CDBD640-G

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CDBD640-G is a single rectifier diode specifically designed for blocking, and other applications that may require high reverse voltage operation. This diode offers glass passivated chips and a low forward voltage drop. It is constructed with a glass passivated chip to guarantee reliability and long term stability, and has an ultra-low reverse leakage current. The chip surface is corrosion resistant and offers a high reliability. This product is widely used in various high frequency applications such as general protection, power line protection, low voltage distribution, and lighting.

The working principle of the CDBD640-G is simple. When a voltage is applied to the anode and Cathode, the anode will act as an electric field and the Cathode as a electric current source. When the voltage is greater than the breakdown voltage of the diode, electrons will be pulled in to the anode, thus creating a tiny electric current and negative voltage on the anode. Due to the small size of the diode and the application of high voltage, a high electric field will appear, resulting in the electric current. Furthermore, when the cathode is positive and the electric field is high, electric current flows from the Cathode to the anode.

The main application field of the CDBD640-G is general protection and power line protection. This diode is primarily used as a part of a power protection device, as it provides high isolation rate and wide breakdown voltage. It is suitable for high frequency applications, as it has a low reverse voltage and a low capacitance. Furthermore, its glass passivated chips offer reliable and long term stability. This diode is also suitable for applications that require high voltage support, such as lightning protection, low voltage distribution and other high frequency applications.

The CDBD640-G is a reliable, low cost and versatile rectifier diode. It is easy to install and offers high isolation rate and low reverse leakage current. Furthermore, its glass passivated chips guarantee reliable and long term stability. Its low forward voltage drop and wide breakdown voltage make it suitable for a variety of applications, including power line protection, general protection, low voltage distribution and high frequency applications.

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