Introduction to Electromagnetic Interference and Compatibility (EMI/EMC) and Best PracticesSee upcoming dates
Learn about Electromagnetic Interference (EMI) and Electromagnetic Compatibility (EMC), including best practices and a building-block approach with application-specific examples.
Who Should Attend?
- Electrical engineers
- Mechanical design engineers
- System engineers
- Project engineers
- System integrators
- Program managers
- Technical leaders
Introduction – Examples of EMI/EMC Considerations
- Power electronic circuits (inverters and DC/DC converters)
- Hybrid electric vehicles and plug-in electric vehicles
- Appliances and computers
- Emissions and susceptibility
- Important electromagnetic laws
EMI Specifications and Standards
- Emission regulations (DO 160, FCC, CISPR)
- Susceptibility regulations (DO 160, IEC)
Path of Lowest Impedance
- Examples of high frequency current flow
- Review of current paths
Noise Coupling Mechanisms
- Four types of noise coupling
Common Impedance Coupling
- Circuits sharing electrical connections
- Meaning of Faraday’s Law
- Understanding magnetic fields
- Equivalent circuit of magnetic coupling
Electric Field Coupling
- Electric and magnetic field comparison
- Equivalent circuit for electric field coupling
System and Board Layout Issues
- Power bus decoupling
- Return (ground) planes
- Board layout priorities and board level concerns
- Common susceptibility problems
Electromagnetic Coupling (Radiation)
- Characteristics of radiation
- Dipole antenna characteristics
- Characteristics of unintentional radiators
- H-field shielding and skin depth
- Electric field shielding
- Seam bonding and faying surfaces
- Bonding methods
- Signal grounds
- Single and multiple point grounds, hybrid grounds
- Signal reference subsystem
- Equipment and facility grounding
- Test methods
- Indirect and direct effects
- Common mode filtering, differential mode filtering
- Low-pass, high-pass, band-pass filtering
- Signal filter design techniques
- Filter damping
Shielding Practical Considerations
- Cabinet and enclosure design
- Cables and connectors
- EMI gaskets
- Slots and seams
Antennas for EMC
- Antennas for emissions and for susceptibility
- Monopole and biconical antennas for EMI tests
Best Practices to Pass EMI Tests
- Design practices for passing EMI qualification tests
- Conducted and radiated emissions and susceptibility
System Issues Excited by AC Drive CM and DM voltages
- Motor over-voltages
- Bearing damage
Effect of High Frequency CM and DM on Application Hardware
- Plant equipment/protection
Effect of High Frequency CM and DM on Control/Protection Components
- Drive sensor characteristics
- Current sensing
Influence of High Frequency on Power Device Switching Dynamics
- IGBT behavior and performance
- Voltage measurement/observers
Neal Clements currently works at Siemens in Pittsburgh, Pennsylvania, specializing in the design of medium voltage motor drives. Dr. Clements has worked as a hands-on technical engineer for over 35 years in power electronics, pulsed power, and active vibration control. Dr. Clements holds a PhD and an MSEE from the University of Wisconsin, an MSEE from the University of Cincinnati, and a BSEE from the University of Toledo. He is a member of the IEEE, the power electronics society of the IEEE (PELS), and the EMC society of the IEEE.
Dr. Kerkman is a Distinguished Engineering Fellow with Rockwell Automation. His career spans 32 years in power electronics and adjustable speed drives and his current interests include adaptive control applied to field-oriented induction machines, design of AC motors for adjustable speed applications, and EMI from PWM inverters. Dr. Kerkman received his BSEE, MSEE, and PhD degrees in electrical engineering from Purdue University.
Michael Schutten is presently self-employed as an EMC consultant. He is a power electronics engineer, specializing in the design and development of robust and ultra-low noise power converters for military, industrial, and consumer applications. His work involves using novel technologies to ensure EMI compliance for power converters and inverters ranging from low power up to several megawatts. He has developed many innovative technologies to diagnose, locate, and resolve EMI problems.
Michael Schutten received his PhD and Master’s degrees in Electric Power Engineering from Rensselaer Polytechnic Institute.
He was previously a Principal Engineer at the General Electric Global Research Center in Niskayuna, New York. While there he developed advanced EMC technologies that enabled compact, EMI compliant power electronic systems. He has developed novel technologies for hard-switched and resonant power converters including advanced small-signal models and improved EMC solutions. He also developed advanced control and inverter technologies for X-ray and CT generators
His areas of expertise include electromagnetic compatibility, power electronics, RF electronics, nonlinear control theory, and analog electronics. Mike has 34 issued patents, with several additional pending. He has taught multiple short courses at universities, government laboratories, and at ten IEEE EMC and power electronics conferences. He has over 35 published technical and journal articles.
John Stanford, MSEE is an EMC consultant for Tork Technologies. John earned his MSEE degree from University of Illinois, Urbana–Champaign and his BEE degree from University of Dayton. John is a iNARTE Certified Design Engineer and has 32 years experience ranging from product design to system level EMC. John has also designed high-level lightning simulators. His background is military and commercial aerospace EMC and is knowledgeable with MIL-STD-461, 464 and RTCA DO160 standards.
Bulent Sarlioglu is an associate professor at the University of Wisconsin–Madison and the associate director of the Wisconsin Electric Machines and Power Electronics Consortium (WEMPEC). He previously worked at Honeywell International Inc.'s aerospace division for 11 years, most recently as a staff systems engineer, earning Honeywell's technical achievement award in 2003 and an outstanding engineer award in 2011. Bulent’s expertise includes electrical machines, drives, and power electronics and he is the inventor or co-inventor of 15 US patents as well as many international patents. He received his PhD from University of Wisconsin–Madison, MS from University of Missouri–Columbia, and BS from Istanbul Technical University, all in electrical engineering.
Upcoming dates (1)
Nov. 16-19, 2020
Introduction to Electromagnetic Interference and Compatibility (EMI/EMC) and Best Practices
Course #: RA01371-C042
- Fee covers morning and afternoon breaks, scheduled lunches and course materials. WEMPEC Member Discount: $200 off the course fee. EPD will verify your affiliation.
- CEU: 2
- PDH: 20
- 11/16/2020 08:00am - 02:30pm
- 11/17/2020 08:00am - 02:30pm
- 11/18/2020 08:00am - 02:30pm
- 11/19/2020 08:00am - 02:30pm
Instructor(s)Neal Clements, Russel Kerkman, Michael Schutten, John Stanford, Bulent Sarlioglu
WEMPEC; WEMPEC, UW MADISON; WEMPEC, UW MADISON Member Discount: $0 off the course fee. EPD will verify your affilliation.
LocationThis is an online course.
If you cannot attend, please notify us no later than one week before your course begins, and we will refund your fee. Cancellations received after this date and no-shows are subject to a $150 administrative fee. You may enroll a substitute at any time before the course starts.
Introduction to Electromagnetic Interference and Compatibility (EMI/EMC)Course #: RA01371
Introduction to Electromagnetic Interference and Compatibility (EMI/EMC)Date: Mon. October 07, 2019 – Wed. October 09, 2019
- Fee covers morning and afternoon breaks, scheduled lunches and course materials.
- CEU: 2
- PDH: 20
Introduction to Electromagnetic Interference and Compatibility (EMI/EMC)Date: Tue. October 09, 2018 – Thu. October 11, 2018
Fee covers morning and afternoon breaks, scheduled lunches, and course materials
- CEU: 2
- PDH: 20
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