2013 Asia-Pacific International
Symposium and Exhibition on
Electromagnetic Compatibility
APEMC HANDBOOK
MELBOURNE CRICKET GROUND
Melbourne, Australia
20 – 23 May 2013
www.apemc2013.org
Antenna Measurement Systems
EMC Software & Test Systems
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Shielded Enclosures
An ESCO Technologies Company
ENJOY MELBOURNE’S
LANEWAY COFFEE
CONTENTS
WELCOME FROM THE SYMPOSIUM CHAIRMAN
4
SYMPOSIUM ORGANISING COMMITTEES
5
TECHNICAL PROGRAM AT A GLANCE
7
KEYNOTE SPEAKERS
8
SPONSORS AND HOSTS
10
EXHIBITION
12
EXHIBITION FLOOR PLAN
13
VENUE
14
GETTING TO THE MELBOURNE CRICKET GROUND
15
GENERAL INFORMATION
16
SYMPOSIUM ACCOMMODATION
18
SOCIAL PROGRAM
19
TECHNICAL PROGRAM
21
MONDAY 20 MAY 2013
21
TUESDAY 21 MAY 2013
22
WEDNESDAY 22 MAY 2013
24
THURSDAY 23 MAY 2013
26
WORKSHOPS AND TUTORIALS
29
OVERVIEW
29
WORKSHOPS
30
TUTORIALS
40
Symposium Organisers
119 Buckhurst Street
South Melbourne VIC 3205
Australia
T +61 3 9645 6311
F +61 3 9645 6322
E apemc2013@wsm.com.au
www.apemc2013.org
NEARBY
WINERIES
4
APEMC 2013 20-23 MAY
WELCOME FROM THE
SYMPOSIUM CHAIRMAN
MELBOURNE’S
FEDERATION SQUARE
It is my great pleasure to welcome you to the 2013 Asia-Pacific
International Symposium and Exhibition on Electromagnetic
Compatibility, Melbourne, Australia 20-23 May. My thanks go to all
involved in making this event happening: the Technical Program
Committee, reviewers, and all authors of technical papers, workshops
and tutorials who put together a comprehensive program for the four
days of the conference; and the members of the Organising Committee
who took care of all the logistics.
Symposia and conferences are an important communication tool
for researchers, scientists and engineers to stay in touch with each
other and with the wider community. The Asia-Pacific International
Symposium and Exhibition on Electromagnetic Compatibility provides
a platform for all interested in and affected by Electromagnetic
Compatibility matters to meet, learn, and exchange ideas. The 2013
event is hosted by the EMC Society of Australia and Engineers Australia
in Melbourne and continues the successful series of symposia that has
been started in Singapore in 2006.
EMC issues won’t go away any time soon; to the contrary, adverse
electromagnetic effects are becoming ever more common place. A basic
understanding of electromagnetic coupling and propagation effects, of
filtering and shielding principles, of EMC related printed circuit board
design rules, of testing and measurement procedures, and many other
phenomena, is essential to build electronic products and design systems
that not only work, but do so without interfering with anything else. EMC
Symposia, including APEMC 2013 the one you are now attending, are
ideal platforms to keep you updated.
APEMC 2013 | www.apemc2013.org
As in previous years, the 2013 APEMC Symposium targets a diverse
audience of academics and industry representatives, of experienced
EMC experts and new-comers to the field, of persons with a particular
problem in mind, or anybody who just needs to know what is going
on in the scene. The technical program includes oral and poster
presentations of theoretical and practical nature, workshops, tutorials
and a trade exhibition with vendor presentations. There will also be
ample networking opportunities during the Welcome Reception, the
Symposium Dinner, and during lunch and tea breaks.
To make the most out of your attendance I encourage all delegates to
an active participation. Ask questions after the presentations, engage
with poster authors and with the vendors at the exhibition, and start
discussions over a cup of coffee or tea.
Have wonderful and fruitful four days of EMC in Melbourne.
Franz Schlagenhaufer
Symposium Chairman
APEMC 2013 20-23 MAY
5
SYMPOSIUM
ORGANISING
COMMITTEE
MELBOURNE
CRICKET
GROUND
APEMC 2013 Organising Committee
William Radasky, Paul Kay,
Technical
Secretary
Program Chair
Mark Mifsud,
Exhibition Chair
and IEEE EMC-S
Liaison
Gordana
Klaric-Felic,
Publications
Paul Payne,
Exhibition
Co-Chair
Chris Zombolas,
Workshops/
Tutorials
Mirerva Holmes, Kingsley McRae,
Engineers
Treasurer
Australia Liaison
APEMC 2013 | www.apemc2013.org
Franz
Christophe
Schlagenhaufer, Fumeaux,
Chairman
Co-Chair
6
APEMC 2013 20-23 MAY
APEMC SYMPOSIUM COMMITTEES
APEMC Steering Committee
Jinliang He, China
Joungho Kim, Korea
Peter Leung, Hong Kong
Erping Li, Singapore
Tzong-Lin Wu, Taiwan
Franz Schlagenhaufer, Australia
Jianqing Wang, Japan
Mohamad Zara, Malaysia
APEMC International
Program Committee (cont.)
Seungyoung Ahn, Korea
Mark Montrose, USA
Martin Alexander, United
Kingdom
Antonio Orlandi, Italy
Luk Arnaut, United Kingdom
Hideki Asai, Japan
Yoshihiro Baba, Japan
Sonia Ben Dhia, France
Flavio Canavero, Italy
APEMC Technical
Committee
Nico Ebbendorf, Netherlands
Yoshihiro Baba, Japan
Jun Fan, USA
Christophe Fumeaux, Australia
Christophe Fumeaux, Australia
Jinliang He, China
Heyno Garbe, Germany
Elya Joffe, Israel
Jan Geratt Bij De Vaate,
Netherlands
Ken Kawamata, Japan
Paul Kay, Australia
Jiseong Kim, Korea
Frank Leferink, Netherlands
Peter Leung, Hong Kong
Erping Li, Singapore
Enxiao Liu, Singapore
Junwei Lu, Australia
Mark Montrose, USA
Sergio Pignari, Italy
William Radasky, USA
Laurent Sauvage, France
Franz Schlagenhaufer, Australia
APEMC 2013 | www.apemc2013.org
APEMC International
Program Committee
Jianqing Wang, Japan
Xing Chang Wei, China
Perry Wilson, USA
A. Ege Engin, USA
Jinliang He, China
Todd Hubing, USA
Elya Joffe, Israel
Sungtek Kahng, Korea
Thomas Kaufmann, Australia
Ken Kawamata, Japan
Paul Kay, Australia
Jiseong Kim, Korea
Joungho Kim, Korea
Hans Georg Krauthauser,
Germany
Hyun Ho Park, Korea
Sergio Pignari, Italy
Farhad Rachidi, Switzerland
Bill Radasky, USA
Howard Reader, South Africa
Vesna Roje, Croatia
Laurent Sauvage, France
Franz Schlagenhaufer, Australia
Christian Schuster, Germany
Andrew Seagar, Australia
Lihua Shi, China
Naoki Shinohara, Japan
Madhavan Swaminathan, USA
George Teunisse, Netherlands
David Thomas, United Kingdom
Thomas Ussmueller, Germany
Marcel Van Doorn, Netherlands
Jianqing Wang, Japan
Xing Chang Wei, China
Robert Weigel, Germany
Carol Wilson, Australia
Perry Wilson, USA
Tzong-Lin Wu, Taiwan
Frank Leferink, Netherlands
Yan-Zhao Xie, China
Peter Leung, Hong Kong
Boyuan Zhu, Australia
Erping Li, Singapore
Jianfang Zhu, USA
Enxiao Liu, Singapore
Jianmin Lu, China
Junwei Lu, Australia
Francesca Maradei, Italy
APEMC 2013 20-23 MAY
7
TECHNICAL PROGRAM AT A GLANCE
MONDAY 20 MAY 2013
09:00 – 12:40
Tea Break
10:40 – 11:00
Jim Stynes B
Tea Break
15:40 – 16:00
Olympic Room B
T2: Designing for EMCFundamentals Related to
Printed Circuit Boards
T1: EMC Metrology and
Computation
T3: System Design for
EMC Fundamental
Requirements
12:40 – 14:00
14:00 – 17:40
Jim Stynes A
WS1: Understanding
Measurement Uncertainty
T4: EMC for Engineers:
Theory and Practice
T5: Near field Scanning
techniques for the
characterization of
emissions from PCBs
Tour of Melbourne Cricket Ground
19:00 – 21:00
Welcome Reception, Melbourne Cricket Ground
09:00 – 10:40
PLENARY SESSION (Members’ Dining Room)
TUESDAY 21 MAY 2013
10:40 – 11:00
WS3: Recent Advances and
Applications of Aerospace
Antennas
Tea Break
TC11: System Level EMC
12:40 – 14:00
14:00 – 15:40
WS2: Aerospace EMC
in Europe
Lunch Break
18:00 – 19:00
11:00 – 12:40
Olympic Room A
TC5-1: Measurements Test
Site & Antennas
TC1-1: Computation
TC7-1: HPEM
Lunch Break
WEDNESDAY 22 MAY 2013
WS4: EMC Regulations
TC5-2: Measurements
Radiated Measurements
16:00 – 18:05
WS5: Metamaterials,
Periodic Structures and
EBG in EMC/Antenna/RF
Designs
TC14: Wireless Power
Transfer
TC12: EM Information
Leakage
TC6: Lightning
09:00 – 10:40
T6-1: Solving EMC
problems using state of the
art numerical techniques
TC5-3: Measurements
Conducted Measurement
TC2: Signal Integrity
TC13: Wireless
Communications
15:40 – 16:00
Tea Break
T6-2: Solving EMC
problems using state of the
art numerical techniques
TC5-4: Measurements
– Standards
TC3: Power Integrity
12:40 – 14:00
Lunch Break
14:00 – 15:40
POSTER SESSION (Olympic Lounge, Level 3)
15:40 – 16:00
Tea Break
16:00 – 17:40
19:00 – 23:00
09:00 – 10:40
T7: Using Reverberation
Chambers for Actual EMC
Tests
TC18-1: Radio Astronomy
T8-1: High-speed PCB
design
TC18-2: Radio Astronomy
THURSDAY 23 MAY 2013
TC8: ESD
TC16: Aerospace EMC
TC10: Protection
TC15: Transportation
T8-2: High-speed PCB
design
TC18-3: Radio Astronomy
WS6-1: EMC Test
methods for Wireless
Communication
WS7-1: Power and Signal
Integrity Co-Design for
High-speed Circuits
WS6-2: EMC Test
methods for Wireless
Communication
WS7-2: Power and Signal
Integrity Co-Design for
High-speed Circuits
WS8-2: HPEM Protection
of Commercial Facilities
TC: Technical Sessions
WS: Workshops
T: Tutorial
Lunch Break
15:40 – 16:00
16:00 – 17:30
TC9: Power Systems
Tea Break
12:40 – 14:00
13:20 – 15:40
TC4: Semiconductor
TC19/20: Biomedical/EMF
Symposium Dinner and Award Presentations, Zinc at Federation Square, Melbourne
10:40 – 11:00
11:00 – 12:40
TC7-2: HPEM
Tea Break
10:40 – 11:00
11:00 – 12:40
TC1-2: Computation
EMC Modeling
WS8-1: HPEM Protection
of Commercial Facilities
Tea Break
APEMC 2013 | www.apemc2013.org
Date Time
8
APEMC 2013 20-23 MAY
KEYNOTE SPEAKERS
Dr Erping Li
Principal Scientist and Director
of the Electromagnetics and
Photonics at A*STAR-IHPC,
Singapore
APEMC 2013 | www.apemc2013.org
ABSTRACT:
Dr Erping Li is currently the Principal Scientist and Director of the Electromagnetics and Photonics at A*STARIHPC, Singapore. He received his PhD in computational electromagnetics from Sheffield, UK in 1992. Dr
Li is a Fellow of IEEE, and a Fellow of Electromagnetics Academy, USA. He was the recipient of number of
international awards including IEEE EMC Technical Achievement Award, Singapore IES Prestigious Engineering
Achievement Award, and named Changjiang Chair Professorship, several Best Paper Awards. He is an elected
IEEE EMC Distinguished Lecturer for 2007 to 2008. He served as an Associate Editor for the IEEE MICROWAVE
AND WIRELESS COMPONENTS LETTERS FROM 2006-2008, Guest Editor for 2006 and 2010 IEEE Trans EMC
special issues of EMC,SI/PI of printed circuits boards, Guest Editor for IEEE Trans on MTT-special issue-2009
APMC. He is currently as an Associate Editor to IEEE TRANSACTIONS ON EMC and IEEE TRASACTIONS on
CPMT. He has been a General Chair and Technical Chair for many international conferences. He was the
President for the International Zurich Symposium on EMC held in 2006, the Founding General Chair for the
2008 &2010 Asia-Pacific EMC Symposium, General Chair for 2010 IEEE EDAPS. He authored and co-authored
over 200 papers and authored one book and 5 Book Chapters. He has delivered over 80 invited and keynote
speeches at international conferences and forums.
