NSR10F30QNXT5G

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

When looking for a diode to use in a power management system, the NSR10F30QNXT5G stands out as a premier option. This highly efficient discrete rectifier is designed to handle high power levels and a broad range of temperature ranges. With its ability to provide low forward voltage drop and high output current, this device is ideal for power converters and power supplies.

The NSR10F30QNXT5G is a single rectifier, capable of supplying up to 500 milliamps at 30 amps of continuous forward current. It features a low forward voltage (Vf) of around 0.6 volts and a high output current (Id) of 30A. This rectifier is comprised of a silicon substrate and an enhanced reflow thermal process, allowing for efficient energy conservation during the manufacturing process. The device is rated for operation over a broad temperature range of -40C to +150C.

In terms of application fields and working principle, the NSR10F30QNXT5G is most commonly used in switch mode power supplies (SMPS), DC-to-DC converters, and auto electrical systems. It is designed to convert AC voltage to DC voltage, and rectify it in order to power electronic devices. The rectifier utilizes a direct current (DC) blocking diode, which blocks current from flowing in the reverse direction and is typically used for voltage regulation and DC recirculation. The NSR10F30QNXT5G rectifier also utilizes an avalanche energy and temperature suppression diode for overvoltage protection.

Overall, the NSR10F30QNXT5G provides an excellent solution for those in need of a robust, reliable, and efficient rectifier. Its superior attributes make it the perfect choice for various applications such as power management systems and car and truck power systems. With its low forward voltage drop and high output current, the device promises to deliver exceptional performance.

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