MIC5356-SGYMME

The MIC5356-SGYMME is a voltage regulator designed and manufactured by Micrel, Inc. It is a member of the Linear series of voltage regulators. It is an integrated circuit, specifically designed for applications where low noise and high power is required.

The MIC5356-SGYMME is a monolithic single-channel low-noise regulator that offers high-power output. It offers a maximum output current of 33mA and a maximum output voltage of 60V. It includes an internal voltage reference and can be configured with a feedback divider ratio to provide accurate voltage regulation. The device also features internal shutdown and overtemperature protection.

The MIC5356-SGYMME is specifically designed for applications requiring low noise and high power. It is ideal for various medical, automotive, and industrial applications, such as medical imaging systems and ultrasound systems, low-current and high-voltage power supplies, and general purpose voltage regulators. It can also be used in applications that require extended temperature range and fast transient response.

The MIC5356-SGYMME is based on the company’s proprietary CMOS mirror circuit, which features low noise and high power at low currents. It can provide a regulation accuracy of 0.5 percent of the output voltage, and a low output noise of 1μVrms. The voltage regulator offers fast transient times and low total harmonic distortion (THD), ensuring high performance in demanding applications.

The MIC5356-SGYMME is available in an eight-pin leadless, overmold package, and can operate at ambient temperatures ranging from -40°C to 85°C. The device is also protected against EMI, ESD, and output short-circuits. The device is RoHS-compliant and is halogen-free, making it suitable for a wide range of industrial and consumer applications.

In conclusion, the MIC5356-SGYMME is an ideal voltage regulator for applications requiring low noise and high power. It is available in an eight-pin leadless, overmold package and offers a wide range of features, including low noise, fast transient response, high accuracy, reliable protection features, and high temperature operation.