MIC29201-3.3WU

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The MIC29201-3.3WU is a three-terminal adjustable linear regulator, manufactured by Microsemi, inc. It provides a regulated output voltage of up to 3.3V, with an output current of up to 300mA. The MIC29201-3.3WU is the ideal solution for applications that require a fine adjustment of the output voltage, and involves the use of a simple resistor divider network.

The MIC29201-3.3WU achieves its output voltage regulation by way of an internal feedback loop. When a voltage is applied to the input of the device, it automatically adjusts its output voltage so that the feedback loop remains closed, maintaining the output voltage at the desired level. The output voltage is adjustable over a wide range, from 1.22V to 3.3V, and the resultant output voltage is determined by the resistor divider network connected between the output and the adjust pin of the device.

The MIC29201-3.3WU is well suited for a variety of applications, including portable battery-powered systems, backup and supervisory functions, and local on-card voltage regulation. It is also particularly useful for applications in which high transient loads are expected, as the MIC29201-3.3WU is capable of supplying up to 300mA of output current with a fast transient response. Additionally, it can operate at temperatures ranging from -40°C to +125°C.

The MIC29201-3.3WU features a wide input operating voltage range, from 2.7V to 18V, making it highly suitable for use in automotive, 12V input and Point-of-Load (POL) applications. It also features internal over-temperature, over-current and over-voltage protection, making it an ideal solution for use in harsh electrical environments.

This versatile three terminal adjustable linear regulator is easy to use, as it is supplied in a compact, surface mount package and requires minimal external components. To complete the external components, simply connect the input voltage, output voltage and any adjusment voltage, and the regulator will do the rest. This makes it the perfect solution for designs where a small form factor, fast transient response and high input voltage range are required.

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