2016 IEEE International Symposium on Electromagnetic Compatibility

Date
Ottawa
Canada

EMC 2016… Compatibility in Canada's Capital!

The 2016 IEEE International Symposium on Electromagnetic Compatibility, sponsored by the IEEE EMC Society, featuring an embedded Signal Integrity and Power Integrity conference, is the must-attend event for EMC engineers of all levels and specialties.
The IEEE EMC Symposium provides knowledge and tools that help engineers address electromagnetic environmental effects and electromagnetic compatibility. Stay abreast of current technologies, testing and engineering methods.
Join us 25th-29th July 2016 in Ottawa, Canada as we bring compatibility to the capitol in a region known for technological enterprise and government research, making this an ideal location to discuss, exchange and collaborate with the EMC and SI/PI Communities.

Benefits of Attending

  • Learn EMC, Signal Integrity and Power Integrity techniques
  • Three days of expert technical papers
  • Two full days of practical EMC & SI/PI workshops and tutorials
  • Experiments and demonstrations of fundamental and advanced topics
  • Exhibits! New Technologies, Instrumentation and Solutions
  • Social networking, connecting and unique Ottawa culture

Leading Edge Info

  • EMC Measurements
  • EMI Control
  • EMC Management
  • Low Frequency EMC
  • Computational Electromagnetics
  • High Power Electromagnetics
  • Electromagnetic Environments
  • Military EMC - Special Sessions
  • Theme Topic I – EMC for Emerging Technologies
    • Wireless EMC
    • Radio-Frequency Interference
    • Smart Grid EMC
    • Nano-Materials and Silicon Photonics
    • Unmanned Aircraft Systems EMC
  • Theme Topic II – Signal & Power Integrity
    • High-speed channel characterization and modeling
    • Signal/power integrity co-design and co-simulation
    • 3D IC and 3D packaging
    • Measurement techniques
    • Jitter, equalization, BER
  • Theme Topic III – Space EMC
    • Launch vehicles
    • On-orbit platforms
    • Systems and Networks
    • Design and Mitigation for the Space Environment