Advances of EMC in Semiconductor Devices
Rapid growth and convergence of digital computing and wireless
communication have been driving the semiconductor technology
in today’s nanometer regime to continue its evolution following the
scaling law, i.e., Moore’s law at the semiconductor transistor device
and on-chip level, and “More than Moore” at the intra-chip interconnect
and packaging level. The through-silicon via (TSV) technology, which is
explored by many researchers for threedimensional (3D) integration,
represents such a latest example of scaling. It has the potential benefits
of improving the electrical performance including speed, bandwidth
and functionality, and reducing power consumption by shortening
the interconnection path in the 3D ICs. However, the development
of nano-scaled integrated circuits and 3D integration faces
several challenges in terms of electrical performance, such as the
electromagnetic compatibility (EMC) between circuits, signal integrity
(SI) and power integrity (PI) in electronic integration are of vital
importance. In addition, the material property on electromagnetic
performance, aging effects, thermal-electrical coupling. This
presentation will cover the advances and challenges of EMC modeling,
measurement, design in semiconductor integrated circuits and the
system package integration.
APEMC 2013 20-23 MAY
9
KEYNOTE SPEAKERS
Professor Peter Quinn
West Australian Scientist
of the Year 2012
Professor Peter Quinn is the Director of the International Centre for Radio Astronomy Research (ICRAR)
and Winthrop Professor of Astronomy and Astrophysics at the University of Western Australia.
Professor Quinn was born in Australia and received his BSc (Hons) in Mathematics and Physics from the
University of Wollongong in 1978. He conducted graduate studies in astronomy and astrophysics at the
Australian National University and received his PhD in 1982.
Professor Quinn is a world leader in data intensive science, the design, development and operation of
super-science facilities, the theory of galaxy formation and the search for Dark Matter. His scientific career
covers 30 years of research in Australia, the US, Europe and South America and has produced more than
300 publications and articles which have received broad international recognition and acclaim. His work on
computational astrophysics was awarded a NASA High Performance Grand Challenge Award in 1992 and in
2005 he was awarded the Computerworld 21st Century Achievement Award for his work at the ESO Very Large
Telescope (VLT), the world’s largest optical and infrared observatory.
The SKA: A New Era in Radio Astronomy
Mankind’s understanding of Nature is now at a point of crisis. More than
95% of the Universe we live in is composed of mysterious stuff – matter
that is hidden from the view of our telescopes and a form of energy
that is tearing the Universe apart. Our two most successful theories
of Nature – the theory of atoms and the theory of Gravity – cannot
together describe the Big Bang which formed the Universe 13.7 billion
year ago. We need a new idea, a new concept that will provide us with a
consistent picture of the evolution of our Universe and its contents. New
ideas flow from discoveries. Our ability to explore, and map and make
discoveries within our Universe is about to be exploded by more than a
factor of 10,000. The Square Kilometre Array (SKA) radio telescope will
revolutionize our view of the Universe. It will push the boundaries of our
knowledge back in time to the formation of the first stars and galaxies.
It will also push the boundaries of our technology and will provide new
industrial, educational, scientific and technological opportunities in the
21st century.
APEMC 2013 | www.apemc2013.org
ABSTRACT:
Professor Quinn has held positions at the California Institute of Technology (1982-1985), Space Telescope
Science Institute (1985-1989), Australian National University (1989-2006) and the European Southern
Observatory (ESO) in Munich. Professor Quinn took up the position of Winthrop Professor of Astronomy at the
University of Western Australia in August 2006 and was awarded a Western Australian Premier’s Fellowship.
Between 2006 and 2012, Professor Quinn worked with the Australian Federal Government and the West
Australian State Government to support and coordinate Australia’s involvement in the $2 billion Square
Kilometre Array project which will be build in Australia and Southern Africa starting in 2016. He was appointed
the Director of ICRAR in 2008 and was named as Western Australian Scientist of the Year in 2012.
10
APEMC 2013 20-23 MAY
SPONSORS AND HOSTS
The Symposium gratefully acknowledges the
support from its sponsors and hosts.
Gold Sponsor
Name Badge and Lanyard Sponsor
Proudly hosted by
Antenna Measurement Systems
EMC Software & Test Systems
APEMC 2013 | www.apemc2013.org
RF Field Monitoring Systems
RF & Microwave Amplifiers
Microwave Absorbers
Anechoic Chambers
Shielded Enclosures
An ESCO Technologies Company
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EMC 20
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12
APEMC 2013 20-23 MAY
EXHIBITION
The Exhibition is held in the Betty Cuthbert Lounge
and Olympic Atrium on Level 2 of the Olympic Stand
at the Melbourne Cricket Ground.
EXHIBITION OPENING HOURS:
Monday 20 May 2013
1900 – 2100 hrs
Tuesday 21 May 2013
0900 – 1800 hrs
Wednesday 22 May 2013
0900 – 1740 hrs
Thursday 23 May 2013
0900 – 1600 hrs
EXHIBITOR DIRECTORY
AERIAL VIEW
OF MELBOURNE
Agilent Technologies
Booth 16
AR RF / Microwave Instrumentation
Booth 2
Computer Simulation Technology AG (CST)
Booths 6 and 7
EM Test – Consultant Technology Australia
Booth 5
EMC Technologies Pty Ltd
Booth 9
Empower RF Systems
Booths 13 and 14
EMSCAN
Booth 10
EM Software & Systems – S.A. (Pty) – FEKO
Booth 4
ETS-Lindgren
Booth 17
Faraday Pty Ltd
Booth 3
IEEE EMC Society
Booth 18
LEAP Australia Pty Ltd
Booth 15
Rohde & Schwarz (Australia)
Booths 11 and 12
Safety & EMC Magazine
Booth 19
Test & Measurement (Australia)
Booth 1
Westek Electronics Pty Ltd
Booth 20
Würth Elekronik eiSos GmbH & Co
Booth 8
APEMC 2013 20-23 MAY
13
EXHIBITION FLOOR PLAN
18
19
SPEAKER
PREP
20
REG
9
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ATIO
ISTR
1
8
2
5
4
3
6
7
10
17
11
16
15
14
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APEMC 2013 | www.apemc2013.org
12
14
APEMC 2013 20-23 MAY
VENUE
MELBOURNE
CRICKET GROUND (MCG)
The Symposium takes place at the
Melbourne Cricket Ground (MCG) and
will be held in the following rooms:
The Registration and Information Desk and the
Symposium Exhibition will be held in the Betty Cuthbert
Lounge and Olympic Atrium located on Level 2 of the
Olympic Stand.
The Plenary and Parallel Technical sessions take place
on the same level in the Members Dining Room, Olympic
Rooms A and B and Jim Stynes Rooms A and B.
The Poster Session will take place in the Olympic Lounge
on Level 3.
APEMC 2013 | www.apemc2013.org
apemc2013.org
rg
g
The appropriate entry for delegates is
Enter the Melbourne Cricket Ground through
Gate 3 near light tower 1.
Take the lift/escalator to Level 2.
Members Dining Room
Olympic Atrium
Olympic Rooms A and B
Betty Cuthbert Lounge
Jim Stynes Rooms A and B
APEMC 2013 20-23 MAY
15
MELBOURNE’S
ARTS CENTRE
GETTING TO THE
MELBOURNE CRICKET GROUND
Tram/Train/Bus Ticketing System – MYKI
Bus to the Melbourne Cricket Ground
myki is the smart card ticketing system that has
replaced the Metcard in metropolitan Melbourne
and paper tickets on buses in selected regional
towns. It is an integrated system that works on
trains, trams and buses. Tickets can no longer be
purchased on board.
The bus route 246 is run by National Bus Company,
which links La Trobe University with Elsternwick
Station and is a useful service for patrons from the
northern and southern suburbs. The 246 stops on
Punt Road, just a short distance to the Melbourne
Cricket Ground.
You may purchase a ticket online in advance
http://www.myki.com.au/ or for interstate and
international guests, a myki visitor pack can be
purchased from the PTV Hub at Southern Cross
Station, the Melbourne Visitor Centre at Federation
Square and the SkyBus terminals at Melbourne
Airport and Southern Cross Station.
For more information http://www.myki.com.au/
About-myki/myki-visitor-pack
You are able to top up myki cards online or at a
number of retail outlets displaying the myki sign
including all Seven Eleven convenience stores.
Walking to the Melbourne Cricket Ground
The Melbourne Cricket Ground is a pleasant 15 minute
walk from the city.
Onsite Parking Facilities
Patrons heading to the Olympic Stand should enter
via Entrance A off Brunton Avenue. Please park near
lifts 9,10,11 and proceed to Level 2. The Symposium
has a limited amount of parking available, this will
allocated on a case by case basis.
Both the No. 75 (City-Vermont South) and No. 48
(City-North Balwyn) stop just outside the Melbourne
Cricket Ground.
The No. 70 (City-Wattle Park) detour from Flinders
Street along Swan Street and it is a short walk across
the footbridge to the Melbourne Cricket Ground.
Train to the Melbourne Cricket Ground
Jolimont station is north of the Melbourne Cricket
Ground. From any railway station in the central
business district, take the Hurstbridge or Epping lines.
Richmond station is on the south eastern side of
the Melbourne Cricket Ground. To get to Richmond
station from the city, take any train on the Lilydale,
Belgrave, Alamein, Glen Waverley, Dandenong,
Pakenham, Cranbourne, Frankston or Sandringham
lines. Exit the station, cross Punt Road and walk
towards the Melbourne Cricket Ground along
Brunton Avenue.
