MIC5399-GMYMT-T5

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What is the MIC5399-GMYMT-T5?

The MIC5399-GMYMT-T5 is a low drop-out (LDO) linear voltage regulator from the MIC5300 series. This series of regulators is made to meet the stringent requirements of a wide range of industrial, automotive and consumer applications. These voltage regulators offer high efficiency and low drop-out voltage, with adjustable output voltage and up to four banks of up to two current levels for each bank.

Application Fields

The MIC5399-GMYMT-T5 is ideal for applications such as portable electronics and battery-powered devices. It can be used in applications that require low ripple, tight line regulation, and a low drop-out voltage. It is also ideal for systems with dynamic loads, and can provide very good transient response.

The MIC5399-GMYMT-T5 is suitable for a variety of consumer and industrial applications, including consumer electronics, communication systems, automotive and process control systems. It is also suitable for battery power, distributed power systems and current-limited systems.

Working Principle

The MIC5399-GMYMT-T5 linear voltage regulator works by using a feedback loop to regulate the output voltage. The regulator uses an internal operational amplifier and a two or four output array, allowing for up to four banks and up to two levels of current per bank. The regulator monitors the output voltage and adjusts the reference voltage supplied to the array to maintain the correct output voltage. This operation allows forstable regulation over line, load and temperature changes.

The MIC5399-GMYMT-T5 offers a wide operating temperature range of -40°C to +85°C and up to four banks of up to two current levels for each bank, depending on the version chosen. It also features soft start, power-saving standby mode and active discharge.

The MIC5399-GMYMT-T5 has a simple and easy-to-use design, and is an ideal choice for a variety of high-precision voltage regulation applications. It is built on a low-noise, high-performance CMOS process and can provide high accuracy voltage regulation over a wide range of input voltages and temperatures.

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