VI-BVR-IX-F3

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DC-DC converters are essential electronics devices used to adjust the level of voltage in a system. They provide a direct form of conversion from a source voltage to a desirable output voltage, making them a great choice for individuals looking to reduce or increase voltage based on the needs of the system. VI-BVR-IX-F3 is one of the most common types of DC-DC converters and is used in a range of applications. In this article, we will discuss the applications of the VI-BVR-IX-F3 and its working principle.

What is the VI-BVR-IX-F3?

The VI-BVR-IX-F3 is a type of DC-DC converter capable of converting AC input voltages ranging from 310 to 440 VAC into a DC voltage output, using input current up to 64 amperes. It has a built-in protection feature that shuts down the converter in case of a short circuit, overload, or over temperature. The VI-BVR-IX-F3 also features an output voltage range of 24 to 48 volts with a current output of 30 amperes.

What are the applications of the VI-BVR-IX-F3?

The VI-BVR-IX-F3 is primarily used in industrial and commercial applications as a power-level converter. It is typically used to provide power for the operation of machines, computers, and other electronic equipment. It is perfect for providing an output voltage for motors, actuators, sensors, and other components used in industrial automation and factory systems. In addition, the VI-BVR-IX-F3 can also be used to power LED lighting and other electronic devices. Due to its low noise output and high efficiency, the VI-BVR-IX-F3 is also widely used in medical, home automation, and telecommunications systems.

What is the working principle of the VI-BVR-IX-F3?

The VI-BVR-IX-F3 follows an ‘off-line’ buck-boost working principle that allows for a smooth adjustment of the output voltage. The input voltage is converted into direct current by a rectifier circuit. The current is then regulated, stepped down by a buck switching converter, and then stepped up by a boost switching converter. The output is then filtered and rectified to provide the necessary output voltage. The output voltage is adjustable with a simple trimming control, allowing for precise voltage regulation.

Conclusion

The VI-BVR-IX-F3 is a valuable asset to industrial and commercial electrical systems, providing professionals with precise voltage regulation. This DC-DC converter is ideal for providing output voltage to motors, actuators, LED lighting, and other electronic components commonly used in industrial automation, home automation, and telecommunications. The VI-BVR-IX-F3 also features a simple and efficient buck-boost working principle that allows for adjustments to the output voltage with a trimming control.

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