V48C36H150BS

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DC DC converters help control and regulate the electric current and voltage. They are used for a wide variety of applications including automotive, industrial, medical, and many consumer devices. The V48C36H150BS converter is specifically designed for applications involving high powered computers, as well as for industrial applications such as robotic welding and automated manufacturing.

The V48C36H150BS converter is a DC-DC Buck Converter. It features a controllable switching frequency, low begin noise, and an adjustable input voltage range. It has a maximum power output of 48V and can handle input voltages between 8–14V. It also features an adjustable output current range of 8–36A and a regulated output voltage range of 0–150V.

The primary purpose of this converter is to step down a DC input voltage and step-up the current, in order to match the requirements of the device it is powering. This is accomplished by using switching components, such as MOSFETs, to rapidly switch the input voltage. As the voltage is chopped, the average voltage across the load decreases, while the current rises because of the increased amount of time spent in the conduction state during chopping.

When using the V48C36H150BS converter, the switching frequency can be set manually or remotely, depending on the requirements of the application. The converter also incorporates advanced over-current protection features, including thermal shutdown, over-current protection, and short-circuit protection. This ensures the converter is safe to use.

The V48C36H150BS provides a reliable and efficient power supply for any high-powered application. It is capable of providing power to robotic welding systems, automated manufacturing, along with high-powered computers. Its adjustable output current and voltage range make it ideal for a variety of applications.

The V48C36H150BS is an excellent DC-DC converter that offers reliable performance and efficient power conversion. It is designed for use in high-powered applications such as robotic welding and automated manufacturing, making it highly suitable for industrial applications.

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