110 kHz GBW and 14 µA supply — the micropower signal chain fit
Its 110 kHz gain-bandwidth product and 0.05 V/µs slew rate place it firmly in the low-frequency signal-conditioning space — think thermocouple amplifiers, photodiode front-ends, and battery-monitor circuits where the signal bandwidth stays below a few kilohertz. The 14 µA typical supply current is the headline draw: in a 3 V system the entire amplifier burns about 42 µW, which matters for loop-powered transmitters or sensor nodes running on a coin cell. Input bias current of 0.7 pA means you can use high-value feedback resistors without adding a DC offset error that swamps the signal. Output can source or sink 30 mA, enough to drive an ADC input or a modest load directly.
For a motor drive or outdoor telecom enclosure you would need the industrial-grade variant. Input offset voltage is 1.1 mV typical, adequate for DC-accurate sensing where the signal is tens of millivolts or more.