152 kHz GBW and 28 µA — the selection niche
That combination — low bandwidth, ultra-low quiescent draw — places it squarely in the battery-powered sensor conditioning and always-on monitor niche, not in audio or high-speed control loops.
What the 152 kHz GBW and 0.1 V/µs slew rate mean for the BOM
A 152 kHz gain-bandwidth product means the part has unity-gain bandwidth of about 152 kHz. For a closed-loop gain of 10, the usable signal bandwidth drops to roughly 15 kHz — fine for thermocouple conditioning, current-sense amplifiers, or low-speed filter stages, but not for switching-regulator compensation or audio above voice-band. The 0.1 V/µs slew rate limits the large-signal response: a 2 V peak-to-peak output step slews in about 20 µs. That is adequate for DC and quasi-DC signals; expect slew-induced distortion above a few kilohertz at full swing. If the design needs faster edge rates, the OPA4374AIPWT (5 V/µs) or TLV9351IDCKR (20 V/µs) are parametric step-ups — but they draw more supply current.
Package and footprint — 14-SOIC narrow body
This is the standard narrow-body SOIC footprint — widely second-sourced, easy to hand-solder or rework. No exposed pad, so thermal dissipation is through the leads only; keep the ambient temperature and output load within the 16 mA per-channel limit to stay inside the die temperature rating.