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SemiconductorComponentsIndustries,LLC,21f20;BACKGROUND-COLOR:#4ae2f7">015October,21f20;BACKGROUND-COLOR:#4ae2f7">017Rev.
51PublicationOrderNumber:TS391/DTS391,NCV391LowPowerSingleVoltageComparatorDescriptionTheTS391isanopencollector,lowpowervoltagecomparatordesignedspecificallytooperatefromasinglesupplyoverawiderangeofvoltages.
Operationfromsplitpowersuppliesisalsopossible.
Thiscomparatoralsohasauniquecharacteristicinthattheinputcommonmodevoltagerangeincludesground,eventhoughoperatedfromasinglepowersupplyvoltage.
FeaturesWideSingleSupplyVoltageRangeorDualSuppliesLowSupplyCurrent(1f20;BACKGROUND-COLOR:#4ae2f7">0.
5mA)IndependentofSupplyVoltage(1mW/Comparatorat+5V)LowInputBiasCurrent:25nATYPLowInputOffsetCurrent:±5nATYPLowInputOffsetVoltage:±1mVTYPInputCommonModeVoltageRangeincludesGroundLowOutputSaturationVoltage:251f20;BACKGROUND-COLOR:#4ae2f7">0mVTYPatIO=4mADifferentialInputVoltageRangeEqualtotheSupplyVoltageTTL,DTL,ECL,CMOSCompatibleDevicesTheseDevicesarePbFree,HalogenFree/BFRFreeandareRoHSCompliantNCVPrefixforAutomotiveandOtherApplicationsRequiringUniqueSiteandControlChangeRequirements;AECQ11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0QualifiedandPPAPCapableVEEVEEVCCIN+INVEEVoutwww.
onsemi.
com15TSOP5SNSUFFIXCASE483391=SpecificDeviceCodeA=AssemblyLocationY=YearW=WorkWeekG=PbFreePackage15391AYWGGAnalog(Note:Microdotmaybeineitherlocation)DevicePackageShippingORDERINGINFORMATIONTS391SN2T1GTSOP5(PbFree)31f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0/Tape&ReelMARKINGDIAGRAM12354IN+VCCOUTVEEINPINCONNECTIONSForinformationontapeandreelspecifications,includingpartorientationandtapesizes,pleaserefertoourTapeandReelPackagingSpecificationBrochure,BRD81f20;BACKGROUND-COLOR:#4ae2f7">011/D.
NCV391SN2T1G*TSOP5(PbFree)31f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0/Tape&Reel*NCVPrefixforAutomotiveandOtherApplicationsRequiringUniqueSiteandControlChangeRequire-ments;AECQ11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0QualifiedandPPAPCapableTS391,NCV391www.
onsemi.
com2Table1.
ABSOLUTEMAXIMUMRATINGS(Overoperatingfreeairtemperature,unlessotherwisestated)ParameterSymbolLimitUnitSupplyVoltage(VCCVEE)VS36VINPUTANDOUTPUTPINSInputVoltageVIN1f20;BACKGROUND-COLOR:#4ae2f7">0.
3to36VDifferentialInputVoltageVID±36VOutputShortCircuitCurrent(Note1)ISC21f20;BACKGROUND-COLOR:#4ae2f7">0mATEMPERATUREStorageTemperatureTSTG65to+151f20;BACKGROUND-COLOR:#4ae2f7">0°CJunctionTemperatureTJ+151f20;BACKGROUND-COLOR:#4ae2f7">0°CESDRATINGSHumanBodyModelHBM151f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0VChargedDeviceModelCDM21f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0VMachineModelMM21f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0VStressesexceedingthoselistedintheMaximumRatingstablemaydamagethedevice.
Ifanyoftheselimitsareexceeded,devicefunctionalityshouldnotbeassumed,damagemayoccurandreliabilitymaybeaffected.
1.
ShortcircuitsfromtheoutputtoVCCcancauseexcessiveheatingandpotentialdestruction.
