CDBHM120L-HF

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The CDBHM120L-HF is a component that belongs to the category of diodes and bridge rectifiers. A bridge rectifier is a type of power electronic device that can effectively convert alternating current (AC) electric energy into direct current (DC) electric energy by using four diodes. It is a very useful component that can be used in a variety of applications and designs. In this article, we will discuss the application field and the working principle of the CDBHM120L-HF and how it can be used in various applications.

When it comes to applications, the CDBHM120L-HF is usually employed in AC-to-DC power conversion, where it is highly effective in producing full-wave rectified regulated output from an AC mains power source. With its high forward surge capability and 6 A average forward current rating, this component is suitable for bridge rectifiers in industrial applications such as teaching equipment, power supplies, and servo drivers. Moreover, it can also be used in non-isolated DC-to-DC power supplies such as switchers, linear regulators, and resonant circuits, as well as low-voltage isolation applications such as isolation transformers.

Regarding its working principle, the CDBHM120L-HF is composed of four diodes connected in a bridge circuit. The bridge rectifier works as follows: when AC power is applied, the two diodes connected to the anode of the AC source will be forward-biased, while the other two diodes will be reverse-biased. The forward-biased diodes allow the current to flow through the circuit in one direction, producing a DC current. This allows for the conversion of AC energy into DC energy. The four diodes make the bridge rectifier very effective in generating a steady DC output, with the output waveform having only one peak-to-peak ripple at each input cycle.

The CDBHM120L-HF is a highly efficient component when used in AC-to-DC conversion applications. It is a great choice for applications that require steady, full-wave rectified output from an AC source. Furthermore, this component is also suitable for low-voltage isolation applications, such as those used in isolation transformers. With its high surge capability and 6 A average forward current rating, this component can be used in a wide range of industrial applications.

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