Melbourne Tullamarine Airport is located
approximately 24 kilometres from the Melbourne
Cricket Ground. SkyBus Airport Shuttle provides a
regular service to and from the airport to the city
with a transfer time of 25 minutes. The current cost
for a one way transfer is $16 per adult or $26 return.
SkyBus pick up from most major city hotels and
Southern Cross Station Bus Interchange (Spencer
Street). SkyBus can be contacted on +61 3 9335 2811
or you can book online up to three months in advance
at www.skybus.com.au. Alternatively, a taxi from
Melbourne Cricket Ground to the Airport will cost
approximately $60 to $70.
APEMC 2013 | www.apemc2013.org
Transport to Melbourne Tullamarine Airport
Tram to the Melbourne Cricket Ground
16
APEMC 2013 20-23 MAY
GENERAL
INFORMATION
ATM Facilities
Insurance
The closest ATM facilities (cash machines) are
located at the external concourse outside Gate 3
and on Level 1, outside the Paddock Café.
Delegates are strongly advised to secure appropriate
travel and health insurance. Delegate registration
fees do not provide any such insurance coverage.
The Symposium Organising Committee and the
Symposium Office accept no responsibility for any
loss in this regard.
Catering
Morning, afternoon tea and lunch will be served
in the Symposium Exhibition located in the Betty
Cuthbert Lounge and Olympic Atrium.
Climate
With May being the third month of autumn, it is
a cooler month. A full range of weather may be
experienced within a few days, from warm, calm
and sunny to cold, windy and showery. There are
several cloudy to overcast days – so it is advisable to
dress for “four seasons in one day”! Temperatures
generally range between 15-25 degrees Celsius or
60-77 degrees Fahrenheit. For more information
please visit www.bom.gov.au.
Credit Cards
MasterCard, Visa and AMEX will be accepted at
the Symposium Registration and Information
Desk. Most hotels, large restaurants and shops
will accept international credit cards, the most
widely recognised being American Express,
Diners Club, MasterCard and Visa.
APEMC 2013 | www.apemc2013.org
Disclaimer
The Asia Pacific Electromagnetic Compatibility
Symposium including the Symposium Organisers,
will not accept liability for the damages of any nature
sustained by participants or their accompanying
persons for loss or damage to their personal
property as a result of Symposium and Exhibition or
related events. All details contained in this handbook
are correct at the time of printing.
Dress Code
Smart casual clothes are suitable for the Symposium
sessions and Welcome Reception. The dress code for
the Symposium Dinner is Lounge Suit.
Internet Access
The Melbourne Cricket Ground has free WIFI named
MCG Hotspot. The MCG Hotspot is limited to certain
areas of the ground and the internet speed may vary
depending on the number of users.
How to Log on to MCG Hotspot:
> Enable WIFI on your device
> Select MCG Hotspot on the WIFI networks
> You will then be connected
Language
The official language of the Symposium is English.
Name Badges
Your name badge is your entry to all sessions, the
exhibition, inclusive social functions as well as
morning and afternoon teas and lunch (all served in
the exhibition area). Please wear your name badge
at all times. Swapping the Symposium lanyard with
your own lanyard is not permitted.
Tickets are required for admission to the Symposium
Dinner and will be issued with your name badge.
People with Special Needs
Every effort will be made to ensure that delegates
with special needs are catered for. However,
any special requirements advised onsite at the
Symposium, without prior notice, cannot be
guaranteed.
APEMC 2013 20-23 MAY
17
GENERAL
INFORMATION
Registration and Information Desk
Special Dietary Requirements
The Registration and Information Desk is located
in the Betty Cuthbert Lounge and Olympic Atrium
located on Level 2 of the Olympic Stand at the
Melbourne Cricket Ground and will be open during
the following times:
Every effort has been made to cater for all delegates
who have specified special dietary requests at the
time of registering. Please make yourself known
to a venue staff member at catering times and
functions in order to obtain your meal. Vegetarians
will be catered for on the buffet during lunches. If
you did not provide this information at the time of
registering, please advise the staff at the registration
and information desk immediately.
Monday 20 May 2013
0830 – 1740 hrs
Tuesday 21 May 2013
0830 – 1805 hrs
Wednesday 22 May 2013
0830 – 1800 hrs
Thursday 23 May 2013
0830 – 1740 hrs
Smoking Policy
Smoking is prohibited in all areas except within the
designated smoking zones.
USB of Proceedings
The USB of Proceedings will be distributed from the
Registration and Information Desk.
Time Zone
Melbourne in May operates on Australian Eastern
Standard Time.
Speaker Preparation Room
Speakers will be able to review and load their
presentations in the Speaker Preparation Room
located in the Olympic Atrium side of the Exhibition
area at the following times:
0830 – 1740 hrs
Tuesday 21 May 2013
0830 – 1805 hrs
Wednesday 22 May 2013
0830 – 1800 hrs
Thursday 23 May 2013
0830 – 1400 hrs
MELBOURNE’S
CROWN CASINO
MELBOURNE
AT NIGHT
APEMC 2013 | www.apemc2013.org
Monday 20 May 2013
18
APEMC 2013 20-23 MAY
SYMPOSIUM ACCOMMODATION
Mercure
Melbourne
Treasury
Gardens
13 Spring Street
Melbourne,
VIC 3000
Mantra on
Jolimont
Quest
Jolimont
Hilton on the
Park Melbourne
133 Jolimont Road
East Melbourne,
VIC 3002
153 – 155
Wellington Parade
South East
Melbourne, VIC 3002
192 Wellington
Parade
East Melbourne,
VIC 3002
T +61 3 9668 1200
T +61 3 9419 2000
(Approximately a
8 minute walk to the
Melbourne Cricket
Ground)
(Approximately a
9 minute walk to the
Melbourne Cricket
Ground)
T +61 3 9940 2100
T +61 3 9205 9999
(Approximately a
15 minute walk to the
Melbourne Cricket
Ground)
(Approximately a
6 minute walk to the
Melbourne Cricket
Ground)
ING
SPR
EET
STR
TREASURY
GARDENS
FITZROY
GARDENS
WELLING
TON PAR
A
DE
WELLING
TON PAR
A
ROAD
DE
JOLIMONT
JOLIMONT
STATION
FEDERATION SQUARE
GATE 3
PRINCES WALK
JO
LI
MO
NT
MCG
RO
AD
BR
UN
A
RR
YA
TO
N
AV
E
MELBOURNE
CRICKET GROUND
BRUNTON AVE,
EAST MELBOURNE
YARRA
PARK
ER
V
RI
APEMC 2013 | www.apemc2013.org
BIRRARUNG
BARR PARK
RICHMOND
STATION
APEMC 2013 20-23 MAY
Monday 20 May 2013
1800 – 1900 hrs (prior to the Welcome Reception)
Meeting Point
Symposium Registration and Information Desk, Betty Cuthbert
Lounge and Olympic Atrium, Melbourne Cricket Ground.
Dress
Smart Casual
Inclusive with all Full and Student Symposium Registrations, attendance should have been
booked during the Registration process.
Directions
Enter the Melbourne Cricket Ground through Gate 3 near light
tower 1. Take the lift/escalator to Level 2.
Tour Guides will offer delegates stories and insights into the rich history and cultural
significance of the Melbourne Cricket Ground. The Tour highlights include visiting the famous
Long Room, player change rooms and taking a walk on the arena’s boundary.
SOCIAL PROGRAM
MELBOURNE CRICKET GROUND TOUR
19
WELCOME RECEPTION
Monday 20 May 2013
1900 – 2100 hrs
Venue
Sympoisum Exhibition, Betty Cuthbert Lounge and
Olympic Atrium, Melbourne Cricket Ground
Dress
ENJOY MELBOURNE’S
LANEWAY COFFEE
Smart Casual
Inclusive for all Student and Full Symposium registrations.
Additional Tickets
$88 (subject to availability). Tickets can be purchased from the
Symposium Registration and Information Desk.
Directions
Enter the Melbourne Cricket Ground through Gate 3 near light
tower 1. Take the lift/escalator to Level 2.
Enjoy a selection of canapés and drinks as you mingle throughout the exhibition. It is a great
opportunity to catch up with old friends and make new acquaintances.
SYMPOSIUM DINNER AND AWARDS PRESENTATION
Wednesday 22 May 2013
1900 – 2300 hrs
Venue
ZINC at Federation Square – Located on the riverfront side of
Federation Square, Melbourne CBD
Dress
Lounge Suit
Directions
By Car – Enter Federation Square via the Russell Street extension
turning into the car park. Proceed to the lifts and take the lifts to the
end of car park. Take the stairs to the ZINC entrance at river level.
Drop off – Proceed to the end of the Russell Street extension. Take
the stairs on the right down to the ZINC entrance at the river level.
On foot – From the main plaza head towards the BMW Edge at the
end of the atrium. Proceed through the sliding doors and down the
stairs to ZINC.
From the Prince’s Bridge head down to the Yarra River along the
river until you reach ZINC.
APEMC 2013 | www.apemc2013.org
The Symposium Dinner is included with Full Symposium Registration Packages A and B.
However, tickets should have been booked during the registration process.
If you are no longer able to attend the Symposium Dinner please return your ticket to the
Registration and Information Desk to assist with catering numbers.
