The seminar focused on the power challenges driven by the rapid growth of AI servers and data centers. Topics covered high-voltage DC (HVDC) architectures, power efficiency, PDN design, and power measurement methodologies, attracting many engineers and industry professionals.

Under the topic “Critical Selection Criteria and Application Considerations in Isolated Power Converter Design”, MINMAX’s Wyne Cheng provided an in-depth analysis of key selection points for isolated power converters used in AI, industrial control, and communication applications, including:

• ．How to select appropriate power modules based on key specification parameters
• ．Practical application considerations after choosing isolated power modules

The session started from core specification parameters to help engineers accurately match system requirements, then extended to common technical challenges on the application side. Real-world cases and field experience were shared regarding unexpected conditions in input voltage, output voltage, and output current. In addition, Wyne explained multiple detailed factors that affect derating curve evaluation and the robustness of EMC solutions, providing participants with a more complete and practical design perspective.

MINMAX has long supported customers in defining power selection strategies from the early stages of product development. By leveraging extensive application engineering experience, we help quickly resolve design issues, shorten development schedules, and enhance system stability. Through seminars and technical exchanges, we continue to deepen collaboration with the industry, demonstrating our expertise in DC-DC / AC-DC power development and application support, and remain committed to delivering comprehensive and reliable power solutions that enable more cutting-edge applications to reach the market.

If you have any needs related to product selection, power design, or technical applications, please contact us. MINMAX will be pleased to help you find the solution that best fits your requirements.