MAX1618价格

参考价格:¥15.8300

型号:MAX1618MUB+ 品牌:Maxim 备注:这里有MAX1618多少钱,2024年最近7天走势,今日出价,今日竞价,MAX1618批发/采购报价,MAX1618行情走势销售排行榜,MAX1618报价。
型号 功能描述 生产厂家&企业 LOGO 操作
MAX1618

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

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

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

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

RemoteTemperatureSensorwithSMBusSerialInterface

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

MaximMaximIntegrated

美信半导体

Maxim

封装/外壳:10-TFSOP,10-MSOP(0.118",3.00mm 宽) 包装:散装 描述:SENSOR DIGITAL REMOTE 10UMAX 传感器,变送器 温度传感器 - 模拟和数字输出

ADAnalog Devices

亚德诺亚德诺半导体技术有限公司

AD

MAX1618产品属性

  • 类型

    描述

  • 型号

    MAX1618

  • 制造商

    Maxim Integrated Products

  • 功能描述

    REMOTE TEMPERATURE SENSOR WITH SMBUS SERIAL I - Bulk

更新时间:2024-5-10 23:00:00
IC供应商 芯片型号 品牌 批号 封装 库存 备注 价格
MAXIM/美信
23+
MSOP10
7398
原厂可订货,技术支持,直接渠道。可签保供合同
MAXIM
2016+
MSOP8
2600
本公司只做原装,假一罚十,可开17%增值税发票!
MAXIM
2020+
MSOP8
80000
只做自己库存,全新原装进口正品假一赔百,可开13%增
MAXIM/美信
22+
MSOP10
100000
代理渠道/只做原装/可含税
MAXIM
2015+
SOP/DIP
19889
一级代理原装现货,特价热卖!
MAXIM/美信
23+
MSSOP
11360
ADI优势主营型号-原装正品
MAXIM
23+
MSOP10
6000
全新原装现货、诚信经营!
MAXIM/美信
2315+
MSOP
3689
优势代理渠道,原装现货,可全系列订货
MAXIM/美信
24+
MSOP10
990000
明嘉莱只做原装正品现货
MAXIM
22+
MSOP10
2960
诚信交易大量库存现货

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