MIC5355-SGYMME

The MIC5355-SGYMME is a low drop-out, low quiescent current, linear voltage regulator offered by Micrel. It has excellent load and line regulation and its maximum input voltage can reach up to 26V. It can be used in both commercial and industrial control applications.

The MIC5355-SGYMME linear regulator is designed to provide output voltages up to 12.6 volts from an input voltage of 0-26 volts. It offers excellent load regulation and line regulation, with a maximum dropout voltage of 1V at 200mA. It also has a very low quiescent current, making it suitable for a wide range of applications. In addition, the MIC5355-SGYMME has over-temperature protection and short-circuit protection.

The MIC5355-SGYMME can be used in a wide range of applications, including automotive systems, industrial control applications, and general-purpose regulators. It can be used to provide a constant and reliable source of power for microcontrollers, memory and discrete devices. The adjustable voltage output allows the MIC5355-SGYMME to be tailored to power specific devices, enabling greater design flexibility. TheMIC5355-SGYMME can also be used as an alternative to low dropout linear regulators, as it has a 0-26V wide input voltage range.

The working principle of the MIC5355-SGYMME is simple. The input voltage is regulated by a feedback loop controlled by an error amplifier. This loop compares the actual output voltage to the setpoint voltage, and adjusts the voltage accordingly. The output voltage is determined by the second stage regulators, which are connected to a low dropout (LDO) linear regulator. The MIC5355-SGYMME also has over-temperature protection and over-current protection built in.

The MIC5355-SGYMME is an excellent choice for a variety of voltage regulation applications. Its high efficiency and low dropout voltage make it suitable for a wide range of commercial and industrial applications, including automotive systems and general-purpose regulators. Its wide input voltage range and adjustable output voltage, combined with its low quiescent current make it a great choice for powering microcontrollers, memory and discrete devices.