MIC37101-1.8YM

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Power management integrated circuits (PMICs) are dedicated integrated circuits (ICs) used for managing the power supply in electronic circuits. One type of PMIC is linear voltage regulator, which regulates the output voltage level of power supply by dissipating extra energy in the form of excess voltage as heat, thus creating a stabilized output voltage. The MIC37101-1.8YM is a high-performance, high-accuracy linear voltage regulator designed to provide user-programmable, low-noise, low-dropout voltage rail regulation.

The MIC37101-1.8YM is ideal for professional medical equipment, consumer electronics, industrial, and telecom systems that require a stable voltage output. This voltage regulator can produce an accurate 1.8V output at a load current of up to 500mA. It uses integrated power MOSFET (metal-oxide-semiconductor field-effect transistor) as an output device, which, in combination with a precision voltage reference, enables high efficiency and low noise operation. The device is protected against short-circuit, over voltage, and over temperature conditions.

The typical working principle of the MIC37101-1.8YM is as follows. The input voltage is applied to the device, which converts it into a reference voltage. This reference voltage is compared to a reference signal from a precision voltage reference. If the voltage levels don\'t match, the device activates its output device and produces a regulated output voltage. The output device also provides protection against short-circuit, over voltage, and over temperature conditions.

The MIC37101-1.8YM is a high-performance and high-accuracy linear voltage regulator that provides user-programmable, low-noise, and low-dropout voltage rail regulation for use in professional medical equipment, consumer electronics, industrial and telecom systems. Its integrated power MOSFET output device ensures high efficiency and low noise operation. The device is also protected against short-circuit, over voltage and over temperature conditions, making it a reliable and cost-effective solution for voltage regulation needs.

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