VI-21Y-MU-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 are one of the most critical components for providing power to various electronic components, from microprocessors to motors. The VI-21Y-MU-F1 DC-DC Converter is a bipolar (dual-polarity) DC-DC converter manufactured by Victor S.r.l. It uses advanced design techniques to provide efficient power conversion, speed, and reliability ideal for applications where space is limited.

The VI-21Y-MU-F1 is a bi-polar DC-DC converter with a voltage rating of 36-90V and an output power of up to 21W. The converter is designed for use in applications where space is limited and noise and temperature are critical factors. The design technology used to create this particular converter allows for superior performance, efficiency, and reliability, even under extremely high temperature and vibration environments.

The VI-21Y-MU-F1 is ideal for applications such as flat-panel displays, handheld devices, battery-powered devices, instrumentation, robotics, and machine-vision systems. It is also capable of powering high-current motors in differential motion control, and other applications that require the use of high precision power conversion.

The working principle of the VI-21Y-MU-F1 is based on a sync-rectified converter approach. This type of power conversion provides improved accuracy and reduced energy losses by using an synchronous rectification current controller to regulate the output current. The synchronous rectification technique also eliminates the need for an auxiliary voltage supply for the converter control circuit, thus saving energy and simplifying the design.

The converter has two stages of operation. The first stage is the buck-boost converter, which takes an input voltage range of 36-90V and provides a constant, regulated output voltage of up to 24V and power of up to 21W. The converter also features a soft start feature, which controls inrush current and prevents high start-up loads. The specific data is subject to PDF, and the above content is for reference