VE-B6K-CW-B1

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DC-DC converters are used for the conversion of electrical power from one DC voltage level to another, and for the production of desired output frequency or power factor from an AC or DC input. The VE-B6K-CW-B1 DC-DC converter is a switching DC-DC converter that operates with a self-biasing current-mode control loop. It produces an output of 6V/ 1KW with an input voltage range from 18 to 60 volts DC and an efficiency of 90%.

The VE-B6K-CW-B1 DC-DC converter uses the self-biasing current-mode control method as it offers advantages to the deployer such as high efficiency, fast transient response, and high input/output quiescent current ratio. The self-biasing current-mode control method provides a means of internal voltage or current regulation which acts to maintain system stability even when line or load conditions vary. This feature gives the adaptability needed for mobile and/or distributed power systems.

The working principle of the VE-B6K-CW-B1 DC-DC converter is based on the conversion of electrical power from one dc voltage level to another. The device utilizes a self-biasing current-mode control loop to regulate the output voltage. The control loop manages the switching of an N-channel MOSFET to produce the desired output. The current-mode control is used to ensure the converter stays in regulation and provides excellent load response due to its fast by-passing capabilities.

Typical applications of the VE-B6K-CW-B1 DC-DC converter are found in industrial, test and measurement, military, data-communications and telecommunications markets. The flexibility of the converter allows its use in a wide range of applications including distributed power systems. Its features also make it suitable for battery operated systems and those with a low input voltage.

The VE-B6K-CW-B1 DC-DC converter has the ability to provide you with reliable power conversion between different voltage levels. The self-biasing current-mode control loop ensures a wide input and load line range, fast response to line and load changes, and low quiescent current compared to similar switching DC-DC converters. This makes it a perfect choice for a variety of applications including distributed power systems, battery operated systems, and industrial applications.

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