VI-262-MW-F4

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 electronic devices used to regulate the input and output of direct current (DC) power between two nodes of a circuit. In the case of the VI-262-MW-F4 DC DC converter, its application field and working principal work together to provide high power efficiency and performance. To begin with, DC DC converters are typically used in a wide array of application fields, from automotive and industrial applications, to aerospace and medical applications. In the automotive sector, DC DC converters are especially useful in providing protection against accidental reverse polarity connections, as they ensure that the right amount of current flow each way. As for the industrial sector, DC DC converters are used to regulate voltage for demanding processes, such as welding, and to reduce noise levels for increased system stability in industrial equipment. And, of course, aerospace and medical applications depend on high quality DC DC converters to ensure the safety of operations and personnel. More specifically, in the case of the VI-262-MW-F4, it is a DC DC converter designed to provide high power efficiency and high performance in extreme weather conditions, given its wide operating temperature range and robust construction. It features a wide input range of ​​4:1 (from 10 - 40 VDC)​ and an output voltage range of 0.8 - 5 VDC. On top of that, the VI-262-MW-F4 offers superb heat protection through its coupled heat sink and its peak efficiency of 95%. The working principal of the VI-262-MW-F4 is a direct result of its sleek design and strong electronics. Starting from the input side, the VI-262-MW-F4 is composed of an isolated power control switch, a filter, and a magnetic processing unit. The power control switch is responsible for regulating the amount of current that flows in, while the filter eliminates any high-frequency noise from the input signal, resulting in a strong and stable output signal. Finally, the magnetic processing unit stores this signal in its magnetic field in order to maintain a consistently high power output. Continuing with the output side, the VI-262-MW-F4 incorporates a buck converter, enabling it to convert the DC power with minimal power loss. This is in fact facilitated by the combined use of the power control switch, low on-resistance insulated gate bipolar transistors (IGBTs) and an inductor. In other words, the power control switch senses the input voltage waveform and, depending on its voltage, activates the IGBT to boost the voltage output. For its part, the inductor prevents excessive current flow and is also responsible for storing the magnetic energy generated from the IGBT activation. With the help of the inductor, the VI-262-MW-F4 is able to provide an output voltage of 0.8 - 5 VDC with minimal power loss and superb temperature control due to its low RDS (on) resistance. The VI-262-MW-F4 is the perfect example of how DC DC converters can improve performance, enable safer operations and reduce noise levels in a variety of different areas such as automotive, industrial, aerospace and medical. Thanks to its advanced power control switch, low on-resistance IGBTs, and smart magnetic processing unit, this DC DC converter is able to provide a wide input range of 4:1 (from 10 - 40 VDC), an output voltage range of 0.8 - 5 VDC, and a peak efficiency of 95%. From its application fields to its working principal, the VI-262-MW-F4 is a great example of what DC DC converters are capable of.

The specific data is subject to PDF, and the above content is for reference