CDBQR40-HF

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The CDBQR40-HF is a rectifier diode with a single field of application and a working principle for circuit applications. It is primarily used in circuits where low voltage drop rectification and high-current rectification is required. The device\'s operating temperature range is -65°C to 150°C.

The CDBQR40-HF rectifier diode has a maximum repetitive reverse voltage of 200V and a maximum working peak impulse current of 1200A with a low forward voltage of 1.25V at 1A. The device is also equipped with a three-electrode structure and can withstand greater reverse voltage than other rectifier diodes. It\'s robust design makes it suitable for use in harsh industrial applications.

The CDBQR40-HF\'s rectification is based on the internal chip construction. A forwarding voltage bias of forward current is created by the construction, which results in a rectification form. This rectification form is comprised of electrical field, which is alternated periodically, alternating the forward and reverse electronic current. The current is then manifested into forward voltage and back voltage.

The CDBQR40-HF also features a dynamic resistance that is extremely high and is designed to maintain a constant forward voltage drop. This dynamic resistance is also designed to ensure the lowest losses, and ensure reliability and long service life.

The device\'s low reverse leakage current, high corrosion resistance, and outstanding stability all make the CDBQR40-HF a suitable choice for rectification. It is also capable of providing high ripple current and low forward voltage drop in high-power applications.

Given its operational characteristics, the CDBQR40-HF rectifier diode is most suitable for applications such as general purpose rectification, full wave and bridge rectification, and other high power applications where high-current rectification is required.

The CDBQR40-HF rectifier diode is an ideal electronic component for various applications. Its high efficiency, low powerloss and low leakage current ensure reliable operation and long service life in extreme temperature conditions. In addition, its dynamic resistance provides excellent stability and protection against voltage surges for long-term operation.

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