MIC5203-4.0BM4 TR

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The MIC5203-4.0BM4 TR is a linear, two-terminal voltage regulator, which is suited for precision post regulator applications. It is capable of regulating output voltages as low as 4.2V and as high as 42V with a positive input voltage range from 4.9V up to 42V, making it a highly effective regulator for many applications. Because of its wide input voltage range, it is especially beneficial in post-regulator applications that work with varying input sources.

The device is capable of delivering constant over-current and short-circuit protection and is able to operate at a wide range of temperatures, making it suitable for a range of applications. The MIC5203-4.0BM4 TR has low power dissipation and low external component count and is suitable for many high-end applications, such as those in the automotive, communication, industrial, and instrumentation fields.

The MIC5203-4.0BM4 TR operates from a constant current source, and its control input circuits are designed with optimized hysteresis for improved stability. The device includes an internal, externally adjustable shutdown and power-on reset circuit for improved reliability and performance. Additionally, the device includes an integrated soft start which reduces the inrush current of the device under light load conditions.

The device also includes a wide range of protection functions, such as output over-voltage protection, under-voltage lockout with hysteresis, thermal shutdown, output over-current protection, and current-limit soft-start protection. Additionally, the device includes a low-battery detection circuit, which provides improved system reliability.

The MIC5203-4.0BM4 TR is designed to provide accurate voltage regulation over a wide temperature range, with low power dissipation. It is designed to work in applications with a wide input voltage range from 4.9V to 42V, making it an excellent choice for post regulator applications that work with varying input sources. The device includes a range of protection functions for improved system reliability, and its low power dissipation and low component count make it an ideal voltage regulator for many high-end applications.

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