GP10-4005EHM3/54

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GP10-4005EHM3/54 is an industrial grade rectifier diodes, which are suitable for various industrial grade applications. It is composed of an anode, cathode, and body.

The application field for this type of diode includes power supplies, solar energy, wind turbines, rectifying diode, high voltage and high current rectifiers, and signal rectification. In addition to these applications, it is often used as a Schottky rectifier, particularly in high-speed switching rectifiers.

The working principle of this type of diode is the same as other rectifier diodes. It uses an anode, a cathode and a body to conduct an electric current. This rectifier diode is designed to pass the current only in one direction and not in the other. When the anode voltage is greater than the cathode voltage, the diode will conduct, and current will flow. When the anode voltage is less than the cathode voltage, the diode will not conduct, and no current will flow.

It has a fast switching speed, which helps reduce losses by preventing the reverse current from flowing when the voltage is reversed. The voltage drop across the diode is just 0.4 V for full load currents of up to 500 A. It can handle up to 4 kV in reverse voltages, making it suitable for most applications at this voltage range.

It is also well suited for many low frequency applications such as transformer rectification, DC motor control, UPS systems and power supply rectification. Its surge current capability is up to 12 kA, so it can be used for motor control rectifiers without needing additional external parts.

The body of the diode is made of a robust tempered epoxy that is flame retardant, and the fast switching speed helps in preventing the reverse current from flowing when the voltage is reversed. The maximum junction temperature is up to 114 °C.

The GP10-4005EHM3/54 rectifier diode is one of the most durable and reliable diodes on the market. It is highly versatile and can be used in a variety of applications. Its fast switching speed and low voltage drop make it suitable for applications where efficiency is important, and its robust construction ensures a long service life.

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