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21
APEMC TECHNICAL PROGRAM
TECHNICAL PROGRAM
MONDAY 20 MAY 2013
Time
Jim Stynes B
09:00 – 12:40 Understanding Measurement Uncertainty
Tea Break
10:40-11:00
(Organizer: Janet O’Neil, ETS-Lindgren, USA)
Jim Stynes A
Olympic Room B
Olympic Room A
Designing for EMC – Fundamentals for
Printed Circuit Boards and Systems
EMC for Engineers: Theory and Practice
Aerospace EMC in Europe
(Christos Christopoulos, University of
Nottingham, UK)
(Filippo Marliani, ESA-ESTEC, The Netherlands)
(Mark Montrose, Montrose Compliance
Services, Inc, USA)
12:40 – 14:00
Lunch Break
14:00 – 17:40 EMC Metrology and Computation
Tea Break
15:40 - 16:00
(Howard Reader, University of Stellenbosch,
South Africa)
System Design for EMC Fundamental
Requirements
Near field Scanning techniques for the
characterization of emissions from PCBs
Recent Advances and Applications of
Aerospace Antennas
(Mark Montrose, Montrose Compliance
Services, Inc, USA)
(Christos Christopoulos, University of
Nottingham, UK)
(Organizer: Janet O’Neil, ETS-Lindgren, USA)
TECHNICAL PROGRAM
22
TUESDAY MORNING, 21 MAY 2013
Time
Members Dining Room
09:00 – 10:40
Plenary Session
Welcome
Advances of EMC in Semiconductor Devices
Erping Li, Principal Scientist and Director of the Electromagnetics and Photonics at A*STAR-IHPC, Singapore Professor at Zhejiang University, China
The SKA: A New Era in Radio Astronomy
Peter Quinn, Director of the International Centre for Radio Astronomy Research (ICRAR) and Winthrop Professor of Astronomy and Astrophysics at the University of Western Australia
10:40 – 11:00
Time
Tea Break
Jim Stynes B
Jim Stynes A
Olympic Room B
Olympic Room A
TC1-1: Computation CEM
Chairs: En-Xiao Liu, Hyun Ho Park
TC5-1: Measurements – Test Site and
Antennas
Chairs: Thomas Kaufmann
TC7-1: High Power Electromagnetics
HPEM
The University of Suwon, Korea, Republic of
Chairs: Vince Rodriguez
University of Adelaide, Australia
Chairs: William Radasky
11:00 – 12:40 TC11: System Level EMC
11:00 – 11:25 Numerical Shielding Evaluation of Cliptype Shield Can in Mobile Phones
(ETS-Lindgren, USA)
Metatech Corporation , USA
Issues on Calibration of Direct Feed
Contour Integral Equation and Vector
Biconical Antenna In a Semi-Anechoic
Fitting Based Adaptive Frequency
Chamber Using Standard Antenna Method Sampling for Fast Wide-Band Analysis of
Power Ground Plane Pair
Syarfa Zahirah Sapuan, Alireza Kazemipour,
Analytical Approach for the Prediction
of EMP Coupling to Multiconductor
Transmission Lines
Hyun Ho Park, The University of Suwon, Korea,
Republic of; Dong Min Lee, Yong Sang Park ,
Keun Young Choi, Samsung Electronics, Korea, Mohd Zarar Mohd Jenu, Universiti Tun Hussein
Republic of
Onn, Malaysia
11:25 – 11:50 EMC Engineering of Military Systems
using Off-The-Shelf Products - Hobart
Class Air Warfare Destroyer
Greg Gallagher, Raytheon Australia Pty Ltd,
Australia
11:50 – 12:15 A study of main contributors to the Outof-Band performance of a generic wire
antenna
Vivian Jun Xian Lim, NTU , Singapore; Wai
Loon Alen Ke, ST Electronics , Singapore; Eng
Leong Tan, NTU, Singapore; Ee Lee, Singapore
Electronics, Singapore
12:40 – 14:00
Yan-zhao Xie, Jun Guo, Xi’an Jiaotong
University, China
Calibration of Calculable Wideband
Direct Feed Biconical Antenna for EMC
Measurements
Modeling Absorbing Materials in Cavities
with Apertures Using the Thin Sheet
Approximation
Syarfa Zahirah Sapuan, Alireza Kazemipour,
Mohd Zarar Mohd Jenu, Universiti Tun Hussein
Onn, Malaysia
Alexander Vogt, Heinz-Dietrich Brüns, Christian
Schuster, Helge Fielitz, Technische Universität
Hamburg-Harburg, Germany
Measurement Uncertainties for Biconical
Antenna Calibrations using Standard Site
Method
Simulation and Analysis of an Axial
Vircator using PIC Code
A z-Domain SPICE Model for Surface
Transfer Impedance
Moitreyee Maiti, IBM India Pvt. Ltd. , India;
Deepak Tiwari, Veermata Jijabai Technological
Institute , India; Amitava Roy, APPD, Bhabha
Atomic Research Center , India; Navdeep
Singh, Sushama Wagh, Veermata Jijabai
Technological Institute, India
Lihua Shi, Qi Zhang, Xiang Zhang, Nanjing
Engineering Institute, China
Acceleration of the Two-Dimensional
Shunt-Node TLM Method Using C++AMP
High Electromagnetic Pulse Environment
Measurement Technology in Pulse Power
Research
Zhong Chen, ETS-Lindgren, USA
12:15 – 12:40 Design of Complex Naval Installations and A Method to Evaluate Radiated Emission
the Limitations of Equipment Standards
Test Sites above 1 GHz using Propagation
Loss of Different Polarization
B. J. A. M. van Leersum, University of Twente,
Netherlands; C. C. J. van der Ven, Imtech
Marine Netherlands B.V., Netherlands; J. G.
Bergsma, Thales Nederland B.V. , Netherlands;
F. B. J. Leferink, University of Twente,
Netherlands
Huapeng Zhao, En-Xiao Liu, Er-Ping Li, A*STAR
Institute of High Performance Computing,
Singapore
Atsuya Maeda, VCCI Council , Japan; Shuichi
Kobayashi, Voluntary EMC Laboratory
Accreditation Center Inc., Japan; Katsuyuki
Tanakajima, Intertek Japan K.K. , Japan;
Takayoshi Suda, Industrial Research Institute
of Niigata Prefecture, Japan; Hidenori
Muramatsu, VCCI Council, Japan
Poman So, Wolfgang Hoefer, University of
Victoria, Canada
Lunch
Electromagnetic Attenuation Through
Various Types of Buildings
Dave Giri, PRO-TECH , USA; Fred Tesche, USA
Zhaojie Tan, Rongmei Chen, Cui Meng,
Tsinghua University, China
TECHNICAL PROGRAM
23
TUESDAY AFTERNOON, 21 MAY 2013
Time
Jim Stynes B
14:00 – 15:40
WORKSHOPS
14:00 – 14:25
Jim Stynes A
Olympic Room B
Olympic Room A
TC5-2: Measurements – Radiated
TC1-2: Computation EMC Modelling
Chairs: Luk Arnaut
Chairs: Huapeng Zhao
(A*STAR Institute of High Performance
Computing, Singapore), Christophe Fumeaux
(University of Adelaide, Australia)
TC7-2: High Power Electromagnetics
HPEM
George Green Institute of Electromagnetics
Research, UK
Figure of Merit for Determining the Usable A Dual Linearly Polarized Super-Open
Test Volume of the GTEM Cell
Quad-Ridged Horn Antenna for Quick
Emission Measurements in the L to Ku
David Pouhè, Reutlingen University of Applied
Bands
Sciences, Germany; Olaf Sandstede, Gerhard
14:25 – 14:50
EMC Regulations
(Chris Zombolas, EMC Technologies, Australia)
14:50 – 15:15
15:15 – 15:40
Radiative EMI Measurement Method
Applied in GTEM Based on Noise Source
Characteristics
Numerical Analysis of the Unwanted
Influence of a Probe Fixture on Transient
Electromagnetic Field
Analysis of IEMI Induced Distortion on
Wireless Digital Data Transmission Links
Radiated Emissions Estimation
of an Integrated Circuit Based on
Measurements in GTEM Cell
Time-Domain versus Frequency-Domain
Computation of Spatial Correlation
Functions for Near-Field Measurements
Assessment of Immunity of the Passive
High Frequency RFID Transponder to
Pulsed Magnetic Field
King Lee Chua, Mohd Zarar Mohd Jenu,
Universiti Tun Hussein Onn, Malaysia ; Man On
Wong, See Hour Ying, Altera Corporation (M)
Sdn. Bhd., Malaysia
Luk Arnaut, George Green Institute of
Electromagnetics Research, UK
Yury Parfenov, IHED , Russian Federation;
William Radasky, Metatech Corporation , USA:
Boris Titov, Leonid Zhoukhov, IHED , Russian
Federation
Yuhuan Zhang, Yong Liu, Huan Xia, Wei Yan,
Yang Zhao, Electrical Equipment EMC Lab of
Jiangsu Province (Nanjing Normal University),
China
Marcin Mleczko, David Hamann, Heyno Garbe,
Li-jun Yao, Tao Shen, Ning Kang, Jianling,
Leibniz Universität Hannover, Germany
Huang, Beijing Institute of Radio Metrology and
Measurement, China
Effect of a Metallic Object on the Quality
Factor of a Reverberation Chamber
Application of IEC SC 77C Standards
for the Protection of the Critical
Infrastructures
William Radasky, Metatech Corporation , USA
Tea Break
16:00 – 18:05
16:00 – 16:25
TC14: Wireless Power Transfer
TC12: EM Information Leakage
TC6: Lightning
Chairs: Jiseong Kim (Korea Advanced
Institute of Science and Technology , Korea,
Republic of ) Naoki Shinohara (Research
Institute for Sustainable humanosphere, Kyoto
University, Japan)
Chairs: Laurent Sauvage
Chairs: Yoshihiro Baba
Telecom ParisTech, France
Doshisha University, Japan
EMF Safety of Magnetic–Resonance
Wireless Power Transfer System at 128
kHz
Introduction to recent researches on EM
information leakage
Soil Ionization Phenomenon around
Grounding Electrode under Lightning
Impulse
Yoon-Myoung Gimm, Dankook University ,
Korea, Republic of; Young-Jun Ju, Yu-Ri Lee,
EMF Safety Inc. , Korea, Republic of; Geun-Wu
Gimm, Seoul National University, Korea,
Republic of
16:25 – 16:50
Coil design and manufacture of in vitro
exposure system for wireless power
transfer using resonant coupling
phenomenon
Metamaterials, Periodic Structures and
EBG in EMC/Antenna/RF Designs
(Sungtek Kahng, University of Incheon, Korea,
Republic of)
Kohei Mizuno, Junji Miyakoshi, Naoki
Shinohara, Research Institute for Sustainable
humanosphere, Kyoto University, Japan
Optimization Procedure of Complex
Permeability for a Wireless Power
Transfer System
Yu-ichi Hayashi, Naofumi Homma, Takaaki
Mizuki, Takafumi Aoki, Hideaki Sone, Tohoku
University, Japan; Laurent Sauvage, Jean-Luc
Danger, Telecom ParisTech, France
Undesired Emission and Biological Effect
of Open-end and Short-end Antennas
for Coupled-resonant Wireless Power
Transfer
Transient Characteristic of an Actual Wind
Turbine Grounding System
Electric Probes for Fault Injection Attack
Simulation of Lightning Electromagnetic
Pulses Using the Constrained
Interpolation Profile Method
Kazuo Yamamoto, Shinichi Sumi, Chubu
Pierre Bayon, Lilian Bossuet, Alain Aubert, Viktor University , Japan; Shunichi Yanagawa, Shoden
Co.,Ltd., Japan
Fischer, Laboratoire Hubert Curien, France
Laurent Sauvage, Telecom ParisTech, France
Kenta Kajita, Yoshihiro Baba, Naoto Nagaoka,
Akihiro Ametani, Doshisha University, Japan
Investigation of Near-Field Pulsed EMI
at IC Level
Amine Dehbaoui, CEA-LETI , France; Jean-Max
Dutertre, EMSE, France; Bruno Robisson,
Hiroshi Hirayama, Tomohiro Amano, Nobuyoshi Assia Tria, CEA-LETI, France
Kikuma, Kunio Sakakibara, Nagoya Institute of
Technology, Japan
Investigation of Magnetic Flux Distribution Power Current Modeling of Cryptographic
of EV Wireless Charging Systems
VLSI Circuits for Analysis of Side Channel
