EMC Training

Information About Our EMC Training

Here, you can find all the information about the currently offered EMC training sessions, organized by Raditeq. The titles and dates are:

  • Module 0: Practical Approach to CE Marking – 10-09-2024
  • Module 1: Testing and Measurement Methods for EMC Directive – 17-09-2024
  • Module 2: EMC Optimization for Designers, Installers, and Managers – 24-09-2024
  • Module 3: EMC Optimization for Electronics Designers – 01-10-2024
  • Module 7: EMC Practice Day (Demonstrations) – 08-10-2024

Detailed information about the modules can be found at the bottom of this page.

Quotes can be requested by emailing sales@raditeq.com. Alternatively, you can confirm and order immediately via the registration form.

Note! The course fee must be paid prior to the start of the course!

NOTE: this training will be given in English.

Pricing EMC Training

Price per person and per module
€ 900
  • 2 Modules = 5% discount
  • 3 modules = 10% discount
  • 4 modules = 15% discount
  • 5 modules = 20% discount

More information below

Register below for the EMC training (in English)

Module 0: Practical Approach to CE Marking

Introduction to CE Marking:

  • Definition, origin and purpose of CE marking
  • Legal obligations and responsibilities of developers, manufacturers and importers

Relevant Directives and Legislation:

  • Overview of key directives and legislation related to electrical equipment and installations
  • Analysis of the content and requirements of these directives

Conformity Assessment Procedures:

  • Explanation of the different conformity assessment procedures
  • Practical tips for successfully navigating these procedures

Technical Documentation:

  • Requirements for preparing technical documentation
  • Practical guidelines for compiling a technical file on your product

Labeling and Documentation:

  • Information on correctly affixing the CE marking on products
  • Requirements for accompanying documentation and declarations

Practical Examples and Cases:

  • Analysis of real-life situations to illustrate the application of theoretical concepts
  • Discussion of challenges and solutions in various scenarios

This course is intended for developers of electrical equipment and installations who want to understand how to comply with the legal requirements of CE marking. Upon completion of the course, participants will have a thorough understanding of the legal aspects of CE marking and the underlying directives, and they will possess practical knowledge to effectively apply these concepts.

Module 1: Testing and Measurement Methods for EMC Directive

This course provides an in-depth analysis of the required tests and measurement methods for the EMC directive. Special attention is given to the “know how” of the measuring equipment and test setups. Each test is explained, including the purpose of the test and the EMC-phenomena being simulated. Additionally, the potential impacts of various tests on electronics are discussed.

 Introduction to EMC Testing:

  • Overview of the EMC directive and key requirements
  • Importance of testing and measurement methods for EMC compliance

 Test Equipment and Setups:

  • Understanding essential measuring equipment and their functions
  • Explanation of proper setup of measuring equipment for accurate measurements

Conducted Emission and Immunity Tests:

  • Detailed explanation of test methods for conducted emission and immunity
  • Practical demonstrations of measurement techniques and procedures

 Radiated Emission and Immunity Tests:

  • Analysis of test methods for radiated emissions
  • Explanation of measuring and mitigating electromagnetic fields

 Phenomena and Effects:

  • Discussion of various phenomena simulated during EMC testing
  • Explanation of the potential impacts of EMC issues on electronic equipment

 Practical Examples and Case Studies:

  • Application of theoretical concepts to real-life situations
  • Discussion of challenges and solutions in EMC testing

 This course is designed for professionals involved in the development and certification of electronic equipment. Upon completion, participants will have a thorough understanding of the required tests and measurement methods for the EMC directive. They will be familiar with the measuring equipment and setups used and will be able to understand and assess the impacts of different EMC tests on electronics.

