RGP10M-E3/54 Discrete Semiconductor Products

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The RGP10M-E3/54 is a single-phase silicon bridge rectifier, designed in accordance with UL 60747-1, 60747-2, and other safety standards. It is built for AC/DC power conversion applications, most notably for rectifying AC current in power electronic equipment.

This bridge rectifier is equipped with four externally mounted phase terminals at each end, facilitating quick and easy external electrical connection. The device is made with copper electrodes and has a high temperature plastic casing, making it well-suited for the appliance and automobile industries. It is often used in the automotive electric equipment, such as home appliances, LED lighting, electric tools and more.

This bridge rectifier has a rated maximum repetitive peak reverse voltage of 54 volts DC, and a maximum continuous forward voltage of 5 amps. It has a working frequency range of 50Hz to 400Hz, and features a maximum junction temperature of 150°C. It is a three-terminal device with low harmonic distortion, low losses, and low voltage drops. It is also lightweight, measuring just 15.3 mm (length) by 9.35 mm (width) by 9.35 mm (height).

The working principle of the RGP10M-E3/54 is quite simple. It contains four rectifying diodes in a bridge arrangement, with the two outputs connected to “+” and “-” terminals. When AC voltage is applied to the rectifier, the positive half of the AC voltage is applied to the input side of the first diode, while the negative half of the AC voltage is applied to the input side of the second diode. This combination allows the bridge to effectively switch between the positive and negative voltages, rectifying the AC power and providing DC power to the load.

The RGP10M-E3/54 is a reliable, durable, and cost-effective bridge rectifier, making it a great choice for a wide range of rectifying and power conversion applications. These devices are frequently used in home appliances, automobiles, electrical equipment, industrial electronics, computer circuits, etc. for rectifying AC to DC power conversions.

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