ZXRE125FRSTOA

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

ZXRE125FRSTOA is a high-performance voltage regulator for power management integrated circuits (PMICs). It is a voltage reference-type device, designed to provide precise and adjustable voltage control for voltage regulating applications in power management integrated circuits. The ZXRE125FRSTOA is a fully integrated temperature compensated voltage regulator IC, offering excellent line and load regulation, high output accuracy and stability, and a wide operating range.

The working principle of the ZXRE125FRSTOA is fairly straightforward. It takes an input voltage and compares it to a reference voltage. The reference voltage is generated internally, in the form of a standard voltage divider. When there is an input voltage variation, the output signal of the voltage divider changes, allowing the ZXRE125FRSTOA to adjust the output voltage so it remains at the correct level. It is a voltage control loop.

The ZXRE125FRSTOA also offers excellent output ripple and noise performance with up to 20μV RMS noise filtering option and 45dB at 500kHz bandwidth suppression. The device has a start-up time of 75μs typical, with a maximum line transient response of 5μs.

The ZXRE125FRSTOA can be used in a wide range of voltage regulation applications, such as low/high-voltage power supplies, motor drives, industrial power supplies, and other applications where precise voltage control is necessary. It features adjustable output voltage options, adjustable output current limits, and adjustable under voltage lockout. It also offers a power switch integrated over-temperature protection.

The ZXRE125FRSTOA is a high-performance voltage regulator for power management integrated circuits. It offers excellent line regulation, fast start-up times, low output noise, and adjustable voltage/current/UVLO power limits. Its wide operating range makes it suitable for a variety of voltage regulation applications in industrial, automotive, and other high-performance power application designs.

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