"As engineers, we often struggle with EMC because there are no written rules but just EMC tests. I'll show you how to create your own rules using proven templates that work." - Francesco Poderico

Join EMC design expert Francesco Poderico for a practical masterclass that cuts through the complexity of EMC design. No more EMC guesswork, learn a systematic approach that has helped countless engineers get their products through EMC testing and faster to the market.

What You'll Learn:

Francesco will walk you through his proven EMC design process, including:

✅ The Three-Phase EMC Strategy - Know exactly what to do before you even start designing

✅ Ready-to-Use Design Templates - Get practical solutions for common challenges:

• DC and AC power filtering
• Digital I/O protection
• Motor noise suppression
• Heat sink emissions control

✅ Real-World Application - See how these templates solve actual EMC problems 

✅Troubleshooting Guide - Learn to identify and fix EMC issues before they become expensive problems

This Masterclass is Perfect For You If:

• You're a design engineer struggling with EMC compliance
• Your products keep failing EMC testing
• You want to understand EMC design from a practical perspective
• You need a systematic approach to EMC rather than trial-and-error

Why This Masterclass is Different:

Most EMC training focuses on theory. Instead, Francesco will share:

• His actual templates used in successful designs
• Common mistakes and how to avoid them
• Practical component selection guidelines
• Real examples from his extensive experience

Interactive Learning:

🔥 Live Q&A - Get answers to your specific EMC challenges

🎯 Real Examples - See how the templates work in actual designs

📼 Session Recording - Review the content at your own pace

Your Takeaways:

• A systematic EMC design process you can implement immediately
• Ready-to-use templates for common EMC challenges
• Confidence in your EMC design decisions

Stop the cycle of failed EMC tests and costly redesigns!

🚀 Register to transform your EMC design process from uncertainty to confidence.