SIP4610ADT-T1-E3

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The SIP4610ADT-T1-E3 is a power distribution switch, load driver, and power module from the SIP Series manufactured by Supertex Inc. It is mainly used for applications such as servers, routers, switches, and other network equipment. It is designed to provide up to 100 A of output current.

The SIP4610ADT-T1-E3 module is a dual-channel, low-side solid-state switch that is designed to provide a switching current of up to 100 A per channel. It has two sets of four MOSFET arms that enable a high-side driver to interface with a low-side load. The two channels are each independently programmable to enable or disable current to a single output. Each of the four MOSFET arms is rated to withstand overvoltage conditions on the power line.

The SIP4610ADT-T1-E3 is also a load driver. It is designed to drive a wide variety of loads from a DC power source with support for up to 200 W of load current. The load driver can also be used for other applications such as driving a brushless DC motor or powering a set of LEDs. The load driver has built-in protection to prevent overcurrent, overvoltage, and thermal shutdown. It also includes a power-good LED indicator to show the output voltage is within range.

The SIP4610ADT-T1-E3 module is designed to work in temperatures ranging from -20°C to +85°C. It can also be used in harsh environments thanks to its wide operating temperature range. Additionally, its built-in integrated protection features help protect against overvoltage and overcurrent conditions. It also has an input undervoltage lockout and output open circuit protection to prevent false triggering and additional safety features to protect against reversed DC power supply conditions.

The SIP4610ADT-T1-E3 module is suitable for a variety of power distribution and load driving applications in industrial, automotive, and consumer applications. Examples include high-current switch-mode power supplies, robotics, drives, and motor controls. The module provides an efficient and cost-effective solution for applications requiring high current outputs and load-driving capabilities. In addition, it is suitable for high-voltage, high-current switching needs with its support for up to 200 W of load current and its robust construction that can handle operating temperatures up to +85°C.

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