VE-262-CX-F2

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DC-DC converters are electrical devices used to convert a direct current source from one voltage to another. They are widely used in industrial and consumer applications, including automotive, mobile phones, laptop computers, and electronic circuits. The VE-262-CX-F2 is a DC-DC converter designed and distributed by BERKER Group, an electronics manufacturer. This article describes the application and working principle of the VE-262-CX-F2.

Description of the VE-262-CX-F2

The VE-262-CX-F2 is a high efficiency, isolated DC/DC converter that accepts an input voltage from 5-36V and supplies an adjustable output voltage from 0.6-5.5V at up to 10A and a maximum power of 60W. It is a two-terminal, step-down, and DC-DC converter with a switching frequency of 300 kHz. It has been designed with a wide range of features including short circuit protection, thermal shutdown protection, over-voltage protection, under-voltage protection, and remote on/off function.

Application of the VE-262-CX-F2

The VE-262-CX-F2 is a versatile DC-DC converter that can be used in many different applications. It offers exceptional performance in industrial and communications applications, including battery-powered systems, data acquisition systems, heavy loads, and test equipment. It is also suitable for automotive applications, such as high-precision charging systems, illumination systems, and power systems. Furthermore, the VE-262-CX-F2 is suitable for distributed power generation systems, such as solar power generation and fuel cell systems.

Working Principle of the VE-262-CX-F2

The VE-262-CX-F2 DC-DC converter utilizes a buck-boost converter topology in order to convert a DC source from one voltage to another. This converter works by using a switching transistor to alternately connect and disconnect the input and output voltage sources. The output voltage is controlled by regulating the duty cycle, or amount of time that the transistor is turned on and off. When the transistor is turned on, the output voltage is forced to the same value as the input voltage and when it is turned off, the output voltage is forced to the same value as the output voltage.

This DC-DC converter also operates in a discontinuous mode in order to minimize power loss. During the period that the switching transistor is turned on, the output voltage rises until it reaches the duty cycle. At this point, the transistor is turned off and the output voltage is forced to the same value as the output voltage. As long as the duty cycle is maintained, this process will continue to occur and the output voltage will remain stable.

Conclusion

The VE-262-CX-F2 is a high efficiency, isolated DC/DC converter ideal for a wide range of applications. It accepts an input voltage from 5-36V and supplies an adjustable output voltage from 0.6-5.5V at up to 10A and a maximum power of 60W. This DC-DC converter utilizes a buck-boost converter topology in order to convert a DC source from one voltage to another, and operates in a discontinuous mode in order to minimize power loss. The VE-262-CX-F2 is suitable for industrial and communications applications, as well as automotive, distributed power generation, and battery-powered systems.

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