ISL6152IBZA-T

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The ISL6152IBZA-T is a member of the PMIC (Power Management ICs) family of integrated circuits. It is a hot swap controller, which is specifically designed to provide glitch-free, reliable power conversion and system power management. The ISL6152IBZA-T offers a wide range of features, including a low-voltage power-on reset, adjustable over-current protection, over-voltage protection, under-voltage lockout, wide input-voltage range, and thermally enhanced package.

The primary application field of the ISL6152IBZA-T is providing power conversion and system power management in Hot Swap applications. A Hot Swap application is any application for which a device is designed to replace a faulty or ageing piece of equipment without the need for the power to be shut off, allowing for minimal user intervention and ensuring uninterrupted service. The ISL6152IBZA-T’s low-voltage power-on reset and wide input-voltage range make it an ideal choice for applications in places where power supplies are subject to frequent surges and brownouts.

The working principle of the ISL6152IBZA-T is based on the industry-standard linear regulator architecture. In this design, a control circuit senses the input voltage and regulates the output voltage to within a given operating range. The ISL6152IBZA-T also includes adjustable over-current and over-voltage protection for added reliability and improved system protection. The ISL6152IBZA-T also features wide input voltage range (up to 24V), low-voltage power-on reset, robust gate driver capability, and low quiescent current consumption.

In summary, the ISL6152IBZA-T is a powerful integrated circuit that is designed to provide glitch-free, reliable power conversion and system power management in Hot Swap applications. It features a wide input voltage range, adjustable over-current protection, over-voltage protection, under-voltage lockout, and robust gate driver capability for optimal performance. With its low-voltage power-on reset and wide input-voltage range, it is an excellent choice for applications where power supplies are subject to frequent surges and brownouts.

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