GKN26/04

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Diodes come in a variety of shapes and sizes, but the most common type is the standard rectifier diode. A rectifier diode, also known as a full-wave bridge rectifier, is a two-terminal device with two diodes wired in a bridge configuration. The GKN26/04 Single Phase Bridge Rectifier is such a device, specifically designed for use in power-supply designs.

GKN26/04 rectifiers are frequently used in switch-mode power supplies as well as other applications that involve the conversion of alternating current (AC) to direct current (DC). The device has an inrush current rating of 150A, which means that it can handle brief surges of high current when the supply is initially powered on.

This rectifier has an efficiency rating of 88%, meaning that it has a low thermal and power loss, which makes it ideal for power-supply applications. It is designed to have a low voltage drop and is capable of handling up to 37V. The device also has a small package, allowing it to fit into tight spaces in applications such as switching power supplies, inverters and rectifiers.

The GKN26/04 rectifier has a working principle based on the PN junction diode. It is made up of two layers of semiconductor material, one layer with an excess of positive charge and one with an excess of negative charge. This creates a PN junction between the two layers. When an external voltage is applied to the diode, the PN junction becomes forward-biased and current flows in one direction through the device.

This device also operates as a rectifying element, converting AC voltage into a unidirectional, DC voltage. When an alternating current is applied, the PN junction temporarily allows current to flow in the reverse direction and then blocks current flow in the opposite direction. What results is a DC current obtained from an AC voltage.

The GKN26/04 Single Phase Bridge Rectifier is an excellent choice for applications requiring reliable, efficient and consistent power supply. It has low voltage drop, a high inrush current rating, and a package small enough to fit into tight spaces. Furthermore, its working principle is based on the classic PN junction diode, and it is capable of converting AC voltage into a unidirectional, DC voltage.

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