RGP20BHE3/73

Diodes - Rectifiers - Single

The RGP20BHE3/73 is a single-phase, Fast Recovery Rectifier that belongs to the family of Diodes - Rectifiers - Singles. It is designed for converting AC power to DC power, making it suitable for a variety of applications. It is highly efficient, with a maximum current rating of 57A, a reverse recovery time of 110ns, a peak reverse voltage of 200V and a total capacitance of fewer than 10 picofarads. The RGP20BHE3/73 is ideal for replacing traditional thyristor rectifier systems. This type of rectifier is an improved version of the traditional Silicon Controlled rectifier (SCR) diode.

Application Field

The RGP20BHE3/73 is a highly reliable rectifier that can be used in many applications, ranging from switch-mode power supplies, power factor correction, and motor-drive home appliances, to DC motors and hybrid vehicles. It can also be used in AC-to-DC power converters in industrial applications. The RGP20BHE3/73 is also used in photovoltaic (PV) inverters, high-efficiency solar energy systems and LED lighting applications.

Working Principle

The working principle of the RGP20BHE3/73 is similar to other Rectifier diodes. The device can conduct current in one direction only, allowing it to convert AC power to DC power. The RGP20BHE3/73 is constructed of gallium nitride (GaN) technology, which ensures high-efficiency rectification with a reverse recovery time of only 110ns. The reduced capacitance of the RGP20BHE3/73 eliminates the one-time oscillation issue, thus minimizing DC deviation and filtering of a large amount of input ripple current. Furthermore, this rectifier has an excellent surge capability, a low forward voltage drop and a low junction temperature. This type of rectifier also offers very low noise, providing high-frequency operation performance.

Benefits

The main benefits of the RGP20BHE3/73 include improved efficiency compared to traditional silicon diodes, and an ability to reduce power losses. It also helps to reduce the size of installed systems, as well as noise and active power losses. Additionally, the reduced capacitance and low forward voltage drop of the RGP20BHE3/73 provide a cost-effective solution, as the system requires fewer components. Finally, its high surge capability reduces the risk of system failure.