DS1495

RAMified Real Time Clock

FEATURES ?IdealforEISAbusPCs ?FunctionallycompatiblewithMC146818in32KHzmode ?Totallynonvolatilewithover10yearsofoperationintheabsenceofpower ?Self-containedsubsystemincludeslithium,quartz,andsupportcircuitry ?Countsseconds,minutes,hours,dayof

DS1495S

RAMified Real Time Clock

FEATURES ?IdealforEISAbusPCs ?FunctionallycompatiblewithMC146818in32KHzmode ?Totallynonvolatilewithover10yearsofoperationintheabsenceofpower ?Self-containedsubsystemincludeslithium,quartz,andsupportcircuitry ?Countsseconds,minutes,hours,dayof

F1495

1WHighLinearityRFAmplifier3300MHzto4200MHz

HM1495

Carcharger

DESCRIPTION HM1495isasynchronousbuckconverterchipthatsupportsmultiplefastchargingprotocolsanddualA-portoutput.Itintegrates3.5Ahigh-efficiencysimultaneousStep-downconverter,CC/CVmode,QC3.0/PEfastchargingprotocolandcorrespondingmanagementlogic.Onlyasmallnumbero

LT1495

NanopowerComparatorwithReference

LT1495

3.2MHz,0.8V/關sLowPower,Over-The-TopPrecisionOpAmps

LT1495

1.5AMax,Single,DualandQuadOver-The-TopPrecisionRail-to-RailInputandOutputOpAmps

LT1495

10μASupplyCurrent,LowIB,Zero-DriftOperationalAmplifier

FEATURES APPLICATIONS nLowSupplyCurrent:10μAMaximum(perAmplifier) nOffsetVoltage:5μVMaximum nOffsetVoltageDrift:0.02μV/°CMaximum nInputBiasCurrent: n5pATypical n50pAMaximum,–40°Cto85°C n150pAMaximum,–40°Cto125°C nIntegratedEMIFilter(90dBRejectionat1.8

LT1495

2μASupplyCurrent,LowIB,Zero-DriftOperationalAmplifiers

FEATURES APPLICATIONS nLowSupplyCurrent:2μAMaximum(perAmplifier) nOffsetVoltage:5μVMaximum nOffsetVoltageDrift:0.02μV/°CMaximum nInputBiasCurrent: n3pATypical n30pAMaximum,–40°Cto85°C n100pAMaximum,–40°Cto125°C nIntegratedEMIFilter(114dBRejectionat1.8

LT1495

1.5UAMax,Single,DualandQuadOver-The-TopPrecisionRail-to-RailInputandOutputOpAmps

LT1495

Dual/Quad3.2MHz,0.8V/關sLowPower,Over-The-TopPrecisionOpAmp

LT1495

1.5uAMax,DualandQuadPrecisionRail-to-RailInputandOutputOpAmps

MAX1495

3.5-and4.5-Digit,Single-ChipADCswithLCDDrivers

GeneralDescription TheMAX1491/MAX1493/MAX1495low-power,3.5-and4.5-digit,analog-to-digitalconverters(ADCs)withintegratedliquidcrystaldisplay(LCD)driversoperatefromasingle2.7Vto5.25Vpowersupply.Theyincludeaninternalreference,ahigh-accuracyon-chiposcillator,andat

MAX1495

FullyAssembledandTested

MAX1495CCJ

3.5-and4.5-Digit,Single-ChipADCswithLCDDrivers

MAX1495CCJ

3.5-and4.5-Digit,Single-ChipADCswithLCDDrivers

GeneralDescription TheMAX1491/MAX1493/MAX1495low-power,3.5-and4.5-digit,analog-to-digitalconverters(ADCs)withintegratedliquidcrystaldisplay(LCD)driversoperatefromasingle2.7Vto5.25Vpowersupply.Theyincludeaninternalreference,ahigh-accuracyon-chiposcillator,andat

MC1495

WidebandLinearFour-QuadrantMultiplier

WidebandLinearFour-QuadrantMultiplier

MC1495

LINEARFOUR-QUADRANTMULTIPLIER

TheMC1495isdesignedforusewheretheoutputisalinearproductoftwoinputvoltages.Maximumversatilityisassuredbyallowingtheusertoselectthelevelshiftmethod.Typicalapplicationsinclude:multiply,divide*,squareroot*,meansquare*,phasedetector,frequencydoubler,balanced

MC1495BP

LINEARFOUR-QUADRANTMULTIPLIER

TheMC1495isdesignedforusewheretheoutputisalinearproductoftwoinputvoltages.Maximumversatilityisassuredbyallowingtheusertoselectthelevelshiftmethod.Typicalapplicationsinclude:multiply,divide*,squareroot*,meansquare*,phasedetector,frequencydoubler,balanced

MC1495D

LINEARFOUR-QUADRANTMULTIPLIER

TheMC1495isdesignedforusewheretheoutputisalinearproductoftwoinputvoltages.Maximumversatilityisassuredbyallowingtheusertoselectthelevelshiftmethod.Typicalapplicationsinclude:multiply,divide*,squareroot*,meansquare*,phasedetector,frequencydoubler,balanced