Attacks
Chirag Panchal, Junwei Lu, Sascha Stegen,
Griffith University,Nathan Campus, Australia
Jinliang He, Bo Zhang, Tsinghua University,
China
EM radiation analysis on True Random
Number Generators: Frequency and
localization retrieval method
Hongseok Kim, Chiuk Song, Jiseong Kim,
Korea Advanced Institute of Science and
Technology , Korea, Republic of; Hakbyoung
Park, Hyunho Park, Eakhwan Song, Samsung
Electronics, Korea, Republic of; Joungho Kim,
Korea Advanced Institute of Science and
Technology , Korea, Republic of
17:40 – 18:05
Lars Ole Fichte, Helmut-Schmidt-University
, Germany; Ronald Rambouski, Frank
Sabath, Bundeswehr Institute for Protective
Technologies - NBC Protection , Germany;
Marcus Stiemer, Helmut-Schmidt-University,
Germany
Vince Rodriguez, ETS-Lindgren, USA
15:40 – 16:00
17:15 – 17:40
Nanjing Engineering Institute, China
A Note on the Use of Downscaled Lab
Models for IEMI investigations
Mönich, Technical University Berlin, Germany
Stefan van de Beek, University of Twente
, Netherlands; Kate Remley, Christopher
Holloway, John Ladbury, National Institute
of Standards and Technology , USA; Frank
Leferink, University of Twente , Netherlands
16:50 – 17:15
Chairs: Lihua Shi
Makoto Nagata, Daisuke Fujimoto, Daichi
Tanaka, Kobe University, Japan
Insulator Voltages at a Lightning-Struck
Tower in the Presence of Ground-Wire
Corona
Huu Thang Tran, Yoshihiro Baba, Naoto
Nagaoka, Akihiro Ametani, Doshisha University
, Japan; Naoki Itamoto, Hokuriku Electric Power
Company, Japan; Vladimir A. Rakov, University
of Florida, USA
Improvement of a Wind Turbine Grounding
System using Various Grounding Wires
Naoki Yoshikawa, Akihiro Ametani, Doshisha
University , Japan; Kazuo Yamamoto, Chubu
University, Japan; Shunichi Yangawa, Shoden
Co.,Ltd., Japan
TECHNICAL PROGRAM
24
Time
WEDNESDAY MORNING, 22 MAY 2013
Jim Stynes B
09:00 – 10:40
WORKSHOPS
09:00 – 09:25
Jim Stynes A
Olympic Room B
Olympic Room A
TC5-3: Measurements – Conducted
TC2: Signal Integrity
TC13: Wireless Communications
Chairs: Frank Leferink
Chairs: Xing Chang Wei
Chairs: Perry Wilson
University of Twente, Netherlands
Zhejiang University, China
NIST Physical Measurement Laboratory, USA
Special requirements for associated
equipments used in an electrical fast
transient/burst immunity test
Time-domain simulation of crosstalk
between coaxial cables
Wireless LAN Systems as a Component
of the Communication Infrastructure of a
Hospital: Insuring Availability and Security
Lei Zhou, Lingxiang Deng, Daosheng Chen,
Jiangsu Institute of Metrology, China; Wei Yan,
Nanjing Normal University, China
09:25 – 09:50
10:15 – 10:40
VSI-EBG Structure for Common-Mode
Noise Suppression in High-Speed
Differential Signals
Bo Zhao, Min Zhao, Nanjing University of
Aeronautics and Astronautics, China
Myunghoi Kim, ETRI, Korea, Republic of; Sukjin Steve Iskra, Ray McKenzie, Swinburne
Kim, Joungho Kim, KAIST, Korea, Republic of;
University of Technology, Australia; Jack
Jaehoon Kim, , ETRI, Korea, Republic of
Rowley, GSM Association, UK; Robert McIntosh,
Swinburne University of Technology, Australia
Method of Measuring Common Mode
Conducted Emission at Power Supply DC
Output
Characterization of CMOS On-Chip
Transformer for Digital Transmission Line
Driver Applications
Keng Kok Khoo, Hewlett Packard, Singapore
Chien-Chang Huang, Chia-Kai Chen, Yuan Ze
University, China
Research on the High-Frequency
Characteristics of DC_LISN
Xiaohui Qiu, Nanjing University of Posts and
Telecommunications , China; Yong Liu, Yuhuan
Zhang, Wei Yan, Yang Zhao, Nanjing Normal
University, China
10:40 – 11:00
11:00 – 11:25
11:25 – 11:50
Abdur Rahim, Nemai Chandra Karmakar,
Monash University, Australia
A Novel Reader Architecture for chipless
RFID Tags
Md. Aminul Islam, AKM Azad, Nemai Karmakar,
Monash University, Australia
Bert W.-J. Wong, Antonio Cantoni, School of
Electrical, Electronic and Computer Engineering,
The University of Western Australia, Australia
TC3: Power Integrity
TC19/20: Biomedical/EMF
Chairs: Frank Leferink
Chairs: Mark Montrose
Chairs: Jianqing Wang
University of Twente, Netherlands
Montrose Compliance Services, Inc, USA
Nagoya Institute of Technology, Japan
Response Time of Electromagnetic Field
Strength Probes
Reduction Method of Common-Mode
Noise on Power Supply Cable Using
Floating Conductor
Radiated Electric Field Strengths on the
Ground for Various Body-Worn Antenna
Positions
Tohlu Matsushima, Kyoto university, Japan;
Yuichi Mabuchi, Hitachi, Ltd., Japan; Takashi
Hisakado, Osami Wada, Kyoto university, Japan
Thomas Kaufmann, University of Adelaide,
Australia; Andrew Piotrowski, Department of
Defence, EWRD DSTO , Australia; Christophe
Fumeaux, University of Adelaide, Australia
LSI Noise Model Extraction with the
Printed Reverberation Board
EM Absorption and Temperature Increase
in Human Bodies due to EM Fields Emitted
from On-Body Transceivers at 2.45 GHz
Relation between Disturbance Current
and Radiating Field Strength for Module
Devices
Solving EMC problems using state of the
art numerical techniques
(Frank Demming, CST, Germany)
Umberto Paoletti, Takashi Suga, Hitachi, Ltd.,
Nobuo Kuwabara, Kenich Yano, Kyushu Institute Yokohama Research Laboratory, Japan
of Technology, Japan; Hidenori Muramatsu,
VCCI Council, Japan; Toshiki Shimasaki, NEC
Engineering, Ltd., Japan; Kengo Mori, I-O
DATA DEVICE , Japan; Hirokazu Tohya, ICAST,
Inc., Japan
Characterization of uncertainties in RF
adapters for EMC measurement
Jian Song, Hon Tat Hui, National University of
Singapore, Singapore
Towards the Single European EMC
Defence Standard AECTP 250-500, and
Planned Updates
Frank Leferink, University of Twente,
Netherlands
12:40 – 14:00
Sensor cooperation using Loglikelihood
Ratio-based amplify and forward protocol
in wireless body area network channel for
sleep apnoea monitoring system
TC5-4: Measurements – Standards
Robert Vogt-Ardatjew, University of Twente,
Netherlands; Ramiro Serra, Technical
University Eindhoven, Netherlands; Gregory
Hiltz, Quality Engineering Test Establishment
(QETE) Department of National Defence,
Canada; Frank Leferink, University of Twente,
Netherlands
12:15 – 12:40
Improved Radiated Emission Model
for Two Damping Schemes for Signal
Integrity Management on Microstrips
Validated with MoM
Distributed Antenna System for Mobile
Phone Coverage in a Hospital – EMI
Considerations
Tea Break
11:00 – 12:40
11:50 – 12:15
Eisuke Hanada, Shimane University Hospital
, Japan; Takato Kudou, Oita University , Oita
University , Japan; Shusaku Tsumoto, Shimane
University Hospital, Japan
Comparison of Two Methods on CM
Conductive EMI Noise Source Impedance
Extraction
Solving EMC problems using state of the
art numerical techniques
09:50 – 10:15 (Frank Demming,CST, Germany)
Yu Teo, David Thomas, Christos Christopoulos,
University of Nottingham, UK
Hsing-Yi Chen, Heng-Ming Lee, Yuan Ze
University, China
Measurement and Analysis of Voltage
Investigation of Relationship between
Transfer Ratio (VTR) of Package-level WPT SAR and Required Communication
considering PDN Conditions
Performance for Wireless Capsule
Endoscope
Eunseok Song, Hongseok Kim, Jonghoon J.
Kim, Jiseong Kim, Joungho Kim, KAIST, Korea,
Republic of
Daisuke Anzai, Sho Aoyama, Jianqing Wang,
Nagoya Institute of Technology, Japan
PI-EMI Co-Analysis of Ground Via Effect
Design of a Neural Recording Amplifier
Robust to EMI
Ling-Song Zhang, Zhejiang University, China;
Xue-Quan Yu, Lin Yang, Huawei Technologies
Co., Ltd , China; Xiao-Juan Wang, Xin Wei,
Xing-Chang Wei, Zhejiang University, China
Lunch
Orazio Aiello, Politecnico di Torino, Italy;
Jean-Michel Redoute, Monash University,
Australia
TECHNICAL PROGRAM
WEDNESDAY AFTERNOON, 22 MAY 2013
Time
25
Olympic Lounge, Level 3
14:00 – 15:40
Poster Session
Fast Estimation of Radiated Emission from Microwave
Microstrip Amplifiers
Influence Analysis of Electrode Velocity and Air Pressure
Impacted on ESD Parameters
Han-Chang Hsieh, Nai-Chung Kuo, Jay-San Chen, Bureau of
Standards, Metrology and Inspection (BSMI), Taiwan; Cheng-Nan
Chiu, Department of Electrical Engineering, Da-Yeh University,
Taiwan; Yung-Chi Tang, Bureau of Standards, Metrology and
Inspection (BSMI), Taiwan
Fangming Ruan, Xiangdong Yang, Guizhou Normal University,
China; Yongbing Xu, Research Institute of Nanoelectronics &
Nanotechnology, York University, UK
The Practical Measurement Setup of DPI Method above
1 GHz for ICs
Yin-Cheng Chang, Shawn S. H. Hsu, Institute of Electronics
Engineering, National Tsing Hua University , Taiwan; Kang-Chu
Peng, National Chip Implementation Center, National Applied
Research Laboratories , Taiwan; Yen-Tang Chang, Chiu-Kuo
Chen, Bureau of Standards, Metrology and Inspection, M.O.E.A
, Taiwan; Hsu-Chen Cheng, Da-Chiang Chang, National Chip
Implementation Center, National Applied Research Laboratories,
Taiwan
Intrinsic Conducting Polymers for Wi-Fi electromagnetic
14:00 – 15:40 interference shielding
A Study on a Cabtyre Cable for a Transient Condition
Using Electro Magnetic Transient Program for Switching
Surge Application
Asha Shendge, N. N. Nagaoka , University of Pune, India
Comparison of Radiated Emission Measurement in
accordance with CISPR 11 and CISPR 15 below 30 MHz
Jong Hwa Kwon, ETRI, Korea, Republic of; Tae Heon Jang, KTL,
Korea, Republic of; Seung Keun Park, Hyung Do Choi, ETRI,
Korea, Republic of
An Artificial Neural Network Model for S-Parameter of
Microstrip Line
Whamid Al-Shabib , Edith Cowan University, Australia
Xue-Lian Gao, Zhen-Nan Cui, Nan Feng, Xiao-Yu Zhang, Lei
Zhao, North China Electric Power University, China
The study of parameter determination of impedance
model by APSO
Test Procedures for Conducted Transient Immunity
Testing for Low Frequency Energy Meters including the
new Standards for Differential Mode Disturbances from
2 kHz to 150 kHz on AC power supplies
Xue-lian Gao, Yan-yu Chen, Zhen-nan Cui, Nan Feng, Xiao-yu
Zhang, Lei Zhao, North China Electric Power University, China
Markus Fuhrer, EM TEST GmbH, Switzerland
Analysis of Power Frequency Disturbance in Cables of
Truck Cranes Based on Field-circuit Coupling Method
Power isolation strategies
Olga Tereshchenko, Frits Buesink, Frank Leferink, EEMCS,