ThemaximumshortcircuitcurrentisindependentofthemagnitudeofVCC.
Table2.
THERMALINFORMATION(Note2)ThermalMetricSymbolLimitUnitJunctiontoAmbient–SOIC8qJA238°C/W2.
Shortcircuitscancauseexcessiveheatinganddestructivedissipation.
Thesevaluesaretypical.
Table3.
OPERATINGCONDITIONSParameterSymbolLimitUnitOperatingSupplyVoltageVS2to36VSpecifiedOperatingRangeTA41f20;BACKGROUND-COLOR:#4ae2f7">0to+125°CFunctionaloperationabovethestresseslistedintheRecommendedOperatingRangesisnotimplied.
ExtendedexposuretostressesbeyondtheRecommendedOperatingRangeslimitsmayaffectdevicereliability.
TS391,NCV391www.
onsemi.
com3Table4.
ELECTRICALCHARACTERISTICS(Vs=+5.
1f20;BACKGROUND-COLOR:#4ae2f7">0V,AtTA=+25°C)Boldfacelimitsapplyoverthespecifiedtemperaturerange,TA=–41f20;BACKGROUND-COLOR:#4ae2f7">0°Cto+125°C.
ParameterSymbolTestConditionsMinTypMaxUnitINPUTCHARACTERISTICSOffsetVoltageVOSVo=1.
4V,RS=1f20;BACKGROUND-COLOR:#4ae2f7">0W,VS=5Vto31f20;BACKGROUND-COLOR:#4ae2f7">0VVCM=1f20;BACKGROUND-COLOR:#4ae2f7">0toVCC1.
5V15mVVCM=1f20;BACKGROUND-COLOR:#4ae2f7">0toVCC2V9mVInputBiasCurrentIIB25251f20;BACKGROUND-COLOR:#4ae2f7">0nA41f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0nAInputOffsetCurrentIOS551f20;BACKGROUND-COLOR:#4ae2f7">0nA151f20;BACKGROUND-COLOR:#4ae2f7">0nAInputCommonModeRange(Note3)VICR1f20;BACKGROUND-COLOR:#4ae2f7">0VCC–1.
5V1f20;BACKGROUND-COLOR:#4ae2f7">0VCC–2VDifferentialInputVoltage(Note4)VIDVCCVOUTPUTCHARACTERISTICSOutputVoltageLowVOLVID=1V,IO=4mA251f20;BACKGROUND-COLOR:#4ae2f7">041f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV71f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mVOutputSinkCurrentIOVID=1,VO=1.
5V616mAOutputLeakageCurrentIOHVID=1V,VCC=VO=5V1f20;BACKGROUND-COLOR:#4ae2f7">0.
1nAVID=1V,VCC=VO=31f20;BACKGROUND-COLOR:#4ae2f7">0V1mADYNAMICPERFORMANCEOpenLoopVoltageGainAVOLVCC=15V,RPU=15kW9411f20;BACKGROUND-COLOR:#4ae2f7">06dBPropagationDelayLHtPLH5mVoverdrive,RPU=5.
1kW851f20;BACKGROUND-COLOR:#4ae2f7">0ns21f20;BACKGROUND-COLOR:#4ae2f7">0mVoverdrive,RPU=5.
1kW491f20;BACKGROUND-COLOR:#4ae2f7">0ns11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mVoverdrive,RPU=5.
1kW31f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0nsTTLInput,Vref=+1.
4V,RPU=5.
1kW221f20;BACKGROUND-COLOR:#4ae2f7">0nsPropagationDelayHLtPHL5mVoverdrive,RPU=5.
1kW621f20;BACKGROUND-COLOR:#4ae2f7">0ns21f20;BACKGROUND-COLOR:#4ae2f7">0mVoverdrive,RPU=5.
1kW41f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0ns11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mVoverdrive,RPU=5.
1kW251f20;BACKGROUND-COLOR:#4ae2f7">0nsTTLInput,Vref=+1.
4V,RPU=5.
