V300B48T250BL2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DC-DC converters are power electronic devices used to relatively change the voltage produced from an electrical source, allowing greater wide application field for different scenarios. One of them is the V300B48T250BL2, which was created to strongly satisfy the need of high currents and tight regulation in various engineering projects.

This device was made to allow 48V DC input power from batteries, environmental power sources, or fuel cells. It also provides a steady voltage output of 250 watts, thereby allowing use in systems that have a wide dynamic input voltage range and tight regulation needs. Working on a PFC circuit, the device has a 2.4MHz switching frequency, integrated with a high-frequency control IC that enhances total efficiency and keep speedy dynamic response.

This device has been employed in numerous applications such as distributed power systems, industrial robots, telecommunications, renewable energy, computers, commercial-grade applications, etc. It is especially useful in systems where a reliable input voltage needs to be gotten from sources like poor power sources, whose quality is easily affected by stress factors like temperature, altitude, or environmental current.

When it comes to the working principle of the V300B48T250BL2, it functions in two main stages. The first stage is a high-accuracy, high-efficiency architecture, which produce relatively low-ripple, high-efficiency DC-DC converters, which converts inputs from a wide range of voltages. The second stage is a PFC control circuit, which is configured with a topology that allows increased power efficiency and control over input voltage regulation.

In this configuration, the V300B48T250BL2 DC-DC converter is integrated with a PFC controller IC, which uses a 2.4MHz switching frequency and feedback control to manage the input voltage. Also, it contains an unique closure loop control system to ensure fast dynamic responses to instance changes of load current. As a result, it allows an accurate output voltage which means the operation of the load will be better protected.

In conclusion, the V300B48T250BL2 DC-DC converter offers a cost-effective, efficient, reliable, and much more accurate application field with a wide range of dynamic voltage requirements from a variety of sources. It is not surprising that this converter is used in various engineering projects, especially those requesting tight regulation and higher currents.

The specific data is subject to PDF, and the above content is for reference