SS36LHRUG

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The SS36LHRUG is a symmetrical single-phase bridge rectifier with fast recovery ultrafast diodes. It has been designed specifically to deliver the highest possible performance and reliability in the most severe industrial applications, such as welding, ultrafast power supplies, high current active filters, and dc-dc converters. The SS36LHRUG provides a fast, steady and reliable source of power for a variety of applications.

The SS36LHRUG is a monolithic device with 2 terminals for an input and 4 terminals for an output. The diodes have a low on-state voltage drop of less than 0.25V and a fast turn-on time of less than 2µs. They have a very low reverse recovery time of less than 30ns, making them suitable for applications where high current pulses and ultrafast switching are required. The SS36LHRUG is designed to withstand much higher transient voltages than ordinary rectifiers. This makes it suitable for applications that require extra reliability and performance, such as welding and high-end dc-dc conversion.

The SS36LHRUG\'s working principle is relatively simple. The device is essentially two pairs of opposite-connected diodes with two wires on each pair. The input is connected to the two wires on one pair of the diodes, and the output is connected to the two wires on the other pair of diodes. Whenever voltage is applied to the input, the diodes start to conduct current in the assigned direction and the load is supplied with power. As the load current decreases, the diodes turn off, thus preventing power from being dissipated to the load. This ensures that the SS36LHRUG is able to deliver a stable and continuous supply of power to the load.

The SS36LHRUG is a very efficient device for a number of applications. It has low power losses, is reliable and easy to use. It is ideal for applications that require fast switching capability, ultrafast current pulses, high reliability and a steady source of power. It is suitable for use in welding, dc-dc conversion and high current active filters. As a result, it is increasingly becoming a popular choice among engineers and designers.

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