V24B48M250BN3

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DC DC Converters: V24B48M250BN3 application field and working principle

DC DC Converters, which stands for Direct Current-Direct Current Converters has been widely used in many application fields such as computer servers, telecom systems and more. Among them, V24B48M250BN3 is a kind of DC DC Converter we are most familiar with, which plays a significant role in those application fields. This article will give a brief introduction to the V24B48M250BN3’s application field and working principle.

First of all, the V24B48M250BN3 DC/DC converter is a high-density, high-efficiency, and cost-effective 48 V-input/3.3 V output application with 250 W maximum output power. It is suitable for powering various radio frequency amplifiers, high-speed processors, GPUs, ASICs and FPGAs in wireless communication systems, and can also be used in high-data rate networking systems, automotive applications, medical instruments, and other applications that need a high power to size ratio.

The V24B48M250BN3 DC/DC converter can have an input voltage range of 36 to 75 V DC, and the output voltage range is 3.3 V @ 200 W typical. It has a high efficiency up to 95%, and provides a wide temperature rating from -40°C to +71°C. It features a wide range of protections including input under-voltage, over-voltage, over-current, over-temperature, and output over-current precautions.

The main advantage of V24B48M250BN3 DC/DC converter is that it offers high power density, and low power consumption, making it an ideal choice for low power, high performance applications. Furthermore, its high efficiency makes it suitable for applications that require power conservation.

The working principle of V24B48M250BN3 is rather simple. The input DC voltage from the DC power source is applied to the transformer’s primary winding, which is also connected to a control circuit. After being rectified by a diode bridge, this DC voltage is passed through an active filter, which creates a high frequency AC voltage before it is passed through the transformer’s secondary winding. This AC voltage is then rectified by another diode bridge to create a DC voltage, which is regulated by the built-in voltage regulation circuit. Finally, this regulated DC voltage is output from the DC/DC converter.

To conclude, V24B48M250BN3 is a DC/DC converter with a wide range of features that make it suitable for powering many different applications. It offers high power density in a small package, and has a high efficiency that enables it to conserve power. Its working principle is fairly simple and easy to understand. Hence, it is widely used in many applications that need a high power to size ratio.

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