2007 ieee international symposium on electromagnetic compatibility

EMC <strong>2007</strong> ADVANCE PROGRAM 47SwitzerlandVladimir Rakov, University of Florida, FloridaRajeev Thottappillil, Uppsala University, SwedenAbstractLightning represents one of the most important sources of electromagneticdisturbances. The objective of this tutorial is to give anoverview of measured and modeled lightning parameters and todescribe lightning’s major EMC interactions with systems for engineeringapplications with an insight into protection methods.Planned Speakers and Topics1. Lightning Currents for Engineering ApplicationsAlberto Borghetti, University of Bologna, ItalyGerhard Diendorfer, Austrian Electrotechnical Association, AustriaVladimir Rakov, University of Florida, Florida2. Lightning Electric and Magnetic FieldsVladimir Rakov, University of Florida, Florida3. Lightning Return Stroke Models and Electromagnetic FieldComputationRajeev Thottappillil, Uppsala University, SwedenVernon Cooray, Uppsala University, SwedenNelson Theethayi, Uppsala University, Sweden4. Lightning to Tall StructuresYoshihiro Baba, Doshisha University, JapanFridolin Heidler, University of the Federal Armed Forces, Munich,GermanyFarhad Rachidi, Swiss Federal Institute of Technology, SwitzerlandRajeev Thottappillil, Uppsala University, Sweden5. Lightning Location SystemsGerhard Diendorfer, Austrian Electrotechnical Association, AustriaMarcos Rubinstein, University of Applied Sciences, SwitzerlandEMC Aspects of LightningPart 2: Lightning Interaction with Systems and ProtectionFormat: Half-day TutorialChairs:Dr. Farhad Rachidi, Swiss Federal Institute of Technology,SwitzerlandVladimir Rakov, University of Florida, FloridaRajeev Thottappillil, Uppsala University, SwedenAbstractLightning represents one of the most important sources of electromagneticdisturbances. The objective of this tutorial is togive an overview of measured and modeled lightning parametersand to describe lightning’s major EMC interactions with systemsfor engineering applications with an insight into protectionmethods.Planned Speakers and Topics1. Grounding Systems for High Frequencies and TransientsLeonid Grcev, Sts. Cyril and Methodius University, Skopje,Macedonia2. Lightning Protection of Buildings and Laboratory TestingStanislaw Grzybowski, Mississippi State University, Mississippi3. Lightning-Induced Voltages on Overhead LinesCarlo Alberto Nucci, University of Bologna, ItalyFarhad Rachidi, Swiss Federal Institute of Technology, Switzerland4. Lightning Protection of Power SystemsCarlo Alberto Nucci, University of Bologna, ItalyMario Paolone, University of Bologna, Italy5. Lightning Interaction with Electrified RailwaysNelson Theethayi, Uppsala University, SwedenRajeev Thottappillil, Uppsala University, Sweden6. Lightning Interaction with AircraftAnders Larsson, Swedish Defence Research Agency, SwedenFundamentals of EMC and NARTE Exam PreparationFormat: Full-day TutorialChair: Randy Jost, Utah State University, UtahAbstractOrganized by the EMC Society Education and Student ActivitiesCommittee, this tutorial is designed to present the basics ofEMC to those who are new to the field of EMC, for those whoare seeking information on an aspect of EMC that they have notpreviously encountered, or for those who desire a refresher onthe proposed EMC topics. The last 90 minutes of this tutorial isdevoted to providing assistance to those who are preparing totake the examination to become NARTE certified EMC engineersor technicians.Speakers and Topics1. EM RadiationJohn Norgard, University of Colorado, Colorado Springs, Colorado2. Electrostatic DischargeDavid Pommerenke, University of Missouri-Rolla, Missouri3. EMI TroubleshootingDavid Hockanson, Sun Microsystems, Menlo Park, California4. EMC Case HistoriesLee Hill, SILENT Solutions, Amherst, New Hampshire5. NARTE Overview and Exam PreparationBrian Lawrence, NARTE Executive DirectorFundamentals and Applications of Antennas and FieldProbes in Radiated MeasurementsFormat: Half-day TutorialChair: Zhong Chen, ETS-Lindgren, Cedar Park, TexasAbstractThis tutorial provides an introduction to antenna and probe theoryand application relevant to EMC. This tutorial covers fundamentalprinciples of operation for various common antenna and field probeconfigurations covering the frequency spectrum associated withEMC testing. The essential descriptive characteristics of antennasand probes are defined. The implications of the antenna characteristicson EMC testing are discussed including the nature and use ofantenna factors, gain, radiation resistance, VSWR, etc.Applications of the antennas in radiated emissions and immunitiestests, and radiated site validations measurements are covered.Processing and interpretation of antenna signals by receivers andanalyzers are discussed including discussions of signal type, signalbandwidth, and filtering of signals. This tutorial will also providethe latest updates on ANSI and <strong>international</strong> standards on calibrationof the antennas and applications of antennas in radiated emissionsand immunities measurements.Planned Speakers1. Dr. Vince Rodriguez, ETS-Lindgren, Cedar Park, Texas2. Mike Windler, Chairman of ANSI ASC C63 Subcommittee 1(C63.4/C63.5), Underwriters Laboratories, Illinois3. Zhong Chen, ETS-Lindgren, Cedar Park, Texas4. Tom Holmes, Agilent Technologies, Ohio5. Dr. Qin Yu, Lucent Technologies, Ohio©<strong>2007</strong> IEEE www.emc<strong>2007</strong>.org