MBRB8H100T4G Discrete Semiconductor Products

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Diodes are an essential component of electric circuit that are used to allow the flow of electric current in one direction while blocking the flow of electric current in the opposite direction. Rectifiers are used to convert alternating current (AC) into direct current (DC). Single rectifiers refer to rectifiers that contain a single diode. One such single rectifier is the MBRB8H100T4G.

The MBRB8H100T4G is an ultrafast recovery single rectifier that is suited for applications which require high efficiency and fast switching performance. It offers superior performance characteristics over other rectifiers due to its low forward voltage drop and quick reverse recovery time. This rectifier is commonly used in applications such as LED lighting, LED signage, LED sign controllers, LED drivers, power supplies, and motor drives.

The MBRB8H100T4G is constructed with a silicon epitaxial planar design. It has a voltage rating of 100V and is capable of handling a peak inverse voltage (PIV) of 500V. Its forward current rating is 8A with a maximum junction temperature of 150°C. The device has an average forward current rectification efficiency of 95% and a thermal resistance of 11.25°C/W. The MBRB8H100T4G is available in a surface mountable 0805 package.

The working principle of the MBRB8H100T4G rectifier is based on the flow of electric current. When power is applied to the device, electric current sweeps through the diode and the rectifier transforms AC into DC. The diode in the rectifier acts as a one-way valve, allowing current to flow from the anode to the cathode, but blocking current from flowing back in the opposite direction. This helps to regulate and control the flow of electric current, making sure that it only flows in one direction.

As a single rectifier, the MBRB8H100T4G is ideal for applications that require the flow of electric current to be regulated and controlled, such as LED lighting and power supplies. It provides superior performance characteristics such as low forward voltage drop, quick reverse recovery time, and high efficiency, which makes it well-suited for these applications.

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