V72B12T250BG

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DC DC converters have been used extensively in data monitoring and scheduling modules, communication systems, signal amplification and storage modules, electronic navigation and control modules, automotive telematics, radio frequency power supplies, industrial and scientific process control, and many other applications. These converters have found their way into a variety of military and civilian applications, and have helped to expand the capabilities of existing equipment. The V72B12T250BG is a DC DC converter that has been specifically designed for various power electronics and industrial applications. It is an extremely robust and reliable converter with a wide operating input voltage range and excellent efficiency.

V72B12T250BG Application Field

The V72B12T250BG is ideal for use in a variety of industrial and power electronic applications, such as radio frequency power amplifiers, process control, automotive telematics, LED lighting, and even some military applications and some commercial applications. This DC DC converter offers an extremely wide input voltage range between 6,00 and 16,00V with the ability to withstand very high transient input voltages. With its advanced short-circuit protection, overvoltage and over-temperature protection, the V72B12T250BG is an excellent choice for these types of applications.

V72B12T250BG Working Principle

The V72B12T250BG converter relies on an input DC voltage to provide power for its key components. This input voltage can be in the range of 6V to 16V. The converter utilizes a buck type converter, which is designed to reduce the input voltage to a desired output voltage level. This step-down process is necessary for providing the power output that is required for many electronics and industrial applications. The output voltage is usually set at 24V or 28V, and the output current can be set from 0.5A to 12A.

The converter utilizes a power module, which contains two high-powered MOSFETs and one inductor, to convert the input voltage to a regulated output voltage. The MOSFETs are configured in a buck mode, with one MOSFET in series with the inductor acting as a switch, and the other MOSFET connected in parallel with the inductor across the output terminals. When the MOSFET in series is switched on, the inductor stores energy and the output voltage is held at the desired level. The other MOSFET connected in parallel is used to discharge the stored energy in the inductor when the switch opens. In this way, the output voltage is regulated and held at the desired level.

The V72B12T250BG also utilizes an advanced power management circuit to ensure that the converter operates efficiently and within the specified design parameters. The V72B12T250BG relies on several components, including a pulse-width modulated (PWM) control, soft start, over-voltage and over-temperature protection, and current sharing, to provide the user with the required power output and reliability.

Conclusion

The V72B12T250BG is an excellent choice for use in various types of industrial and power electronic applications. With its wide input voltage range and high-power output capabilities, the V72B12T250BG is able to supply the necessary power to many types of applications. In addition, its advanced power management circuit ensures that the converter operates at peak efficiency and reliability, ensuring that the application achieves its desired performance goals.

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