VI-BTN-MV

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 electronic devices that are commonly used to convert electrical energy from one DC volt source to another. The most common example is a transformer with a rectifier and regulator circuit, which convert the AC line voltage to a DC output. DC-DC converters are used in a wide variety of applications which include power supplies, automotive, solar, industrial automation, telecommunications, lighting, and more.

One of the most popular DC-DC converter types is the VI-BTN-MV (Voltage Inverter-Boost Transformer Series Motor Voltage Resonance) converter. This type of converter is designed to boost low voltage to higher voltage, while maintaining a high level of wave form stability and peak current carrying capacity. As the name implies, it consists of a voltage inverter, a boost transformer, and a series motor voltage resonance circuit. This type of converter is commonly used for applications that require high power and large currents, such as automotive, industrial automation, telecommunication, lighting, and more.

The VI-BTN-MV converter works by converting a DC input voltage into a voltage that is multiple times the input voltage. The inverter begins with drawing power from the input voltage and then transfers it to the boost transformer through a regulated switching pulse width modulation technique. The transformer then increases the voltage level, while the series motor voltage resonance circuit provides an efficient way to store the extra energy for later use. The transformer also helps maintain the output voltage at a consistent level, even when the input voltage fluctuates.

The VI-BTN-MV converter is often used to drive motors, since it offers high current carrying capacity and can provide high voltage level with low losses. It is also well suited for renewable energy applications, such as solar, since it offers high efficiency and can help reduce power consumption. In addition, it is well suited for regulated power supplies, since it can provide a steady DC output with little fluctuation.

Overall, the VI-BTN-MV converter is a valuable tool for applications in automotive, industrial automation, telecommunication, lighting, and renewable energy. It provides a reliable and efficient means to convert DCvoltages, while maintaining high power and large current carrying capacity. It is a perfect choice for applications that require efficient and reliable energy conversion, such as solar and regulated power supplies.

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