B380BE-13

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Diodes - Rectifiers - Single, a type of rectifier with a single diode is used as a two-terminal electrical device, which is capable of converting AC current into DC current. Among the most commonly used rectifiers, B380BE-13 distritutes itself by its excellent performances in the electrical application field. This article will mainly focus on B380BE-13 application field and working principle.

B380BE-13 is a high voltage rectifier installed in the electrical field. As a modern semiconductor device, it aimes to convert AC current into DC current for effective power supply. Primarily, the average forward rectified current ranging from .5 to 1 Amp is what it can supply. Maximum repetitive peak reverse voltage(VRRM) up to 800V makes the device a reliable, cost-effective choice for AC-to-DC power conversion and other general power applications. Also, it brings many advantages such as a low forward voltage drop, temperature coefficient and thermal resistance, and so on. All in all, its high-efficiency, rugged construction and industrial standard terminals make it possible to work reliably and stably in various extreme environments.

Another highlight worth pointing out is the low heat sink requirement, which allows the device to remain stable even after repeated surge current, thus making it a perfect fit for compact circuits. Then, the V-I characteristic also plays an important role in the reliable performance of B380BE-13 rectifier. It has a low reverse leakage current and a good electrical stability and heat dissipation, providing a softer rectification than other rectifiers.

Taking a deeper look at its working principle, it can be found that the B380BE-13 rectifier works the same way as other rectifiers with a single diode. When the terminal voltage is positive, the diode bridge is forward-biased, and electrons conducted from the anode to the cathode. This causes electrical current to flow from the AC power source to the load while the diode bridge is forward-biased and no voltage drop is present. On the other hand, when the terminal voltage is negative, the diode bridge is reverse-biased, so electric current cannot be conducted. This means that the electrical current stopped flowing and the voltage across the load will drop.

It is clear to see that the B380BE-13 rectifier is indeed an effective and practical device for use in industrial applications, especially in those that require AC to be converted to DC voltage. Due to its advanced and powerful performance, this kind of rectifier can be used in many fields and applications such as auto, aerospace, computer, communication, consumer and automation, etc. Overall, it is a great addition for power conversion in difficult-to-handle environments.

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