UWR-5/2000-D24E-C

DC DC converters have evolved and modernized over the years. In recent times, they have become a vital part of many modern machines and processes, particularly in the fields of telecommunications, electric vehicles, and robotic engineering. In this article we will take a closer look at the UWR-5/2000-D24E-C DC DC converter and its application field and working principle.

The UWR-5/2000-D24E-C is a high-performance switch mode DC DC converter, offering 5V output with 24V output voltage. It is a buck-boost type converter that uses an oscillating electric potential supplied to the output via an internal LLC resonant circuit. While it is primarily designed and used for telecommunications applications, it also has a wide range of other usages. Being a buck-boost converter it has the advantage of being able to operate in either forward or reverse modes, allowing it to not only boost or drop the voltage as required, but also to invert the voltage phase.

The main application field for the UWR-5/2000-D24E-C is telecommunications. In addition to providing a reliable and adjustable voltage source as required by the different systems, it also provides the ability for converting electrical and optical signals, thanks to its ability to invert voltage phase. This is important for many telecom systems as it allows for a more efficient data transfer between two end points.

In terms of its working principle, the UWR-5/2000-D24E-C is a two-stage conversion device, with the first stage being the LLC resonant converter and the second stage being the synchronous rectification system. At the heart of the device is an oscillating block, which is powered by the incoming AC voltage. This block provides the alternating electrical potential to the output, allowing the voltage to be either raised or lowered. The internal synchronous rectification system then rectifies the AC output and provides a DC voltage suitable for powering telecom systems.

Overall, the UWR-5/2000-D24E-C is a powerful and versatile DC DC converter that is ideal for use in a range of different telecom applications. Thanks to its high efficiency, compact size, and adjustable output voltage, it is becoming an increasingly popular choice in telecom, robotics, and electric vehicle applications. With its ability to switch between forward and reverse modes, it is also a great choice for converting electrical and optical signals with high speed and accuracy.