EMC/CEM: Video, On-Line, CD-ROM

Cursuri On-Line

Deoarece am obtinut permisiunea din partea Prof. Fernandes , Studentii care participa la Cursul de CEM pot consulta si Cursul de la http://webnt.ist.utl.pt/emc

Dear Adrian , The EMC course you refer to is a pilote experience we are currently doing with a few small internet courses. While it lasts, may be still a few months, feel free to participate and let me have a critical analysis of it, both from your side and from students side.

My best regards , Antonio S Carvalho Fernandes Centro de Electrodinâmica pcascf@alfa.ist.utl.pt

User name : emc_class ; Password : hertz

Bibliography EMC http://webnt.ist.utl.pt/emc/bibliography.htm
- Anatoly Tsaliovich. "Cable Shielding for Electromagnetic Compatibility". Chapman & Hall, New York, NY, 1995
- Eckert, Jekkrey K., Editor, 12 Volumes.1988. "Fundamentals of Electromagnetic Compatibility". Interference Control Technologies, Inc. Gainesville, Virginia, USA.
- Electromagnetic Compatibility - EMC - GUIDE TO THE APPLICATION OF DIRECTIVE 89/336/EEC, European Communities, 1997
- EMC in the European Environment, Hewlett Packard
- Hall, M.P.M., Barclay, L. W., Editors. "Radiowave Propagation". Electromagnetic Wave Series 30, Peter Peregrinus Ltd., UK.
- Keiser, Bernhard. 1987, 3rd Edition. "Principles of Electromagnetic Compatibility". Arthec House.
- Martin O'Hara."EMC at Component and PCB Level". Newnes, Butterworth-Heinemenn, Linacre House, Jordan Hill, Oxford, 1998
- Perry,Tekla S., Geppert, Linda, Senior & Associated Editors. 1996. "Do Portable Electronics Endanger Flight?". IEEE Spectrum, September.
- Perry,Tekla S., Senior Editor. 1994. "Today's View of Magnetic Fields". IEEE Spectrum, December.
- Sites with EMC and EMI material
-(February 2000) - http://www.ee.tuiasi.ro/~aadascal/Curs_CEM/index.html

Curs de Compatibilitate ElectroMagnetica Autor : S. C. Fernandes, Full Professor of the Universidade Técnica de Lisboa, in the fields of EM Fields and Waves, EM Propagation and Antennas

Prezentare Generala

Capitolul 1 – Introducere

Capitolul 2 – Surse de Zgomot Obisnuite si Spectrul de Semnal

Capitolul 3 – Interferenta prin Conductie si prin Radiatie

Capitolul 4 – Ecrane

Capitolul 5 - Filtre

Glosar

Bibliografie

Figuri

Modul de Navigare

Sistemul de Informatic si de Calcul necesar

Despre Cursul de CEM

Electromagnetic Compatibility (RO4)	Contents:
Module 1 - EMC - An Introduction (New Revised Edition) . Video 1: EMC - An Explanatory Introduction (Covers the general nature of EMI, definitions, EMI propagation mechanisms, areas for concern e.g. ignition hazards, overview of EMC testing, design for EMC and future trends)	Module 2 - The European Community Directive on EMC (New Revised Edition) . Video 1: The European Community Directive on EMC including the scope, essential protection requirements, compliance, certification and marking requirements, obligations of the administration, legislation, flowchart of actions required by manufacturers and suppliers and a table of relevant standards) . Video 2: Relevant Standards . Video 3: Achieving Compliance
Module 3 - EMC Measurement and Test . Video 1: Introduction to EMC Measurements (RF Measurement Fundamendals) . Video 2: EM Waves (Radiation Mechanisms, Measurements and Measurement Systems) . Video 3: Screened Rooms (Open Field Test Sites) . Video 4: Practical Measurements (Conducted Emission Measurements, Radiated Emission Measurements, Radiated Immunity, Conducted Immunity, Electrostatic Discharge) .	Module 4 - EMC Design Techniques . Video 1: Shielding and Crosstalk . Video 2: EMC on a PCB . Video 3: Conducted Interference-Suppression Techniques . Video 4: CAD for EMC .
Module 5 - Compliance and Practical Measurements for Large Systems .

IEE Distance Learning

Electromagnetic Compatibility (with particular emphasis on EC Directive 89/336/EEC) (RO4) . Recently enhanced and updated to reflect the changes in the EC Directive and European Standards since 1992, this course identifies the range of disciplines involved in achieving electromagnetic compatibility and provides a sound basis for the application of design procedures to achieve EMC and in particular to ensure conformity with the EC Directive and the various CENELEC standards. The course has a modular structure to cater both for designers of electrical/electronic systems and those involved in EMC measurement and testing. Produced by the York Electronics Centre, University of York, for the IEE, the course consists of 13 videos in five modules (total running time approximately 11 hours) with accompanying course notes. It is intended to be a 'stand-alone' training aid to be used either as an individual teaching package or with tutored video instruction.

MSc in Electromagnetic Compatibility and Radio Frequency Communications

York EMC Services

Video Curs

Objectives
*Introduce fundamental EMC concepts.
*Encourage good EMC design techniques.
*Develop an ability to diagnose and solve EMC problems.
*Review methods and tools available to help design compliant products.

Course Notes & Textbook
A set of course notes and the textbook "Introduction to Electromagnetic Compatibility" (1992) by Clayton Paul will accompany the video taped lectures.

Course Outline:
1. EMC definitions and history
2. EMC regulations and tests
3. Electric fields, Gauss's & Faraday's laws, capacitance
4. Magnetic fields, Ampere's law, inductance
5. Homework review and demonstration
6. Common impedance coupling
7. Capacitive coupling
8. Homework review and demonstration
9. Inductive coupling
10. Crosstalk in cables
11. Homework review and demonstration
12. Electromagnetic radiation, wave propagation
13. Circuits as antennas, CM & DM currents
14. Exam review and demonstration
15. Cables and slots as antennas
16. Practical EMI shielding
17. Homework review and demonstration
18. Frequency domain representation of time domain signals
19. Parasitic, high frequency component modeling
20. Homework review and demonstration
21. Digital logic, active devices
22. Printed circuit boards as EMI sources
23. Homework review and demonstration
24. Susceptibility issues with printed circuit boards
25. Power bus decoupling
26. Homework review and demonstration
27. PCB design and layout
28. EMI/EMC design examples
29. Exam review and demonstration
30. Circuit and system ground