Power architecture plays a crucial role in meeting modern demands in telecommunications and server applications.
Intermediate bus architecture (IBA) has gained popularity for its ability to reduce system sizes, lower costs and improve efficiency by eliminating multiple isolation barriers. However, testing isolated bus converters (IBC) within this architecture presents a complex measurement challenge.
Full bridge converters are used within IBA systems to step down the intermediate bus voltage to the lower levels required by various components. This white paper dives deep into the complexities of testing full bridge converters. It’s an essential, comprehensive guide for professionals looking to enhance their understanding and capability in this critical area.
- Understand the shift from distributed power architecture to IBA, and how it impacts system efficiency and cost
- Explore why full-bridge converters are preferred for high-efficiency and high-power applications
- Gain insights into the unique testing challenges posed by full-bridge converters, especially in verifying dynamic switching patterns.
- Learn how the MXO 5 oscilloscope from Rohde & Schwarz, with its eight analog channels, can streamline the validation process by providing comprehensive waveform analysis on a single screen
Don’t miss out on this opportunity to enhance your technical expertise and ensure that your power systems meet the highest standards. Download the white paper today and take the first step toward mastering full bridge converter verification.