AU2PJHM3/86A

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Introduction to AU2PJHM3/86A

The AU2PJHM3/86A device is an industrial standard silicon rectifier diode and is offered in a single package. This diode offers many features that make it a desired choice for a variety of applications including power conversion, ac-dc resistance and more.

Application Field and Working Principle of AU2PJHM3/86A

The application field of the AU2PJHM3/86A is in the ac-dc, power conversion, and rectifier circuits. This rectifier diode is used in the positions of high current, low voltage power rectifier applications. It offers a wide range of features that make it an ideal choice for many applications.

This diode is built with a long reverse recovery time, low on-state resistance and low forward voltage drop. It also features high majority carriers conductivity. This allows for a greater power conversion efficiency and increases the current carrying capacity. Additionally, the device has a low anode-to-cathode voltage drop.

The working principle of the AU2PJHM3/86A rectifier diode is based on the p-n junction. When a forward voltage is applied to the diode, the electrons and holes flow across the gathered junction and then recombine at the depletion region. As the electrons move, they are collected by the anode, while the holes are drawn by the cathode. This flow of electrons and holes form an electric current.

When a reverse voltage is applied to the diode, the junction reverses the flow of electrons and holes, resulting in a reverse current flow. This is known as reverse biased. This operation of the diode is often used for diode protection due to the low reverse leakage current.

Conclusion

The AU2PJHM3/86A is an industrial standard rectifier diode that is used in a wide range of applications. It has a low on-state resistance and a low forward voltage drop, which make it ideal for power conversion and ac-dc applications. This diode also features a long reverse recovery time as well as a low anode-to-cathode voltage drop. It has a working principle based on the p-n junction, which allows for a reverse current flow and diode protection due to a low reverse leakage current.

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