Telecommunication engineering group, University of Twente,
Netherlands
Li Xiao, Zhanqing Yu, Shuiming Chen, Yang Zeng, Xiaoying Yu,
Bo Zhang, Rong Zeng
Performance-based Comparison of UPQC Compensating
Current Generation Algorithms under Distorted Supply
and Non-linear Load Conditions
Sudhir Wamane, Veermata Jijabai Technological Institute,
Mumbai, Maharashtra, India
Low Impedance Multi-Octave Integrated Amplifier for
EMR Measurements in Fully Electric Vehicles
Jose Chicharro, Thomas Ußmüller, Robert Weigel, Friedrich
Alexander University of Erlangen-Nuremberg, Germany
Potential of Steel-Fibre-Reinforced Concrete to increase
RFI mitigation of antenna foundations
Li Li, CSIRO, ICT Centre , Australia; Ross Forsyth, Carole
Jackson, CSIRO Astronomy and Space Science, Australia
Analysing and Simulation of Electromagnetic Pulse
Irradiation Coupling Effects
Jieqing Fan, Peihua Qi, Jianhong Hao, North China Electric
Power University, China
Single-Ended Broadband Antenna for Radiofrequency
Energy Harvesting
Luca Vincetti, Moreno Maini, M. Bompani, Luca Larcher,
Alessandro Bertacchini, S. Scorcioni, University of Modena
and Reggio Emilia - Eng. Dept., Italy; Daniel Grossi, Alessandro
Tacchini, Reggio Emilia Innovazione, Italy
Wave Regime of Electronics Metal Enclosure Shielding in
Microwave Region of Electromagnetic Impact
Valentin Butin, Michail Filatov, Pavel Kundyshev, FSUE VNIIA,
Russian Federation
Reducing the LUF of a Reverberation Chamber based
on the concept of MIMO for Electromagnetic Emission
Measurements for Radio Astronomy Applications
Chittawan Choeysakul, Franz Schlagenhaufer, Peter Hall, The
International Centre for Radio Astronomy Research (ICRAR),
Curtin University
15:40 – 16:00
Time
Tea Break
Jim Stynes B
16:00 – 17:40
WORKSHOPS
16:00 – 16:25
16:25 – 16:50
Using Reverberation Chambers for Actual
16:50 – 17:15 EMC Tests
(Frank Leferink, University of Twente,
Netherlands)
Jim Stynes A
Olympic Room B
Olympic Room A
TC18-1: Radio Astronomy
TC4: Semiconductor
TC9: Power Systems
Chairs: Franz Schlagenhaufer
Chairs: Junwei Lu
Chairs: Jinliang He
The International Centre for Radio Astronomy
Research (ICRAR), Curtin University
School of Engineering, Griffith University,
Australia
Tsinghua University,Beiijng, China
The SKA and the battle against radio
interference
EMC/EMI Verification Methodology for
Semi-Custom Design
Magnetic Field Environments at Power
Frequency inside modern Buildings
Rob Millenaar, SKA Organisation, UK
Hai Au Huynh, Kyungsoo Kim, Soyoung Kim,
Sungkyunkwan University, Korea, Republic of
Mingli Chen, Yaping Du, The Hong Kong
Polytechnic University, Hong Kong
Components of EMC Thinking Relevant to
Radio Astronomy Sites
EMI Prediction in Slew Rate Controlled
Switching IO Buffer
Howard Reader, University of Stellenbosch,
South Africa
Namkyoung Kim, Nahyun Kim, Jisu Hwang,
Sungkyunkwan university, Korea, Republic of;
Jungmin Kim, Samsung Electronics , Korea,
Republic of; Soyoung Kim, Sungkyunkwan
university, Korea, Republic of
Research on DC-AC EMI Noise Mechanism
and Reduction for New Energy Inverter
System
Measures for Control of EMI and RFI at the Analysis of source bus line current of a
LCD panel through magnetic near field
Murchison Radioastronomy Observatory,
measurement
Australia
Carol Wilson, CSIRO ICT Centre , Australia;
Michelle Storey, Tasso Tzioumis, CSIRO
Astronomy and Space Science, Australia
17:15 – 17:40
EMC Considerations for the ASKAP dish
antennas
Carole Jackson, Ross Forsyth, Li Li, Michael
Kesteven, Samatha Mickle, CSIRO Astronomy
and Space Science, Australia
Sandeep Dhungana, Kaoru Arai, Ryosuke
Okuta, Masahiro Yamaguchi, Kunio Yanagi,
Tohoku University, Japan
Yong Liu, Yuhuan Zhang, Wei Yan, Yang Zhao,
Hongyan Sun, Nanjing Normal University, China
Prefluxing Technique to Mitigate
Inrush Current of Three-Phase Power
Transformer
Shantanu Kumar, The University of Western
Australia, Australia; Krishna Kant Sharma,
Deepak Tiwari, Sudhir Bhil, Sushama Wagh,
VJTI, India
EMC Requirement for Semiconductor
Plants: A Case Study in Peninsular
Malaysia
Mohamed Fuad Faisal, Tenaga Nasional
Berhad, Malaysia; Azah Mohamed, Universiti
Kebangsaan, Malaysia
TECHNICAL PROGRAM
26
Time
THURSDAY MORNING, 23 MAY 2013
Jim Stynes B
09:00 – 10:40
WORKSHOPS
Jim Stynes A
Olympic Room B
Olympic Room A
TC18-2: Radio Astronomy
TC8: ESD
TC16: Aerospace EMC
Chairs: Howard Reader
Chairs: Ken Kawamata (Hachinohe Institute
of Technology, Japan), Takayoshi Ohtsu
(Suzuka National College of Technology ,
Japan)
Chairs: Paul Kay (Royal Australian Air Force
(Aerospace Operational Support Group,
Australia), Sergio Pignari (Politecnico di
Milano, Italy)
Directivity and Polar Effect of
Electromagnetic Radiation in Low Voltage
ESD Using Spherical Electrode
The Connection Between Aircraft Skin
and Cable Current Modelling
University of Stellenbosch, South Africa
09:00 – 09:25
New Instrumentation for EMC work in
Radio Astronomy
Paul Roberts, Ron Beresford, CSIRO Astronomy
and Space Science, Australia
09:25 – 09:50
Shielding Requirements for ADE
Receivers
Reduction of Coupled Voltage of Electric
Cable with Electro-static Countermeasure
Ron Beresford, CSIRO Astronomy and Space
Science, Australia
Takayoshi Ohtsu, Yusaku Kobayashi, Hideyuki
Doyama, Shogo Imai, Kentaro Hayashida,
Shunsuke Okada, Suzuka National College
of Technology , Japan; Yorioki Matsumoto,
Matsumoto Giken Co.Ltd., Japan
Spectrum Quietness Metrics for Radio
Astronomy
A Study on System-level ESD Stress
Simulation using Circuit Simulator
Aaron Chippendale, CSIRO Astronomy and
Space Science, Australia, Kjetil Wormnes,
European Space Research and Technology
Centre, Netherlands
Takahiro Yoshida, Noriaki Masui, Tokyo
University of Science, Japan
Artificial pulse triggers LOFAR radio
telescope
Efficient Circuit/Electromagnetic Hybrid
Simulation for the Electrostatic Discharge
Events
High-speed PCB design
(Frits Buesink, University of Twente,
Netherlands)
09:50 – 10:15
10:15 – 10:40
Menno Norden, Astron, Netherlands
10:40 – 11:00
WORKSHOPS
11:00 – 11:25
11:25 – 11:50
Emir Ibatoulline, Dept. of Radio-Physics, Kazan
Federal University, Russian Federation
Low Level Swept Current Aircraft Testing
Kevin Goldsmith, Andrew Walters, Defence
Science and Technology, Australia
Systems Level EMC for Aircraft: QF72
Revisited
TC18-3: Radio Astronomy
TC10: Protection
TC15: Transportation
Chairs: Carol Wilson
Chairs: William Radasky
Chairs: Sergio Pignari
CSIRO ICT Centre , Australia
Metatech Corporation, USA
Politecnico di Milano, Italy
Proposed Radio Quiet Zone around FAST
in China
Effective Electromagnetic Shielding
over An Ultra-Wide Bandwidth Using a
Frequency Selective Surface
Estimation of the On-Axis and Off-Axis
Near Field Power Density of a Linear
Array Antenna Close to an Electrically
Large Structure
Pre-compliance EMC Measurements for
MRO Equipment
High-speed PCB design
(Frits Buesink, University of Twente,
Netherlands)
Irfan Sohail Syed, Macqaurie University ,
Australia; Yogeshwar Ranga, CSIRO, Austrlia;
Karu Esselle, Macqaurie University , Australia;
Ladislau Matekovits, Politecnico di Torino
Dipartimento di elettronica e Telecomunicazioni
, Italy; Stuart Hay, CSIRO, Australia
Shielding Effectiveness of Concrete with
Graphite Fine Powder in Between 50MHz
to 400MHz
Ron Beresford, CSIRO Astronomy and Space
Science, Australia; Li Li, CSIRO, ICT Centre
See Khee Yee, Mohd Zarar Mohd Jenu,
Universiti Tun Hussein Onn, Malaysia
Practical solutions for realising an RFI
compliant building for the Australian SKA
Pathfinder telescope
Angus Leitch, Shandip Abeywickrema, Aurecon
, Australia; Antony Schinckel, Kerry Ardern,
Graham Allen, Carol Wilson, Ron Beresford,
CSIRO, Australia
12:40 – 14:00
New Approach to Definition of the
Interference Immunity of an Information
System
Paul Kay, Royal Australian Air Force (Aerospace
Tsuyoshi Takada, Tadatoshi Sekine, Hideki Asai, Operational Support Group), Australia
Shizuoka University, Japan
Haiyan Zhang, Rendong Nan, Bo Peng,
National Astronomical Observatories, Chinese
Academy of Sciences, China; Yuebing Xia,
Guizhou Radio Regulatory Bureay, China;
Chengjin Jin, Jianbin Li, Xiaonian Zheng, Long
Gao, National Astronomical Observatories,
Chinese Academy of Sciences, China
12:15 – 12:40
Andrew Walters, Tan Doan, Defence Science
and Technology, Australia
Tea Break
11:00 – 12:40
11:50 – 12:15
Ken Kawamata, Hachinohe Institute of
Technology, Japan; Shigeki Minegishi, Tohoku
Gakuin University, Japan; Osamu Fujiwara,
Nagoya Institute of Technology, Japan
Metamaterial-based Electromagnetic
Wave Shielding
Giuseppina DallArmi-Stoks, Defence Science
and Technology, Australia
Reduction Effects of Geometrical
Configuration on FM-Band Cross-Talks
between Two Parallel Signal Traces on
Vehicle-Mounted Printed Circuit Boards
Michihira Iida, DENSO CORPORATION / Nagoya
Institute of Technology, Japan; Tsuyoshi
Maeno, Qualtec Co.,Ltd , Japan; Jerdvisanop
Chakarothai, Jianqing Wang, Osamu Fujiwara,
Nagoya Institute of Technology, Japan
Assessment of the Bulk Current Injection
Test Procedure Based on the Substitution
Method
Montree Malathong, Nantakan Wongkasem,
Department of Electrical Engineering, Faculty of Flavia Grassi, Politecnico di Milano, Italy;
Engineering, Khon Kaen University, Thailand
Cyrous Rostamzadeh, Robert Bosch LLC ,
USA: Diego Bellan, Giordano Spadacini, Sergio
Amedeo Pignari, Politecnico di Milano, Italy
Radio Interference Evaluations of
Photovoltaic Modules for Radio
Astronomy Active Antenna
Modeling Strategies for Conducted
and Radiated Emissions in High-Speed
Railway Lines
Budi Juswardy, Franz Schlagenhaufer, Peter
Hall, The International Centre for Radio
Astronomy Research (ICRAR), Curtin University
Diego Bellan, Giordano Spadacini, Flavia
Grassi, Sergio A. Pignari, Politecnico di
Milano, Italy; Eugenio Fedeli, RFI S.p.A., Italy
Lunch
TECHNICAL PROGRAM
THURSDAY AFTERNOON, 23 MAY 2013
Time
Jim Stynes B
Jim Stynes A
Olympic Room B
WORKSHOPS
13:20 – 17:30
EMC Test Methods for Wireless
Communication
Power and Signal Integrity Co-Design for
High-speed Circuits
(Perry Wilson, NIST Physical Measurement
Laboratory, USA)
(Tzong-Lin Wu, National Taiwan University,
Taiwan
HPEM Protection of Commercial Facilities
(William Radasky, Metatech Corporation, USA)
