June 30, 10 AM Central Time
Abstract: Pulse capacitors are critical components in systems that require the rapid delivery of large amounts of energy within extremely short time intervals. Demand for high-voltage pulse capacitors continues to grow across the military, aerospace, and medical sectors, driven by applications that require high peak power and precise energy control. One area of particular interest is directed-energy systems, including anti-drone technologies, where fast and accurate energy discharge is essential for performance. This presentation provides a unique perspective on the design principles of pulse capacitors, explaining how they are engineered to achieve rapid energy release while maintaining reliability and efficiency. The discussion also examines the fundamental equations and electrical relationships that guide pulse capacitor design and performance optimization.
Speaker: David Zawacki, CalRamic
David Zawacki has over 30 years of experience dealing with capacitors. His extensive background started with a MS in Materials Engineering with his thesis on electrochemical capacitors. His career has spanned seven companies that have manufactured film, ceramic, electrolytic and electrochemical capacitors. He is now in an executive role to leverage his expertise to maximize business development.