MIC2546-2BM-TR

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The MIC2546-2B is a Power Management IC (PMIC), designed specifically to provide protection and routing of power distribution in a range of systems. It is part of the switch and load driver category of PMICs and is used to provide efficient power routing, while maintaining maximum system performance, reliability and safety.

The MIC2546-2B is a high performance, low voltage power switch capable of delivering up to 600mA of current for up to 20V of input voltage. It is a dual-channel, bidirectional switch and is available in both a surface mount and through-hole package, offering flexibility for various applications. The MIC2546-2B also includes programmable current limits, as well as open-drain active low enable and fault inputs, making it suitable for a range of battery management and power supply applications.

The MIC2546-2B can be used for a variety of tasks in power distribution. It is ideal for providing power routing and protection, especially in critical and high-reliability systems. It can also be used to monitor, control and manage the power usage of multiple systems, such as multiple ASICs. The MIC2546-2B is also well-suited for systems that require efficientpower routing, such as automotive, portable medical and automotive systems.

The MIC2546-2B operates by using a high-side MOSFET, with a comparator-driven feedback circuit to monitor the switch state. When the P-channel MOSFET is enabled, the output voltage is equal to the input voltage. When the MOSFET is disabled, the output voltage drops to 0V. The MIC2546-2B also features integrated current-limiting protection, which monitors both channel currents and will automatically shut down the output if the current exceeds the pre-programmed limit.

The MIC2546-2B is a highly reliable, cost-effective and easy to use solution for powering a wide range of systems. It provides an efficient power routing solution while ensuring maximum system reliability, performance and safety. The integrated MOSFET, current limiting, enable and fault inputs allow it to be easily integrated into any system and provide a flexible solution for power routing and protection.

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