DSP25-12A

Introduction

Series DSP25-12A is designed as a bridge rectifier in order to convert AC input voltage into DC output voltage. With its several characteristic features, it is suitable for variety of application such as telecommunications, multimedia and lighting. In this article, we will understand further about the application field and working principle of the DSP25-12A Series rectifier.

Application Field

The DSP25-12A is suitable for telecommunications, multimedia and lighting. In the telecom sector, DSP25-12A can be used for power supply for switching power converters, post-regulation, voltage level generators, and antenna drivers. In the multimedia sector, it is used for power converters, power supplies and digital power sources. The bridge rectifier is also used in LED lighting. In LED lightings, the input power of LED control system needs to be formed into DC by the bridge rectifier. Apart from the above, the rectifier is suitable for the whole DC system where the AC voltage needs to be converted into DC voltage.

Working Principle

The main component of the DSP25-12A is a rectifier bridge that consists of four rectifying diodes. The rectifier bridge acts like a switch, conducting in either direction when voltage is applied. When an AC voltage is connected, the switches close in turn, forming a complete circuit and enabling the current to flow. When the voltage reaches its peak value, the rectifier bridge conducting current, and it also shuts off when the voltage reaches its lowest value. As a result, the rectified AC output is only available at the rectifiers’ DC output terminal. While some power loss occurs through the diodes in the switching process, overall very efficient power conversion is possible.

Conclusion

Series DSP25-12A offers a high performance bridge rectifier solution that works effectively by exploiting the principle of rectification. Rectification processes allow not only the AC to converted into DC, but also to makes various applications such as telecommunications, multimedia and lighting more reliable and efficient.