1kW351f20;BACKGROUND-COLOR:#4ae2f7">0nsPOWERSUPPLYQuiescentCurrentICCVCC=5V1f20;BACKGROUND-COLOR:#4ae2f7">0.
5mAVCC=31f20;BACKGROUND-COLOR:#4ae2f7">0V1f20;BACKGROUND-COLOR:#4ae2f7">0.
51.
25mAProductparametricperformanceisindicatedintheElectricalCharacteristicsforthelistedtestconditions,unlessotherwisenoted.
ProductperformancemaynotbeindicatedbytheElectricalCharacteristicsifoperatedunderdifferentconditions.
3.
Theinputcommonmodevoltageofeitherinputsignalshouldnotbeallowedtogonegativebymorethan1f20;BACKGROUND-COLOR:#4ae2f7">0.
3V.
TheupperendofthecommonmodevoltagerangeisVCC–1.
5V,buteitherorbothinputscangoto+31f20;BACKGROUND-COLOR:#4ae2f7">0Vwithoutdamage.
4.
Positiveexcursionsoftheinputvoltagemayexceedthepowersupplylevel.
Aslongastheothervoltageremainswithinthecommonmoderange,thecomparatorwillprovideaproperoutputstage.
Thelowinputvoltagestatemustnotbelessthan1f20;BACKGROUND-COLOR:#4ae2f7">0.
3Vbelowthenegativesupplyrail.
TS391,NCV391www.
onsemi.
com4TYPICALCHARACTERISTICSFigure1.
SupplyCurrentvs.
SupplyVoltageFigure2.
InputBiasCurrentvs.
VCCSUPPLYVOLTAGE(V)VCC(V)3531f20;BACKGROUND-COLOR:#4ae2f7">02521f20;BACKGROUND-COLOR:#4ae2f7">01511f20;BACKGROUND-COLOR:#4ae2f7">051f20;BACKGROUND-COLOR:#4ae2f7">021f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">031f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">041f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">051f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">071f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">081f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">091f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">03531f20;BACKGROUND-COLOR:#4ae2f7">02521f20;BACKGROUND-COLOR:#4ae2f7">01511f20;BACKGROUND-COLOR:#4ae2f7">051f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">021f20;BACKGROUND-COLOR:#4ae2f7">031f20;BACKGROUND-COLOR:#4ae2f7">0Figure3.
LowLevelOutputVoltagevs.
OutputCurrentFigure4.
PropagationDelayLHvs.
OverdriveLOWLEVELOUTPUTCURRENT(mA)TIME(21f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0ns/div)11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
11f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
1111f20;BACKGROUND-COLOR:#4ae2f7">0Figure5.
PropagationDelayHLvs.
OverdriveSUPPLYCURRENT(mA)INPUTBIASCURRENT(nA)LOWLEVELOUTPUTVOLTAGE(V)INPUTVOLTAGE(11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV/div)41f20;BACKGROUND-COLOR:#4ae2f7">061f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">055°C1f20;BACKGROUND-COLOR:#4ae2f7">0°C25°C71f20;BACKGROUND-COLOR:#4ae2f7">0°C125°C41f20;BACKGROUND-COLOR:#4ae2f7">055°C1f20;BACKGROUND-COLOR:#4ae2f7">0°C25°C71f20;BACKGROUND-COLOR:#4ae2f7">0°C125°CVIN=1f20;BACKGROUND-COLOR:#4ae2f7">0V55°C25°C125°COUTPUTVOLTAGE(51f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV/div)VS=5VRPU=5.
1kWCL=21f20;BACKGROUND-COLOR:#4ae2f7">0pFTA=25°CInput11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV21f20;BACKGROUND-COLOR:#4ae2f7">0mV5mVTIME(11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0ns/div)INPUTVOLTAGE(11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV/div)OUTPUTVOLTAGE(51f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV/div)VS=5VRPU=5.
