MIC5200-3.3BM

The MIC5200-3.3BM is a low-power, high-performance, three-terminal, low-dropout, linear voltage regulator. It is a highly efficient and temperature insulated device specifically designed for use in low voltage, low-noise, high-performance power supply applications, such as digital processors and controllers, microprocessor-based systems, and performance-sensitive analog circuits. The MIC5200-3.3BM is capable of supplying up to 1.5A of current at an input voltage of up to 16V. It provides a regulated output voltage of 3.3V with a guaranteed minimum voltage drop of 0.2V (under no load).

The MIC5200-3.3BM includes a range of functional and performance features, such as an adjustable current limit, an overcurrent protection circuit, thermal shutdown and an overvoltage protection circuit. Additionally, the MIC5200-3.3BM provides efficient operation over a wide input voltage range, as well as excellent load and line transient response. The device is available in a variety of operating temperature ranges and is packaged in either a miniature SOIC-8 or a TO-220 package.

The MIC5200-3.3BM employs an architecture called a bipolar transistor dropout voltage regulator, which uses a pair of transistors to perform the dropout voltage regulation. This architecture enables the device to maintain a low dropout voltage over a wide current range, while maintaining low output voltage noise. The MIC5200-3.3BM contains a current-limiting circuit that protects the device from excessive currents. It also includes circuits that monitor the output voltage and control the current in the device. Furthermore, the MIC5200-3.3BM contains an overvoltage protection circuit that detects when the output voltage exceeds a predetermined value and shuts down the device.

Additionally, the MIC5200-3.3BM provides a thermostatically controlled output voltage, which helps to keep the output voltage constant, even in varying temperature conditions. It also includes circuitry that provides protection against latch-up, which can cause permanently destructive failure. Finally, the MIC5200-3.3BM uses an enable/disable input, which allows the device to be disabled and thereby save power.

The MIC5200-3.3BM is an excellent choice for a number of applications. It is well suited for use in microprocessor-based systems, digital signal processing systems, power converters, and CCTV systems. The device is also suitable for digital cameras, mobile phones, and most portable applications where low dropout and noise conditioning are critical. Furthermore, the MIC5200-3.3BM is a popular choice for automotive applications because of its low noise, low dropout performance.

In conclusion, the MIC5200-3.3BM is a high-performance, low-dropout, linear voltage regulator that is ideal for use in a wide range of applications. It offers excellent load and line transient response, an adjustable current limit, and an overvoltage protection circuit. Additionally, the device includes thermostatically controlled output voltage and latch-up protection. The MIC5200-3.3BM is an excellent choice for use in low voltage, low-noise, high-performance power supply applications.