IRC830

Dynamicdv/dfRating

IRC830PBF

Dynamicdv/dfRating

IRF830

N-CHANNEL500V-1.35ohm-4.5A-TO-220PowerMESH]MOSFET

DESCRIPTION ThispowerMOSFETisdesignedusingthecompany’sconsolidatedstriplayout-basedMESHOVERLAY™process.Thistechnologymatchesandimprovestheperformancescomparedwithstandardpartsfromvarioussources. ■TYPICALRDS(on)=1.35Ω ■EXTREMELYHIGHdv/dtCAPABILITY ■1

IRF830

PowerMOStransistorAvalancheenergyrated

GENERALDESCRIPTION N-channel,enhancementmodefield-effectpowertransistor,intendedforuseinoff-lineswitchedmodepowersupplies,T.V.andcomputermonitorpowersupplies,d.c.tod.c.converters,motorcontrolcircuitsandgeneralpurposeswitchingapplications. FEATURES •Repe

IRF830

N-CHANNELENHANCEMENTMODE

PowerFieldEffectTransistor N−ChannelEnhancementMode •SiliconGateforFastSwitchingSpeeds •LowRDS(on)toMinimizeOn−Losses,SpecifiedatElevated Temperature •Rugged—SOAisPowerDissipationLimited •Source−to−DrainDiodeCharacterizedforUsewithInductiveLoads

IRF830

N-ChannelPowerMOSFETs,4.5A,450V/500V

Description Thesedevicesaren-channel,enhancementmode,powerMOSFETsdesignedespeciallyforhighvoltage,highspaedapplications,suchasoff-lineswitchingpowersupplies,UPS,ACandDCmotorcontrols,relayandsolenoiddrivers. •VGSRatedat±20V •SiliconGateforFastSwitchi

IRF830

4.5A,500V,1.500Ohm,N-ChannelPowerMOSFET

ThisN-ChannelenhancementmodesilicongatepowerfieldeffecttransistorisanadvancedpowerMOSFETdesigned,tested,andguaranteedtowithstandaspecifiedlevelofenergyinthebreakdownavalanchemodeofoperation.AllofthesepowerMOSFETsaredesignedforapplicationssuchasswitching

IRF830

POWERMOSFET

IRF830

PowerMOSFET

DESCRIPTION ThirdgenerationPowerMOSFETsfromVishayprovidethedesignerwiththebestcombinationoffastswitching,ruggedizeddevicedesign,lowon-resistanceandcost-effectiveness.TheTO-220packageisuniversallypreferredforallcommercial-industrialapplicationsatpowerdissipatio

IRF830

POWERMOSFET

GENERALDESCRIPTION ThisPowerMOSFETisdesignedforlowvoltage,highspeedpowerswitchingapplicationssuchasswitchingregulators,conveters,solenoidandrelaydrivers. FEATURES HigherCurrentRating LowerrDS(ON),LowerCapacitances LowerTotalGateCharge TighterVSD