Power budget per channel for dense boards
Each of the four amplifiers draws 7.5 mA from the supply, totaling 30 mA for the package. For a multi-channel board running from a 5 V rail, that's 150 mW dissipation in the 16-SOIC — manageable with basic airflow but worth checking against the thermal impedance if the board is sealed. The supply range spans 4.5 V to 11 V, so it runs comfortably on 5 V single-supply rails common in video systems.
Rail-to-rail output and input offset considerations
Output swings rail-to-rail, which helps maintain signal headroom in low-voltage designs. Input offset voltage is specified at 3 mV — typical for a high-speed voltage-feedback amplifier — and input bias current is 8.5 µA. These are not precision-grade figures; if sub-millivolt offset or picoamp bias is needed, look at a dedicated precision amplifier instead.