STHS2375LM6F

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Power over Ethernet (PoE) technology enables power and data to be supplied over the same cable thereby reducing the complexity of the wiring, installation and power supplies. The STHS2375LM6F is an advanced PoE controller dedicated to high-voltage applications. It offers power management, system power and control, and safety functions. This high-performance controller offers advanced system performance while keeping power consumption to a minimum.

The STHS2375LM6F has 8V to 60V input voltage range and a peak output current of 3A. The device is also equipped with several control and protection features such as: under voltage and over voltage protection, current limiting, open circuit protection, and thermal protection. This PoE controller provides system designers with a single chip solution for the increasing demand for low power, high performance, and low cost power management solutions.

The STHS2375LM6F is designed for high-voltage applications, such as industrial automation, offices and home automation, automotive, and renewable energy. It can be used to power over Ethernet switches, routers, bridges and gateways.

The primary function of the STHS2375LM6F is to provide power and control to the system. It can deliver up to 3A of current, coupled with its small package size, this makes it an ideal solution for industrial, medical and automotive applications. The device also provides system level control and monitoring functions through its integrated I2C interface and voltage feedback pins.

The STHS2375LM6F is based on a patented Peak Power Load Control™ (PPLCTM) topology, which ensures reliable operation over wide input voltage ranges with minimal voltage droop and over-current stress. It provides an optimized closed-loop system for maximum efficiency, and also supports low-standby current consumption.

The STHS2375LM6F is an ideal solution for PoE applications and is suitable for a variety of industries including automotive, medical, industrial, and consumer applications. It is designed to meet the needs of system designers in an efficient and cost-effective manner. This high-performance device can help reduce power consumption, minimize system complexity, and maximize system performance.

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