VI-J0T-MY-F1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DC DC Converters

DC DC converters are devices that are used to offer direct current power to a load from a source of either direct current (DC) or alternating current (AC). These converters convert a DC voltage to another DC voltage, either higher or lower depending on the need of the application. This article will discuss the VI-J0T-MY-F1 application field and working principle.

VI-J0T-MY-F1 Application Field

The VI-J0T-MY-F1 is a wide input range of programmable 3-Phase DC-DC converters designed for managing harsh environment applications such as automotive, aerospace, industrial and medical products. It is capable of converting input voltages from 24 VDC to 560 VDC, and output from 4.5 VDC to 480 VDC at 10A maximum current. Moreover, it features active PFC, allowing for an input power factor higher than 0.98.

Due to its wide input range and output flexibility, the VI-J0T-MY-F1 is suitable in applications such as infotainment systems, battery charging systems, motor control, robotics, renewable energy, mining systems and many more. These converters are designed to have a small footprint and to dissipate little heat while keeping high efficiency level.

VI-J0T-MY-F1 Working Principle

The VI-J0T-MY-F1 high-density 3-Phase DC-DC Converter is designed with Green Mode working principle. When the output voltage is low, the green mode is activated and the power switches enter a mode of burst refresh, in which the frequency is reduced and the output power is adjusted in order to reduce the overall power dissipation and save energy. It is this efficient adaptation to the load that grants the high Efficiency levels.

The Green Mode working principles also protect the device from reaching destructive temperatures in high-temperature environments, since the frequency shall be switched to a refresh burst that takes place only after a continuous monitoring of the temperature.

When the input voltage is very low, the device will switch to low standby mode, in which the converter outputs a very low power and operates only when the load is increased suddenly. This second mode also reduces the power consumption of the device, allowing for increased efficiency in the whole system.

The built-in protection mechanisms include various features such as overvoltage, low input undervoltage, over temperature and short circuit. This makes the device suitable for harsh environment applications.

Conclusion

In conclusion, the VI-J0T-MY-F1 wide range 3-Phase DC-DC converter is suitable for a variety of harsh environment applications. It features a wide input voltage range and output flexibility that allow for high Efficiency levels. Moreover, it is protected from overvoltage, low input undervoltage, over temperature and short circuit, making it a great choice for such applications.

The specific data is subject to PDF, and the above content is for reference