MIC5216YMM

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The MIC5216YMM is a 2A low dropout (LDO) linear regulator that enables designs to use higher input voltages and still maintain low ripple voltage output. This regulator family operates over an input voltage range of 2.7V to 15V and can provide an adjustable output voltage down to 1.2V with a maximum output current of 2A. Low drop-out voltage (145mV maximum at 1A output current and 380mV maximum at 2A output current) allows the regulator to maintain full output voltage even at low duty-cycle conditions.

The MIC5216YMM is a linear voltage regulator with low dropout voltage, low noise, and high output accuracy. It can be used in applications ranging from automotive to consumer electronics. Its features and benefits include low quiescent current, wide input and output voltage ranges, low output noise, fast transient response, and a full protection package.

The MIC5216YMM can help designers achieve their design requirements for applications such as automotive, LED lighting, power tools, and medical instrumentation. The regulator’s output accuracy and low dropout voltage allow it to operate under the typical environmental conditions such as power cycling, load and line transients, and high load currents.

The MIC5216YMM provides excellent noise performance and high transient response while maintaining its low quiescent current of 90uA (typ). The low dropout voltage of 145mV at 1A output current and 380mV maximum at 2A output current help ensure proper operation and reliability of the device.

The MIC5216YMM is equipped with various protection functions including over-temperature protection, short-circuit protection, and over-current protection. With these protection functions, the device ensures the safe operation of the system and reliable power supply delivery.

In summary, the MIC5216YMM is an excellent linear voltage regulator for applications that require a low dropout voltage, high output accuracy, and low noise. Its features and benefits make it ideal for automotive, LED lighting, power tools, and medical instrumentation applications.

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