MM6564 Datasheet PDF ((MM6558 Series) Monolithic IC) | Download Mitsumi Electronics MM6564

MM6564 - (MM6558 Series) Monolithic IC

Download the MM6564 datasheet PDF (MM6558 included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for (mm6558 series) monolithic ic.

Features

1. Low input offset voltage ±power supply single power supply ±power supply single power supply ±power supply 0.1mV typ. 0.2mV typ. ±1µV/°C typ. ±2µV/°C typ. 3.0mA typ. 3.5mA typ. 1.7mA typ. 0.35mA typ. 0.35mA typ. 3V/µS 6V/µS 1V/µS 1.2µVrms 0.5µVrms 1.8µVrms 2.0µVrms (MM6558, MM6559, MM6560, MM6561, MM6572) (MM6564, MM6565) (MM6558, MM6559, MM6560, MM6561, MM6572) (MM6564, MM6565) (MM6558, MM6559) (MM6560, MM6572) (MM6561) (MM6564) (MM6565) (MM6558, MM6559, MM6560, MM6561) (MM6572) (MM6564, MM6.

📥 Download Datasheet

MM6564 (mm6558 series) monolithic ic by Mitsumi Electronics - Datasheet Preview — Note: The manufacturer provides a single datasheet file (MM6558_MitsumiElectronics.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number	MM6564
Manufacturer	Mitsumi Electronics
File Size	285.63 KB
Description	(MM6558 Series) Monolithic IC
Datasheet	MM6564 Datasheet

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Full PDF Text Transcription

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MITSUMI High Precision Operational Amplifier MM6558 High Precision Operational Amplifier Monolithic IC MM6558 Series Outline This IC is a high precision operational amplifier, which is pin compatible with general use operational amplifier 4558, and has greatly improved input offset voltage and drift voltage. The offset is much smaller than for a general use operational amplifier, so offset adjustment is not needed. This contributes to reduction in the number of processes. Also, drift relative to stress is greatly reduced, so there is much less effect of stress due to IC strain and the like. www.DataSheet4U.com Features 1. Low input offset voltage ±power supply single power supply ±power supply single power supply ±power supply 0.1mV typ. 0.2mV typ. ±1µV/°C typ. ±2µV/°C typ. 3.0mA typ.

Published: May 22, 2008 |