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EMC Short Courses & Consulting

LearnEMC offers one and two-day short courses and consulting on topics related to electromagnetic compatibility. To find out more about arranging an in-house short course for your company, check out the Short Courses section of this website and contact us at info@LearnEMC.com.

Electronic Systems Design for EMC Compliance

Well-designed electronic systems operate reliably in their intended electromagnetic environment. These systems are not affected by voltage spikes on their power or signal lines; they function normally in the presence of strong electric or magnetic fields; and the systems’ own fields do not interfere with other systems nearby. In a well-designed system, the cost of grounding, shielding and filtering is usually a negligible percentage of the overall system component costs. Unfortunately, many electronic systems are not well designed. It is not unusual for a company to spend millions of dollars and thousands of man-hours attempting to track down and correct system malfunctions that are the direct result of improper grounding and shielding. This course reviews the fundamental grounding, filtering and shielding concepts that all engineers can utilize to ensure the safety and reliability of their products at the lowest possible cost.

circuit board

Today's rapid development cycles require products to meet their EMC requirements the first time they come into the lab for testing. Board layout changes and other EMC "fixes" can significantly add to the cost of a product and/or delay its development schedule. First-pass compliance with EMC requirements starts with the circuit board layout. Printed circuit board layout is often the single most important factor affecting the electromagnetic compatibility of electronic systems. Boards that are auto-routed or laid out according to a list of “design rules” do not usually meet electromagnetic compatibility requirements on the first pass; and the products using these boards are more likely to require expensive fixes such as ferrites on cables or shielded enclosures. Taking the time to ensure that components are properly placed, transition times are not left to chance, and traces are optimally routed will generally result in products that meet all electromagnetic compatibility and signal integrity requirements on time and on budget.

Many electronic systems employ mixed-signal boards (boards with both analog and digital circuits). Mixed-signal boards require that special attention be paid to the routing of the low-frequency currents. Minor mistakes in the layout of these boards can mean the difference between a reliable product and a product with severe EMC problems.

The cables that carry power and signals to and from the system, or between boards in a system, are another key design consideration. Shielded cables are not always better than unshielded cables, and choosing the right cable for the right application can be as important as circuit board design and layout for ensuring that a product will be cost effective and meet all EMC requirements.

This course stresses the fundamental concepts and tools that electronics engineers can employ to avoid electromagnetic compatibility and signal integrity problems. Students completing the course will be able to make good decisions regarding board layout and system design for EMC. They will also learn techniques for quickly reviewing designs in order to flag potential problems well before the first hardware is built and tested.
Course Outline

Computer Modeling Tools for Electromagnetic Compatibility

Computer modeling has become an important part of the design process for electronic systems. This one-day training session is intended to bring engineers up to date on the latest computer modeling tools and techniques available to help them design products that comply with electromagnetic compatibility requirements. The course covers electromagnetic modeling codes, circuit solvers, rule checkers, analytical modeling tools, web-based calculators and apps. Plenty of examples demonstrating the application of various modeling tools to real-world EMC design problems are provided. Students completing the course will be aware of the tools available to them and able to make good decisions regarding the tools that are appropriate for their needs.
Course Outline

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