MIC37100-2.5BS

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The MIC37100-2.5BS is a linear regulator designed to provide a power source with very low noise output, while still maintaining its maximum efficiency. This three-terminal integrated regulator is designed to provide a 2.5V power supply with low noise and up to ±0.2% output current accuracy.

The MIC37100-2.5BS′s main application is for noise-sensitive electronic systems, such as medical equipment and communication systems. As a regulator, it is capable of providing a steady and clean power source, even in higher voltage input conditions.

The MIC37100-2.5BS starts by feeding the input voltage through an internal error amplifier. The amplifier detects any difference between the output voltage and the reference voltage, and then generates an error voltage from which a compensation network is generated. The compensation network increases the accuracy by reducing the gain around the critical region where the output current accuracy is critical.

The MIC37100-2.5BS′s output current is then fed through an integrated power-transistor, allowing the regulator to use very low quiescent current while maintaining a high switch-on speed. A protective feature prevents any fault conditions that can result in overvoltage. This protects the device from excessive stress while allowing it to work in high-reliability applications.

The MIC37100-2.5BS provides excellent thermal performance, allowing it to be used in high-temperature conditions. The integrated thermal shutdown feature prevents any critical levels of thermal runaway conditions.

The regulator also features low noise operation, providing a clean output voltage with minimal noise. This noise-reduction capability makes the device ideal for audio and video equipment.

The MIC37100-2.5BS is highly adaptive, making it an ideal choice for applications in challenging environments that require precise guidance and control. The regulator is robust and features multiple safety features, making it suitable for a wide range of environments.

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