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Experimental EMC Seminar - Interference Immunity - Basics & Troubleshooting (3 days)

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SF-GE, Experimental EMC Seminar - Interference Immunity - Basics & Troubleshooting (3 days)
Short description

The EMC experimental seminar Immunity - Basics and Troubleshooting teaches methods for analyzing and optimizing the EMC properties of circuits and devices. Furthermore, the focus is on recognizing the causes of interference immunity problems with burst, ESD, and RF coupling (conducted or via antenna) and their elimination.
The seminar participants carry out many experiments themselves on all key topics. They check the knowledge acquired and gain experience in using measurement instruments.

In the three-day seminar, the focus is on fault analysis and practical troubleshooting in the event of interference immunity problems. Using numerous practical examples, steps for troubleshooting of assemblies with appropriate EMC measuring instruments are presented.
Your basic understanding of EMC will be deepened. Special EMC problems such as signal interference at interfaces or interference from ESD are explained in context.
In the seminar, you will independently examine and suppress interference in a module at your own experimental station.

Dates
Di, 4. Februar 2025, 8:30 Uhr, Dauer: 3 TageOOOOOOOOOOOO12 Plätze frei
Tue, April 1, 2025, 8:30 AM, duration: 3 daysOOOOOOOOOOOO12 seats available
Di, 13. Mai 2025, 8:30 Uhr, Dauer: 3 TageOOOOOOOOOOOO12 Plätze frei
Di, 3. Juni 2025, 8:30 Uhr, Dauer: 3 TageOOOOOOOOOOOO12 Plätze frei
Di, 16. September 2025, 8:30 Uhr, Dauer: 3 TageOOOOOOOOOOOO12 Plätze frei
Di, 21. Oktober 2025, 8:30 Uhr, Dauer: 3 TageOOOOOOOOOOOO12 Plätze frei
Tue, November 4, 2025, 8:30 AM, duration: 3 daysOOOOOOOOOOOO12 seats available
O available    Ø reserved    Ø booked    state: 08.11.2024 08:00:03
Key Points

In the EMC Experimental Seminar Interference Immunity - Basics and Troubleshooting you will acquire basic knowledge of interference immunity on assemblies. Design strategies for interference-resistant module design and circuit dimensioning are derived from this. Using numerous practical examples, the speaker will present steps for interference suppression of assemblies with appropriate EMC measuring instruments.

As a seminar participant, you will carry out a large number of EMC experiments yourself. You will check the knowledge gained and independently suppress interference in a module at your own experimental station.

The following topics are covered:

  • Influence of electronic devices
  • Influence on the PCB - electrical component
  • Interference on the PCB - magnetic component
  • Practical interference suppression of an electronic control system with microcontroller
  • Signal interference at interfaces and device design
Organisational matters

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. Please pay attention to our map and travel information!

Fee

1850,- € net

Scope of service

hands-on training, seminar documents, meals (lunch, coffee, drinks)
Registration

The registration by e-mail or PDF form is considered as a non-binding reservation of participation. Your order and our confirmation result in a binding contract. Please transfer the participation fee after receipt of the invoice.

What seminar participants said

What has been particularly good and important for you?

  • Many practical experiments
  • The link between theory and practice
  • Many practical examples with tips and tricks to apply at my work station
  • Trying out yourself and learning by doing
  • Rich on practice examples
  • The demonstration of real practical cases enables for comparisons to own developments
  • Good guidance from simple problems to complex solutions
  • Explanations are conveyed easily understandable