MAX161价格

参考价格:¥11.8607

型号:MAX16126TCA/V+ 品牌:Maxim 备注:这里有MAX161多少钱,2024年最近7天走势,今日出价,今日竞价,MAX161批发/采购报价,MAX161行情走势销售排行榜,MAX161报价。
型号 功能描述 生产厂家&企业 LOGO 操作
MAX161

CMOS8-Bit8ChannelDataAcquisitionSystem

MaximMaximIntegrated

美信半导体

Maxim

DigitallyControlledCCFLBacklightPowerSupplies

GeneralDescription TheMAX1610/MAX1611arefullyintegrated,highefficiencydriversforcold-cathodefluorescentlamps(CCFLs).Theyoperatefroma4.5Vto26Vpowersource.Anon-board,high-switching-frequencypowerMOSFETreducesexternalcomponentcountandmagneticssize.TheMAX1610/MAX161

MaximMaximIntegrated

美信半导体

Maxim

DigitallyControlledCCFLBacklightPowerSupplies

GeneralDescription TheMAX1610/MAX1611arefullyintegrated,highefficiencydriversforcold-cathodefluorescentlamps(CCFLs).Theyoperatefroma4.5Vto26Vpowersource.Anon-board,high-switching-frequencypowerMOSFETreducesexternalcomponentcountandmagneticssize.TheMAX1610/MAX161

MaximMaximIntegrated

美信半导体

Maxim

DigitallyControlledCCFLBacklightPowerSupplies

GeneralDescription TheMAX1610/MAX1611arefullyintegrated,highefficiencydriversforcold-cathodefluorescentlamps(CCFLs).Theyoperatefroma4.5Vto26Vpowersource.Anon-board,high-switching-frequencypowerMOSFETreducesexternalcomponentcountandmagneticssize.TheMAX1610/MAX161

MaximMaximIntegrated

美信半导体

Maxim

DigitallyControlledCCFLBacklightPowerSupplies

GeneralDescription TheMAX1610/MAX1611arefullyintegrated,highefficiencydriversforcold-cathodefluorescentlamps(CCFLs).Theyoperatefroma4.5Vto26Vpowersource.Anon-board,high-switching-frequencypowerMOSFETreducesexternalcomponentcountandmagneticssize.TheMAX1610/MAX161

MaximMaximIntegrated

美信半导体

Maxim

DigitallyControlledCCFLBacklightPowerSupplies

GeneralDescription TheMAX1610/MAX1611arefullyintegrated,highefficiencydriversforcold-cathodefluorescentlamps(CCFLs).Theyoperatefroma4.5Vto26Vpowersource.Anon-board,high-switching-frequencypowerMOSFETreducesexternalcomponentcountandmagneticssize.TheMAX1610/MAX161

MaximMaximIntegrated

美信半导体

Maxim

Bridge-BatteryBackupControllersforNotebooks

GeneralDescription TheMAX1612/MAX1613managethebridgebattery(sometimescalledahot-swaporauxiliarybattery)inportablesystemssuchasnotebookcomputers.Theyfeatureastep-upDC-DCconverterthatboosts2-cellor3-cellbridge-batteryvoltagesuptothesamelevelasthemainbattery

MaximMaximIntegrated

美信半导体

Maxim

DualPushbuttonControllersinTiny6-BumpWLPPackage

GeneralDescription TheMAX16122–MAX16125pushbuttoncontrollerswithsingle-supplymonitorsmonitoroneortwopushbuttonsandgenerateahardresetsignalifthebuttonsarepushedandheldforasetupdelay.Thesedevicesmakeiteasyto“hide”thehardresetfunctioninanexistingpushbutton

MaximMaximIntegrated

美信半导体

Maxim

DualPushbuttonControllersinTiny6-BumpWLPPackage

GeneralDescription TheMAX16122–MAX16125pushbuttoncontrollerswithsingle-supplymonitorsmonitoroneortwopushbuttonsandgenerateahardresetsignalifthebuttonsarepushedandheldforasetupdelay.Thesedevicesmakeiteasyto“hide”thehardresetfunctioninanexistingpushbutton

