VI-24V-IV-B1

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DC-DC converters are electric devices that helps to convert the voltage or current from a given source to a required output voltage or current level. The VI-24V-IV-B1 model of DC-DC converters provide an isolated (galvanic) DC voltage transformation from one dc source to another. They consist of two separate input and output power stages with a converter, or control unit, in between. They ensure a mutual independence of the input and output sides.

The basic working principle of a VI-24V-IV-B1 is based on turning the primary energy source into a alternating or pulse-width-modulated signal. The alternating signal is then converted into an output voltage by the converter unit. The frequency of the signal is laid down in the electronics of the converter itself and will remain constant. This type of DC-DC converter offers a very high efficiency which can reach up to 90%, thanks to the use of the low-loss IGBT transistors thermo-electric and magnetic technologies.

The VI-24V-IV-B1 converter is well suited for communication and power systems, from 12V to 24V DC. It is especially suitable for remote powering systems, since the isolation between the input source and the output load ensures minimum power losses and improved safety. The power conversion process of the VI-24V-IV-B1 can handle big current pulses with high regulation accuracy.

VI-24V-IV-B1 converter units are often used in aviation, industrial, automotive, and medical applications where high power density and miniaturization are sought. They are also used in renewable energy systems, such as solar power solutions, to provide voltage transformation in order to make the most out of the generated energy. All of these applications require a high conversion efficiency of more than 90% – a feature that is incredibly well implemented in the VI-24V-IV-B1.

VI-24V-IV-B1 units are also highly reliable and are designed to work under extreme environmental conditions. This is possible thanks to several internal protection mechanisms such as over-temperature and over voltage protection, preventing the converter from entering an unsafe operating range. The VI-24V-IV-B1’s are also designed to sustain shock and vibration, allowing them to be used even in the most extreme conditions.

In conclusion, the VI-24V-IV-B1 is an excellent example of a highly capable DC-DC converter, providing isolation, high efficiency, and high power density. It is ideal for communication and power systems applications, from 12V to 24V DC, and is also suitable for use in the most remote and extreme conditions. Additionally, its protection mechanisms add a great deal of reliability, allowing it to be used for a wide range of applications.

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