MIC2547-2YTS

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The Prolific MIC2547-2YTS is a dual-channel load switch with integrated load boosters designed for load management in a variety of power distribution and switching applications. While offering low on-resistance and low power consumption, the MIC2547-2YTS provides ultra-low quiescent current and a wide range of operating voltages to meet the needs of highly-efficient power systems. It can be used to power up or take down individual loads, allowing for greater power savings across multiple functions.

The MIC2547-2YTS is a two-channel device that can be controlled by a single enable pin. When the enable pin is driven high, both channels will turn on and power to the two output pins will be provided at the same time. Conversely, when the enable pin is driven low, both channels will be turned off and power will be shut off to both outputs. This is useful for applications such as powering boards, powering sensors, and managing heat dissipation for FPGAs.

The device incorporates two load switches, each with an integrated load booster. The load booster provides a wide range of operating voltages, from 1V up to 5V, to support low-power applications. The load switch is rated for up to 6A per channel, with an on-resistance of 0.5mΩ. This allows the MIC2547-2YTS to handle high load currents with minimal power loss.

The MIC2547-2YTS also has a low quiescent current of just 0.1μA. This is important for applications with tight power budgets, as it helps to keep the power dissipation at a minimum. The device has a slew rate of 5V/μs, allowing it to turn on quickly, and it has a frequency response up to 15MHz, allowing it to respond quickly to changing conditions.

The MIC2547-2YTS is a versatile and efficient device, suitable for a variety of power distribution and switching applications. It provides ultra-low quiescent current, low on-resistance, and a wide range of operating voltages. Its fast frequency response and wide load switch rating make it an ideal choice for demanding power distribution and management applications.

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