MIC2211-LPYML-TR

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The MIC2211-LPYML-TR is an adjustable, synchronous buck converter from Micrel that contains a linear voltage regulator. It has an integrated low-side MOSFET and is ideal for applications that require low output noise and high efficiency, such as notebook / sub-notebook computers, LCD and LED displays, and digital camera lenses. The MIC2211-LPYML-TR also offers excellent standby current and thermal efficiency.

The MIC2211-LPYML-TR is designed to provide a reliable, adjustable, low noise regulated voltage output. It has the ability to supply up to 6A of output current at up to 95% efficiency, making it suitable for high power applications. The MIC2211-LPYML-TR also has a wide operating range of 4V to 17V and a wide adjustable output range from 0.8V to 2.6V. Additionally, the output ripple is extremely low at 0.15mV, making it ideal for noise sensitive applications.

The MIC2211-LPYML-TR is a synchronous step-down regulator that uses a high-side N-channel FET to transfer current from the input voltage to the output. It contains two stages, a linear regulator and a switching regulator. The linear regulator monitors the output voltage and adjusts the duty cycle of the FET to maintain the output voltage constant. The switching regulator cycles the FET on and off at a high frequency, providing the necessary energy transfer to the output capacitor bank. The MIC2211-LPYML-TR also has built-in protections to ensure reliable operation, including over-temperature and over-voltage shutdown. The device has a shutdown supply current of just 0.1uA, making it suitable for battery-powered applications.

The MIC2211-LPYML-TR is a highly integrated device that provides an adjustable output voltage, efficient operation, and excellent regulation performance. It is ideal for a variety of applications including powering devices such as digital cameras and LED displays, as well as for providing adjustable voltage for voltage sensitive components. Its low output ripple and high efficiency makes it ideal for applications that require low noise or high efficiency, such as notebook/sub-notebook computers, LCD and LED displays, and digital camera lenses.

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