SI-3010KF

LowCurrentConsumption,LowDropoutVoltage

SI-3010KFE

LowCurrentConsumptionLowDropoutVoltageLinearRegulatorICs

■Features •Compactfull-moldpackage(equivalenttoTO220) •Outputcurrent:1.0A •Lowdropoutvoltage:VDIF≤0.5V(atIO=1.0A) •Highripplerejection:75dB •LowcircuitcurrentatoutputOFF:Iq(OFF)≤1µA •Built-inovercurrentandthermalprotectioncircuits ■Applications •Se

SI-3010KM

SurfaceMount,LowCurrentConsumption,LowDropoutVoltageLinearRegulatorICs

■Features •Compactsurfacemountpackage(TO252-5) •Outputcurrent:1.0A •Lowdropoutvoltage:VDIF≤0.6V(atIO=1.0 A) •Lowcurrentconsumption:Iq≤350µA (600µAforSI-3010KM/SI-3050KM/SI3090KM/SI-3120KM) •LowcircuitcurrentatoutputOFF:Iq(OFF)≤1 µA •Built-inovercu

SI-3010KM

SurfaceMountLowCurrentConsumptionLowDropoutVoltageLinearRegulatorICs

■Features •Compactsurfacemountpackage(TO252-5) •Outputcurrent:1.0A •Lowdropoutvoltage:VDIF≤0.6V(atIO=1.0A) •Lowcurrentconsumption:Iq≤350µA (600µAforSI-3010KM/SI-3050KM/SI-3090KM/SI-3120KM) •LowcircuitcurrentatoutputOFF:Iq(OFF)≤1µA •B

SI-3010KM

1A,Low-Dropout,1.0~16VRegulator

FEATURES ■1AOutputCurrent ■0.6VMaximumDropoutVoltageatIO=1A ■FastTransientResponse ■1µAMaximumStandbyCurrent ■Adjustable1.0~16VOutputVoltage ■RemoteVoltageSensing ■FoldbackCurrentLimiting ■OvervoltageProtection ■GroundTabforSuperiorHeatDissipatio

SI3010-KS

GLOBALSERIALINTERFACEDIRECTACCESSARRANGEMENT

SI-3010LLSL

1.5A,Ultra-Low-Dropout,1.1~3.3VRegulator

SI-3010LLSL

1.5A,Ultra-Low-Dropout,1~3.3VRegulator

Designedtomeetthehigh-currentrequirementsinindustrialandconsumerapplications;embeddedcore,memory,orlogicsupplies;TVs,VCRs,andofficeequipment,theSI-3010LLSLvoltageregulatoroffersthereduceddropoutvoltageandlowquiescentcurrentessentialforimprovedefficienc

SI-3010LLSL

Surface-Mount,LowCurrentConsumption,LowDropoutVoltage

SI-3010LLSL-TL

1.5A,Ultra-Low-Dropout,1~3.3VRegulator

Designedtomeetthehigh-currentrequirementsinindustrialandconsumerapplications;embeddedcore,memory,orlogicsupplies;TVs,VCRs,andofficeequipment,theSI-3010LLSLvoltageregulatoroffersthereduceddropoutvoltageandlowquiescentcurrentessentialforimprovedefficienc