V28A8H200BG2

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DC-DC converters are a key component of many electronic systems, especially those that require high voltage and power conversion. The V28A8H200BG2 is a DC-DC converter designed for commercial and industrial applications. It is a three-phase Buck Boost converter, capable of convertering high voltage AC input power into a DC output voltage and current. It is rated for high-power operation, with its maximum output power reaching 16kW.

The V28A8H200BG2 is ideal for applications requiring reliable operation over wide power and voltage variations. The device has a very wide input voltage range from 200 VAC (80VAC-300VAC) to 480 VAC (300VAC-600VAC). It also offers an impressive range for the output voltage range, at 300-700V. This wide range makes it suitable for many different applications, including industrial and commercial electrical power distribution.

The V28A8H200BG2 is a true four-quadrant Buck-Boost converter. It operates in three different modes: buck, boost, and buck-boost. This is an important feature for applications where the operating voltage and current can fluctuate over time. Versatility is further enhanced by the device\'s auto-restart capability, which allows it to automatically respond to changes in the operating environment.

The V28A8H200BG2\'s high efficiency and low heat generation characteristics make it an ideal choice for many applications. The converter operates with up to 95% efficiency throughout its entire operating range, meaning minimal wasted energy and heat dissipation. Additionally, it is equipped with a number of external control options, including voltage and current limit adjustment and pulse-width modulation (PWM) control. These features enable precise power control and ensure that the converter can accurately deliver the output power required for the application.

The V28A8H200BG2 is a significant component in many industrial and commercial applications. Its high power output, adjustable voltage and current ratings, four-quadrant operation, and efficient operation make it an excellent choice for projects requiring reliable, high-precision power conversion. Furthermore, its wide input voltage range and low thermal management make it well suited for a variety of applications, such as power distribution systems, lighting systems, and robotics.

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