Dates
 | Di, 14. April 2026, 8:30 Uhr, Dauer: 3 Tage | OØØØØØØØØØØØ | 1 Platz frei |
 | Tue, May 19, 2026, 8:30 AM, duration: 3 days | OOOOOOOOOOOO | 12 seats available |
| Di, 9. Juni 2026, 8:30 Uhr, Dauer: 3 Tage | OOOOOOØØØØØØ | 6 Plätze frei |
| Di, 15. September 2026, 8:30 Uhr, Dauer: 3 Tage | OOOOOOOOØØØØ | 8 Plätze frei |
| Di, 6. Oktober 2026, 8:30 Uhr, Dauer: 3 Tage | OOOOOOOOOOOØ | 11 Plätze frei |
| Di, 24. November 2026, 8:30 Uhr, Dauer: 3 Tage | OOOOOOOOOOØØ | 10 Plätze frei |
What You Will Learn
- Analysis of EMC immunity problems in electronic assemblies
- Understanding the causes of burst, ESD and RF interference
- Systematic troubleshooting of EMC problems
- Practical methods for improving immunity performance
Analysis and Optimization of EMC Immunity
The training provides practical methods for analyzing and optimizing the EMC performance of electronic circuits and devices.
Participants learn how to identify interference sources, understand coupling mechanisms and derive effective measures to improve the immunity of electronic systems.
Typical EMC Immunity Problems
A key focus is placed on understanding typical EMC immunity problems in electronic assemblies and devices.
- disturbances caused by burst
- effects of electrostatic discharge (ESD)
- RF coupling, both conducted and radiated
- signal disturbances at interfaces
The causes of these effects are analyzed in detail and explained in a practical way.
Hands-On Experiments and Measurements
A central part of the training is its strong practical orientation. Participants perform a large number of experiments on all major topics.
They work directly with EMC measurement equipment and analyze realistic interference scenarios.
The results and observations are verified immediately through practical exercises and measurements.
Troubleshooting and Practical Improvement
The 3-day training focuses on systematic troubleshooting and the practical improvement of immunity performance in electronic assemblies.
Participants learn how to analyze EMC problems in a structured way and apply effective countermeasures.
Practical Work on Real Electronic Modules
Using practical examples and real electronic modules, typical immunity problems are investigated and solved.
Participants gain valuable hands-on experience with measurement instruments and practical improvement techniques.
Target Audience
- development engineers
- hardware designers
- EMC engineers
- engineers involved in troubleshooting and compliance
- participants with a basic knowledge of electrical engineering
Course Details
Participant requirements | Fundamentals of electrical engineering, fundamentals of digital technology |
Number of participants | 12 participants for 6 experiment stations |
Participant fields | development, EMC engineering, construction |
Duration | 3 Days |
Time | Start: 8:30 AM to 17:00 PM |
Organizer | Langer EMV-Technik GmbH |
Event location | Rosentitzer Str. 73, 01728 Bannewitz, Germany. Please pay attention to our map and travel information! |
Fee | 1850,00 € net |
Inclusive | Seminar documents, meals (lunch, coffee, drinks) |
Why Attend This EMC Immunity Training
- strong practical focus with real measurements
- many experiments instead of theory only
- direct work with EMC measurement equipment
- immediately applicable knowledge for development projects
- systematic troubleshooting and practical improvement
Registration
Registration can be done via email or by filling out our PDF form.