DE475-102N20A

DE475-102N20A IXYS | Alldatasheet

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VDSS A =C 1000CVC ID25 A =C 20CAC RDS(on)A ≤C 0.6CΩΩ ΩΩ C PDCA =C 1800WC SymbolC TestCConditionsC MaximumCRatingsCC V DSS A TJA=A25°CAtoA150°CAA 1000A VA VDGR A TJA=A25°CAtoA150°C;AR GS A=A1AM Ω AA 1000A V VGS A ContinuousA ±20A VA VGSM A TransientA ±30A VA ID25 A TcA=A25°CAA 20A AA IDM A TcA=A25°C,ApulseAwidthAlimitedAbyAT JM AA 120A AA IAR A TcA=A25°CAA 20A AA EAR A TcA=A25°CAA 30A mJA C dv/dtCC ISA≤ IDM ,Adi/dtA≤ A100A/µs,AV DD A≤AV DSS ,AA TjA≤A150°C,AR GA=A0.2 Ω AA 5A V/nsA ISA=A0A >200A V/nsA PDHS A TcA=A25°CA DerateA4.4W/°CAaboveA25°CA 730A WA PDAMB A TcA=A25°CAA 4.5A WA RthJHS A A 0.20A C/WA PDC A A 1800A WA RthJC A A 0.08A C/WA SymbolC TestCConditions CharacteristicCValues A TJA=A25°CAunlessAotherwiseAspecifiedAA A A min.C typ.C max.C A VDSS A VGS A=A0AV,AIDA=A3AmaA 1000A A A VA VGS(th) A VDS A=AV GS ,AIDA=A250AµaA 3.0A 3.6A 5.0A VA IGSS A VGS A=A±20AV DC ,AV DS A=A0A A A ±100A nAA IDSS A VDS A=A0.8AV DSS AT JA=A25°CAA VGS A=A0AAAAAAAAAAAAT JA=A125°CAA A A 50A µAA mAA RDS(on) A A 0.6A Ω A gfs A VDS A=A15AV,AIDA=A0.5ID25 ,ApulseAtestA 6A 9A A SA VGS A=A15AV,AIDA=A0.5ID25 A PulseAtest,AtA≤A300 µS,AdutyAcycleAdA≤A2%AA TJAA A j55A A +150A °CAAA TJMAA A A 150A A °CAAAA TstgAA A j55A A +150A °CAAAA TLAA 1.6mmA(0.063Ain)AfromAcaseAforA10AsA A 300A A °CAAAAA WeightA A A 3A A gA FeaturesC

• IsolatedASubstrateA − highAisolationAvoltageA(>2500V)A − excellentAthermalAtransferA − IncreasedAtemperatureAandApowerA cyclingAcapabilityAAA
• IXYSAadvancedAlowAQ gAprocessA
• LowAgateAchargeAandAcapacitancesA − easierAtoAdriveA − fasterAswitchingA
• LowAR DS(on) A
• VeryAlowAinsertionAinductanceA(<2nH)A
• NoAberylliumAoxideA(BeO)AorAotherA hazardousAmaterialsAA A AdvantagesC
• OptimizedAforARFAandAhighAspeedA switchingAatAfrequenciesAtoA30MHzA
• EasyAtoAmount—noAinsulatorsAneededA
• HighApowerAdensityA A NjChannelAEnhancementAModeA LowAQ gAandAR gA HighAdv/dtA NanosecondASwitchingA DRAIN SG1 SG2 GATE SD1 SD2

SymbolC TestCConditions CharacteristicCValues min.C typ.C max.C A RGA A C 0.3AC Ω A Ciss A A A 6200A A pFA Coss A VGS A=A0AV,AV DS A=A0.8AV DSS(max) ,AA fA=A1AMHzA A 185A A pFA Crss A A A 44A A pFA Cstray A BackAMetalAtoAanyAPinA A 46A A pFA Td(on) A A A 5A A nsA Ton A VGS A=A15AV,AV DS A=A0.8AV DSSAAA IDA=A0.5AIDM AA RGA=A0.2AΩ A(External)AA A 5A A nsA Td(off) A A 5A A nsA ToffA A A 8A A nsA Qg(on) A A A 145A A nCA Qgs A VGS A=A10AV,AV DS A=A0.5AV DSSAAA IDA=A0.5AID25 AA A 28A A nCA Qgd A A A 68A A nCA (TJA=A25°CAunlessAotherwiseAspecified )AAAA SourceQDrainCDiodeC CharacteristicCValues A (TJA=A25°CAunlessAotherwiseAspecified )AA SymbolA TestCConditions A min.C typ.C max.C A ISA VGS A=A0AVA A A 20A AA ISM A Repetitive;ApulseAwidthAlimitedAbyAT JMAA A 120A AA VSD A A 1.5A VA Trr A A A 200A A nsA IFA=AIS,AV GS A=A0AV,A PulseAtest,AtA≤A300Aµs,AdutyAcycleA≤A2%AA QRM A IFA=AIS,Ajdi/dtA=A100A/µs,AA VRA=A100VA A 0.6A A µCA IRM A A A 14A A AA IXYSARFAreservesAtheArightAtoAchangeAlimits,AtestAconditionsAandAdimensions.A IXYSARFAMOSFETSAareAcoveredAbyAoneAorAmoreAofAtheAfollowingAU.S.Apatents:A 4,835,592A 4,860,072A 4,881,106A 4,891,686A 4,931,844A 5 ,017,508A 5,034,796A 5,049,961A 5,063,307A 5,187,117A 5,237,481A 5 ,486,715A 5,381,025A 5,640,045A A A A A ForAdetailedAdeviceAmountingAandAinstallationAinstructions,AseeAtheA“ Device Installation & Mounting Instructions ”AtechnicalAnoteAonAtheA IXYSRFAwebAsiteAat;AA A http://www.ixysrf.com/pdf/switch_mode/appnotes/7de_series_mosfet_installation_instructions.pdfA CAUTION:AOperationAatAorAaboveAtheAMaximumARatingsAvaluesAmayAimpactAdeviceAreliabilityAorAcauseApermanentAdamageAtoAtheAdevice.A A InformationAinAthisAdocumentAisAbelievedAtoAbeAaccurateAandAreliable . IXYSRFAreservesAtheArightAtoAmakeAchangesAtoAinformationApubj lishedAinAthisAdocumentAatAanyAtimeAandAwithoutAnotice.A

