EGP20FHE3/73

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The semiconductor device EGP20FHE3/73 is a high current single diode and belongs to a family of rectifiers. It is designed to handle large plug-in power loads. It works by converting alternating current (AC) to direct current (DC) in applications such as motor control, protection of mains voltage supplies, and the protection of low-voltage systems.

The key characteristics of the EGP20FHE3/73 device makes it applicable in a variety of applications in diverse rectifying fields. These features include the following:

• High Surge Currents: The device has a peak pulse current rating that can reach up to 96A, increasing the rectifying capabilities of the diode. Additionally, it has a low forward voltage rating of 1.6V to reduce power losses.
• High Power Density: The device is designed to handle high surge currents, making it possible for the device to provide more power in a smaller package.
• High Efficiency: The device is designed to maximize efficiency. Its low operating temperature and low forward voltage ensure that the device operates efficiently without heat buildup.
• Excellent Reliability: The device has been tested and certified for its high performance in a variety of harsh conditions, such as wide temperature ranges and high surge currents.
• Compatible with Surface mount technology: The device is compatible with both through-hole and surface mount technologies, allowing for flexibility when building rectifying circuits.

The EGP20FHE3/73 device is capable of providing a variety of rectifying tasks. Its high peak current rating allows it to be used in power conversion applications, mains protection, and short-circuit protection. It can be used in many types of power load applications including motor control, LED power supplies, and DC-DC converters. Additionally, the device can be used for RF applications, where its excellent reliability and high power density play an important role.

The working principle of the EGP20FHE3/73 involves converting AC to DC. This is accomplished by taking a rectified AC waveform, typically from an AC transformer, and passing it through the diode. The diode is filled with an undoped semiconductor material, which is known as an intrinsic semiconductor material. As the rectified AC waves pass through the diode the semiconductor material absorbs some of the AC waves, converting them to DC waves.

The EGP20FHE3’s low forward voltage and high power density design make it a valuable device for circuit designers. The device’s high surge current rating allows it to operate efficiently in a variety of high power applications, such as motor control and LED power supplies. On top of providing efficient rectifying capabilities, the excellent reliability of the device makes it an ideal choice for a variety of rectifying tasks.

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