VE-24N-MY-S

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 have become increasingly popular in today\'s digital world. With advances in technology, DC-DC Converters have allowed for easy installation, feature more efficient power conversion, and are even compatible with low voltage applications. The VE-24N-MY-S is a prime example of modern DC-DC Converters, and the following will explore this device’s application field and working principle.

One of the primary application fields of VE-24N-MY-S lies within the field of distributed power supply systems. This transformer-based power architecture is rising in popularity as it offers numerous advantages. Firstly, transformer-based power architecture is quite compact and efficient, offering great saving in electricity even at low voltage levels. Additionally, this architecture is easily expandable; additional converters can simply be ‘daisy-chained’ together to form larger systems when greater power requirements are needed.

In terms of power rating, the VE-24N-ΜY-Σ offers great flexibility. Its output power ranges from 5VA to 24VA while its input voltage can vary from 9 to 36 VDC. This power and voltage range offers versatility across a range of applications including mobile equipment, industrial automation,12/24VDC backup systems, LED lighting, etc. Apart from this, the product is also provided with internal protection against short circuits, overloads, and no-load conditions. This makes it ideal for safety-sensitive applications, as protection is provided against unexpected power issues.

Now, let us take a look at the VE-24N-MY-S’s working principle. The device works on a ‘power switching’ basis, where a voltage converter, a power factor controller, and a PWM controller are combined together. Basically, this working principle uses power switching to convert the input voltage to the desired output voltage. This conversion is achieved by an internal power transistor connecting and disconnecting cycles, otherwise know as the PWM controller, a power factor controller, and a transformer.

The PWM controller is responsible for the quick ‘on and off’ switching of the power transistor. This is essential for controlling the power factor of the device and ensuring power is converted properly. The Power Factor Controller monitors the input current line to ensure conversion stability and improved transference efficiency. Additionally, this controller ensures low harmonic distortion of the input current. Lastly, the transformer helps to reduce ripple on the output terminals.

Thanks to its exceptional performance and design features, the VE-24N-MY-S provides an ideal solution for all types of distributed power applications. From its high-efficiency power conversion to its overload protection capabilities, this device offers it all. And with its small form factor and ease of installation, the VE-24N-MY-S is certainly worth considering for all types of distributed power systems.

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