VI-26J-MY

DC DC converters refer to a series of electronic power conversion devices, which can convert a certain level of electrical energy to another level of electrical energy. The VI-26J-MY series DC DC converters are robust, reliable and reliable power conversion devices, which can provide ideal performance for a variety of power conversion applications.

Application field

The VI-26J-MY series DC DC converters are used in a wide range of applications, from grid-tied systems to off-grid applications. These converters are commonly used in solar energy, wind energy, mobile communication equipment, industrial equipment, and more.

In the field of solar energy, VI-26J-MY DC DC converters can be widely used in solar systems, such as commercial and residential solar systems. These converters can effectively convert solar energy into electricity and save energy and money in the long run. In the field of wind energy, these DC DC converters can provide reliable and stable power conversion for wind turbines.

The VI-26J-MY series DC DC converters are also widely used in mobile communication equipment, such as base station battery management systems, base station DC power supply, and mobile communication power station power systems. It can provide safe and reliable power supply and conversion for various mobile communication equipment, which is essential for users. In addition, these DC DC converters are also widely used in industrial equipment.

Working principle

The working principle of VI-26J-MY series DC DC converters is based on the principle of electro-magnetic induction. The converters use transformers to convert a DC voltage into a lower or higher AC voltage, and then use rectifying and filtering devices to convert the AC voltage into a DC voltage. To convert one specific voltage into another specific voltage, the converters use a series of magnetically coupled transformers, which are connected in series to one another.

The VI-26J-MY series DC DC converters are designed with an input range of 20V to 26V, a maximum efficiency of 95%, and a power factor of 0.98. The main components of these converters include a bridge rectifier, a transformer, a control chip, a regulator, and an EMI filter. The main function of the bridge rectifier is to convert the input AC voltage into a DC voltage. The transformer then changes the DC voltage from the bridge rectifier according to the designed output voltage.

The control chip is responsible for regulating the output voltage, while the regulator is responsible for controlling the current. In order to reduce noise, an EMI filter is installed in the DC DC converter. The filter is installed at the input of the converter and at the output of the converter.

Conclusion

Vi-26J-MY series DC DC converters are reliable and efficient electronic power conversion devices. They are widely used in solar, wind, mobile communication, industrial equipment and other fields. The working principle of these converters is based on the principle of electro-magnetic induction. The major components of these converters are bridge rectifier, transformer, control chip, regulator and EMI filter. With the development of science and technology, these converters are becoming more and more popular in the market.