RB060M-40TR Discrete Semiconductor Products

The RB060M-40TR is a single phase glass passivated bridge rectifier. It is made of high quality plastic material, which has excellent thermal properties and voltage withstand ability. The RB060M-40TR is capable of operating in most extreme conditions, including temperature range from -40°C to 105°C, high humidity and vibration. As part of an overall design, this device provides a convenient, reliable and energy-efficient solution for many demanding applications.

Application Field

The RB060M-40TR is mainly used for high-power rectification and as a stable high-voltage AC/DC and DC/DC converter. It is suitable for high frequency switching circuits and other applications requiring extremely tight tolerances, such as spindle speed regulation, frequency conversion, load and power regulation, and active voltage transformation. It can also be used in switching industrial loads such as motors, pumps and fans.

Working Principle

The RB060M-40TR is a double-bridge rectifier, which is composed of 4 diodes that share a common cathode. When a negative-side peak voltage is applied to the diode, it begins to conduct. This creates a conducting path for the current to flow from the input source, through the diode and to the output. At the same time, the other three diodes are not conducting and thus the current does not flow in reverse direction. This allows for efficient power conversion for applications requiring both AC/DC and DC/DC requirements. In addition, the RB060M-40TR is simple to use and has a long lifespan.

Conclusion

The RB060M-40TR is a single-phase glass passivated bridge rectifier that is well-suited for a range of applications, including high frequency switching, spindle speed regulation, frequency conversion, load and power regulation, and active voltage transformation. Its design is simple and it has an excellent thermal efficiency and voltage withstand ability. By providing a convenient, reliable and energy-efficient solution, the RB060M-40TR is a great solution for many applications.