1kWCL=21f20;BACKGROUND-COLOR:#4ae2f7">0pFTA=25°CInput11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV21f20;BACKGROUND-COLOR:#4ae2f7">0mV5mVTS391,NCV391www.
onsemi.
com5PACKAGEDIMENSIONSTSOP5CASE483ISSUEM1f20;BACKGROUND-COLOR:#4ae2f7">0.
71f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">0281.
1f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">039ǒmminchesSCALE11f20;BACKGROUND-COLOR:#4ae2f7">0:11f20;BACKGROUND-COLOR:#4ae2f7">0.
951f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">0372.
41f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">0941.
91f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">074*ForadditionalinformationonourPbFreestrategyandsolderingdetails,pleasedownloadtheONSemiconductorSolderingandMountingTechniquesReferenceManual,SOLDERRM/D.
SOLDERINGFOOTPRINT*NOTES:1.
DIMENSIONINGANDTOLERANCINGPERASMEY14.
5M,1994.
2.
CONTROLLINGDIMENSION:MILLIMETERS.
3.
MAXIMUMLEADTHICKNESSINCLUDESLEADFINISHTHICKNESS.
MINIMUMLEADTHICKNESSISTHEMINIMUMTHICKNESSOFBASEMATERIAL.
4.
DIMENSIONSAANDBDONOTINCLUDEMOLDFLASH,PROTRUSIONS,ORGATEBURRS.
MOLDFLASH,PROTRUSIONS,ORGATEBURRSSHALLNOTEXCEED1f20;BACKGROUND-COLOR:#4ae2f7">0.
15PERSIDE.
DIMENSIONA.
5.
OPTIONALCONSTRUCTION:ANADDITIONALTRIMMEDLEADISALLOWEDINTHISLOCATION.
TRIMMEDLEADNOTTOEXTENDMORETHAN1f20;BACKGROUND-COLOR:#4ae2f7">0.
2FROMBODY.
DIMMINMAXMILLIMETERSABC1f20;BACKGROUND-COLOR:#4ae2f7">0.
91f20;BACKGROUND-COLOR:#4ae2f7">01.
11f20;BACKGROUND-COLOR:#4ae2f7">0D1f20;BACKGROUND-COLOR:#4ae2f7">0.
251f20;BACKGROUND-COLOR:#4ae2f7">0.
51f20;BACKGROUND-COLOR:#4ae2f7">0G1f20;BACKGROUND-COLOR:#4ae2f7">0.
95BSCH1f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
11f20;BACKGROUND-COLOR:#4ae2f7">0J1f20;BACKGROUND-COLOR:#4ae2f7">0.
11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0.
26K1f20;BACKGROUND-COLOR:#4ae2f7">0.
21f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0.
61f20;BACKGROUND-COLOR:#4ae2f7">0M1f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0S2.
51f20;BACKGROUND-COLOR:#4ae2f7">03.
1f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">012354SAGBDHCJ__1f20;BACKGROUND-COLOR:#4ae2f7">0.
21f20;BACKGROUND-COLOR:#4ae2f7">05XCABT1f20;BACKGROUND-COLOR:#4ae2f7">0.
11f20;BACKGROUND-COLOR:#4ae2f7">02X2XT1f20;BACKGROUND-COLOR:#4ae2f7">0.
21f20;BACKGROUND-COLOR:#4ae2f7">0NOTE5CSEATINGPLANE1f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">05KMDETAILZDETAILZTOPVIEWSIDEVIEWABENDVIEW1.
351.
652.
853.
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51PublicationOrderNumber:TS391/DTS391,NCV391LowPowerSingleVoltageComparatorDescriptionTheTS391isanopencollector,lowpowervoltagecomparatordesignedspecificallytooperatefromasinglesupplyoverawiderangeofvoltages.
Operationfromsplitpowersuppliesisalsopossible.
Thiscomparatoralsohasauniquecharacteristicinthattheinputcommonmodevoltagerangeincludesground,eventhoughoperatedfromasinglepowersupplyvoltage.
FeaturesWideSingleSupplyVoltageRangeorDualSuppliesLowSupplyCurrent(1f20;BACKGROUND-COLOR:#4ae2f7">0.
