Micropower dual op-amp for commercial sensing
The 110 kHz gain-bandwidth product and 2.9 V/µs slew rate handle slow-moving signals like temperature, pressure, or strain-gauge outputs, but it is not intended for high-speed ADC drivers or video paths.
Supply range and output stage
The supply span runs from 1.4 V minimum to 16 V maximum, so a single Li-ion cell or a 12 V industrial rail both work without an intermediate regulator. The open-drain output stage means the part can pull a load to ground but cannot source current — external pull-up resistors are required. This topology suits wired-OR buses, comparator-style interfaces, or level shifting where the output high level is set by an external voltage, not the op-amp's own rail.
Input offset and bias current
Input offset voltage is specified at 900 µV maximum, and input bias current at 50 pA typical. The low bias current is a benefit when the source impedance is high — photodiode or pH probe amplifiers, for instance — because the voltage error from bias current stays small. The offset is moderate; for sub-millivolt precision you would look at a zero-drift amplifier, but for general-purpose signal conditioning it is adequate.
Lifecycle and compliance
It is ROHS3 compliant.