AUIR3316STRL

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The AUIR3316STRL is a power distribution switch and load driver as part of a PMIC (Power Management Integrated Circuit) family from International Rectifier. This device is used for a wide range of applications, from automotive, industrial, computer and consumer. It has many features and benefits, from high reliability and excellent thermal performance to total system cost savings.

The AUIR3316STRL is an integrated circuit (IC) powered by two independent power input sources. It includes a power distribution switch, a load driver, and a thermal protection function. It supports data rates up to 400Mbps and provides support for LVDS and other CMOS compatible outputs. The device integrates high-performance MOSFETs and provides efficient power distribution with low resistance.

The AUIR3316STRL power distribution switch and load driver feature a very low RDS(on) resistance of 5mΩ and an on resistance accuracy of +/-10%. Additionally, these devices offer high power supply rejection ratio (PSRR) and excellent output current regulation. The device includes a wide range of programmable features such as programmable output current, programmable overvoltage protection, and programmable output current limit.

The working principle of the AUIR3316STRL power distribution switch and load driver is based on a solid-state switch that allows current to flow between a supply and a load. The switch is composed of a MOSFET that is used to open or close the circuit depending on the voltage applied to its base. The MOSFET will open the circuit as soon as the voltage exceeds the threshold value and close the circuit as soon as it falls below the threshold value. This type of switch is used to control the current flow in order to safely distribute power in the circuit.

The AUIR3316STRL is an ideal solution for applications such as automotive, industrial, computer and consumer. It provides high reliability, excellent thermal performance and total system cost savings. The device offers multiple user-configurable options, allowing designers to optimize the power delivery for each particular application. It is a very efficient, easy to use and cost effective device.

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