Uploaded October 2025 | Updated September 2026, 2 weeks ago
Speaker: Jon Izkue | Duration ca. 45 min incl. Q&A
When selecting capacitors, the initial approach often seems straightforward, beginning with a simple schematic symbol and a single parameter: capacitance. However, a deeper dive into datasheets quickly reveals complexities, with numerous asterisks and specific comments on various parameters that can raise more questions than answers. This seminar aims to demystify these complexities and provide practical insights into the real-world behavior of capacitors.
This seminar will answer these and other critical questions, offering valuable practical insights:
- The reasons why capacitance is measured under different conditions for each capacitor technology (e.g., ceramic, electrolytic, film).
- Understanding why some capacitor types include explicit ripple current limitations or derating, while others primarily focus on voltage derating.
- The distinction between dissipation factor (DF), often given for certain capacitor types, and Equivalent Series Resistance (ESR), used for others, and their significance in circuit performance.
- Numerous small practical insights and tips to aid in the effective selection and application of capacitors in various circuit designs.
#CapacitorSelection
#ComponentMeasurement
#CircuitDesign
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More details about Würth Elektronik eiSos: we-online.com/en
Timestamps:
00:08 Introduction
01:00 Presentation
35:00 Questions and Answers
Speaker: Jon Izkue | Duration ca. 45 min incl. Q&A
When selecting capacitors, the initial approach often seems straightforward, beginning with a simple schematic symbol and a single parameter: capacitance. However, a deeper dive into datasheets quickly reveals complexities, with numerous asterisks and specific comments on various parameters that can raise more questions than answers. This seminar aims to demystify these complexities and provide practical insights into the real-world behavior of capacitors.
This seminar will answer these and other critical questions, offering valuable practical insights:
- The reasons why capacitance is measured under different conditions for each capacitor technology (e.g., ceramic, electrolytic, film).
- Understanding why some capacitor types include explicit ripple current limitations or derating, while others primarily focus on voltage derating.
- The distinction between dissipation factor (DF), often given for certain capacitor types, and Equivalent Series Resistance (ESR), used for others, and their significance in circuit performance.
- Numerous small practical insights and tips to aid in the effective selection and application of capacitors in various circuit designs.
#CapacitorSelection
#ComponentMeasurement
#CircuitDesign
Follow Würth Elektronik on:
Facebook group: we-online.com/facebook-we-group
Facebook karriere: we-online.com/facebook-we-karriere
Instagram group: we-online.com/instagram/we_group
Instagram karriere: we-online.com/instagram-we-karriere
LinkedIn: we-online.com/linkedin
Twitter: we-online.com/twitter
TikTok: we-online.com/tiktok
XING: we-online.com/xing
YouTube: we-online.com/youtube
More details about Würth Elektronik eiSos: we-online.com/en
Timestamps:
00:08 Introduction
01:00 Presentation
35:00 Questions and Answers