5mA)IndependentofSupplyVoltage(1mW/Comparatorat+5V)LowInputBiasCurrent:25nATYPLowInputOffsetCurrent:±5nATYPLowInputOffsetVoltage:±1mVTYPInputCommonModeVoltageRangeincludesGroundLowOutputSaturationVoltage:251f20;BACKGROUND-COLOR:#4ae2f7">0mVTYPatIO=4mADifferentialInputVoltageRangeEqualtotheSupplyVoltageTTL,DTL,ECL,CMOSCompatibleDevicesTheseDevicesarePbFree,HalogenFree/BFRFreeandareRoHSCompliantNCVPrefixforAutomotiveandOtherApplicationsRequiringUniqueSiteandControlChangeRequirements;AECQ11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0QualifiedandPPAPCapableVEEVEEVCCIN+INVEEVoutwww.
onsemi.
com15TSOP5SNSUFFIXCASE483391=SpecificDeviceCodeA=AssemblyLocationY=YearW=WorkWeekG=PbFreePackage15391AYWGGAnalog(Note:Microdotmaybeineitherlocation)DevicePackageShippingORDERINGINFORMATIONTS391SN2T1GTSOP5(PbFree)31f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0/Tape&ReelMARKINGDIAGRAM12354IN+VCCOUTVEEINPINCONNECTIONSForinformationontapeandreelspecifications,includingpartorientationandtapesizes,pleaserefertoourTapeandReelPackagingSpecificationBrochure,BRD81f20;BACKGROUND-COLOR:#4ae2f7">011/D.
NCV391SN2T1G*TSOP5(PbFree)31f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0/Tape&Reel*NCVPrefixforAutomotiveandOtherApplicationsRequiringUniqueSiteandControlChangeRequire-ments;AECQ11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0QualifiedandPPAPCapableTS391,NCV391www.
onsemi.
com2Table1.
ABSOLUTEMAXIMUMRATINGS(Overoperatingfreeairtemperature,unlessotherwisestated)ParameterSymbolLimitUnitSupplyVoltage(VCCVEE)VS36VINPUTANDOUTPUTPINSInputVoltageVIN1f20;BACKGROUND-COLOR:#4ae2f7">0.
3to36VDifferentialInputVoltageVID±36VOutputShortCircuitCurrent(Note1)ISC21f20;BACKGROUND-COLOR:#4ae2f7">0mATEMPERATUREStorageTemperatureTSTG65to+151f20;BACKGROUND-COLOR:#4ae2f7">0°CJunctionTemperatureTJ+151f20;BACKGROUND-COLOR:#4ae2f7">0°CESDRATINGSHumanBodyModelHBM151f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0VChargedDeviceModelCDM21f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0VMachineModelMM21f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0VStressesexceedingthoselistedintheMaximumRatingstablemaydamagethedevice.
Ifanyoftheselimitsareexceeded,devicefunctionalityshouldnotbeassumed,damagemayoccurandreliabilitymaybeaffected.
1.
ShortcircuitsfromtheoutputtoVCCcancauseexcessiveheatingandpotentialdestruction.
ThemaximumshortcircuitcurrentisindependentofthemagnitudeofVCC.
Table2.
THERMALINFORMATION(Note2)ThermalMetricSymbolLimitUnitJunctiontoAmbient–SOIC8qJA238°C/W2.
Shortcircuitscancauseexcessiveheatinganddestructivedissipation.
Thesevaluesaretypical.
Table3.
OPERATINGCONDITIONSParameterSymbolLimitUnitOperatingSupplyVoltageVS2to36VSpecifiedOperatingRangeTA41f20;BACKGROUND-COLOR:#4ae2f7">0to+125°CFunctionaloperationabovethestresseslistedintheRecommendedOperatingRangesisnotimplied.
ExtendedexposuretostressesbeyondtheRecommendedOperatingRangeslimitsmayaffectdevicereliability.
TS391,NCV391www.
onsemi.
com3Table4.
