VI-2WM-CV-F4

DC DC converters are widely used in various applications due to their efficiency, accuracy and simplicity. VI-2WM-CV-F4 is a type of DC DC converters currently gaining more market share. In this article, we will discuss the application field and working principle of VI-2WM-CV-F4.

Application Field

VI-2WM-CV-F4 converters are designed to provide isolated and regulated power for various processes and applications. Their wide input voltage ranges make them implementable in many various systems. Industries that widely utilize them are military and medical. In military, they can be used for missile guidance as well as other tactical requirements. In medical equipment, they can be used for regulating power in equipment such as medical beds, prosthetic devices and pacemakers.

Working Principle

VI-2WM-CV-F4 is a fly-back based Isolated DC DC converter. In its working principle, it ultimately converts energy from one form to another. This is done by the combination of two different power conversion technologies, namely the fly-back and the synchronous buck-boost topology.

VI-2WM-CV-F4 uses the fly-back topology as its main power conversion technology. This is the most popular topology used in the offline isolated DC DC converters due to its simple circuitry and high power conversion efficiency. The basic idea behind the fly-back topology is to transfer energy from a primary to a secondary winding with the help of a transformer. The transformer is used to provide an isolated output voltage as well as regulating the voltage with different tap ratios of the primary and secondary winding.

The other power conversion technology implemented in the VI-2WM-CV-F4 is the synchronous buck-boost topology. It is designed to offer precise and accurate voltage regulation with high efficiency. The buck-boost architecture works with a primary winding that provides DC power to the synchronous switch, while the secondary winding is used for transferring energy from the primary to the output by coupling the two windings. The output voltage is regulated by adjusting the duty cycle of the synchronous switch.

Additionally, VI-2WM-CV-F4 also implements many other aspects to increase performance, such as overvoltage protection, current limiting, and multiple output voltage and current options. All these features combined make the VI-2WM-CV-F4 a highly reliable and efficient isolated DC DC converter.

Conclusion

In this article, we have discussed the application field and working principle of the VI-2WM-CV-F4 isolated DC DC converter. The VI-2WM-CV-F4 is designed to provide isolated and regulated power for various processes and applications, making it widely implemented in military and medical, and many other fields. It works on the combination of two different power conversion technologies: the fly-back and the synchronous buck-boost topology, providing precise and accurate voltage regulation with high efficiency. Additionally, it also offers many other features that increase its performance.