MaximMaximIntegrated

美信半导体

Maxim

DualPushbuttonControllers

GeneralDescription TheMAX16122–MAX16125pushbuttoncontrollerswithsingle-supplymonitorsmonitoroneortwopushbuttonsandgenerateahardresetsignalifthebuttonsarepushedandheldforasetupdelay.Thesedevicesmakeiteasyto“hide”thehardresetfunctioninanexistingpushbutton

MaximMaximIntegrated

美信半导体

Maxim

DualPushbuttonControllersinTiny6-BumpWLPPackage

GeneralDescription TheMAX16122–MAX16125pushbuttoncontrollerswithsingle-supplymonitorsmonitoroneortwopushbuttonsandgenerateahardresetsignalifthebuttonsarepushedandheldforasetupdelay.Thesedevicesmakeiteasyto“hide”thehardresetfunctioninanexistingpushbutton

MaximMaximIntegrated

美信半导体

Maxim

DualPushbuttonControllers

GeneralDescription TheMAX16122–MAX16125pushbuttoncontrollerswithsingle-supplymonitorsmonitoroneortwopushbuttonsandgenerateahardresetsignalifthebuttonsarepushedandheldforasetupdelay.Thesedevicesmakeiteasyto“hide”thehardresetfunctioninanexistingpushbutton

MaximMaximIntegrated

美信半导体

Maxim

DualPushbuttonControllersinTiny6-BumpWLPPackage

GeneralDescription TheMAX16122–MAX16125pushbuttoncontrollerswithsingle-supplymonitorsmonitoroneortwopushbuttonsandgenerateahardresetsignalifthebuttonsarepushedandheldforasetupdelay.Thesedevicesmakeiteasyto“hide”thehardresetfunctioninanexistingpushbutton

MaximMaximIntegrated

美信半导体

Maxim

DualPushbuttonControllers

GeneralDescription TheMAX16122–MAX16125pushbuttoncontrollerswithsingle-supplymonitorsmonitoroneortwopushbuttonsandgenerateahardresetsignalifthebuttonsarepushedandheldforasetupdelay.Thesedevicesmakeiteasyto“hide”thehardresetfunctioninanexistingpushbutton

MaximMaximIntegrated

美信半导体

Maxim

DualPushbuttonControllersinTiny6-BumpWLPPackage

GeneralDescription TheMAX16122–MAX16125pushbuttoncontrollerswithsingle-supplymonitorsmonitoroneortwopushbuttonsandgenerateahardresetsignalifthebuttonsarepushedandheldforasetupdelay.Thesedevicesmakeiteasyto“hide”thehardresetfunctioninanexistingpushbutton

MaximMaximIntegrated

美信半导体

Maxim

Load-Dump/Reverse-VoltageProtectionCircuits

GeneralDescription TheMAX16126/MAX16127load-dump/reverse-voltageprotectioncircuitsprotectpowersuppliesfromdamaginginputvoltageconditions,includingovervoltage,reverse-voltage,andhigh-voltagetransientpulses.Usingabuilt-inchargepump,thedevicescontroltwoexternalback-t

MaximMaximIntegrated

美信半导体

Maxim

Load-Dump/Reverse-VoltageProtectionCircuits

GeneralDescription TheMAX16126/MAX16127load-dump/reverse-voltageprotectioncircuitsprotectpowersuppliesfromdamaginginputvoltageconditions,includingovervoltage,reverse-voltage,andhigh-voltagetransientpulses.Usingabuilt-inchargepump,thedevicescontroltwoexternalback-t

MaximMaximIntegrated

美信半导体

Maxim

Load-Dump/Reverse-VoltageProtectionCircuits

GeneralDescription TheMAX16126/MAX16127load-dump/reverse-voltageprotectioncircuitsprotectpowersuppliesfromdamaginginputvoltageconditions,includingovervoltage,reverse-voltage,andhigh-voltagetransientpulses.Usingabuilt-inchargepump,thedevicescontroltwoexternalback-t

