Filtering the Future: Why film capacitors lead in high-voltage applications
48:11
0:00 - Introduction 1:30 - High-voltage challenges in modern systems 3:00 - Film vs. electrolytic capacitors: key differences 5:43 - Why voltage matters: 800V-1000V transition 7:43 - Film capacitor advantages 26:26 - Application examples: EV, Datacenters, industrial and renewables 38:40 - Q&A As power electronics evolve to meet the demands of electrification, datacenters, and industrial automation, filtering efficiency and long-term reliability are more critical than ever. This webinar explores the forward-looking advantages of film capacitors over electrolytic capacitors in high-voltage applications. You will learn how film technology delivers superior performance in terms of thermal stability, ripple current handling, and lifespan—making it the preferred choice for engineers designing next-generation systems. Whether you're optimizing for uptime, safety, or system longevity, this session will help you filter the future with confidence.
0:00 - Introduction 1:30 - High-voltage challenges in modern systems 3:00 - Film vs. electrolytic capacitors: key differences 5:43 - Why voltage matters: 800V-1000V transition 7:43 - Film capacitor advantages 26:26 - Application examples: EV, Datacenters, industrial and renewables 38:40 - Q&A As power electronics evolve to meet the demands of electrification, datacenters, and industrial automation, filtering efficiency and long-term reliability are more critical than ever. This webinar explores the forward-looking advantages of film capacitors over electrolytic capacitors in high-voltage applications. You will learn how film technology delivers superior performance in terms of thermal stability, ripple current handling, and lifespan—making it the preferred choice for engineers designing next-generation systems. Whether you're optimizing for uptime, safety, or system longevity, this session will help you filter the future with confidence.