Olympic Room A
27
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29
WORKSHOPS AND TUTORIALS
Mon
morning
Mon
afternoon
Tue
morning
Tue
afternoon
Workshop WS1
Tutorial T2
Tutorial T4
Workshop WS2
Understanding
Measurement Uncertainty
Designing for EMCFundamentals Related to
Printed Circuit Boards
EMC for Engineers: Theory
and Practice
European Space EMC
Tutorial T1
Tutorial T3
Tutorial T5
Workshop WS3
EMC Metrology and
Computation
Decoupling, Bypassing and
Embedded Capacitance for
Enhanced PCB
Performanc
Near field scanning
techniques for the
characterization of
emissions from PCBs
Recent Advances and
Applications of Aerospace
Antennas
Plenary session
Techncial session:
System Level EMC
Technical session:
Measurements
Technical session:
Computation
Technical session:
HPEM
Workshop WS4
Technical session:
Measurements
Technical session:
Computation
Technical session:
HPEM
Technical session:
Wireless Power Transfer
Technical session:
Information Leakage
Technical session:
Lightning
Technical session:
Measurements
Technical session:
Signal Integrity
Technical session:
Wireless Communications
Technical session:
Measurements
Technical session: Power
Integrity
Technical session:
Biomedical/EMF
EMC Regulations
Workshop WS5
Metamaterials, Periodic
Structures and EBG in
EMC/Antenna/RF Designs
Wed
morning
Tutorial T6
Solving EMC problems
using state of the art
numerical techniques
Poster Session
Wed
afternoon
Tutorial T7
Techncial session:
EMC in Radio Astronomy
Technical session:
Semiconductor
Technical session:
Power Systems
Techncial session: EMC in
Radio Astronomy
Technical session:
ESD
Technical session:
Aerospace EMC
Techncial session: EMC in
Radio Astronomy
Technical session:
Protection
Technical session:
Transportation
Workshop WS6
Workshop WS7
Workshop WS8
EMCTest methods for
Wireless Communications
Power and Signal Integrity
Co-Design for High-speed
Circuits
HPEM Protection of
Commercial Facilities
Using Reverberation
Chambers for Actual EMC
Tests
Thu
morning
Thu
afternoon
Tutorial T8
High-speed PCB design
30
WORKSHOPS AND TUTORIALS
Workshop WS1:
Time:
Venue:
Organizer:
Speakers:
Understanding Measurement Uncertainty
9:00 - 12:40, Monday, 20 May 2013
Jim Stynes B
Janet O'Neil: ETS-Lindgren, USA
Ghery Pettit, Intel, USA, “Regulatory Implications of Measurement Uncertainty
in CISPR and ANSI C63”
Vince Rodriguez, ETS-Lindgren, USA, “Antenna Calibration and Uncertainty:
A Numerical Study of the Calibration of a Dual Ridge Horn Antenna”
Dennis Lewis, The Boeing Company, USA, “The Impact of Cables and Connectors
on Measurement Uncertainty”
Zhong Chen, ETS-Lindgren, USA, “Model Equations for Evaluating Measurement
Uncertainties based on GUM”
Abstract
In recent years, there has been an increasing need for accredited calibration test services in the commercial
EMC area. This is likely to impact the military and aerospace test communities as well in the future. Part of
the accreditation process based on ISO 17025 is the determination of measurement uncertainty – a
requirement that is often misunderstood or misinterpreted. This workshop will provide an overview and
discussion of measurement uncertainty to further the knowledge of this subject in the EMC testing
community. For example, ensuring your product complies with measurement uncertainty regulations will be
discussed. Influences of antenna gains in the near field and the impact of test benches on measurement
uncertainty will be addressed. Finally, while often overlooked, the impact of cables and connectors on
measurement uncertainty will be reviewed.
This workshop brings together a number of different viewpoints on measurement uncertainty in order to
provide a well rounded discussion of the topic. Speakers include an EMC regulatory compliance manager
for corporate product regulations and standards, an antenna designer and manufacturer, and a metrology
laboratory engineer/manager.
Two of the speakers (Rodriguez and Lewis) have been appointed
Distinguished Lecturers of the IEEE EMC Society for 2013-2014.
The workshop will conclude with a panel discussion with all speakers fielding questions from attendees in
order to provide further education on the topic.
Ghery Pettit has 36 years EMC design and testing. US Navy (civilian), Martin Marietta
Denver Aerospace, Tandem Computers and Intel Corporation. Presently active in US
and international standards bodies (C63 SC 1, CISPR SC I, IEC SC77B), industry
committees (chair ITI TC5) and IEEE EMC Society (President - 2012-2013 / President
Elect - 2011 / Vice President, Conference Services - 2009-2010 / Vice President,
Communication Services - 2003-2008). Convener of CISPR SC I WG3 (2007 - 2012),
member of CISPR SC I WG2 and WG4
Vicente Rodriguez attended Ole Miss, in Oxford MS, where he obtained his B.S.E.E.
M.S. and Ph.D. degrees in 1994, 1996 and 1999, respectively. He is currently the
Antenna Product Manager of ETS-Lindgren. He has been involved in the RF anechoic
design of several chambers, including rectangular and taper antenna pattern
measurement chambers, some of which operate from 100 MHz to 40 GHz. Dr.
Rodriguez is a Senior Member of the IEEE and several of its technical societies. He is
also a Senior Member of the Antenna Measurements Techniques Association (AMTA)
and a member of its Board of Directors.
WORKSHOPS AND TUTORIALS
Dennis Lewis received his BS EE with honors from Henry Cogswell College and his
MS Physics from the University of Washington. Dennis is a member of the IEEE and
several of its technical societies including the Microwave Theory and techniques,
Electromagnetic Compatibility and the Antennas and Propagations societies. He serves
on the IEEE MTT-S subcommittee 11 on microwave measurements. He is a Senior
Member of the Antenna Measurements Techniques Association. He is an active
member and past chairman of the Technical Advisory Committee for North Seattle
Community College. Dennis has worked at Boeing for 23 years and is recognized as an
Associate Technical Fellow. He currently has leadership and technical responsibility for
the primary RF, Microwave and Antenna Metrology labs. His recent interests include
aerospace applications of reverberation chamber techniques and microwave
measurement systems and uncertainties.
Zhong Chen is a Product Manager for RF Materials at ETS-Lindgren. He has more
than 15 years of experience in RF testing as well as in EMC antenna, field probe and
absorber design and measurement. He is a Chair of Subcommittee 1 of ANSI ASC
C63® and a member of its several working groups. He is chairman of the IEEE 1309
committee for developing calibration standards for field probes. Mr. Chen received his
M.S.E.E. degree in electromagnetics from the Ohio State University at Columbus.
Workshop WS2
Time:
Venue:
Organizer:
Speakers:
European Space EMC
09:00 – 12:40, Monday, 20 May 2013
Olympic Room A
Filippo Marliani, ESA-ESTEC, Netherlands
A. Bertrand, EADS Astrium Space Transportation, Les Mureaux France, "OVERTIME
EVOLUTION OF EMC ACTIVITIES ON SPACE TRANSPORTATION VEHICLES"
P. Pelissou, Astrium Satellites, France, "ADVANCED TOOLS FOR SPACECRAFT
SYSTEM ANALYSIS"
K. Bubeck, Astrium GmbH, Germany, “MAGNETIC CLEANLINESS CONTROL
ON EQUIPMENT AND SPACECRAFT LEVEL”
Filippo Marliani, ESA-ESTEC, Netherlands, “NON-CLASSICAL EMC AT THE EUROPEAN
SPACE AGENCY: ELECTROMAGNETIC PROPAGATION THROUGH PLASMA
Abstracts
A. Bertrand, EADS Astrium Space Transportation, Les Mureaux France,"OVERTIME EVOLUTION OF
EMC ACTIVITIES ON SPACE TRANSPORTATION VEHICLES"
Since Ariane 1 first flight in 1979 the Ariane launchers have been a major element in Europe’s independent
access to space. Drawing on the experience gained from variants 1, 2 and 3, Ariane 4 proved to be one of
the best launchers in its class with 113 successful launches since its inaugural flight in 1988 from the
Europe's Spaceport in Kourou, French Guyana. Ariane 4 was the fruit of collaboration between some 40
companies in 11 European countries, called together by the European Space Agency (ESA), with Astrium as
industrial design authority. The new-generation Ariane 5 continues the tradition of its predecessors, but
features a radically new design. The development of the Ariane 5 ME (Midlife Evolution) launcher with a new
cryogenic upper stage, which will be powered by the new Vinci engine, will provide an increased
Geostationary Transfer Orbit payload capacity of up to 12 tonnes on dual launches. As prime contractor
since May 2003, Astrium delivers to Arianespace, the launch services marketing company, a complete and
fully-tested launcher. Astrium was involved in the development of each of the launcher variants, and
manufactured and delivered all the Ariane 4 stages. As Ariane 5 lead manufacturer, Astrium is responsible
for the production of all Ariane 5 stages, the vehicle equipment bay, the dual launch system structure
(SYLDA), along with a number of subassemblies.
Moreover, Ariane 5 continues to place in low-Earth orbit the European Automated Transfer Vehicle, the ATV,
which ferries propellants, supplies, and equipment to the International Space Station. The ATV is the first
spacecraft in the world to carry out an automatic docking with a space station and once docked, it uses its
31
32
WORKSHOPS AND TUTORIALS
own engines to correct the station’s orbit. Under contract to the European Space Agency (ESA), Astrium is
industrial prime contractor for the ATV, with a 4th ATV launch in March 2013.
The prime contractor is in charge of ensuring that those complex systems will be designed for
electromagnetic compatibility, both internally and with respect to other elements of the on board and ground
infrastructure.
We will therefore describe how EMC aspects have been dealt with for these 2 major projects that are the
Ariane launchers and the ATV, in accordance with the evolution of Astrium responsibilities on each vehicle.
We will especially explain how the EMC activities have evolved over time according on one hand to the
changes of launchers’ architecture from Ariane 1 to Ariane 5-ME and on the other hand to the environment
evolution involving new electromagnetic threats, and to tests and modelling capabilities.
