The 410 µA total supply current (about 102.5 µA per amplifier) keeps the power budget low for multichannel signal conditioning, sensor buffering, or active filtering in automotive, industrial, and consumer designs.
That temperature span also simplifies qualification across a mixed-environment product line: one BOM line covers both the climate-controlled cabin and the hot-side sensor interface.
Output current and input offset — practical limits
Each channel can source or sink 160 mA, enough to drive moderate loads like a headphone, relay coil, or LED directly. The 1.7 mV input offset voltage (typical) is adequate for general-purpose DC-coupled signals; if your application needs sub-millivolt precision, a zero-drift amplifier is the better fit. The 15 nA input bias current is moderate — fine for voltage-follower or low-impedance sensor circuits, but watch it in high-impedance integrators or photodiode amps where bias current error multiplies.