ELECTRICALCHARACTERISTICS(Vs=+5.
1f20;BACKGROUND-COLOR:#4ae2f7">0V,AtTA=+25°C)Boldfacelimitsapplyoverthespecifiedtemperaturerange,TA=–41f20;BACKGROUND-COLOR:#4ae2f7">0°Cto+125°C.
ParameterSymbolTestConditionsMinTypMaxUnitINPUTCHARACTERISTICSOffsetVoltageVOSVo=1.
4V,RS=1f20;BACKGROUND-COLOR:#4ae2f7">0W,VS=5Vto31f20;BACKGROUND-COLOR:#4ae2f7">0VVCM=1f20;BACKGROUND-COLOR:#4ae2f7">0toVCC1.
5V15mVVCM=1f20;BACKGROUND-COLOR:#4ae2f7">0toVCC2V9mVInputBiasCurrentIIB25251f20;BACKGROUND-COLOR:#4ae2f7">0nA41f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0nAInputOffsetCurrentIOS551f20;BACKGROUND-COLOR:#4ae2f7">0nA151f20;BACKGROUND-COLOR:#4ae2f7">0nAInputCommonModeRange(Note3)VICR1f20;BACKGROUND-COLOR:#4ae2f7">0VCC–1.
5V1f20;BACKGROUND-COLOR:#4ae2f7">0VCC–2VDifferentialInputVoltage(Note4)VIDVCCVOUTPUTCHARACTERISTICSOutputVoltageLowVOLVID=1V,IO=4mA251f20;BACKGROUND-COLOR:#4ae2f7">041f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV71f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mVOutputSinkCurrentIOVID=1,VO=1.
5V616mAOutputLeakageCurrentIOHVID=1V,VCC=VO=5V1f20;BACKGROUND-COLOR:#4ae2f7">0.
1nAVID=1V,VCC=VO=31f20;BACKGROUND-COLOR:#4ae2f7">0V1mADYNAMICPERFORMANCEOpenLoopVoltageGainAVOLVCC=15V,RPU=15kW9411f20;BACKGROUND-COLOR:#4ae2f7">06dBPropagationDelayLHtPLH5mVoverdrive,RPU=5.
1kW851f20;BACKGROUND-COLOR:#4ae2f7">0ns21f20;BACKGROUND-COLOR:#4ae2f7">0mVoverdrive,RPU=5.
1kW491f20;BACKGROUND-COLOR:#4ae2f7">0ns11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mVoverdrive,RPU=5.
1kW31f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0nsTTLInput,Vref=+1.
4V,RPU=5.
1kW221f20;BACKGROUND-COLOR:#4ae2f7">0nsPropagationDelayHLtPHL5mVoverdrive,RPU=5.
1kW621f20;BACKGROUND-COLOR:#4ae2f7">0ns21f20;BACKGROUND-COLOR:#4ae2f7">0mVoverdrive,RPU=5.
1kW41f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0ns11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mVoverdrive,RPU=5.
1kW251f20;BACKGROUND-COLOR:#4ae2f7">0nsTTLInput,Vref=+1.
4V,RPU=5.
1kW351f20;BACKGROUND-COLOR:#4ae2f7">0nsPOWERSUPPLYQuiescentCurrentICCVCC=5V1f20;BACKGROUND-COLOR:#4ae2f7">0.
5mAVCC=31f20;BACKGROUND-COLOR:#4ae2f7">0V1f20;BACKGROUND-COLOR:#4ae2f7">0.
51.
25mAProductparametricperformanceisindicatedintheElectricalCharacteristicsforthelistedtestconditions,unlessotherwisenoted.
ProductperformancemaynotbeindicatedbytheElectricalCharacteristicsifoperatedunderdifferentconditions.
3.
Theinputcommonmodevoltageofeitherinputsignalshouldnotbeallowedtogonegativebymorethan1f20;BACKGROUND-COLOR:#4ae2f7">0.
3V.
