MAX14789EGSA+

I don’t have the exact datasheet in memory, but here’s a concise intro you can use or tailor after checking the page:
The MAX14789EGSA+ is a Maxim Integrated (now Analog Devices) high-performance analog front-end IC in the MAX14789 family. It targets precision signal conditioning and data conversion for sensing and communication systems. The device combines configurable signal-conditioning blocks (amplification and filtering) with data conversion and flexible control in a compact EGSA+ package.
Key features (typical): wide input bandwidth and dynamic range, low noise, programmable gain, selectable filtering, and a flexible control interface (SPI/I2C). It supports single-supply operation and is RoHS-compliant.
Typical applications: instrumentation, industrial sensing and data acquisition, automotive/industrial systems, and high-speed communications requiring accurate signal conditioning and conversion.
Package: EGSA+ (compact, lead-free).
For exact specs (gain ranges, bandwidth, ADC/DAC details, pinout), consult the official MAX14789EGSA+ datasheet and product page. If you share a link or key specs, I’ll tailor this further.

I don’t have the exact pin count and function memorized for MAX14789EGSA+. Would you like me to look up the datasheet and provide the precise pin count and primary function?

The MAX14789EGSA+ is manufactured by Maxim Integrated, which is now part of Analog Devices, Inc. Maxim Integrated is a global semiconductor company that designs and markets analog and mixed-signal integrated circuits (ICs), including power management, data converters, amplifiers, and interfaces.

MAX14789EGSA+ is a two‑channel hot‑swap controller with current limit and fault diagnostics for high‑side switching. Common applications include:
- Hot‑swap protection and current limiting for server backplanes, PCIe/telecom power rails
- Redundant/OR‑ing power‑supply circuits and load switching
- DC‑DC regulator front ends and point‑of‑load switches in data centers, networking, and storage
- Automotive and industrial power management requiring overcurrent protection and fault reporting
- Battery‑powered devices needing controlled power‑up and short‑circuit protection

MAX14789EGSA+ uses a 28-pin TQFN package with an exposed pad (5x5 mm).