CBRHDSH2-100 TR13

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Diodes such as bridge rectifiers are widely used in many applications, including motor control and power supply, to convert AC power to DC power. The CBRHDSH2-100 TR13 is an example of a diode bridge rectifier for high-voltage applications. This article will discuss the CBRHDSH2-100 TR13’s working principle and its application fields.

Overview of CBRHDSH2-100 TR13

The CBRHDSH2-100 TR13 is a dual-channel operable 4-phase bridge rectifier designed for high voltage applications. It is composed of six diode legs for each channel and has a maximum voltage of 1600V, a 50Hz average forward current of 97A, and a 400Hz peak forward surge current of 3.5kA. In addition, the CBRHDSH2-100 TR13 has a surge energy rating of 24.95mJ, a power dissipation of 25W, and a junction temperature of -40°C to 125°C.

Working Principle of CBRHDSH2-100 TR13

The CBRHDSH2-100 TR13 utilizes a four-phase bridge rectifier design, which helps to increase the overall system efficiency by reducing the need for filtered rectification and regulation. Its four-phase rectification is based on the two distinct parallel circuits of the bridge rectifier, allowing the input signal to be changed from an AC current to a DC signal. Additionally, the CBRHDSH2-100 TR13 features flyback diodes, which help to protect the components from damaging reverse voltages caused by inductive loads.

The CBRHDSH2-100 TR13 also features low leakage currently, which improves efficiency as it reduces power losses due to a current flowing in the wrong direction. This feature also contributes to the CBRHDSH2-100 TR13’s higher power efficiency, allowing high voltage and larger power plannings.

Application Field and Working Principle

The CBRHDSH2-100 TR13 is generally used for applications that require high voltage and large power planning and can be found in power supplies, motor control systems, and electric vehicles. Its four-phase rectification also makes it suitable for applications with a large input voltage range, such as solar energy systems or aircraft power supplies. Additionally, due to its low leakage current and low heat generation, the CBRHDSH2-100 TR13 can be used in hot environments such as wind turbines.

The CBRHDSH2-100 TR13 can also be used in medical equipment, consumer electronics, and home automation systems. Due to its improved efficiency, it allows for faster charging times and can increase the overall life of the system. Furthermore, the CBRHDSH2-100 TR13 is compliant with international standards and is suitable for a number of international installations.

Conclusion

The CBRHDSH2-100 TR13 is a powerful dual-channel four-phase bridge rectifier designed for high voltage applications. It features low leakage current, low heat generation, and improved efficiency for higher voltage and power planning. It is suitable for power supplies, motor control systems, solar energy systems, and a number of other applications. Its compliance with international standards and low cost make it an attractive option for those looking to power their projects.

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