Precision dual op-amp for industrial signal chains
It delivers a 10 MHz gain-bandwidth product and a 4V/µs slew rate, paired with a maximum input offset voltage of 20 µV — tight enough to drive a 16-bit ADC without external nulling. Each channel supplies 20 mA output current, and the total supply current for both amplifiers is 3 mA, making it a reasonable fit for multi-channel precision circuits where power budget matters.
Package and mounting
The 20 µV input offset is the spec that separates this part from commodity dual op-amps. In a precision integrator or a thermocouple amplifier, that offset translates directly to DC error — at a gain of 100, the output error sits at 2 mV before any drift. The 10 MHz gain-bandwidth product means the amplifier maintains useful gain up to about 100 kHz at a closed-loop gain of 100, which covers most sensor-conditioning and active-filter applications. The 4V/µs slew rate is moderate — adequate for 100 kHz full-power bandwidth into a 2 Vpp output, but not meant for video or fast pulse amplification.
Temperature range and operating environment
The wide temperature span also suits engine-bay sensor interfaces and downhole instrumentation where the ambient can push past 85°C. The 10 V to 36 V supply range gives headroom for ±5 V to ±18 V split-rail designs or a single 12 V or 24 V industrial rail.
Package and tape-and-reel details
The 8-SOIC (0.154" width, 3.90 mm body) footprint is standard for dual op-amps — the same land pattern used by many ADI and TI duals. The part is also available in Cut Tape for prototyping.