MIC61150-10YMME

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The MIC61150-10YMME is a highly efficient synchronous three-phase step-down DC-DC regulator designed for use in a variety of applications. It can be used to provide a regulated output voltage of up to 16V. The device integrates an optimized control loop, advanced switching circuitry and high-accuracy current sensing, making it suitable for use in a wide range of systems.

Applications

The MIC61150-10YMME is suitable for use in a wide range of applications, including Point of Load (POL) and distributed power systems, networking equipment, high-end computing, and telecommunications. The device can also be used for voltage regulation in automotive systems, industrial machinery and consumer electronics.

Features

• Integrated synchronous 3-Phase step down controller
• Wide input voltage range of 4.5V to 16V
• High efficiency – up to 95%
• Temperature compensated over-current protection
• Wide load range capability
• Frequency shrinking for light load conditions
• Low ripple and noise
• Integrated non-volatile memory

Working Principle

The MIC61150-10YMME utilizes a 3-phase synchronous rectification control scheme to provide a robust and accurate voltage regulation circuit. It integrates an optimized control loop, advanced switching circuitry and high-accuracy current sensing for achieving an efficient power conversion. The device is able to maintain a regulated output voltage over a wide input voltage (4.5V to 16V) and load range (0.7A to 4A) with extremely low ripple and noise. It also provides a temperature compensated over-current protection for safety. The frequency of the device is dynamically adjusted for light load conditions, thus, allowing an increased efficiency at light loads.

The MIC61150-10YMME is designed to reduce the external component count and offer cost savings, while providing a high-efficiency, robust and accurate voltage regulation circuit.

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