RMB2S-E3/80 Discrete Semiconductor Products

A bridge rectifier is a type of rectifier that utilizes at least four diodes in an arrangement to produce direct current. A bridge rectifier converts alternating current input into a direct current output, providing a far more consistent output voltage than an individual diode rectifier. It can be used in a wide range of applications, including DC power supplies, motor speed controllers, thermocouples and DC lamp filaments.

The RMB2S-E3/80 bridge rectifier is a compact, heavy-duty bridge rectifier with a wide surge-current-handling capacity. It features a nominal 230VAC (320VAC surge) input voltage and an output of 3A DC. The RMB2S-E3/80 rectifier is comprised of four individual rectifier diodes and has an integral heat sink for optimum heat dissipation.

The bridge rectifier is implemented in applications where alternating current voltage needs to be converted to direct current. The diodes in the bridge rectifier acts as a “one-way” valve, conducting electricity in only one direction. As a result, the positive and negative lines of the alternating current are converted to a positive and negative direct current, resulting in a constant voltage output.

The RMB2S-E3/80 bridge rectifier is ideal for multiple applications, including DC power supplies, inverters, motors, power converters and HVAC systems. Additionally, the RMB2S-E3/80 is a perfect choice for applications with higher current demands because of its robust design, wide surge capability and high voltage input acceptance.

In summary, the RMB2S-E3/80 bridge rectifier is a heavy-duty, industrial grade diode-based device capable of handling 3A of direct current. It is designed for applications requiring powerful direct current and offers wide surge-current capability, integral heat sink, and high voltage input acceptance. Applications for this bridge rectifier include DC power supplies, inverters, motors, power converters, and HVAC systems. Overall, the RMB2S-E3/80 is an ideal choice for many industrial applications, offering accuracy, efficiency, and cost savings.