MaximMaximIntegrated

美信半导体

Maxim

Load-Dump/Reverse-VoltageProtectionCircuits

GeneralDescription TheMAX16126/MAX16127load-dump/reverse-voltageprotectioncircuitsprotectpowersuppliesfromdamaginginputvoltageconditions,includingovervoltage,reverse-voltage,andhigh-voltagetransientpulses.Usingabuilt-inchargepump,thedevicescontroltwoexternalback-t

MaximMaximIntegrated

美信半导体

Maxim

Bridge-BatteryBackupControllersforNotebooks

GeneralDescription TheMAX1612/MAX1613managethebridgebattery(sometimescalledahot-swaporauxiliarybattery)inportablesystemssuchasnotebookcomputers.Theyfeatureastep-upDC-DCconverterthatboosts2-cellor3-cellbridge-batteryvoltagesuptothesamelevelasthemainbattery

MaximMaximIntegrated

美信半导体

Maxim

Bridge-BatteryBackupControllersforNotebooks

GeneralDescription TheMAX1612/MAX1613managethebridgebattery(sometimescalledahot-swaporauxiliarybattery)inportablesystemssuchasnotebookcomputers.Theyfeatureastep-upDC-DCconverterthatboosts2-cellor3-cellbridge-batteryvoltagesuptothesamelevelasthemainbattery

MaximMaximIntegrated

美信半导体

Maxim

High-Side,N-ChannelMOSFETSwitchDriver

GeneralDescription TheMAX1614driveshigh-side,n-channelpowerMOSFETstoprovidebatterypower-switchingfunctionsinportableequipment.Then-channelpowerMOSFETstypicallyhaveone-thirdtheon-resistanceofp-channelMOSFETsofsimilarsizeandcost.Aninternalmicropowerregulatorand

MaximMaximIntegrated

美信半导体

Maxim

High-Side,N-ChannelMOSFETSwitchDriver

GeneralDescription TheMAX1614driveshigh-side,n-channelpowerMOSFETstoprovidebatterypower-switchingfunctionsinportableequipment.Then-channelpowerMOSFETstypicallyhaveone-thirdtheon-resistanceofp-channelMOSFETsofsimilarsizeandcost.Aninternalmicropowerregulatorand

MaximMaximIntegrated

美信半导体

Maxim

High-Side,N-ChannelMOSFETSwitchDriver

GeneralDescription TheMAX1614driveshigh-side,n-channelpowerMOSFETstoprovidebatterypower-switchingfunctionsinportableequipment.Then-channelpowerMOSFETstypicallyhaveone-thirdtheon-resistanceofp-channelMOSFETsofsimilarsizeandcost.Aninternalmicropowerregulatorand

MaximMaximIntegrated

美信半导体

Maxim

High-Voltage,Low-PowerLinearRegulatorsforNotebookComputers

GeneralDescription TheMAX1615/MAX1616aremicropower,SOT23-5linearregulatorsthatsupplyalways-on,keep-alivepowertoCMOSRAMandmicrocontrollers(µCs)insystemswithhigh-voltagebatteries.Keyfeaturesincludewideinputvoltagerange,lowdropoutvoltage,andlowquiescentsupplycur

MaximMaximIntegrated

美信半导体

Maxim

High-Voltage,Low-PowerLinearRegulatorsforNotebookComputers

GeneralDescription TheMAX1615/MAX1616aremicropower,SOT23-5linearregulatorsthatsupplyalways-on,keep-alivepowertoCMOSRAMandmicrocontrollers(µCs)insystemswithhigh-voltagebatteries.Keyfeaturesincludewideinputvoltagerange,lowdropoutvoltage,andlowquiescentsupplycur

MaximMaximIntegrated

美信半导体

Maxim

High-Voltage,Low-PowerLinearRegulatorsforNotebookComputers

GeneralDescription TheMAX1615/MAX1616aremicropower,SOT23-5linearregulatorsthatsupplyalways-on,keep-alivepowertoCMOSRAMandmicrocontrollers(µCs)insystemswithhigh-voltagebatteries.Keyfeaturesincludewideinputvoltagerange,lowdropoutvoltage,andlowquiescentsupplycur