VDS Cvs.CCapacitance 100 1000 10000 0 100 200 300 400 500 600 700 800 VDS AVoltageA(V) CapacitanceA(pF) TypicalCTransferCCharacteristics VDS C=C50V,CCPWC=C15µS 4 5 6 7 8 9 10 11 12 VGS ,AGatejtoASourceAVoltageA(V) ID,ADrainACurrentA(A) ExtendedCTypicalCOutputCCharacteristics 0 25 50 75 100 125 VDS ,ADrainjtojSourceAVoltageA(V) ID,ADrainACurrnetA(A) TypicalCOutputCCharacteristics 0 10 20 30 40 50 60 70 80 90 100 110 120 VDS ,ADrainjtojSourceAVoltageA(V) ID,ADrainACurrnetA(A) GateCChargeCvs.CGateQtoQSourceCVoltage VGS C=C500V,CIDC=C10A,CIgC=C4mA 0 50 100 150 200 250 GateAChargeA(nC) GatejtojSourceAVoltageA(V) CissA CossA CrssA Fig.A1A Fig.A2A Fig.A3A Fig.A5A Fig.A4A TopCCCCCCCCC 9Q10VC C 8VC C 7.5VC C C C 7VC C 6.5VC C 6VC BottomC 5.5VC TopCCCCCCCCC 8Q10VC C 7.5VC C 7VC C 6.5VC C 6VC C 5.5VC BottomC 5VC

Fig.A6APackageADrawingA DrainAGateA SourceA SourceA SourceA SourceA

2401AResearchABlvd.,ASuiteA108A FortACollins,ACOAAUSAA80526A 970j493j1901AFax:A970j493j1903A Email:Asales@ixyscolorado.comA Web:Ahttp://www.ixyscolorado.com A 102N20ACDEQSERIESCSPICECModelC TheADEjSERIESASPICEAModelAisAillustratedAinAFigureA7.ATheAmodelAisAanAexpansionAofAtheASPICEA levelA3AMOSFETAmodel.AItAincludesAtheAstrayAinductiveAtermsAL G,AL SAandAL D.ARdAisAtheAR DS(ON) AofAtheA device,ARdsAisAtheAresistiveAleakageAterm.ATheAoutputAcapacitance,AC OSS ,AandAreverseAtransferAcaj pacitance,AC RSS AareAmodeledAwithAreversedAbiasedAdiodes.AThisAprovidesAaAvaractorAtypeAresponseA necessaryAforAaAhighApowerAdeviceAmodel.ATheAturnAonAdelayAandAtheAturnAoffAdelayAareAadjustedA viaARonAandARoff.A A A A A A A A A FigureA7ADEjSERIESASPICEAModelA ThisASPICEAmodelAmayAbeAdownloadedAasAaAtextAfileAfromAtheAIXYSRFAwebAsiteAatAA http://www.ixysrf.com/products/switch_mode.htmlA http://www.ixysrf.com/spice/de475j102n20a.html A NetAList:A .SUBCKTA102N20AAAA10A20A30A *AATERMINALS:AADAAGAASA *AA1000AVoltAA20AAmpAA0.6AohmAANjChannelAPowerAMOSFETA *AAREV.AAA10j29j01A M1AAA1AA2AA3AA3AADMOSAL=1UAW=1UA RONAAA5AA6AA0.5A DONAAA6AA2AAD1A ROFAAA5AA7A.1A DOFAAA2AA7AAD1A D1CRSA2AA8AAD2A D2CRSA1AA8AAD2A CGSAAA2AA3AA6.2NA RDAAAA4AA1AA0.5A DCOSAA3AA1AAD3A RDSAAA1AA3AA5.0MEGA LSAAAA3AA30A.5NA LDAAA10AA4AA1NA LGAAA20AA5AA1NA .MODELADMOSANMOSA(LEVEL=3AVTO=3.0AKP=3.8)A .MODELAD1ADA(IS=.5FACJO=1PABV=100AM=.5AVJ=.6ATT=1N)A .MODELAD2ADA(IS=.5FACJO=400PABV=1000AM=.4AVJ=.6ATT=400NARS=10M)AA .MODELAD3ADA(IS=.5FACJO=900PABV=1000AM=.3AVJ=.4ATT=400NARS=10M)A .ENDS DocA#9200j0238ARevA6A ©A2009AIXYSARFAA