MIC5371-PPYMT-TR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MIC5371-PPYMT-TR is a linear voltage regulator that is integrated within power management integrated circuits (PMICs). It is designed to provide a wide output range from 0.8V to 5.0V, with low noise and high accuracy. Furthermore, the MIC5371-PPYMT-TR features an adjustable output voltage and an active-low power input, which enables it to be used in various applications.The key features of the MIC5371-PPYMT-TR includes a low operating current of 2μA, an Output to GND of up to 20 V, a continuously adjustable output voltage range, and a 1kHz typ frequency response. The device also features an internal shutdown pin (FO/SHD) which enables the user to place the device in a low power standby mode. The MIC5371-PPYMT-TR is designed for low noise applications, such as medical devices and industrial machines. In addition, the MIC5371-PPYMT-TR is suitable for applications requiring high accuracy and stability, for which the adjustable voltage range and low noise provide excellent results. With its adjustable output voltage, it is suited for applications that require reliable and accurate operation, such as voltage management, DC/DC converters, and analog/digital circuits.The internal architecture and working principle of the MIC5371-PPYMT-TR makes it an effective linear voltage regulator. Its duty cycle is chosen to minimize output voltage ripple, which is further maximized by the use of a Schottky diode clamp at the output. This type of clamp helps to prevent load transients from affecting the output voltage. The internal linear voltage-regulator control circuitry adds multiple feedback paths between the output voltage pin and the internal error amplifier, which helps to minimize the error amp gain and reduces dynamic output voltage noise.In summary, the MIC5371-PPYMT-TR linear voltage regulator is a versatile and efficient device for providing a wide range of output voltages and offering low noise, high accuracy and low standby current. It is suitable for applications with varying requirements in which the user desires an adjustable voltage for maximum control and reliability.

The specific data is subject to PDF, and the above content is for reference