MaximMaximIntegrated

美信半导体

Maxim

High-Voltage,Low-PowerLinearRegulatorsforNotebookComputers

GeneralDescription TheMAX1615/MAX1616aremicropower,SOT23-5linearregulatorsthatsupplyalways-on,keep-alivepowertoCMOSRAMandmicrocontrollers(µCs)insystemswithhigh-voltagebatteries.Keyfeaturesincludewideinputvoltagerange,lowdropoutvoltage,andlowquiescentsupplycur

MaximMaximIntegrated

美信半导体

Maxim

nanoPowerPushbuttonOn/OffControllerandBatteryFreshnessSeal

GeneralDescription TheMAX16169isanextremelylow-power,pushbutton,on/offcontrollerwithaswitchdebouncerandbuilt-inlatch.Thisdeviceacceptsanoisyinputfromamechanicalswitchandproducesaclean,latchedoutput,andaone-shotinterruptoutput,inresponsetoaswitchclosuree

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

nanoPowerPushbuttonOn/OffControllerandBatteryFreshnessSeal

GeneralDescription TheMAX16169isanextremelylow-power,pushbutton,on/offcontrollerwithaswitchdebouncerandbuilt-inlatch.Thisdeviceacceptsanoisyinputfromamechanicalswitchandproducesaclean,latchedoutput,andaone-shotinterruptoutput,inresponsetoaswitchclosuree

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

nanoPowerPushbuttonOn/OffControllerandBatteryFreshnessSeal

GeneralDescription TheMAX16169isanextremelylow-power,pushbutton,on/offcontrollerwithaswitchdebouncerandbuilt-inlatch.Thisdeviceacceptsanoisyinputfromamechanicalswitchandproducesaclean,latchedoutput,andaone-shotinterruptoutput,inresponsetoaswitchclosuree

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

High-Voltage,Low-PowerLinearRegulatorsforNotebookComputers

GeneralDescription TheMAX1615/MAX1616aremicropower,SOT23-5linearregulatorsthatsupplyalways-on,keep-alivepowertoCMOSRAMandmicrocontrollers(µCs)insystemswithhigh-voltagebatteries.Keyfeaturesincludewideinputvoltagerange,lowdropoutvoltage,andlowquiescentsupplycur

MaximMaximIntegrated

美信半导体

Maxim

High-Voltage,Low-PowerLinearRegulatorsforNotebookComputers

GeneralDescription TheMAX1615/MAX1616aremicropower,SOT23-5linearregulatorsthatsupplyalways-on,keep-alivepowertoCMOSRAMandmicrocontrollers(µCs)insystemswithhigh-voltagebatteries.Keyfeaturesincludewideinputvoltagerange,lowdropoutvoltage,andlowquiescentsupplycur

MaximMaximIntegrated

美信半导体

Maxim

Remote/LocalTemperatureSensorwithSMBusSerialInterface

GeneralDescription TheMAX1617isaprecisedigitalthermometerthatreportsthetemperatureofbotharemotesensoranditsownpackage.Theremotesensorisadiode-connectedtransistor—typicallyalow-cost,easilymounted2N3904NPNtype—thatreplacesconventionalthermistorsorthermocouples

MaximMaximIntegrated

美信半导体

Maxim

SMBusTemperatureSensorwithInternalandExternalDiodeInput

TheMAX1617isaseriallyprogrammabletemperaturesensoroptimizedformonitoringmodernhighperformanceCPUswithon–board,integratedtemperaturesensingdiodes.TemperaturedataisconvertedfromtheCPU’sdiodeoutputsandmadeavailableasan8–bitdigitalword. Features •IncludesIntern

ONSEMION Semiconductor

安森美半导体安森美半导体公司

ONSEMI

High-VoltageIdealDiodeControllerwithIntegratedCSA

GeneralDescription TheMAX16170,ahigh-voltageidealdiodecontroller,offersfullsystem-levelprotectionsforautomotiveapplications.TheMAX16170isdesignedtoenhancesystemsafety,reliability,andperformancewithaddeddiagnostics,robustfault-recoverymode,andahigh-side,integrate

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

High-VoltageIdealDiodeControllerwithIntegratedCSA

GeneralDescription TheMAX16170,ahigh-voltageidealdiodecontroller,offersfullsystem-levelprotectionsforautomotiveapplications.TheMAX16170isdesignedtoenhancesystemsafety,reliability,andperformancewithaddeddiagnostics,robustfault-recoverymode,andahigh-side,integrate

