Derating Tantalum, Film, and Ceramic Capacitors

Designing for Reliability: Derating Tantalum, Film, and Ceramic Capacitors

Evans Group Webinar

Proper capacitor derating is a foundational reliability practice in aerospace and defense electronics, where component stress margins directly affect long-term performance and mission readiness.This webinar provides a practical review of derating guidelines for tantalum, film, and ceramic capacitors, with emphasis on volage derating, temperature effects, ripple current limits, and the interaction between electrical stress and failure mechanisms. Rather than broad rules of thumb, the session focuses on how derating recommendations vary by dielectric system and construction, and how those differences influence real-world design decisions.

Attendees will gain a clearer understanding of how to apply technology-specific derating strategies within high-reliability designs, balancing performance, size, efficiency, and risk.The discussion will include application considerations relevant to aerospace and defense environments, helping engineers evaluate tradeoffs and implement defensible component selection criteria.

This Grid webinar is presented by Misha Pierre-Mike, Director of Business Development at the Evans Group.