VI-BWV-CW-F2

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 are essential to various applications for regulating voltage and current levels. VI-BWV-CW-F2 is one of the most popular converters used in the industry. It is widely used in many fields such as telecommunication, computing, aviation, automotive, and power electronics.

VI-BWV-CW-F2 is a three-phase double-staged DC-DC converter. It has two conversion stages, the first stage is a buck-type voltage converter, and the second stage is a three-phase waveform-controlled full-bridge converter. The input voltage of the converter is rectified from the single-phase AC power source, then converted to the direct current (DC) voltage and current. After that, the output voltage and current are regulated by controlling the switching pulses of the two stages. In order to achieve the desired DC output voltage and current level, the converter should have sufficient components and good control strategy in both stages.

The working principle of VI-BWV-CW-F2 can be described as follows. Starting from the first stage, an AC rectifying bridge is used to convert the three-phase AC power into DC power. Through the rectification and filtering circuit, the DC voltage can be stabilized. After that, a voltage regulator is used to regulate the DC voltage and current, achieving the desired output voltage. After that, the second stage of the converter will adjust the output voltage and current through controlling the switching signals. During the two stages operation, the inductor current is monitored by the current sensor, so that it can be precisely controlled by determining the optimal switching signals. Finally, the desired DC output voltage and current can be obtained, and it can be connected to the load depending on the application.

In conclusion, VI-BWV-CW-F2 is an ideal voltage regulator solution for single-phase AC to DC converted power source applications, such as in telecommunication, computing, aviation, automotive, and power electronics industry. It is a three-phase double-staged DC-DC converter with two conversion stages, the first stage is a buck-type voltage converter, and the second stage is a three-phase waveform-controlled full-bridge converter. It has high efficiency and good control strategy, and the desired output voltage and current can be achieved by controlling the switching pulses of the two stages.

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