Dates
Di, 21. April 2026, 8:30 Uhr, Dauer: 3 TageØØØØØØØØØØØØausgebucht.
Tue, May 5, 2026, 8:30 AM, duration: 3 daysOOOOOOOØØØØØ7 seats available
Di, 16. Juni 2026, 8:30 Uhr, Dauer: 3 TageOOOOOOØØØØØØ6 Plätze frei
Di, 22. September 2026, 8:30 Uhr, Dauer: 3 TageOOOOOOOOOØØØ9 Plätze frei
Di, 27. Oktober 2026, 8:30 Uhr, Dauer: 3 TageOOOOOOOOOØØØ9 Plätze frei
Di, 1. Dezember 2026, 8:30 Uhr, Dauer: 3 TageOOOOOOOOOOØØ10 Plätze frei
O available    Ø reserved    Ø booked    state: 13.04.2026 19:24:52

What You Will Learn

  • Analysis of EMC emission problems in electronic assemblies
  • Understanding how electromagnetic emissions are generated
  • Measurement techniques for emission analysis
  • Systematic identification of emission sources
  • Practical methods for reducing emissions

Analysis and Optimization of EMC Emissions

The training provides practical methods for analyzing and optimizing the EMC performance of electronic circuits and devices.

Participants learn how emissions originate, how they propagate and how appropriate countermeasures can be applied to reduce them effectively.

Typical EMC Emission Problems

A key focus is placed on understanding typical emission problems in electronic systems.

  • radiated emissions from electronic assemblies
  • conducted emissions on cables and interfaces
  • emission problems caused by PCB layout
  • unwanted coupling effects

The causes of these effects are analyzed and explained in a practical and understandable way.

Hands-On Experiments and Measurements

A central part of the training is its strong practical orientation. Participants perform numerous experiments and work directly with EMC measurement equipment.

Real measurement scenarios are analyzed and different optimization measures are tested and evaluated.

A special focus is placed on hands-on work with real measurement setups and practical EMC problems.

Troubleshooting and Emission Reduction

The 3-day training focuses on systematic analysis of emission problems and the practical implementation of effective reduction techniques.

Participants learn how to identify emission sources and apply targeted solutions to improve EMC performance.

Relationship Between Near Field and Far Field

An important aspect of the training is understanding the relationship between near-field and far-field behavior.

Participants learn how local interference sources influence radiation characteristics and how these effects can be controlled.

Practical Work on Real Electronic Modules

Using practical examples and real electronic modules, typical emission problems are investigated and solutions are developed.

Participants gain valuable hands-on experience with measurement instruments and optimization techniques.

Target Audience

  • development engineers
  • hardware and PCB designers
  • EMC engineers
  • engineers involved in measurement and compliance
  • participants with a basic knowledge of electronics

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 Emission 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 analysis and reduction of emissions

Registration

Registration can be done via email or by filling out our PDF form.