MEA

Durée : 2 jours

Prix : €1,170.00 HT/participant

Formation interentreprise

Formation à distance

Nous consulter

EMC test methods in the automotive sector

Objectives

  • Understand the philosophy behind testing and its purpose
  • Take into account the specific constraints of the automotive environment
  • Become familiar with emission and immunity standards
  • Acquire practical knowledge of EMC measurements and instrumentation
  • Take a critical look at test results

 

Who should attend ?

Engineers and technicians involved in EMC measurements or responsible for equipment qualification.

 

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, demonstration models, test equipment for practical training courses

 

Sanction of training 

Certificate of completion

 

Methods of assessment

QUIZ evaluation questionnaire

 

Presentation

This course enables you to define the following for each
product :

  • The criteria and procedures for applying regulatory
    texts.
  • The standards to be applied and the measurement
    methodologies to be implemented.
  • The test methods used for a given test.

The course is punctuated by practical exercises to
enable participants to familiarise themselves with the
measurement instrumentation.

 

Program

1 - Introduction to the fundamentals of EMC

Sources of disturbance - Coupling of disturbances - EMC level of a
product

 

2 - Classifying measurement instrumentation

Standards specific to measurement instrumentation: CISPR 16 -
Emission test instrumentation - Standardised measurement location
- Immunity test bench - Characteristics of measurement equipment

 

3 - Differentiating EMC test methods

Main applicable standards (CISPR 25, ISO 11452 , ISO 7637 etc.) -
Measurement of conducted emissions : Test installation and
implementation - Measurement of radiated emissions: Means of
measurement and their main characteristics, Summary of radiated
conducted emissions - Conducted and radiated radiofrequency
immunity: Applicable standards, Means of measurement and their
main characteristics, Summary of immunity to radiofrequency fields
- Temporal immunity: Origins of transient disturbances, Electrostatic
discharges, Transients - Means of measurement and main
characteristics - Summary of transient immunity tests

 

4 - Implementing EMC tests in the laboratory

Presentation of measurement instrumentation - Presentation of
tests - Definition of measurement conditions - Importance of the
installation and the test bench - Case studies

 

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