This one-day workshop starts by discussing the systems approach
to EMC design and then takes the participants through the EMC design of
a product from start to finish. It shows the "big picture" and contains
enough detail to be extremely helpful to new designers, technicians, engineers,
engineering managers, as well as veterans of the EMC design trenches.
In addition, EMC regulations will be discussed. This portion of the workshop can be tailored to emphasize regulations for the type of product of most interest to your company. For example, medical equipment or ITE equipment, etc.
A hypothetical digital product will be used as the workshop example. This is a "hands-on" workshop and the class will participate by doing much of the EMC design work.
While not meant as a substitute for a multi-day intensive EMC design course, this seminar provides a valuable perspective on the "systems approach" to the EMC design process and provides a solid foundation for future study.
It is desirable, but not required, for participants to have some basic EMC design background.
Outline
EMC RegulationsWorld Wide EMC RequirementsThe Regulatory Process EMC Requirements For XXX Equipment ---This Section May be Tailored to Meet Your Requirements EMC Systems ConsiderationSystems Approach to EMCEMC Design Methodology Cost Effectiveness EMC Control Plans EMC and Quality Everything You Need to Know About EMC EMC Design ExampleHypothetical Digital ProductApplicable Regulations Defining the System Emission and Susceptibility Considerations Product Configuration Defining Environments Effect of EMC Design on Final Product |
EMC Design Process - EmissionClocksCables (External & Internal) Enclosures PCB Issues Decoupling Grounding Power Supply Issues EMC Design Process -ImmunitySusceptibility IssuesMost Common Susceptibility Problems Typical Receptors EMC TestingSubassemblyPreliminary Final Ongoing Compliance ConclusionClass Project10 Most Common EMC Problems |