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

Remote/LocalTemperatureSensorwithSMBusSerialInterface

GeneralDescription TheMAX1617Aisaprecisedigitalthermometerthatreportsthetemperatureofbotharemotesensoranditsownpackage.Theremotesensorisadiode-connectedtransistor—typicallyalow-cost,easilymounted2N3904NPNtype—thatreplacesconventionalthermistorsorthermocouple

MaximMaximIntegrated

美信半导体

Maxim

Remote/LocalTemperatureSensorwithSMBusSerialInterface

GeneralDescription TheMAX1617Aisaprecisedigitalthermometerthatreportsthetemperatureofbotharemotesensoranditsownpackage.Theremotesensorisadiode-connectedtransistor—typicallyalow-cost,easilymounted2N3904NPNtype—thatreplacesconventionalthermistorsorthermocouple

MaximMaximIntegrated

美信半导体

Maxim

SMBusTemperatureSensorwithInternalandExternalDiodeInput

TheMAX1617isaseriallyprogrammabletemperaturesensoroptimizedformonitoringmodernhighperformanceCPUswithon–board,integratedtemperaturesensingdiodes.TemperaturedataisconvertedfromtheCPU’sdiodeoutputsandmadeavailableasan8–bitdigitalword. Features •IncludesIntern

ONSEMION Semiconductor

安森美半导体安森美半导体公司

ONSEMI

Remote/LocalTemperatureSensorwithSMBusSerialInterface

GeneralDescription TheMAX1617isaprecisedigitalthermometerthatreportsthetemperatureofbotharemotesensoranditsownpackage.Theremotesensorisadiode-connectedtransistor—typicallyalow-cost,easilymounted2N3904NPNtype—thatreplacesconventionalthermistorsorthermocouples

MaximMaximIntegrated

美信半导体

Maxim

RemoteTemperatureSensorwithSMBusSerialInterface

GeneralDescription TheMAX1618precisedigitalthermometerreportsthetemperatureofaremotesensor.Theremotesensorisadiode-connectedtransistor—typicallyalow-cost,easilymounted2N3904NPNtype—thatreplacesconventionalthermistorsorthermocouples.Remoteaccuracyis±3°Cformulti

MaximMaximIntegrated

美信半导体

Maxim

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

NanoPower,TinySupervisorwithManualResetInput

GeneralDescription TheMAX16180–MAX16183areultra-low-current, single-channelsupervisoryICsthatmonitortheVCC voltagefrom1.7Vto4.85Vin50mVincrementsand assertaresetwhentheVCCvoltagefallsbelowthereset threshold.Theresetoutputremainsassertedforthe resettimeout

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

MAX161产品属性

  • 类型

    描述

  • 型号

    MAX161

  • 制造商

    Maxim Integrated Products

更新时间:2024-4-19 8:50:00
IC供应商 芯片型号 品牌 批号 封装 库存 备注 价格
MAXIM/美信
22+
SOT23-5
3800
只做原装,价格优惠,长期供货。
MAXIM/美信
22+
SSOP
8650
原装现货假一赔十
MAXIM
22+
SSOP16
5000
只做原装,假一赔十 15118075546
Maxim
06/08
2426
优势货源原装正品
MAXIM
2021++
MSOP8
5850
进口原带环保现货
MAXIM/美信
23+
SSOP16
90000
只做原装 全系列供应 价格优势 可开增票
MAXIM/美信
23+
NA
98000
MAXIM/美信
2021+
SOT23-5
78950
所有报价以当天为准
MAXIM
22+
MSOP8
598000
原装现货假一赔十
MAXIM
2023+
SOP-14
3565
全新原厂原装产品、公司现货销售

MAX161芯片相关品牌

  • ALSC
  • ATS2
  • BETLUX
  • delta
  • Diotec
  • ETAL
  • LUMBERG
  • Molex
  • MOLEX11
  • ONSEMI
  • WEIDMULLER
  • YFWDIODE

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    深圳市励芯恒智能科技有限公司原装正品,假一赔十!

