VE-BT1-MV

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VE-BT1-MV application field and working principle

VE-BT1-MV is a kind of DC DC converter that can convert voltage and current from a wide range of DC sources. The design principle of this DC DC converter is to use the buck-boost voltage regulation technology to maintain the stability of the current output and voltage conversion under different output loads, while maintaining the power efficiency of the system as high as possible. Thus, it can provide a stable voltage and current source for various industrial and mechanical system applications.

VE-BT1-MV is mainly used in various solar systems, such as solar cell modules, solar water heating systems, solar photovoltaic systems, solar power systems, wind power systems, etc. In addition, the DC DC converter can also be used for power supply of electric vehicle systems, voltage stabilization of industrial control systems, motor driver circuits, battery charging circuits, electric power controllers, etc. It is widely used in various industrial and mechanical control applications with stable voltage and current resources which can be reduced power consumption effectively.

VE-BT1-MV adopts advanced digital circuit control technology. The output voltage and output current are precisely controlled by the on-board voltage regulator, providing a stable output for the whole system and giving minimal fluctuations in the output voltage and current. The circuit diagram of VE-BT1-MV is as follows：

The working principle is based on buck-boost voltage regulation technology. It can be seen from the figure that, the DC AC converter comprises three main components: a control board, a MOSFET switch, and a inductor. The MOSFET switch is used to convert the DC input to pulsating current. The inductor then stores energy from the pulses and converts it into continuous current. Finally, the control board is used to regulate the voltage and current in order to maintain the stability of the outputted current and voltage.

VE-BT1-MV also has the following features: it is capable of providing high efficiency up to 90 %, comprehensive protection functions such as current limiting, short circuit protection, overvoltage protection, no-load protection and so on. Moreover, it also has LED indicator for power and charging status. It is thus a great choice for applications requiring voltage and current stabilisation using DC sources.

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