MUR3060PT

SemiconductorComponentsIndustries,LLC,2002January,2002–Rev.61PublicationOrderNumber:MUR3020PT/DMUR3020PT,MUR3040PT,MUR3060PTSWITCHMODEPowerRectifiers...designedforuseinswitchingpowersupplies,invertersandasfreewheelingdiodes,thesestate–of–the–artdeviceshavethefollowingfeatures:•Ultrafast35and60NanosecondRecoveryTime•175°COperatingJunctionTemperature•HighVoltageCapabilityto600Volts•LowForwardDrop•LowLeakageSpecified@150°CCaseTemperature•CurrentDeratingSpecified@BothCaseandAmbientTemperatures•EpoxyMeetsUL94,VO@1/8″•HighTemperatureGlassPassivatedJunctionMechanicalCharacteristics:•Case:Epoxy,Molded•Weight:4.3grams(approximately)•Finish:AllExternalSurfacesCorrosionResistantandTerminalLeadsareReadilySolderable•LeadTemperatureforSolderingPurposes:260°CMax.for10Seconds•Shipped30unitsperplastictube•Marking:U3020,U3040,U3060MAXIMUMRATINGSPleaseSeetheTableontheFollowingPageDevicePackageShippingORDERINGINFORMATIONMUR3020PTSOT–93–218ACCASE340DSTYLE230Units/Rail241ULTRAFASTRECTIFIERS30AMPERES200–600VOLTS13243MARKINGDIAGRAMAYWWU30x0MUR3040PTSOT–9330Units/RailMUR3060PTSOT–9330Units/RailA=AssemblyLocationY=YearWW=WorkWeekU30x0=DeviceCodex=2,4or6MUR3020PT,MUR3040PT,MUR3060PT(PerLeg)RatingSymbolMUR3020PTMUR3040PTMUR3060PTUnitPeakRepetitiveReverseVoltageWorkingPeakReverseVoltageDCBlockingVoltageVRRMVRWMVR200400600VoltsAverageRectifiedForwardCurrent(RatedVR)PerLegPerDeviceIF(AV)15@TC=150°C30@TC=150°C15@TC=30145°CAmpsPeakRectifiedForwardCurrent,PerLeg(RatedVR,SquareWave,20kHz,TC=150°C)IFRM30@TC=150°C30@TC=145°CAmpsNonrepetitivePeakSurgeCurrent(Surgeappliedatratedloadconditions,halfwave,singlephase,60Hz)PerLegIFSM200150AmpsOperatingJunctionandStorageTemperatureTJ,Tstg–65to+175°CTHERMALCHARACTERISTICS(PerDiodeLeg)MaximumThermalResistance—JunctiontoCase—JunctiontoAmbientRθJCRθJA1.540°C/WELECTRICALCHARACTERISTICS(PerDiodeLeg)MaximumInstantaneousForwardVoltage(Note1.)(IF=15Amp,TC=150°C)(IF=15Amp,TC=25°C)VF0.851.051.121.251.21.5VoltsMaximumInstantaneousReverseCurrent(Note1.)(RatedDCVoltage,TJ=150°C)(RatedDCVoltage,TJ=25°C)iR50010100010μAMaximumReverseRecoveryTime(iF=1.0Amp,di/dt=50Amps/μs)trr3560ns1.PulseTest:PulseWidth=300μs,DutyCycle≤2.0%.MUR3020PT,MUR3040PT,MUR3060PT(AMPS)0.20.40.60.811.21.41.6vF,INSTANTANEOUSVOLTAGE(VOLTS)Figure1.TypicalForwardVoltage(PerLeg)TJ=150°C100°C25°C1000.010.020.050.10.20.5125102050020406080100120140160180200IR,REVERSECURRENT(A)μVR,REVERSEVOLTAGE(VOLTS)Figure2.TypicalReverseCurrent(PerLeg)TJ=150°C100°C25°C1614121086420140150160170180IF(AV),AVERAGEFORWARDCURRENT(AMPS)TC,CASETEMPERATURE(