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  • MAX1614-高侧N通道MOSFET开关驱动器

    一般描述MAX1614驱动器的高侧N通道功率MOSFET提供电池电源开关在便携式功能设备。N沟道功率MOSFET通常有三分之一的导通电阻的P沟道MOSFET的同类尺寸和成本。内部稳压器和微电荷泵产生的高侧驱动输出电压,而无需外部元件。在MAX1614还具有一个1.5%精确的低电池比较器,可用于指示电池电量不足条件,提供了一个早期电源故障警告系统微处理器或断开电池负载,防止电池深度放电和损坏。一个内部锁存允许开/关控制按钮非常低电流消耗。关机模式电流消耗仅耗电6μA而正常的操作要求小于25μA以下。在MAX1614可在节省空间μMAX封装,占地约60%的空间比一个标准的8引

    2013-2-27
  • MAX1600-双通道的CardBus和PCMCIA的VCC/ VPP的功率开关网络...

    一般描述该MAX157/MAX159低功耗,10位模拟至数字转换器(ADC),采用8引脚μMAX可用,DIP封装。这两种器件采用单+2.7V至+5.25V电源供电,并设有7.4μs逐次逼近型ADC,自动断电,快速唤醒(2.5μs),一个片上时钟和一个高速,3线串行接口。功耗仅3.2mW(电压Vdd=+3.6v)在108ksps最高采样率。在较慢的吞吐量率,进一步0.2μA自动关机降低功耗。该MAX157提供2个通道,单端工作并接受输入信号从0到VREF。该MAX159接受伪差分输入范围从0到VREF。访问数据的外部时钟通过3线串行接口,它为SPI™,QSP

    2013-2-13
  • MAX1552-低成本PDA的总电源IC

    MAX1552是一个完整的电源管理芯片低成本的个人数字助理(PDA)和便携式装置操作从1节锂离子(Li+),或3节镍氢电池,电池。它包括所有的监管,输出和电压监视小型PDA必要的,而需要一个最低限度的外部元件。此装置具有四个线性稳压器,一个升压型DC-DC转换器用于LCD偏置,微处理器复位输出和采用微型QFN封装的低电压检测。对于锂离子充电器兼容USB和AC适配器输入,参考MAX1551*.线性稳压器具有四个要素PMOS旁路高效低压差操作。该LDO的主要供应超过3.3V的300mA的。一个SD卡插槽3.3V的输出电源在200mA的。该COR1200mA的LDO的输出,1.5V和LDO

    2013-2-13
  • MAX1615-高电压,低功耗线性稳压器,用于笔记本电脑

    MAX1615/MAX1616是微功耗,SOT23-5封装的线性监管部门始终在供应,保持活动的权力CMOSRAM和微控制器(在系统的微控制器)高电压电池。主要特点包括:宽输入电压范围,低压差,低静态电源电流。尽管一个吝啬的8μA(最大值)的空载电流,MAX1615/MAX1616具有出色的线路瞬态响应和AC电源抑制比。他们提供一个清洁,固定5V或3.3V输出(MAX1615)或一个1.24V至28V的可调输出(MAX1616),甚至快速供电电压变化的,当受到切换过程中发生的,从电池到AC适配器输入功率。节省空间的SOT23-5封装有优良的热特性和容忍571mW的功耗。故障保护内部折返

    2013-1-17
  • MAX1595-稳压3.3V/5.0V Step-Up/Step-Down电荷泵

    MAX1595电荷泵调节产生从1.8V至5.5V输入3.3V或5V。独特的控制架构允许稳压器,以加强或一步下来的输入电压保持输出稳压。1MHz的开关频率,与独特的控制方案,允许使用陶瓷电容为1μF的小125毫安的输出电流。完整的稳压器需要三个外部电容无电感器是必要的。MAX1595是专门设计作为一种高功率,组成离线在应用需求的辅助电源紧凑的设计。MAX1595是在节省空间8引脚μMAX和高功率的12引脚薄型QFN包。应用白光LED电源快闪记忆体用品电池供电应用小型设备PCMCIA卡

    2012-12-23