Dual zero-drift op-amp for precision DC measurement
The zero-drift architecture continuously samples and nulls the offset, so you get microvolt-level accuracy without trimming or calibration cycles on the production line.
80 µA supply current — built for battery-powered instruments
Each of the two amplifiers draws 80 µA total supply current, so the pair consumes about 160 µA quiescent. That is low enough to leave a CR2032 coin cell running for months in a portable data logger or a handheld field meter. The 1 MHz gain-bandwidth product and 0.45 V/µs slew rate are modest — this is not a high-speed video amp — but the bandwidth is adequate for low-frequency sensor conditioning, 1 kHz ADC sampling, or loop compensation in a slow control loop.
Industrial temperature range and 8-MSOP package
Surface-mount only; ships in tube.
Input bias current: 1 pA — handles high-impedance sources
With a typical input bias current of 1 pA, the MCP6V62 does not load high-impedance signal sources like pH probes, photodiode transimpedance stages, or high-value resistor dividers. The zero-drift topology also keeps the offset drift below a few tens of nV/°C, so the reading stays stable across the temperature range without a software correction table.