CDBMH150-HF

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The CDBMH150-HF is a single-phase, full-wave, silicon-controlled rectifier, specifically a rectifier diode. Its intended application is for use in full-wave rectification of medium frequency, high power AC for various general and industrial applications, where a wide input voltage range and high current capability are required.

The CDBMH150-HF is designed using a highly doped, epitaxial silicon substrate with n+ contacts for the anodes and p+ contacts for the cathodes. It has a blocking voltage that ranges from 150V to 250V, and it can handle up to 25A of continuous load current.

The working principle of the CDBMH150-HF is based on the control of the current through the device. The body of the device is composed of two terminals, the anode and the cathode. A control current is applied to the gate terminal, which can either turn on or off the device. In the “on” state, a large electric current is allowed to flow through the device, based on the potential difference between the anode and the cathode. In the “off” state, the current is blocked and no continuous current can flow through the device.

The main application of the CDBMH150-HF is power supply design. This device can be used as a rectifier circuit in AC-DC power supplies, allowing the AC input to be thoroughly converted into to DC output. It is especially suited for use in applications where high current is required for AC-DC conversion, such as battery chargers, welding machines, DC motors, etc.

The CDBMH150-HF is a versatile diode that is easy to use and reliable. It can be used in various general and industrial applications, where wide input voltage ranges and high current capability are required, such as power supplies, auxiliary circuits, and more.

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