FDH3595

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Diodes - Rectifiers - Single

The FDH3595 rectifier diode is a single-phase rectifier diode. It is ideal for use in high-voltage switching applications, such as high-efficiency power supplies. The diode is primarily used for its ability to convert alternating current (AC) to direct current (DC). This diode is also well-suited for other applications where power conversion and rectification are required.

Features:

• Voltage rating: 200V to 400V
• Current rating: 1A to 6A
• Recovery time: 60ns to 70ns
• Power dissipation: 0.25W to 0.5W

Applications:

The FDH3595 is well-suited for applications where power conversion and rectification are required, including: power supplies, electronic battery charging, AC/DC converters, motor control, electric vehicles, and many others. Some of the advantages that make the FDH3595 a suitable choice for these applications include its low power losses, fast recovery time, good surge current capability, and high efficiency.

Working principle:

A rectifier diode is a two-terminal electronic component that is typically used to convert an alternating current (AC) to a direct current (DC). The diode is a semiconductor material with a PN junction. When a forward bias voltage is applied across the diode terminals, it allows a current to flow through the diode. This current consists of one or more “pulses” that are then rectified and converted to a DC output. In reverse bias, current will flow in the opposite direction and the diode acts as an open switch.

The FDH3595 is designed to handle high voltage and current applications, such as that encountered in power supplies. The forward bias voltage across the diode produces a large electric field, which in turn causes the electrons to flow through the diode and directionally rectify the current. This kind of diode can also be used as a short-time AC switch which can withstand high surge currents.

The FDH3595 also has a fast recovery time, which is a measure of how quickly the diode can turn off after it has been saturated by a large forward current. In other words, the faster a diode can recover, the more efficiently and quickly it can turn off after a surge. The FDH3595 also has a low power dissipation, meaning it can handle higher current and voltage ratings than similar devices with a higher power dissipation.

Conclusion:

The FDH3595 is a single-phase, high-voltage and high-efficiency rectifier diode that is well-suited for many power conversion and rectification applications. With a fast recovery time, low power dissipation and good surge current capability, the FDH3595 is an ideal choice for use in various power supplies, electrical vehicle charging, AC/DC converters and other similar applications.

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