MAX4385EEUK+T

The MAX4385EEUK+T is a high-speed operational amplifier from Maxim Integrated (now Analog Devices). It’s designed for single-supply operation with low noise and fast response, making it suitable for precision instrumentation, sensor conditioning, ADC driver stages, and video/front-end applications. The EEUK+T suffix indicates the extended-temperature grade with European packaging/market variant; exact temp range and package depend on the specific revision.
Typical features (per datasheet): high gain-bandwidth and slew rate for fast signals; low input bias current and offset for accurate amplification; robust PSRR/CMRR and a broad supply range.
Common applications: sensor front ends, VGA-like amplification, DAC/ADC interfaces, and high-speed signal conditioning.
Note: For exact electrical specs, package options, and temperature range for your part, consult the latest MAX4385EEUK+T datasheet and product page on Analog Devices’ site.

Equivalent parts depend on MAX4385’s function (op-amp, ADC, switch, etc.). Please confirm the device type or share the datasheet. Once I know the function, I can provide exact cross-references from Analog Devices, TI, Linear/others for the MAX4385EEUK+T.

I can give accurate features, but I need to fetch the official datasheet. Do you want me to pull MAX4385EEUK+T specs and summarize the key points (supply range, GBW, noise, offset, I/O range, temp range, package, Tape & Reel)?

- Pin count: 8 pins (8-pin package, e.g., SOIC/MSOP with EEUK+T suffix)
- Function: Single-supply, rail-to-rail input/output, high-speed operational amplifier (op-amp) used for precision amplification.

- Manufacturer: Maxim Integrated.
- What kind of company: An American semiconductor company that designs and sells analog and mixed-signal integrated circuits (op-amps, switches, converters, power management, etc.). It was acquired by Analog Devices and now operates as part of ADI.

Typical application areas for MAX4385EEUK+T:
- Transimpedance amplifiers for photodiodes and optical receivers
- High-speed signal conditioning for video/data-acquisition front ends
- Instrumentation/differential signal conditioning for sensors (temperature, pressure, strain, biosignals)
- ADC driver/buffer stages and precision conditioning
- Active filter networks (second/third-order)
- Automotive/industrial sensor interfaces and general low-noise amplification tasks
Note: See the datasheet for exact performance and supply requirements.

8‑pin TSSOP package; +T indicates Tape‑and‑Reel version.