82CNQ030A

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 82CNQ030A rectifier array is a device specially designed for power system applications that require high reliability and performance. This device features low voltage drop, low on-state resistance, and fast recovery times. The main applications of the 82CNQ030A are in the fields of power supplies, power converters, DC-DC converters, and motor control, and it is widely used in the consumer electronics and automotive industries.

The 82CNQ030A is a common anode Schottky rectifier array, composed of four integrated Schottky rectifier diodes connected in series. Each rectifier has a maximum forward current of 30A and a maximum reverse voltage of 30V, making it an ideal choice for high-power applications. The forward voltage drop of the 82CNQ030A is typically 10mV and the reverse leakage current is very low, typically less than 5uA. The fast reverse recovery time of the device also ensures excellent switching performance.

The 82CNQ030A rectifier array functions as a single device by taking advantage of the low forward voltage drop of each diode and the series connection of the four diodes. During the forward conduction, the four diodes each conduct current and the total forward current is the sum of the individual currents of each diode. The total voltage drop across the device is the sum of the voltage drops of each diode in series. During the reverse conduction, the forward current is blocked by the diode’s reverse-blocking characteristic and the reverse current is allowed to flow freely, allowing the device to function as a single rectifier.

The 82CNQ030A is a highly reliable device with a long operating life of up to 100,000 hours. The device also offers high RF suppression, thermal management, and a low EMI profile. In addition, the 82CNQ030A can be easily mounted and connected.

As a high-reliability rectifier array, the 82CNQ030A is suitable for various power systems applications that require high performance and reliability. Its features of low voltage drop, low on-state resistance, fast recovery times, and long operating life make it an ideal solution for many applications. Additionally, its high RF suppression, thermal management, and low EMI make it a perfect choice for applications that require low-noise operation.

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