HMD967C

2.4GHzBalunforBluetooth,WirelessLAN

IMBA-967

Intel짰Core??i7/i5/i3LGA1155(4C/2C32nm)ProcessorWithGraphic&MemoryController

MAX967

Single/Dual/Quad,Micropower,Ultra-Low-Voltage,Rail-to-RailI/OComparators

GeneralDescription TheMAX965–MAX970single/dual/quadmicropowercomparatorsfeatureRail-to-Rail®inputsandoutputs,andfullyspecifiedsingle-supplyoperationdownto+1.6V.Thesedevicesdrawlessthan5µApercomparatorandhaveopen-drainoutputsthatcanbepulledbeyondVCCto6V(max)a

MAX967

Single/Dual/Quad,Ultra-High-Speed,3V/5V,Beyond-the-RailsComparators

GeneralDescription TheMAX961–MAX964/MAX997/MAX999arelow-power,ultra-high-speedcomparatorswithinternalhysteresis. Thesedevicesareoptimizedforsingle+3Vor+5Voperation.Theinputcommon-moderangeextends100mVBeyond-the-Rails™,andtheoutputscansinkorsource4mAtowithin0.5

MAX967ESA

Single/Dual/Quad,Micropower,Ultra-Low-Voltage,Rail-to-RailI/OComparators

GeneralDescription TheMAX965–MAX970single/dual/quadmicropowercomparatorsfeatureRail-to-Rail®inputsandoutputs,andfullyspecifiedsingle-supplyoperationdownto+1.6V.Thesedevicesdrawlessthan5µApercomparatorandhaveopen-drainoutputsthatcanbepulledbeyondVCCto6V(max)a

MAX967EUA

Single/Dual/Quad,Micropower,Ultra-Low-Voltage,Rail-to-RailI/OComparators

GeneralDescription TheMAX965–MAX970single/dual/quadmicropowercomparatorsfeatureRail-to-Rail®inputsandoutputs,andfullyspecifiedsingle-supplyoperationdownto+1.6V.Thesedevicesdrawlessthan5µApercomparatorandhaveopen-drainoutputsthatcanbepulledbeyondVCCto6V(max)a

MB967

4xDDR3DIMM,Max.32GB

MLL967A

2.4Vto110VMLLZENERDIODES(1/2Watt)

MLL967B

LEADLESSGLASSZENERDIODESURFACEMOUNT

Features •LeadlessPackageForSurfaceMountTechnology •IdealForHighDensityMounting •VoltageRange6.8To200Volts •HermeticallySealed,DoubleSlugGlassConstruction •MetallurgicallyBondedConstructionAvailableasDashOne. •AvailableinJAN,JTX,JTXV-1toMil-PR

NTE967

LinearIntegratedCircuitVoltageRegulator,Negative,-12V,1A

Description: TheNTE967isanegativevoltageregulatorinaTO220typepackagethatemployscurrentlimiting,thermalshutdown,andsafe–areacompensationwhichmakesitremarkablyruggedundermostoperatingconditions.Withadequateheat–sinkingtheycandeliveroutputcurrentsinexcessof