VE-B3B-MW

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The DC DC Converters commonly known as DC-DC converter or DC-DC regulator, is a kind of adaptive device which is featured by regulating input voltage, allowing the load to maintain stable operating voltage of output DC current. Therefore, it can be used in all kinds of electronic equipment and industrial equipment, such as cell phones, air conditioners, photovoltaic systems, telecommunication system and so on. In this article, we will introduce the VE-B3B-MW application field and working principle.

VE-B3B-MW is a kind of DC-DC converter which is mainly used in the fields of low power electronic products, medical power supplies, building lighting, solar photovoltaic systems and some other industrial equipment. It has the characteristics of wide input voltage range, low working temperature, high efficiency, output power protection, high conversion rate and so on. Moreover, it supports 5V/5A, 12V/5A, 24V/2.5A and 48V/1.25A version, enabling it to be suitable for different application occasions.

The working principle of VE-B3B-MW is based on a kind of switch power conversion technology also known as power switching technology. It is a kind of non-linear power conversion technology that can efficiently transfer mechanical energy to electrical energy effectively. This working principle mainly produces output through two different ways, one is through the boost, buck, flyback and other methods which are called direct linear conversion, in addition the other method is through the full-bridge, push-pull, forward, return, etc. type of it. Firstly, VE-B3B-MW will convert high voltage input into low voltage DC output. Then, the control circuit will continuously monitor the output voltage so as to keep the voltage and current at a stable level. Finally, the output voltage will be delivered to the load through the output wire.

In conclusion, VE-B3B-MW can be widely used in low power electronic products, medical power supplies, building lighting and solar photovoltaic systems and so on. And its working principle is based on the power switching technology, which can efficiently convert mechanical energy to electrical energy. It is now being widely used due to its stability and efficiency.

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