600 V/µs in a SOT-23-5 — what that buys you
That combination — high speed at low quiescent power — is the reason you pick a current-feedback topology over a voltage-feedback one: the slew rate doesn't collapse as the gain increases, and the bandwidth stays relatively flat across gain settings. It runs from a single 4.5 V to 12 V supply or split supplies, and the 110 mA output per channel gives it enough drive for cable or ADC input buffering without an extra buffer stage.
Package and thermal handling
Housed in a 5-pin SOT-23-5 (SC-74A), this is a surface-mount part that reflows easily with standard profiles. The small footprint means the thermal path is through the leads and the board copper — no exposed pad, so the junction temperature climbs with ambient and output current. At 110 mA continuous output into a heavy load, keep the ambient under 85°C and watch the total dissipation.