokenlinesintheabovefigurestoavoidanadverseeffectfromwiringcapacitance.KeepthewiringlengthasshortasDonotcrossthewiringwiththeothersignalDonotroutethewiringnearasignallinethroughwhichahighfluctuatingcurrentAlwaysmakethegroundpointoftheoscillatorcapacitorthesamepotentialasDonotgroundthecapacitortoagroundpatternthroughwhichahighcurrentDonotfetchsignalsfromtheRemarkFortheresonatorselectionandoscillatorconstant,usersarerequiredtoeitherevaluatetheoscillationthemselvesorapplytotheresonatormanufacturerforevaluation.High-SpeedInternalOscillatorCharacteristics(TA=40to+85C,VDD=2.0to5.5VNote1,VSS=0MHzNote2)deviation2.7VVDD5.5TA=10to%TA=40to%2.0VVDD<2.7Notes1.Usethisproductinavoltagerangeof2.2to5.5Vbecausethedetectionvoltage(VPOC)ofthepower-on-clear(POC)circuitis2.1V0.1V.2.Indicatesonlyoscillatorcharacteristics.RefertoACCharacteristicsforinstructionexecutionLow-SpeedInternalOscillatorCharacteristics(TA=40to+85C,VDD=2.0to5.5VNote,VSS=0NoteUsethisproductinavoltagerangeof2.2to5.5Vbecausethedetectionvoltage(VPOC)ofthepower-on-clear(POC)circuitis2.1V0.1V.DC(TA=40to+85C,VDD=2.0to5.5VNote,VSS=0 P20toP23Per2.0VVDD5.54.0VVDD5.52.0VVDD<4.0P20toPer2.0VAVREF5.52.0VAVREF5.5P20toP23Per2.0VVDD5.54.0VVDD5.52.0VVDD<4.0P20toPer2.0VAVREF5.54.0VAVREF5.52.0VAVREF<4.0P00toP03,P30toP34,P40toP47,P120,VP20toVVP00toP03,P30toP34,P40toP47,P120,0VP20to0V0VP20toP23IOH1=–154.0VVDD5.5VIOH1=–5mAVDDVIOH1=–1002.0VVDD<4.0VDD–VIOH2=–10mA4.0VAVREF5.5VIOH2=–5mAV2.0VAVREF<4.0VIOH2=–100AVP20toP23IOL1=304.0VVDD5.5VIOL1=10mAVIOL1=4002.0VVDD<4.0VIOL2=30mA4.0VAVREF5.5VIOL2=10mAVIOL2=4002.0VAVREF<4.0VVI=1VI=0PinsotherthanVO=1VO=0PinsotherthanVI=0NoteUsethisproductinavoltagerangeof2.2to5.5Vbecausethedetectionvoltage(VPOC)ofthepower-on-clear(POC)circuitis2.1V0.1V.RemarkUnlessspecifiedotherwise,thecharacteristicsofalternate-functionpinsarethesameasthoseofport(TA=–40to+85C,VDD=2.0to5.5VNote1,VSS=0 oscillation,externaloperatingmodeNote6fX=10VDD=5.0V10%NoteWhenA/DconverterisWhenA/DconverterisoperatingNotefX=6VDD=5.0V10%NoteWhenA/DconverterisWhenA/DconverterisoperatingNotefX=5VDD=3.0V10%NoteWhenA/DconverterisWhenA/DconverterisoperatingNoteclockinputHALTmodeNote6fX=10VDD=5.0V10%NoteWhenperipheralfuncionsareWhenperipheralfunctionsarefX=6VDD=5.0V10%NoteWhenperipheralfuncionsareWhenperipheralfunctionsarefX=5VDD=3.0V10%NoteWhenperipheralfuncionsare1WhenperipheralfunctionsaremodeNote7fX=8VDD=5.0V10%NoteWhenA/DconverterisWhenA/DconverterisoperatingNotemodeNote7fX=8VDD=5.0V10%NoteWhenperipheralfuncionsareWhenperipheralfunctionsareSTOPVDD=5.0VoscillationisstoppedoscillationisoperatingVDD=3.0VoscillationisstoppedoscillationisoperatingNotes1.Usethisproductinavoltagerangeof2.2to5.5Vbecausethedetectionvoltage(VPOC)ofthepower-on-clear(POC)circuitis2.1V0.1V.Totalcurrentflowingthroughtheinternalpowersupply(VDD).Peripheraloperationcurrentisincluded(however,thecurrentthatflowsthroughthepull-upresistorsofportsisnotincluded).PeripheraloperationcurrentisWhentheprocessorclockcontrolregister(PCC)issettoWhentheprocessorclockcontrolregister(PCC)issettoWhencrystal/ceramicoscillationclock,externalclockinputisselectedasthesystemclocksourceusingtheoptionbyte.Whenthehigh-speedinternaloscillationclockisselectedasthesystemclocksourceusingtheoptionThecurrentthatflowsthroughtheAVREFpinisACBasicoperation(TA=–40to+85C,VDD=2.0to5.5VNote1,VSS=0Cycletime(minimum4.0VVDD5.53.0VVDD<4.02.7VVDD<3.02.0VVDD<2.71oscillationclock4.0VVDD5.52.7VVDD<4.02.0VVDD<2.7low-levelwidth4.0VVDD5.52.0VVDD<4.0width,low-levelwidth12Notes1.Usethisproductinavoltagerangeof2.2to5.5Vbecausethedetectionvoltage(VPOC)ofthepower-on-clear(POC)circuitis2.1V0.1V.Selectionoffsam=fXP,fXP/4,orfXP/256ispossibleusingbits0and1(PRM000,PRM001)ofprescalermoderegister00(PRM00).NotethatwhenselectingthevalidedgeoftheTI000pinasthecountclock,fsam=fXP.CPUClockFrequency,PeripheralClockcrystalresonator,externalclock4.0VDD125kHzfCPU10500kHzfXP103.0VDD<125kHzfCPU62.7VDD<125kHzfCPU52.0VDD125kHzfCPU2500kHzfXP54.0VDD500kHz(Typ.)fCPU8MHz2MHz(Typ.)fXP8MHz2.7VDD<500kHz(Typ.)fCPU4MHz2.0VDD<500kHz(Typ.)fCPU2MHz2MHz(Typ.)fXP4MHzNoteUsethisproductinavoltagerangeof2.2to5.5Vbecausethedetectionvoltage(VPOC)ofthepower-on-clear(POC)circuitis2.1V0.1V.CycleCycletimeTCY 22.7 55.5SupplyvoltageVDDTCYvs.VDD(High-speedinternaloscillatorCycleCycletimeTCY 22.7 55.5SupplyvoltageVDDSerialinterface(TA=–40to+85C,VDD=2.0to5.5VVNote, Usethisproductinavoltagerangeof2.2to5.5Vbecausethedetectionvoltage(VPOC)ofthepower-on-clear(POC)circuitis2.1V0.1V.ACTimingTestPoints(ExcludingX1TestINTP0toRESETInputA/DConverterCharacteristics(TA=40to+85C,2.7VAVREFVDD5.5V,VSS=AVSS=04.0VAVREF5.52.7VAVREF<4.04.5VAVREF5.54.0VAVREF<4.52.85VAVREF<4.02.7VAVREF<2.854.0VAVREF5.52.7VAVREF<4.04.0VAVREF5.52.7VAVREF<4.04.0VAVREF5.52.7VAVREF<4.04.0VAVREF5.52.7VAVREF<4.0VNotes1.Excludesquantizationerror(1/2Thisvalueisindicatedasaratio(%FSR)tothefull-scaleCautionTheconversionaccuracymaybedegradediftheanaloginputpinisusedasanalternateI/OportorifaportischangedduringA/Dconversion.POCCircuitCharacteristics(TA=40toVPowersupplybootVDD:0V2.1detectionvoltage(MAX.)Notes1.Timerequiredfromvoltagedetectiontointernalreset2.TimerequiredfromvoltagedetectiontointernalresetsignalDetectionvoltage(MAX.)Detectionvoltage(TYP.)LVICircuitCharacteristics(TA=40toVVVVVVVVVVNotes1.Timerequiredfromvoltagedetectiontointerruptoutputorinternalresetsignal2.TimerequiredfromsettingLVIONto1tooperationRemarks1.VLVI0>VLVI1>VLVI2>VLVI3>VLVI4>VLVI5>VLV6>VLVI7>VLVI8>2.VPOC<VLVIm(m=0toLVICircuitDetectionvoltage(MAX.)Detectionvoltage(TYP.) DataMemorySTOPModeLowSupplyVoltageDataRetentionCharacteristics(TA=40toV0FlashMemoryProgrammingCharacteristics(TA=–40to+85C,2.7VVDD5.5V,VSS=0VDD=5.5(per1TA=40toTA=10to+85C,NERASE1004.5VVDD5.5s3.5VVDD<4.5s2.7VVDD<3.5sTA=10to+85C,NERASE10004.5VVDD5.5s3.5VVDD<4.5s2.7VVDD<3.5sTA=40to+85C,NERASE1004.5VVDD5.5s3.5VVDD<4.5s2.7VVDD<3.5sTA=40to+85C,NERASE10004.5VVDD5.5s3.5VVDD<4.5s2.7VVDD<3.5sTA=10to+85C,NERASE1004.5VVDD5.5s3.5VVDD<4.5s2.7VVDD<3.5sTA=10to+85C,NERASE10004.5VVDD5.5s3.5VVDD<4.5s2.7VVDD<3.5sTA=40to+85C,NERASE1004.5VVDD5.5s3.5VVDD<4.5s2.7VVDD<3.5sTA=40to+85C,NERASE10004.5VVDD5.5s3.5VVDD<4.5s2.7VVDD<3.5sBytewriteTA=40to+85C,NERASEPer1Per1Per1TA=85CNote2,NERASENote1.Dependingontheerasurecount(NERASE),theerasetimevaries.Refertothechiperasetimeandblockerasetimeparameters.2.WhentheaveragetemperaturewhenoperatingandnotoperatingisRemarkWhenaproductisfirstwrittenaftershipment,“erasewrite”and“writeonly”arebothtakenasonePinArrangement(Top30-pinplastic

Cautions:ConnecttheAVSSpinto.PortPi