2007 ieee international symposium on electromagnetic compatibility

EMC <strong>2007</strong> ADVANCE PROGRAM 51The Global EMC UniversityClayton Paul, Mercer UniversityFlavio Canavero, Politecnico di TorinoGlobal EMC University Co-chairsMonday, 9 July <strong>2007</strong> through Thursday, 12 July <strong>2007</strong>This dedicated track is devoted to those relatively new to EMC andincludes a well-planned curriculum taught by world-renowned EMCexperts. Nowhere else can one receive this level of EMC educationfrom instructors all over the world in one place at one time. If you arenew to EMC, this track is for you!A certificate of completion will be provided to students who havesigned in and signed out Monday through Thursday, thereby confirming100% attendance at all lectures. CEUs will be assigned to thiscourse.Students of the Global EMC University are encouraged to attendThe Fundamentals of EMC Tutorial on Sunday, 8 July as the materialpresented during this full day tutorial was designed to complementthe Global EMC University curriculum.Learning Objectives/Outcomes:At the end of this sequence of lectures, the participant will:(1) Understand and be able to use the PSPICE circuit analysis programin solving EMC problems;(2) Be able to view the typical digital signals both in the time and thefrequency domains, and will understand the relationship betweenthe time-domain parameters and the spectral content of the signal;(3) Understand the nonideal (parasitic effects) of components (wiresand PCB lands, resistors, capacitors, inductors, ferrites, etc.);(4) Understand how to redesign a power supply filter to reduce theconducted emissions of a product;(5) Understand the basic properties of all antennas whether they beused for measurement of compliance or in immunity testing;(6) Understand how radiated electromagnetic fields are produced in anelectronic product and design methods that reduce those emissions;(7) Understand how electromagnetic shielding is accomplished andthe factors that affect those properties;(8) Understand how to design high-speed digital circuit to preservesignal integrity;(9) Understand crosstalk and the options that the designer has to controlcrosstalk;(10)Understand the basic principles of proper PCB layout that controlsradiated and conducted emissions.GLOBAL EMC UNIVERSITY SCHEDULESunday, 8 July <strong>2007</strong>8:30am to 5:30pmThe Fundamentals of EMC TutorialMultiple SpeakersStudents of the Global EMC University are encouragedto attend The Fundamentals of EMC Tutorialheld as part of the regular Symposium schedule. Thematerial presented during this full day tutorial wasdesigned to complement the Global EMC Universitycurriculum below.Monday, 9 July <strong>2007</strong>8:00am to 9:50amUse of PSPICE in Solving EMC ProblemsInstructor: Professor Clayton PaulOutline: Download PSPICE, basic program preparationand coding rules, solving DC circuits, solving ACcircuits using the phasor circuit analysis method (frequencyresponse and filters), solving for the timedomainsolution of circuits.10:10am to 12:00pmSignal SpectraInstructor: Professor Flavio CanaveroOutline: Fourier series, computational techniques,digital signal spectra and the relation to timedomainparameters, using PSPICE to compute theFourier series, processing of the series by linearsystems.1:00pm to 2:50pmNonideal Behavior of ComponentsInstructor: Professor Todd HubingOutline: High-frequency behavior of resistors, capacitors,inductors, ferrites.3:10pm to 5:00pmConducted Emissions and Power SupplyFiltersInstructor: Professor Mark A. SteffkaOutline: Brief review of the conducted emissionregulatory requirements, the LISN, common-modeand differential-mode currents, analysis of typicalpower supply filters.Tuesday, 10 July <strong>2007</strong>8:00am to 9:50amAntennasInstructor: Professor Andy MarvinOutline: Review of electromagnetic waves (fieldstructure, propagation velocity, power flow, relationshipto constitutive parameters), general properties ofantennas (gain, directivity, effective aperture, antennafactor, input impedance), Friis transmission formulas,multipath, Hertzian and loop dipoles, nearfield/far-fieldcriteria, practical dipole antennas,baluns, examples of common EMC antennas.10:10am to 12:00pmRadiated EmissionsInstructor: Professor Tom JerseOutline: Simple models for common-mode and differential-moderadiation.Wednesday, 11 July <strong>2007</strong>8:00am to 9:50amShieldingInstructor: Professor Christos ChristopoulosOutline: Meaning and uses of shielding, quantitativeevaluation of shielding, gasketing, effects andmitigation of apertures.10:10am to 12:00pmTransmission Lines and Signal IntegrityInstructor: Professor James DrewniakOutline: Time- and frequency-domain solution ofthe transmission-line equations, use of PSPICE toprovide solutions, effects of mismatch and whenthe line doesn’t matter, series and parallel matching,series and parallel distribution, power distributionand decoupling, effects of losses.Thursday, 12 July <strong>2007</strong>8:00am to 9:50amCrosstalkInstructor: Professor Antonio OrlandiOutline: Models for electrically short lines (inductiveand capacitive coupling), shielded wires andtwisted pairs.10:10am to 12:00pmPCB Layout and System Configuration forEMCInstructor: Professor Kye Yak SeeOutline: PCB layout considerations vs. radiatedemissions; correlation of ground bounce and radiatedemissions; common mode on cables and its radiation.NOTE: In order to take complete advantage ofthe presentations, attendees are stronglyencouraged to BRING LAPTOP OR NOTE-BOOK COMPUTERS TO THE SEMINAR.Please note that full registration at the IEEEEMC Symposium is required in addition to theGlobal EMC University registration fee.The additional fee for the Global EMCUniversity is $250 USD if received by May 14or $350 USD if received after this date.Attendance at the Global EMC University islimited to ensure interaction with the instructors.Please register early to reserve your space.©<strong>2007</strong> IEEE www.emc<strong>2007</strong>.org