V72B8E150BN

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DC DC converters are used to convert one form of DC power to another. The V72B8E150BN is one such converter, used in industrial, automotive, and home applications. This article will explore the application field and working principle of the V72B8E150BN.

The V72B8E150BN is a DC DC buck converter, capable of up to 150W output and a variable output voltage of 0~24V. The input voltage range is from 9~36V, which makes it suitable for most 12V battery or 9-36V industrial applications. This makes it a highly versatile and widely used in wide range industrials. In automotive ising, the V72B8E150BN is usually used for the power supply of 12V DC lights or equipment such as GPS, air conditioners, and smartphones/tablets. In home application, it can be used to convert a 12V battery to power a cellphone, refrigerator, or other electronic device.

As for the working principle of the V72B8E150BN, it follows the standard topology of a DC DC buck converter. Firstly, it converts the input DC voltage into higher voltage AC voltage by using a Synchronous Rectification Buck Boost circuit. This is accomplished by a MOSFET switch, which changes the voltage from positive to negative, and then back again, to create the AC voltage. The AC voltage is then rectified and filtered by a Synchronous Rectification Buck Boost circuit, and then regulates the output voltage by an external control IC. Finally, the output voltage is adjusted to the desired level by a voltage regulator, allowing the output power to remain stable.

Overall, the V72B8E150BN is a versatile, highly efficient DC DC buck converter suitable for a variety of industrial, automotive, and home applications. It follows the standard topology of a DC DC buck converter, which utilizes a MOSFET switch, synchronous rectification buck boost circuit, and an external control IC to regulate the output voltage. With its wide input and output voltage range, it is a great choice for many projects. It is easy to use and can be integrated into existing systems for optimized performance.

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