VE-20V-IX-F2

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DC-DC converters are one of the most important components in today’s industrial, energy and automotive applications. DC-DC power converters are used to convert a steady input voltage to an output voltage as per application requirement. DC-DC converters come in many varieties, including isolated and non-isolated topologies. The VE-20V-IX-F2 is one such converter.

The VE-20V-IX-F2 DC-DC converter is a four-quadrant, regulated, low-loss, non-isolated DC-DC converter designed to operate with two independent voltage loops. The upper voltage loop generates a source of voltage and the lower voltage loop helps control output voltage. This topology is best suited for applications requiring wide input voltages, low voltage drops and high dynamic response.

The VE-20V-IX-F2 converter operates as a buck-boost converter, with an internal full wave bridge rectifier for input voltage circuit. A unique feature of the VE-20V-IX-F2 is the ability to operate with both single and dual input voltage sources. The converter has an adjustable voltage loop with a peak current set for each source. This allows for wide input voltage ranges and superior performance. The isolated output is fed to a dedicated high-efficiency mains filter and regulated to a tight load following tolerance. The VE-20V-IX-F2 is intended for use in industrial, energy and automotive applications requiring ± 10V, ±12V, ±14V, ±16V, ±18V and ±20V output voltage. Due to its wide input voltage ranges, the VE-20V-IX-F2 is ideal for controlling electronic devices such as motors, lighting, and home automation systems.

The working principle of the VE-20V-IX-F2 converter is quite simple. It starts by taking input voltage from the incoming power source, and the full wave bridge rectifier converts this AC voltage into a DC voltage. The voltage at the output of the rectifier is rectified with the help of the control circuits, which shapes the switching signals to the switching elements accordingly. The switching elements then switch the voltage on or off in a controlled fashion to produce the desired output voltage. The entire process is controlled by the on board microprocessor, which constantly monitors the input and output voltages, adjusts the internal parameters and ensures efficient operation of the converter.

The features of the VE-20V-IX-F2 include wide input voltage range, ±10V/ ±12V/ ±14V/ ±16V/ ±18V/ ±20V output voltage, high reliability, high efficiency, and low cost. The VE-20V-IX-F2 is built with advanced components and offers a variety of features, making it the perfect choice for a wide range of applications.

In conclusion, the VE-20V-IX-F2 DC-DC converter is a high-performance, low-cost solution for a wide variety of industrial, energy and automotive applications. It is capable of handling high input voltages, low voltage drops and high dynamic response without compromising reliability or efficiency. The VE-20V-IX-F2 is the ideal choice for controlling electronic devices such as motors, lights and home automation.

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