DSB10I45PM

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DSB10I45PM Application and Working Principle

The DSB10I45PM single rectifier diode is a high-efficiency component that includes a variety of Built-in protection features that provide low voltage protection, high current protection, and reverse current protection. It is perfect for use in a variety of applications, such as LED lighting, consumer electronics, and automotive applications.

The DSB10I45PM is a hard, fast-recovery device that is suitable for high-frequency full-wave rectification and power-level switching. It is optimized for high-efficiency power conversion, and has high surge current capability and excellent tolerance to reverse voltage and junction temperature.

Application

The DSB10I45PM single rectifier diode is designed to provide a number of solutions in a variety of industries, including consumer electronics and automotive electronics applications. The built-in features of the component ensure reliable operation in an environment with high levels of temperature, vibration, and shock.

The component is also well-suited for LED lighting applications, as it helps reduce power consumption while maintaining bright performance. The diode is a perfect choice for LED tube, LED troffer, and LED downlight applications, thanks to its high-efficiency power conversion capabilities, allowing for better lighting performance and greater energy savings.

Working Principle

The DSB10I45PM single rectifier diode is a three-layer PN-junction device, with a single active section. It works based on the “forward biased operation” principle. The operational voltage of the device is up to 900V, and the operational current is from 10 to 45A.

When a positive voltage is applied to the diode, a forward voltage drop occurs, and the diode begins to conduct. The current flows in a direction from the anode to the cathode. The current is carried by a flow of minority carriers in the p-type region, and majority carriers in the n-type region. This flow of current is created as a result of the “potential wells” created by the diffusion at the junctions of the diode.

The DSB10I45PM features a built-in high-temperature protection, which prevents it from operating at temperatures exceeding its rated values. The component also includes an anti-parallel structure for reverse current protection, which limits the reverse current to the component when it is subjected to a reverse voltage.

Conclusion

The DSB10I45PM single rectifier diode is an efficient component with a number of built-in protection features. It is suitable for use in a variety of applications, such as LED lighting, consumer electronics, and automotive applications. The component has high-efficiency power conversion capabilities, allowing for better lighting performance and greater energy savings.

The component works based on the “forward biased operation” principle and features a high-temperature protection and an anti-parallel structure for reverse current protection. The component offers reliable operation in an environment with high levels of temperature, vibration, and shock.

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