AUT

Durée : 2 jours

Prix : €1,170.00 HT/participant

Formation interentreprise

Formation à distance

Nous consulter

Mastering EMC in the automotive industry

Objectives

  • Understand and assimilate the nature of EMC phenomena in a vehicle.
  • Take EMC constraints into account in the design and integration of automotive systems.

  • Control the costs inherent in applying EMC constraints.

     

Who should attend ?

Engineers and technicians in the automotive sector responsible for the design and integration of electronic systems and faced with the implementation of EMC tests.

 

Prerequisite

Hold an engineering or technical degree (or equivalent) in the following fields: electrical/electronic/electrotechnical.

 

Technical and learning resources

Presentation aids for lectures, case studies, demonstration models, test equipment for practical training courses

 

Sanction of training

Certificate of completion

 

Methods of assessment

QUIZ evaluation questionnaire

Presentation

Electronic equipment used in the automotive industry must meet the requirements of automotive directives and manufacturers' specifications. It is therefore essential to take these EMC constraints into account when designing and integrating these products.

This course provides a comprehensive and structured overview of the EMC knowledge that is essential today, by familiarising students with the problems posed by the immunity of a complex system and its electromagnetic environment in the automotive industry.

After analysing test methods, the implementation and impact on equipment are examined, with emphasis on the difficulties inherent in the constraints specific to the automotive environment.
Numerous practical laboratory applications are carried out throughout the course.

 

Program

1 - Learn the fundamentals of EMC in the automotive industry

  • Disturbance coupling
  • Intra- and inter-system disturbances

 

2 - Identify the main EMC constraints and their effects on systems

  • Conducted and radiated emission testing
  • Radiated and conducted immunity testing
  • Automotive transient immunity testing
  • Electrical testing

 

3 - Understanding EMC design rules

  • Understand coupling applied to electronic boards
  • Master the routing of electronic boards
  • Design filtering and decoupling
  • Define equipotential bonding of electronic boards
  • Choosing cabling
  • Develop shielding and mechanicals

 

4 - Summarise the design rules and the choice of solutions

  • Distinguish between electronic board couplings
  • Master the routing of the electronic board
  • Develop your filtering
  • Define the mechanics with regard to EMC constraints

 

5 - Implementing practical work in the laboratory

 

Mots clés