C)Figure3.CurrentDerating,Case(PerLeg)SQUAREWAVERATEDVOLTAGEAPPLIEDdc14121086420020406080100120140160180200TA,AMBIENTTEMPERATURE(
C)Figure4.CurrentDerating,Ambient(PerLeg)PF(AV),AVERAGEPOWERDISSIPATION(WATTS)16141210864200IF(AV),AVERAGEFORWARDCURRENT(AMPS)Figure5.PowerDissipation(PerLeg)246810121416R
JA=15
C/WASOBTAINEDUSINGASMALLFINNEDHEATSINK.dcSQUAREWAVEdcR
JA=40
C/WASOBTAINEDINFREEAIRWITHNOHEATSINK.SQUAREWAVETJ=125°CSQUAREWAVE2010dc(RESISTIVELOAD)IPKIAV=π(CAPACITIVELOAD)IPKIAV=5IF(AV),AVERAGEFORWARDCURRENT(AMPS)MUR3020PT,MUR3040PT,MUR3060PT(AMPS)0.20.40.60.811.21.41.6vF,INSTANTANEOUSVOLTAGE(VOLTS)Figure6.TypicalForwardVoltage(PerLeg)1000.010.020.050.10.20.5125102050050100150200250300350400450500IR,REVERSECURRENT(A)μVR,REVERSEVOLTAGE(VOLTS)Figure7.TypicalReverseCurrent(PerLeg)1614121086420140150160170180IF(AV),AVERAGEFORWARDCURRENT(AMPS)TC,CASETEMPERATURE(
C)Figure8.CurrentDerating,Case(PerLeg)dc141210864200120140160180200TA,AMBIENTTEMPERATURE(
C)Figure9.CurrentDerating,Ambient(PerLeg)PF(AV),AVERAGEPOWERDISSIPATION(WATTS)16141210864200IF(AV),AVERAGEFORWARDCURRENT(AMPS)Figure10.PowerDissipation(PerLeg)24681012141620dcIF(AV),AVERAGEFORWARDCURRENT(AMPS)TJ=150°C100°C25°CTJ=150°C100°C25°CSQUAREWAVERATEDVOLTAGEAPPLIEDR
JA=15
C/WASOBTAINEDUSINGASMALLFINNEDHEATSINK.SQUAREWAVEdcdcR
JA=40
C/WASOBTAINEDINFREEAIRWITHNOHEATSINK.SQUAREWAVE20406080100(RESISTIVE-INDUCTIVELOAD)IPKIAV=πTJ=125°CSQUAREWAVE10(CAPACITIVELOAD)IPKIAV=5MUR3020PT,MUR3040PT,MUR3060PT(AMPS)0.20.40.60.811.21.41.6vF,INSTANTANEOUSVOLTAGE(VOLTS)Figure11.TypicalForwardVoltage(PerLeg)1000.020.050.10.20.5125102050150IR,REVERSECURRENT(A)μVR,REVERSEVOLTAGE(VOLTS)Figure12.TypicalReverseCurrent(PerLeg)1614121086420140150160170180IF(AV),AVERAGEFORWARDCURRENT(AMPS)TC,CASETEMPERATURE(
C)Figure13.CurrentDerating,Case(PerLeg)dc1090120140160180200TA,AMBIENTTEMPERATURE(
C)Figure14.CurrentDerating,Ambient(PerLeg)PF(AV),AVERAGEPOWERDISSIPATION(WATTS)16141210864200IF(AV),AVERAGEFORWARDCURRENT(AMPS)Figure15.PowerDissipation(PerLeg)246810121416dcIF(AV),AVERAGEFORWARDCURRENT(AMPS)100°C25°CTJ=150°C20025030035040045050055060065025°C100°CTJ=150°CSQUAREWAVERATEDVOLTAGEAPPLIEDdcR
JA=60
C/WASOBTA