Dual op-amp with 17V/µs slew rate in a through-hole DIP
With rail-to-rail output and 2 mA supply current per channel, it is suited for signal conditioning, active filters, and ADC driver stages in industrial control and sensor interface boards that need a through-hole footprint.
Rail-to-rail output and 80 nA input bias
The rail-to-rail output stage lets the amplifier swing close to the supply rails, which matters when driving a single-supply ADC input or a low-voltage signal chain. Input offset voltage is 700 µV typical, and input bias current runs 80 nA — clean enough for precision DC coupling in most industrial sensor circuits without external nulling.
This is a through-hole PDIP part — the same die as the SOIC MAX474CSA+ but in a larger, socket-friendly 8-DIP body that is easier to hand-assemble or swap on a repair bench. If your BOM calls for the surface-mount variant, the MAX474CSA+ shares the same electrical specs; the MAX474EPA+ is the through-hole version for prototyping, legacy board repairs, or designs that avoid SMT.