Uploaded June 2026 | Updated September 2026, 2 weeks ago
EMC is defined in the design phase – not in the test lab. In this free webinar, we show how electromagnetic interference is generated, how layout and return current paths influence EMC performance, and how typical EMC issues can be avoided early in the design process.
We start with an unusual question to spark curiosity: What happens if the intern doesn't connect the circuit to the power supply? From there, the focus quickly shifts to practical aspects taken directly from everyday development work.
Special attention is given to electromechanical connectors and components and their impact on emissions and immunity at system level.
What you will learn:
· Essential EMC fundamentals for PCB and system design
· Typical coupling mechanisms and layout influence
· Return current paths, layer changes, and their EMC impact
· Practical EMC design tips from real-world applications
· The role of connectors in EMC‑optimized designs
#EMC
#Designtips
#RFcurrent
About Speaker:
After graduating from the HTL Leonding, technical college for electronics and communications engineering and the advanced course for technical colleges in Steyr, he studied hardware and software systems engineering. Head of the repair department at Hitzinger. Since 2015 at Würth Elektronik and since 2019 in the international Field Application Engineer Team as a link between product management and the electronics developers in the market.
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:
00:00 Intro
01:28 Presentation
38:00 Questions and Answers
EMC is defined in the design phase – not in the test lab. In this free webinar, we show how electromagnetic interference is generated, how layout and return current paths influence EMC performance, and how typical EMC issues can be avoided early in the design process.
We start with an unusual question to spark curiosity: What happens if the intern doesn't connect the circuit to the power supply? From there, the focus quickly shifts to practical aspects taken directly from everyday development work.
Special attention is given to electromechanical connectors and components and their impact on emissions and immunity at system level.
What you will learn:
· Essential EMC fundamentals for PCB and system design
· Typical coupling mechanisms and layout influence
· Return current paths, layer changes, and their EMC impact
· Practical EMC design tips from real-world applications
· The role of connectors in EMC‑optimized designs
#EMC
#Designtips
#RFcurrent
About Speaker:
After graduating from the HTL Leonding, technical college for electronics and communications engineering and the advanced course for technical colleges in Steyr, he studied hardware and software systems engineering. Head of the repair department at Hitzinger. Since 2015 at Würth Elektronik and since 2019 in the international Field Application Engineer Team as a link between product management and the electronics developers in the market.
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:
00:00 Intro
01:28 Presentation
38:00 Questions and Answers
