The output can source or sink up to 100 mA, which is unusually high for a 116 µA quiescent part — it can drive a small relay, an LED, or a low-impedance analog load directly without an external buffer. Keep the thermal limits in mind: at 100 mA continuous output the SOT-23-5 package will heat significantly, so derate for ambient temperature.
1 mV input offset, 14 nA bias — adequate for 8-bit sensor levels
Input offset voltage is 1 mV typical, and input bias current is 14 nA. These are typical for a general-purpose CMOS op-amp and suit applications like thermocouple amplification, photodiode transimpedance (with moderate feedback resistance), or battery voltage monitoring. For precision weigh-scale or shunt-based current sensing where offset below 100 µV matters, a zero-drift amplifier would be a better fit.
Package and footprint: SOT-23-5
The LMV931MF-TI is supplied in a surface-mount SC-74A / SOT-23-5 package, a common five-pin footprint for single op-amps. The small size suits dense PCB layouts, and the package is widely second-sourced, making it straightforward to place on a pick-and-place line.
RoHS non-compliant — check your assembly exemption
If your assembly must meet EU RoHS or similar regulations, verify that your application qualifies for a lead-exemption (e.g., exemption 7(c)-I for high-reliability or certain industrial equipment).