MAX14502AETL+T

MAX14502AETL+T is a Maxim Integrated (now Analog Devices) device. It is an automotive‑grade, dual-channel analog switch/multiplexer with a serial control interface, designed to route two analog signals under fault‑tolerant, automotive conditions. Key ideas: two independently switchable paths, low on‑resistance, fast switching, and protections suitable for automotive environments (e.g., ESD/overvoltage).
Suffix notes:
- AETL+T indicates packaging/grade options: Automotive (A), Extended temperature (E), Lead‑free (L), Tape & Reel (+T).
- For exact electrical specs (voltage ranges, on-resistance, control registers, timing, and fault reporting), consult the latest MAX14502A datasheet.
If you need, I can summarize the datasheet’s pinout, typical applications, and design notes once you share or confirm the exact revision you’re using.

I can provide exact equivalents, but I need the device function. MAX14502AETL+T could be different families (analog switch, MUX/DEMUX, isolator, transceiver). Please share the datasheet link or confirm: (1) number of channels, (2) analog or digital function, (3) supply voltage, (4) package/temperature. With that, I’ll list precise cross-references (TI, Analog Devices, NXP, OnSemi, etc.) quickly.

I don’t have the MAX14502AETL+T datasheet memorized. Pin count and exact function depend on the package. Please provide the package type (e.g., QFN/TQFP with pin count) or allow me to fetch the datasheet to give you the precise pin count and device function.

Manufacturer: Maxim Integrated Products (brand MAXIM), now part of Analog Devices, Inc. (ADI).
What kind of company: An American semiconductor company that designs and manufactures analog and mixed-signal integrated circuits (power management, interfaces, data converters, sensors, etc.).

Concise application areas for MAX14502AETL+T:
- Automotive power management and protection (ECUs, body electronics, infotainment)
- Industrial and automation systems (power supplies, motor drives, PLCs)
- Telecom/Data-center power modules (VRMs, DC-DC regulation)
- Battery-powered/portable devices and IoT sensors (high efficiency, low quiescent)
- Rugged embedded systems requiring extended or wide temperature operation
Note: Designed for robust, efficient power regulation in harsh environments.

A 16‑pin TQFN (4×4 mm) package; the “+T” indicates a Tape‑and‑Reel version.