PST414A290N Search Results

SOT23 timer ic

Contextual Info: IC for CMOS System Reset PST4XXAXXXN MITSUMI IC for CMOS System Reset Monolithic IC PST4XXAXXXN Series Outline This is a reset IC for systems developed using the CMOS process. The CMOS process allows ultra-low current consumption of 1.5µA typ. Further, a fixed delay timer is built in, so that power voltage is verified

cmos ic

Abstract: PST42A PST424 PST44
Contextual Info: CMOSシステムリセット用IC MITSUMI PST4XXAXXXN CMOSシステムリセット用IC Monolithic IC PST4XXAXXXN Series 概要 本ICはCMOSプロセスを使用して開発したシステムリセット用ICです。 CMOSプロセスの使用により超低消費電流1.5 A typ.を実現しております。また、固定の遅延タイマが内蔵されている

pst44

Abstract: PST42 360N 350n PST434 PST414A PST414
Contextual Info: IC for CMOS System Reset PST4XXAXXXN MITSUMI IC for CMOS System Reset Monolithic IC PST4XXAXXXN Series Outline This is a system reset IC developed using the CMOS process. The CMOS process allows ultra-low current consumption of 1.5µA typ. . Further, a fixed delay timer is built in, so that supply voltage is verified when the

Contextual Info: IC for CMOS System Reset PST4XXAXXXN MITSUMI IC for CMOS System Reset Monolithic IC PST4XXAXXXN Series Outline This is a system reset IC developed using the CMOS process. The CMOS process allows ultra-low current consumption of 1.5µA typ. . Further, a fixed delay timer is built in, so that supply voltage is verified when the

PST44

Abstract: 350n PST42A PST42
Contextual Info: CMOS System Reset PST4XXAXXXN MITSUMI CMOS System Reset Monolithic IC PST4XXAXXXN Series Outline This is a reset IC for systems developed using the CMOS process. The CMOS process allows ultra-low current consumption of 1.5µA typ. Further, a fixed delay timer is built in, so that power voltage is verified

Contextual Info: IC for CMOS System Reset PST4XXAXXXN MITSUMI IC for CMOS System Reset Monolithic IC PST4XXAXXXN Series Outline This is a system reset IC developed using the CMOS process. The CMOS process allows ultra-low current consumption of 1.5µA typ. . Further, a fixed delay timer is built in, so that supply voltage is verified when the