Module 2: EMC Optimization for Designers, Installers, and Managers

This training is specifically designed for designers, installers, and managers of systems and installations who want to learn how to implement effective EMC measures. The training covers the following topics:

EMC Issues in Installations:

  • Coupling paths between the source of interference and the “victimized device”
  • Locating the source of interference

Grounding Methods and Consequences of Ground Loops:

  • Explanation of various grounding methods and their applications
  • Understanding the potential consequences of ground loops and how to prevent them

High-Frequency Shielding:

  • Insight into the principles of high-frequency shielding

Lightning Protection and EMC Effects:

  • Importance of lightning protection in EMC optimization
  • Analysis of potential EMC effects of lightning discharges and how to manage them

Filtering:

  • Explanation of the use of filters for EMC improvement
  • Selection and application of appropriate filters for different situations
  • Installation of filters

Shielded Cables:

  • Understanding the importance of shielded cables in EMC-sensitive environments
  • Explanation of choosing between single-sided and double-sided termination of shielding
  • Insight into the proper installation and routing of shielded cables

Optimal Layout of Installation Cabinets:

  • Principles for the optimal layout of installation cabinets concerning EMC
  • Explanation of minimizing electromagnetic interference between components

Practical examples and case studies will be used during the training to illustrate the application of theoretical concepts. Participants will gain insights into the key EMC measures and techniques relevant to their roles as designers, installers, or managers. Upon completion of the training, they will be able to apply effective EMC optimization in their systems and installations, achieving better control of electromagnetic interference and improved system performance.”

Module 3: EMC Optimization for Electronics Designers

This training is specifically aimed at electronics designers who want to expand their knowledge in EMC optimization. The course covers various topics relevant to designing electronics with minimal electromagnetic interference. The following topics are covered:

Causes of EMC Interference:

  • Frequency spectrum and types of interference sources
  • RF detection and its impact on EMC
  • DC offset shift and its effects on electromagnetic interference
  • Demodulation and AM detection as sources of EMC interference

Use of Reference Planes:

  • Do’s and don’ts in designing reference planes for EMC optimization
  • Effective methods for reducing impedance and minimizing interference

PCB Layout:

  • Principles for optimizing PCB layout concerning EMC
  • Routing techniques to reduce the likelihood of electromagnetic interference

Filtering on the PCB:

  • Understanding the application of filters on the PCB to minimize EM interference 
  • Selection and implementation of appropriate filters for specific applications

Shielded Cables:

  • Importance and application of shielded cables in EMC-sensitive environments

Practical examples and case studies will be used during the training to illustrate the application of theoretical concepts. Participants will develop a deep understanding of the key EMC measures and techniques relevant to their roles as electronics designers. Upon completion of the training, they will be able to apply effective EMC optimization in their designs, achieving better control of electromagnetic interference and improved performance of the electronic system.

Module 7: EMC in Practice (Demonstrations)

During the EMC practical day, various EMC phenomena will be demonstrated using practical setups. Participants will have the opportunity to independently perform measurements and tests, and solve EMC problems in practice. The day covers grounding and shielding effects as well as PCB-level issues.

The practice day includes the following activities:

Demonstrations of EMC Phenomena:

  • Practical setups to illustrate various EMC phenomena
  • Observation of electromagnetic interference and its effects on electronics

Independent Measurements and Tests:

  • Participants will have the chance to perform measurements using EMC test equipment
  • Conduct tests to identify EMC problems

Practical Problem Solving:

  • Guidance in solving EMC problems using practical scenarios
  • Applying learned concepts to reduce interference and achieve EMC compliance

Grounding and Shielding Effects:

  • Practical demonstrations of the effects of grounding and shielding

PCB-Level Problems:

  • Identification and solution of EMC problems specific to printed circuit boards (PCBs)
  • Practical tips for minimizing interference at the PCB level

During the practice day, participants will gain hands-on experience and apply the learned theory in practice. They will learn how to perform measurements, analyze problems, and implement effective solutions. After this day, participants will have a better understanding of the practical aspects of EMC and will be able to confidently tackle EMC problems in their own projects and designs.