MIC5203-2.6BM4 TR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MIC5203-2.6BM4 TR is a linear voltage regulator from the family of PMIC, Voltage Regulators, Linear. During a reset event, it provides an efficient, small and low cost solution to provide the proper voltage input required by digital circuits or analog circuits.

MIC5203-2.6BM4 TR is designed to operate with a 1V to 17V input voltage range with an output voltage range of 1.2V to 16V depending on the output current. It is capable of sourcing up to 1.5A and up to 2A when the output voltage is below 2V. The thermal shutdown temperature is 175°C.

The MIC5203-2.6BM4 TR utilizes technology that provides excellent performance and precision, high current capability and low noise operation over the entire output current range. The device is best suited for regulated and noise-free power supply applications.

The MIC5203-2.6BM4 TR features a high accuracy trim, low dropout and low ground current, fast transient response and a low output ripple voltage. Additionally, it includes short circuit protection and reverse output voltage protection which makes it ideal for use in a wide range of power supply applications.

The MIC5203-2.6BM4 TR features a dedicated 3-pin development board which is essential for any design involving power supplies used in consumer applications. This development board allows a user to quickly evaluate the device and determine the input and output performance of the design.

The working principle behind the MIC5203-2.6BM4 TR is quite simple. It utilizes a voltage reference device, usually either a Zener or a bandgap reference, to compare the output voltage to a known reference. When the output voltage is different than the reference, the device provides an error voltage into the feedback loop, which causes the regulator to make a correction.

This error voltage is normally amplified and compared with a reference voltage, in order to regulate the output voltage. The regulator responds to the error voltage by controlling the output current, thus the output voltage is controlled by the amplifier. The output is also tied to the input via a current limiting resistor, which tends to keep the output level stable.

The MIC5203-2.6BM4 TR linear voltage regulator includes a slew rate control circuit which does two things: it enables an excellent transient response for any load step application, and it prevents excessive output voltage droop during light load conditions. The regulation of the output voltage is also precisely controlled by the voltage reference, allowing a tight line regulation across the various input voltages and temperatures.

Finally, the MIC5203-2.6BM4 TR also contains an output voltage trimming circuit which users can adjust the output voltage over the entire range. It allows the designer to perfectly adjust the output voltage to the desired point, in order to achieve the highest possible efficiency.

The specific data is subject to PDF, and the above content is for reference