Content:

	General statement
	TC-1 EMC Management
	TC-2 EMC and Signal Integrity Measurement Techniques
	TC-3 EM Environment
	TC-4 Chips and IC-Package Level EMC and Signal Integrity
	TC-5 EMC and Signal Integrity at PCB level
	TC-6 System-Level EMC
	TC-7 High Power Protection and Power System EMC
	TC-8 Transportation EMC
	TC-9 Lightning and High Power Electromagnetics
	TC-10 Computational Electromagnetics
	TC-11 Biomedical EMC

Chair and Co-Chair

Pascal Leuchtmann, Osamu Fujiwara

General statement

EMC Zurich 2009 will cover the entire scope of EMC theory, measurements and technology. The topics include, but are not limited to, the following technical committees of the symposium:

TC-1 EMC Management

Subject areas include:

• EMC Specifications & Standards
• Laboratory Accreditation
• EMC Personnel Certification
• National and Regional EMC Legislation
• Mutual Recognition Agreements
• EMC Education

TC-2 EMC and Signal Integrity Measurement Techniques

Subject areas include:

• Sensors
• Instrumentation
• Test procedures
• Emission and Immunity Testing
• Test Facilities
• Confidence and Reproducibility
• Signal Integrity Issues

TC-3 EM Environment

Subject areas include:

• Spectrum Management
• EM Signal Environment
• Atmospheric Noise
• Man-made Noise
• Transients
• Time-domain Models
• UWB
• Impulse Radar
• ESD

TC-4 Chips and IC-Package Level EMC and Signal Integrity

Subject areas include:

• EMC/ESD for Chip sand Packages
• Device and Enclosures Modeling
• Crosstalk
• Modeling and Simulation in Frequency and Time Domain

TC-5 EMC and Signal Integrity at PCB level

Subject areas include:

• EMC/ESD for PCBs and Enclosures
• Modeling and Simulation in Frequency and Time Domain

TC-6 System-Level EMC

Subject areas include:

• Electrically Large and Complex Systems including Transmission Lines
• Antennas and Coupling
• Feasibility Assessments
• EMC Product Design
• EMC Topologies
• EMC Design Tools
• System Installation Aspects
• EMC Quality Assurance
• EMC Cost Factors
• Signal Integrity
• Power Integrity
• EMC Computer-Based Learning
• Neural Networks and EMC
• Visualization for EMC
• Virtual EMC-Environment

TC-7 High Power Protection and Power System EMC

Subject areas include:

• Shielding Theory
• Filters and Screens
• Shielded Cables and Connectors
• Grounding and Bonding
• Mitigation Circuits

TC-8 Transportation EMC

Subject areas include:

• EMC-Issues in Automotive,Avionics and Space, and Railway Environment

TC-9 Lightning and High Power Electromagnetics

Subject areas include:

• Lightning Parameters and Models
• Pulse Models
• Coupling of Lightning EMF to Lines
• Lightning Locating Systems
• NEMP, HPM
• Effects in the Atmosphere
• Protection and Standards
• Intentional EM Interference (IEMI)

TC-10 Computational Electromagnetics

Subject areas include:

• Numerical Techniques in EMC Problems
• Fast Methods for Large/Complex Systems
• Hybrid Methods
• Validation and Benchmarking
• Model Order Reduction Techniques
• Advances in EM-based Electronic Design Automation Tools
• Statistical Analysis

TC-11 Biomedical EMC

Subject areas include:

• EM Interaction with Biological Systems at any Frequency
• Exposure Studies
• Medical Applications in Diagnosis and Therapy
• Cellular Phone Dosimetry

Prof. Dr. R. Vahldieck Symposium President and General Chairman ETH Zurich, IFH Switzerland Tel: +41 44 632 2951 Fax: +41 44 632 1198 e-mail: info@emcz.ethz.ch url:  http://www.emc-zurich.ch

ETH Main Building