首页 >H3669>规格书列表

零件编号下载 订购功能描述/丝印制造商 上传企业LOGO

HA3669

NPNEPITAXIALPLANARTRANSISTOR

Description TheHA3669isdesignedforusinginpoweramplifierapplications,powerswitchingapplication.

HSMCHi-Sincerity Mocroelectronics

华昕华昕科技有限公司

HI3669

NPNEPITAXIALPLANARTRANSISTOR

Description TheHI3669isdesignedforusinginpoweramplifierapplications,powerswitchingapplication.

HSMCHi-Sincerity Mocroelectronics

华昕华昕科技有限公司

HJ3669

NPNEPITAXIALPLANARTRANSISTOR

Description High-definitionCRTdisplayvideooutput,wide-bandamp, Features •HighfT:fT=400MHz •Highbreakdownvoltage:VCEO=120V(min) •SmallreversetransfercapacitanceandexcellentHFresponse

HSMCHi-Sincerity Mocroelectronics

华昕华昕科技有限公司

HM3669

NPNEPITAXIALPLANARTRANSISTOR

Description TheHM3669isdesignedforusinginpoweramplifierapplications,powerswitchingapplication.

HSMCHi-Sincerity Mocroelectronics

华昕华昕科技有限公司

LP3669

BIcIrcularfeedbackcontrolchip

LANDPShenzhen Xinmao Microelectronics Co., Ltd.

芯茂微深圳市芯茂微电子有限公司

LP3669CS

BIcIrcularfeedbackcontrolchip

LANDPShenzhen Xinmao Microelectronics Co., Ltd.

芯茂微深圳市芯茂微电子有限公司

LP3669FS

BIcIrcularfeedbackcontrolchip

LANDPShenzhen Xinmao Microelectronics Co., Ltd.

芯茂微深圳市芯茂微电子有限公司

LT3669

IndustrialTransceiverwithIntegratedStep-DownRegulatorandLDO

LINERLinear Technology

凌力尔特凌特半导体

MAX3669

3.3V,622MbpsSDH/SONETLaserDriverwithCurrentMonitorsandAPC

GeneralDescription TheMAX3669isacomplete,+3.3Vlaserdriverwithautomaticpowercontrol(APC)circuitryforSDH/SONETapplicationsupto622Mbps.ItacceptsdifferentialPECLinputs,providesbiasandmodulationcurrents,andoperatesoveratemperaturerangefrom-40°Cto+85°C. Features

MaximMaxim Integrated Products

美信美信半导体

MAX3669E/D

3.3V,622MbpsSDH/SONETLaserDriverwithCurrentMonitorsandAPC

GeneralDescription TheMAX3669isacomplete,+3.3Vlaserdriverwithautomaticpowercontrol(APC)circuitryforSDH/SONETapplicationsupto622Mbps.ItacceptsdifferentialPECLinputs,providesbiasandmodulationcurrents,andoperatesoveratemperaturerangefrom-40°Cto+85°C. Features

MaximMaxim Integrated Products

美信美信半导体

供应商型号品牌批号封装库存备注价格
更多H3669供应商 更新时间