Datasheet4U Logo Datasheet4U.com

M62032FP - VOLTAGE DETECTING / SYSTEM RESETTING IC

General Description

The M62032FP is an IC for detection of two different input voltages to reset almost all logic circuits including MCU.

It contains a delay circuit with which any delay time can be obtained only by adding an external capacitor.

Key Features

  • A small number of external components.
  • Built-in 2 input voltage detection circuits.
  • Wide supply voltage range 2 to 10V.
  • Small 8-pin package.
  • Open collector output.

📥 Download Datasheet

More Datasheets from Mitsubishi Electric

Part Number Description
M62032AFP VOLTAGE DETECTING / SYSTEM RESETTING IC
M62030FP VOLTAGE DETECTING / SYSTEM RESETTING IC
M62001FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES
M62001L LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES
M62002FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES
M62002L LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES
M62003FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES
M62003L LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES
M62004FP LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES
M62004L LOW POWER 2 OUTPUT SYSTEM RESET IC SERIES

Full PDF Text Transcription for M62032FP (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
MITSUBISHI M62032FP VOLTAGE DETECTING, SYSTEM RESETTING IC GENERAL DESCRIPTION The M62032FP is an IC for detection of two different input voltages to reset almost all logic circuits including MCU. It contains a delay circuit with which any delay time can be obtained only by adding an external capacitor. The IC is widely applicable to a battery check circuit, a level detection circuit, a waveform shaping circuit, etc. FEATURES • A small number of external components • Built-in 2 input voltage detection circuits • Wide supply voltage range ............... 2 to 10V • Small 8-pin package • Open collector output APPLICATION Reset circuit of MPU, MCU and logics RECOMMENDED OPERATING CONDITION Supply voltage range .........................