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Diodes - Rectifiers - Arrays

The VBT4060C-M3/4W is a three-phase rectifier bridge module that is used in small household appliances and other devices. It is a high power density, low loss module that is ideal for driving circuits or controlling AC voltage.

Application Field

The VBT4060C-M3/4W bridge module is suitable for applications where AC power needs to be converted to DC. It is designed for use in small electrical appliances and a variety of other applications, such as DC motor control, AC voltage regulation, battery charging, and voltage conversion. It is also well suited for high-end consumer electronics, including solar energy and wind energy systems.

Working Principle

The VBT4060C-M3/4W rectifier bridge module works by taking AC power from a three-phase source and using rectifying diodes to convert it to DC power. The bridge module is composed of six diodes arranged in a bridge formation. When the AC power enters the bridge, each diode acts as a one-way valve, allowing the current to flow in only one direction. This converts the alternating current to direct current by rectifying it.

The AC voltage is stepped down before it enters the bridge module. This is done to reduce losses and current ratings in the module. The output voltage is then regulated by controlling the input voltage. This allows the power to be regulated and ensures that the correct voltage is applied to the load.

Advantages

The VBT4060C-M3/4W rectifier bridge module offers several advantages compared to other types of rectifier modules:

• High power density
• Low losses and current ratings
• Easy to install
• Low EMI
• High reliability

Conclusion

The VBT4060C-M3/4W rectifier bridge module is a highly efficient and reliable device for converting AC power to DC. Its high power density and low loss characteristics make it ideal for high-end consumer electronics and other applications. The module is easy to install and offers excellent EMI performance. Overall, it is an excellent choice for a variety of AC to DC conversion applications.

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