IRF9530

P-CHANNELPOWERMOSFETS

FEATURES •LowRDS(on) •Improvedinductiveruggedness •Fsatswitchingtimes •Ruggedpolysilicongatecellstructure •Lowinputcapacitance •Extendedsafeoperatingarea •Improvedhightemperaturereliability

IRF9530

P-CHANNELPOWERMOSFETS

FEATURES •LowRDS(on) •Improvedinductiveruggedness •Fsatswitchingtimes •Ruggedpolysilicongatecellstructure •Lowinputcapacitance •Extendedsafeoperatingarea •Improvedhightemperaturereliability

IRF9530

12A,100V,0.300Ohm,P-ChannelPowerMOSFETs

12A,100V,0.300Ohm,P-ChannelPowerMOSFETs TheseareP-Channelenhancementmodesilicongatepowerfieldeffecttransistors.TheyareadvancedpowerMOSFETsdesigned,tested,andguaranteedtowithstandaspecifiedlevelofenergyinthebreakdownavalanchemodeofoperation.Allofthesepowe

IRF9530

TRANSISTORS

Features: ■P-ChannelVersatility ■CompactPlasticPackage ■FastSwitching ■LowDriveCurrent ■EaseofParalleling ■ExcellentTemperatureStability

IRF9530

P-ChannelMOSFET

■Features ●VDS(V)=-100V ●ID=-13A(VGS=-10V) ●RDS(ON)

IRF9530

SEMICONDUCTORS

IRF9530

PowerMOSFET

FEATURES •DynamicdV/dtrating •Repetitiveavalancherated •P-channel •175°Coperatingtemperature •Fastswitching •Easeofparalleling •Simpledriverequirements •Materialcategorization:fordefinitionsofcompliance pleaseseewww.vishay.com/doc?99912 Note *Thisdatasheetp

IRF9530

iscP-ChannelMosfetTransistor

FEATURES ·DrainCurrent:ID=-12A@TC=25℃ ·DrainSourceVoltage :VDSS=-100V(Min) ·StaticDrain-SourceOn-Resistance :RDS(on)=0.3Ω(Max)@VGS=-10V ·100avalanchetested ·MinimumLot-to-Lotvariationsforrobustdevice performanceandreliableoperation DESCRIPTION ·motordrive,D

IRF9530

12A,100V,0.300Ohm,P-ChannelPowerMOSFETs

Features •12A,100V •rDS(ON)=0.300W •SinglePulseAvalancheEnergyRated •SOAisPowerDissipationLimited •NanosecondSwitchingSpeeds •LinearTransferCharacteristics •HighInputImpedance •RelatedLiterature -TB334,“GuidelinesforSolderingSurfaceMount ComponentstoPCB

IRF9530N

PowerMOSFET(Vdss=-100V,Rds(on)=0.20ohm,Id=-14A)

VDSS=-100V RDS(on)=0.20Ω ID=-14A Description FifthGenerationHEXFETsfromInternationalRectifierutilizeadvancedprocessingtechniquestoachieveextremelylowon-resistancepersiliconarea.Thisbenefit,combinedwiththefastswitchingspeedandruggedizeddevicedesignt