TheupperendofthecommonmodevoltagerangeisVCC–1.
5V,buteitherorbothinputscangoto+31f20;BACKGROUND-COLOR:#4ae2f7">0Vwithoutdamage.
4.
Positiveexcursionsoftheinputvoltagemayexceedthepowersupplylevel.
Aslongastheothervoltageremainswithinthecommonmoderange,thecomparatorwillprovideaproperoutputstage.
Thelowinputvoltagestatemustnotbelessthan1f20;BACKGROUND-COLOR:#4ae2f7">0.
3Vbelowthenegativesupplyrail.
TS391,NCV391www.
onsemi.
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SupplyCurrentvs.
SupplyVoltageFigure2.
InputBiasCurrentvs.
VCCSUPPLYVOLTAGE(V)VCC(V)3531f20;BACKGROUND-COLOR:#4ae2f7">02521f20;BACKGROUND-COLOR:#4ae2f7">01511f20;BACKGROUND-COLOR:#4ae2f7">051f20;BACKGROUND-COLOR:#4ae2f7">021f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">031f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">041f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">051f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">071f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">081f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">091f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">03531f20;BACKGROUND-COLOR:#4ae2f7">02521f20;BACKGROUND-COLOR:#4ae2f7">01511f20;BACKGROUND-COLOR:#4ae2f7">051f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">021f20;BACKGROUND-COLOR:#4ae2f7">031f20;BACKGROUND-COLOR:#4ae2f7">0Figure3.
LowLevelOutputVoltagevs.
OutputCurrentFigure4.
PropagationDelayLHvs.
OverdriveLOWLEVELOUTPUTCURRENT(mA)TIME(21f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0ns/div)11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
11f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
1111f20;BACKGROUND-COLOR:#4ae2f7">0Figure5.
PropagationDelayHLvs.
OverdriveSUPPLYCURRENT(mA)INPUTBIASCURRENT(nA)LOWLEVELOUTPUTVOLTAGE(V)INPUTVOLTAGE(11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV/div)41f20;BACKGROUND-COLOR:#4ae2f7">061f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">055°C1f20;BACKGROUND-COLOR:#4ae2f7">0°C25°C71f20;BACKGROUND-COLOR:#4ae2f7">0°C125°C41f20;BACKGROUND-COLOR:#4ae2f7">055°C1f20;BACKGROUND-COLOR:#4ae2f7">0°C25°C71f20;BACKGROUND-COLOR:#4ae2f7">0°C125°CVIN=1f20;BACKGROUND-COLOR:#4ae2f7">0V55°C25°C125°COUTPUTVOLTAGE(51f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV/div)VS=5VRPU=5.
1kWCL=21f20;BACKGROUND-COLOR:#4ae2f7">0pFTA=25°CInput11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV21f20;BACKGROUND-COLOR:#4ae2f7">0mV5mVTIME(11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0ns/div)INPUTVOLTAGE(11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV/div)OUTPUTVOLTAGE(51f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV/div)VS=5VRPU=5.
1kWCL=21f20;BACKGROUND-COLOR:#4ae2f7">0pFTA=25°CInput11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0mV21f20;BACKGROUND-COLOR:#4ae2f7">0mV5mVTS391,NCV391www.
onsemi.
com5PACKAGEDIMENSIONSTSOP5CASE483ISSUEM1f20;BACKGROUND-COLOR:#4ae2f7">0.
71f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">0281.
1f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">039ǒmminchesSCALE11f20;BACKGROUND-COLOR:#4ae2f7">0:11f20;BACKGROUND-COLOR:#4ae2f7">0.
951f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">0372.
41f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">0941.
91f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">074*ForadditionalinformationonourPbFreestrategyandsolderingdetails,pleasedownloadtheONSemiconductorSolderingandMountingTechniquesReferenceManual,SOLDERRM/D.
SOLDERINGFOOTPRINT*NOTES:1.
DIMENSIONINGANDTOLERANCINGPERASMEY14.
5M,1994.
2.
