MAX5944ESE+T

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The MAX5944ESE+T is a monolithic power management integrated circuit (PMIC) that uses OR controllers, ideal diodes, and MOSFETs to provide overvoltage protection, low-power distributed power system (DPS) sequencing, and MOSFET protection. In addition, the MAX5944ESE+T includes an adjustable oscillator, an accurate voltage reference, and protection features such as overvoltage (UVLO), undervoltage (UVLO), overcurrent (OCP), undercurrent (OCP), and overtemperature (OTP).

The MAX5944ESE+T is a feature-rich device and can be used in many different applications. It is particularly well suited for distributed power system (DPS) applications, where multiple DC outputs need to be sequenced, protected and managed. The MAX5944ESE+T has been designed to provide maximum system efficiency, robustness, noise immunity and ease of use.

One of the main features of the MAX5944ESE+T is its OR controller, which enables multiple output rails to be managed with an extremely low standby current. The OR controller operates by turning on multiple power outputs when the power input is above a certain voltage, and then turning each output off again when the input voltage falls below the threshold. This allows the total system power consumption to be greatly reduced in standby and low-load conditions.

The MAX5944ESE+T also includes many different protection features. It has an adjustable overvoltage (OV) and undervoltage (UV) lockout that can be configured to a specific voltage level, as well as an overcurrent (OC) and undercurrent (UC) detector that can trip the device when an overcurrent condition is detected. It also includes an overtemperature (OT) protection trigger that will shut down the device if the junction temperature reaches its limit.

The MAX5944ESE+T is a cost-effective solution for power management and distributed power system (DPS) sequencing applications. It is designed for use with both fixed and adjustable voltage power supplies and enables customers to optimize their power efficiency and system reliability. Its advanced OR controller, ideal diodes, and MOSFET protection make it an ideal choice for a variety of distributed power applications.

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