395

SUBMINIATUREFUSES

395

CardEdgeConnectors0.100”(2.54mm)Pitch

Features: •0.100”(2.54mm)contactspacingx0.200”(5.08mm)rowspacing •Accepts0.062”(1.57mm)nominalthicknessP.C.board •Highprofileinsulatorbody,0.600”(15.24mm) •ContactterminationoptionsincludeP.C.tail,wirewrap,90degreebendsandextenderboardbends •Singleordua

395JE

CarbonCompositionMoldedOD/OFSeries(5Tol.)OASeries(10)

395PT

Voltageratingupto1600V

395PTAO

PHASECONTROLTHYRISTORS

395-SERIES

395SeriesCardEdgeConnector|Black|0.100(2.54mm)Pitch|0.200(5.08mm)RowSpacing|0.600(15.24mm)InsulatorHeight

Features .100(2.54mm)ContactSpacingx.200(5.08mm)RowSpacing Accepts.062(1.57mm)NominalThicknessP.C.Board HighProfileInsulatorBody,.600(15.24mm) ContactTerminationOptionsincludeP.C.Tail,WireWrap,90DegreeBendsandExtenderBoardBends SingleorDualRowCon

AD395

uPCompatibleMultiplyingQuad12-BitD/AConverter

PRODUCTDESCRIPTION TheAD394containsfour12-bit,high-speed,lowpower,voltageoutput,multiplyingdigital-to-analogconvertersinacompact28-pinhybridpackage.Thedesignisbasedonaproprietary,latched,12-bit,CMOSDACchip,whichreduceschipcountandprovideshighreliability.The

AD395JM

uPCompatibleMultiplyingQuad12-BitD/AConverter

PRODUCTDESCRIPTION TheAD394containsfour12-bit,high-speed,lowpower,voltageoutput,multiplyingdigital-to-analogconvertersinacompact28-pinhybridpackage.Thedesignisbasedonaproprietary,latched,12-bit,CMOSDACchip,whichreduceschipcountandprovideshighreliability.The

AD395KM

uPCompatibleMultiplyingQuad12-BitD/AConverter

PRODUCTDESCRIPTION TheAD394containsfour12-bit,high-speed,lowpower,voltageoutput,multiplyingdigital-to-analogconvertersinacompact28-pinhybridpackage.Thedesignisbasedonaproprietary,latched,12-bit,CMOSDACchip,whichreduceschipcountandprovideshighreliability.The

AD395SM

uPCompatibleMultiplyingQuad12-BitD/AConverter

PRODUCTDESCRIPTION TheAD394containsfour12-bit,high-speed,lowpower,voltageoutput,multiplyingdigital-to-analogconvertersinacompact28-pinhybridpackage.Thedesignisbasedonaproprietary,latched,12-bit,CMOSDACchip,whichreduceschipcountandprovideshighreliability.The

AD395TM

uPCompatibleMultiplyingQuad12-BitD/AConverter

PRODUCTDESCRIPTION TheAD394containsfour12-bit,high-speed,lowpower,voltageoutput,multiplyingdigital-to-analogconvertersinacompact28-pinhybridpackage.Thedesignisbasedonaproprietary,latched,12-bit,CMOSDACchip,whichreduceschipcountandprovideshighreliability.The

ADCMP395

Comparators

GENERALDESCRIPTION TheADCMP394/ADCMP395/ADCMP396aresingle/dual/quadrail-to-railinput,lowpowercomparatoridealforuseingeneral-purposeapplications.Thesecomparatorsoperatefromasupplyvoltageof2.3Vto5.5Vanddrawaminimalamountofcurrent.ThesingleADCMP394consumesonly

ADCMP395ARMZ

Comparators

GENERALDESCRIPTION TheADCMP394/ADCMP395/ADCMP396aresingle/dual/quadrail-to-railinput,lowpowercomparatoridealforuseingeneral-purposeapplications.Thesecomparatorsoperatefromasupplyvoltageof2.3Vto5.5Vanddrawaminimalamountofcurrent.ThesingleADCMP394consumesonly

ADR395

2.7Vto5.5V,關A,8-/10-/12-BitnanoDAC,SPIInterfaceinLFCSPandSC70

ADR395

Quad-Channel,12-Bit,SerialInput,4mAto20mAOutput

ADR395

Quad-Channel,12-Bit,SerialInput,4mAto20mA

ADR395

Micropower,LowNoisePrecisionVoltageReferenceswithShutdown

GENERALDESCRIPTION TheADR390,ADR391,ADR392,andADR395areprecision2.048V,2.5V,4.096V,and5Vbandgapvoltagereferences,respectively,featuringlowpowerandhighprecisioninatinyfootprint.UsingADI’spatentedtemperaturedriftcurvaturecorrectiontechniques,theADR39xrefer

ADR395

2.7Vto5.5V,關A,8-/10-/12-BitnanoDAC

ADR395

Dual,Current-Output,Serial-Input,16-/14-BitDACs

PRODUCTOVERVIEW TheAD5545/AD5555are16-bit/14-bit,current-output,digital=to-analogconvertersdesignedtooperatefroma4.5Vto5.5Vsupplyrange. FEATURES 16-bitresolutionAD5545 14-bitresolutionAD5555 ±1LSBDNLmonotonic ±1LSBINL 2mAfull-scalecurrent±

ADR395

12-/14-BitHighBandwidthMultiplyingDACswithSerialInterface

GENERALDESCRIPTION TheAD5444/AD54461areCMOS12-bitand14-bit,currentoutput,digital-to-analogconverters(DACs).Operatingfromasingle2.5Vto5.5Vpowersupply,thesedevicesaresuitedforbattery-poweredandotherapplications. FEATURES 12MHzmultiplyingbandwidth INLof±