CONTROLLINGDIMENSION:MILLIMETERS.
3.
MAXIMUMLEADTHICKNESSINCLUDESLEADFINISHTHICKNESS.
MINIMUMLEADTHICKNESSISTHEMINIMUMTHICKNESSOFBASEMATERIAL.
4.
DIMENSIONSAANDBDONOTINCLUDEMOLDFLASH,PROTRUSIONS,ORGATEBURRS.
MOLDFLASH,PROTRUSIONS,ORGATEBURRSSHALLNOTEXCEED1f20;BACKGROUND-COLOR:#4ae2f7">0.
15PERSIDE.
DIMENSIONA.
5.
OPTIONALCONSTRUCTION:ANADDITIONALTRIMMEDLEADISALLOWEDINTHISLOCATION.
TRIMMEDLEADNOTTOEXTENDMORETHAN1f20;BACKGROUND-COLOR:#4ae2f7">0.
2FROMBODY.
DIMMINMAXMILLIMETERSABC1f20;BACKGROUND-COLOR:#4ae2f7">0.
91f20;BACKGROUND-COLOR:#4ae2f7">01.
11f20;BACKGROUND-COLOR:#4ae2f7">0D1f20;BACKGROUND-COLOR:#4ae2f7">0.
251f20;BACKGROUND-COLOR:#4ae2f7">0.
51f20;BACKGROUND-COLOR:#4ae2f7">0G1f20;BACKGROUND-COLOR:#4ae2f7">0.
95BSCH1f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0.
11f20;BACKGROUND-COLOR:#4ae2f7">0J1f20;BACKGROUND-COLOR:#4ae2f7">0.
11f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0.
26K1f20;BACKGROUND-COLOR:#4ae2f7">0.
21f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">0.
61f20;BACKGROUND-COLOR:#4ae2f7">0M1f20;BACKGROUND-COLOR:#4ae2f7">011f20;BACKGROUND-COLOR:#4ae2f7">0S2.
51f20;BACKGROUND-COLOR:#4ae2f7">03.
1f20;BACKGROUND-COLOR:#4ae2f7">01f20;BACKGROUND-COLOR:#4ae2f7">012354SAGBDHCJ__1f20;BACKGROUND-COLOR:#4ae2f7">0.
21f20;BACKGROUND-COLOR:#4ae2f7">05XCABT1f20;BACKGROUND-COLOR:#4ae2f7">0.
11f20;BACKGROUND-COLOR:#4ae2f7">02X2XT1f20;BACKGROUND-COLOR:#4ae2f7">0.
21f20;BACKGROUND-COLOR:#4ae2f7">0NOTE5CSEATINGPLANE1f20;BACKGROUND-COLOR:#4ae2f7">0.
1f20;BACKGROUND-COLOR:#4ae2f7">05KMDETAILZDETAILZTOPVIEWSIDEVIEWABENDVIEW1.
351.
652.
853.
15ONSemiconductorandaretrademarksofSemiconductorComponentsIndustries,LLCdbaONSemiconductororitssubsidiariesintheUnitedStatesand/orothercountries.
ONSemiconductorownstherightstoanumberofpatents,trademarks,copyrights,tradesecrets,andotherintellectualproperty.
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pdf.
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ONSemiconductormakesnowarranty,representationorguaranteeregardingthesuitabilityofitsproductsforanyparticularpurpose,nordoesONSemiconductorassumeanyliabilityarisingoutoftheapplicationoruseofanyproductorcircuit,andspecificallydisclaimsanyandallliability,includingwithoutlimitationspecial,consequentialorincidentaldamages.
BuyerisresponsibleforitsproductsandapplicationsusingONSemiconductorproducts,includingcompliancewithalllaws,regulationsandsafetyrequirementsorstandards,regardlessofanysupportorapplicationsinformationprovidedbyONSemiconductor.
"Typical"parameterswhichmaybeprovidedinONSemiconductordatasheetsand/orspecificationscananddovaryindifferentapplicationsandactualperformancemayvaryovertime.
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