MCP6V02

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Precision zero-drift op amp with 5MHz bandwidth, ultra-low offset (±2μV), and auto-calibration for high-precision applications.

Product Overview

Description

The MCP6V02 is a precision zero-drift operational amplifier featuring an on-chip auto-calibration circuit that eliminates input offset voltage. With typical offset of just ±2μV, it's ideal for precision DC applications.

The 5MHz gain bandwidth product provides higher speed than standard precision op amps while maintaining excellent DC accuracy. The device operates from 1.8V to 5.5V supplies.

Zero-drift architecture continuously corrects offset errors, providing stable performance over temperature and time without manual calibration.

Product Series

MCP

Primary Application

Precision sensor conditioning

Key Features

  • Ultra-low input offset voltage
  • Auto-calibration circuit
  • Zero-drift architecture
  • 5MHz bandwidth
  • Rail-to-rail output
  • No external nulling required

Specifications

Gain Bandwidth 5MHz
Supply Voltage 1.8V - 5.5V
Input Offset ±2μV typical
Quiescent Current 700μA per amp
Slew Rate 2.5V/μs
Package PDIP-8, SOIC-8, MSOP-8
Temperature Range -40°C to +125°C
Architecture Zero-Drift CMOS

Applications

Precision sensor conditioning

Sensor signal conditioning

Current sensing

Electronic system design

Strain gauge amplifiers

Electronic system design

Medical instrumentation

Medical electronics

Test and measurement

Data acquisition and conversion

Documents & Resources

FAE Expert Insights

D

"The MCP6V02 is my recommendation for any precision DC application. The ±2μV offset is exceptional - I've used it in current sense circuits with 10mΩ shunts where offset errors would be unacceptable. The auto-calibration eliminates the need for manual trimming, saving production costs. For high-precision strain gauge and sensor applications, this op amp delivers excellent results."

Ultra-low ±2μV offset with auto-calibration for precision applications

— Dr. James Chen, BeiLuo

Frequently Asked Questions

How does zero-drift architecture work?

Zero-drift op amps use an internal auto-calibration circuit that continuously measures and corrects input offset voltage. The circuit switches between normal operation and calibration phases at high frequency (typically kHz range), storing offset correction in internal capacitors. This provides continuous offset correction without external components, maintaining precision over temperature and time.

Use zero-drift op amps for DC precision >12-bit accuracy or when drift over temperature must be minimized.

zero-drift auto-calibration precision op amp