P. Pelissou, Astrium Satellites, France, "ADVANCED TOOLS FOR SPACECRAFT SYSTEM
ANALYSIS"
The EMC tests at spacecraft level represent important preparation efforts with sometimes difficulties to
achieve a spacecraft configuration representative of the flight. So actions have been taken to improve the
simulations and reduce the EMC testing at system level. A lot of efforts have been put on the elaboration of
new methodologies and tools to improve the representativeness of EMC analyses at spacecraft system level
to fulfil the following objectives:
To verify the EMC performances at system level during the preliminary phases of the projects
To avoid over-specification of equipment as concerns EMC levels
To simplify the test procedures and speed up the realisation of the EMC tests at system level
To cross-validate system-level EMC tests and simulations results.
The objectives of the works were to develop an EMC simulation process for an Industry need i.e to find a
good compromise between a correct simulation accuracy and a fast computation time.
This resulted in:
The development of macro-models simulating all the spacecraft electrical power functions: solar
array, battery and different power regulators. These models have been simplified as much as
possible while keeping a representative dynamic behaviour in conducted mode from DC to 50MHz.
All models have been validated by tests.
The development of an analytical method for the E-field prediction inside the different spacecraft
cavities. The general principle is to consider the internal volumes of the spacecraft as a multimode or
oversized cavities, inside which RF E-fields are statistically homogeneous and isotropic. This
approach has been implemented in a tool starting for the 3D CAD model of the spacecraft and
simulating the E-field distribution inside the different cavities coming from the radiated emission of
the external antennas and from the RF leakages of the internal units. This tool has also been
validated by tests.
K. Bubeck, Astrium GmbH, Germany, “MAGNETIC CLEANLINESS CONTROL ON EQUIPMENT AND
SPACECRAFT LEVEL”
Magnetic cleanliness is an important attribute of satellites in the majority of scientific programmes. The
reasons for the demand of magnetic cleanliness are manifold, e.g. the focus of the mission is to sense and
analyse the magnetic field of a planet or the Sun, the mission is aimed at exploring complicated physical
interactions involving magnetic fields, or the spacecraft’s payload instruments are susceptible to magnetic
interferences. Rigorous magnetic engineering paves the way for magnetically clean spacecraft, thereby
controlling the magnetic fields and forces at defined locations and limiting torque affecting the attitude of the
spacecraft. The spacecraft of the SWARM mission can be considered a benchmark for magnetic cleanliness
control. SWARM shall provide the best ever survey of the geomagnetic field and its temporal evolution. A
constellation of three satellites orbiting the Earth at altitudes of 450 km and 530 km is foreseen. As a novelty,
the two spacecraft at the lower altitude will provide measurement data suitable for quantifying geomagnetic
field gradients. Each spacecraft carries two magnetometers, a flux gate vector magnetometer and an optical
pumped helium scalar magnetometer. They are mounted on a boom structure to minimise the influence of
magnetic disturbance fields generated by the spacecraft body.
Filippo Marliani, ESA-ESTEC, Netherlands, “'NON-CLASSICAL' EMC AT THE EUROPEAN SPACE
AGENCY: ELECTROMAGNETIC PROPAGATION THROUGH PLASMA"
ESA is committed to push the frontiers of knowledge, support an innovative and competitive Europe and
foster the introduction of innovative products and systems into the market. The Electromagnetics and Space
Environment Division at ESA is engaged to provide technical support throughout the whole development life
cycle of the new technologies of tomorrow. This tutorial will present the results of some studies carried out in
the Electromagnetic group to address the propagation of electromagnetic waves through the plasma, an
WORKSHOPS AND TUTORIALS
issue of particular interest for electric propulsion telecommunications satellites as well as for the
communication payload of re-entry vehicles.
In the Human Spaceflight & Exploration Programme ESA will provide a Service Module for the Multi-Purpose
Crew Vehicle (MPCV-SM) of NASA while in the Telecommunication and Integrated Applications Programme
ESA has fostered the development of a general purpose small geostationary satellite platform (SGEO) to
enable European Industry to compete in the commercial telecom market for small platforms, and of a full
electric propulsion telecommunications satellite (Electra) in the 3 tonne launch mass range, which is currently
not existing in Europe.
Workshop WS3
Time:
Venue:
Organizer:
Speakers:
Recent Advances and Applications of Aerospace Antennas
14:00 - 17:40, Monday, 20 May 2013
Olympic Room A
Janet O'Neil: ETS-Lindgren, USA
Dennis Lewis, The Boeing Company, USA, “Synthetic Aperture Applications for
HIRF in the Aerospace Industry”
Vince Rodriguez, ETS-Lindgren, USA, “Half Power Beamwidth Measurements
of Radiated Emission Antennas for EMC”
Dennis Lewis, The Boeing Company, USA, “Assessment of Aircraft
Electromagnetic Environments and Shielding using a Novel Fiber Optic Link
and TEM Antennas”
John Norgard, NASA/JSC, USA, “EMC Tests of the NASA/Orion Mars/Moon
Spacecraft: EMI Effects of the Re-Entry Capsule Parachute Assembly System”
Abstract
There have been many recent advancements in the use and development of EMC antennas and test
systems in the aerospace and government test and measurement communities.
Some of these
advancements have led to a significant reduction in test time and expense, for example, by utilizing broadband hybrid and TEM antennas to perform commercial and government radiated emissions and immunity
standards. TEM antennas are well suited for time domain applications due to their low aperture reflections
and clean time domain response. Other advancements involve using traditional EMC antennas and fiber
optic links for novel aerospace applications such as aircraft shielding assessment and HIRF applications;
these allow for precision measurements over very large distances and harsh operating environments. New
systems test approaches are being used to effectively test space flight hardware against various
electromagnetic threats as well as characterize complex electromagnetic environments for wireless
applications.
This workshop brings together a number of different viewpoints on aerospace antenna applications.
Speakers include an antenna designer and manufacturer, a metrology laboratory engineer/manager, an R&D
engineer, and a chief engineer for Electromagnetic Environmental Effects (E3).
Two of the speakers
(Rodriguez and Lewis) have been appointed Distinguished Lecturers of the IEEE EMC Society for 20132014.
Dennis Lewis received his BS EE with honors from Henry Cogswell College and his
MS Physics from the University of Washington. Dennis is a member of the IEEE and
several of its technical societies including the Microwave Theory and techniques,
Electromagnetic Compatibility and the Antennas and Propagations societies. He
serves on the IEEE MTT-S subcommittee 11 on microwave measurements. He is a
Senior Member of the Antenna Measurements Techniques Association. He is an active
member and past chairman of the Technical Advisory Committee for North Seattle
Community College. Dennis has worked at Boeing for 23 years and is recognized as
an Associate Technical Fellow. He currently has leadership and technical responsibility
for the primary RF, Microwave and Antenna Metrology labs. His recent interests
include aerospace applications of reverberation chamber techniques and microwave
measurement systems and uncertainties.
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WORKSHOPS AND TUTORIALS
Vicente Rodriguez attended Ole Miss, in Oxford MS, where he obtained his B.S.E.E.
M.S. and Ph.D. degrees in 1994, 1996 and 1999, respectively. He is currently the
Antenna Product Manager of ETS-Lindgren. He has been involved in the RF anechoic
design of several chambers, including rectangular and taper antenna pattern
measurement chambers, some of which operate from 100 MHz to 40 GHz. Dr.
Rodriguez is a Senior Member of the IEEE and several of its technical societies. He is
also a Senior Member of the Antenna Measurements Techniques Association (AMTA)
and a member of its Board of Directors.
Johannes (John) Norgard is a Professor Emeritus at the University of Colorado and
the President/CEO of ElectroMagnetic Techniques. His education includes a B.S.E.E.
(Co-op) from Georgia Tech; the MS and Ph.D. degrees in Applied Physics from
Caltech; and a Post-Doc. in Geophysics from the University of Oslo. He was a Senior
Research Scientist at the Air Force Research Lab. He is now the Chief Engineer at
NASA/Johnson Space Center for Electromagnetic Environmental Effects. He was also
a Distinguished Visiting Professor at the Air Force Academy. He has taught
Electromagnetic courses for over 30 years and was the Interim Dean of the College of
Engineering, Chair of Mechanical & Aerospace Engineering, Interim Chair of Electrical
& Computer Engineering, and the Director of the Electromagnetics Laboratory at the
University of Colorado. He was a Professor in the Electrical Engineering Department at Georgia Tech and
was a Post-Doctoral Fellow at the Norwegian Defense Research Establishment and Auroral Observatory
near Oslo, Norway. He worked at NASA/Jet Propulsion Laboratory while studying at Caltech and was a CoOp student at Georgia Tech while working at the Charleston Naval Shipyard and Polaris Submarine Base.
He was also a Visiting Professor at the Tel-Aviv University and at the Air Force Weapons Lab, and was a
member of the technical staff of the Bell Telephone Laboratories. He was an Adjunct Professor at Syracuse
University and at the University of Houston. He is a Fellow of IEEE for “IR Measurements of EM Fields”.
Workshop WS4
Time:
Venue:
Organizer:
Speakers:
EMC Regulations
14:00 – 15:40, Tuesday, 21 May
Jim Stynes B
Chris Zombolas, EMC Technologies Pty Ltd, Australia
Chris Zombolas, EMC Technologies Pty Ltd, Australia, "New consolidated Regulatory
Compliance Mark (RCM) to replace A-tick and C-tick"
Patrick Emery, Australian Communications and Media Authority, "Consolidated Regulatory
Compliance Mark"
Steve Koster, Washington Laboratories, USA, " International Regulatory Requirements
for Wireless Systems"
Abstract
st
On 1 March 2013, the Regulatory Compliance Mark (RCM) replaced the C-tick and A-tick marks and the
new Electrical Equipment Safety Scheme (EESS) was introduced. The new national EESS will require the
use of the RCM and will replace the current state and territory based electrical safety approval systems. The
use of the RCM will require manufacturers, importers and suppliers to register products on the new EESS
national data base. The RCM will be a single compliance mark and may only be used after establishing
compliance with all applicable regulations including EMC, Telecoms, Radiocoms, Electromagnetic Radiation
(EMR) and electrical safety. Chris will explain the new ACMA and EESS regimes including the testing,
certification and administrative requirements.
To reach the major markets, wireless system designers and operators must understand regulatory
schemes to receive proper authorization and approval. The FCC Rules and Regulations cover technical and
administrative requirements for sale and marketing of all RF devices. Industry Canada has similar means
and requirements for wireless device approvals for Canada. The European CE Marking is regulated by the
R&TTE Directive, covering EMC and safety aspects of intentional transmitters.
WORKSHOPS AND TUTORIALS
Measurement and filing procedures must be followed to gain equipment authorization for any device that
transmits radio frequency energy. These requirements are specific to the use, frequency, power, spurious
emissions, occupied bandwidth and tolerances.
The focus of this workshop will be on the practical application of gaining approval in three major markets:
North America and the EU. The role of international standards will also be addressed,
Chris Zombolas is the Technical Director of EMC Technologies, an internationally
recognized Test Lab, with labs in Australia and New Zealand; specializing in EMC,
EMF/EMR, SAR, Electrical Safety and Radio communications testing and approvals.
Chris has 32 years’ experience in these test and approvals disciplines.
He is an
authorized EMC Competent Body and a member of many technical working groups and
committees, including the ACMA Techhnical Working Group. He was also a member of
the former Radiocommunications Consultative Committees that advised the Australian
government on the implementation of the EMC and EMR Regulations.
Steve Koster, VP, Washington Laboratories has over 25 years of experience in the
EMC and Wireless Testing and Regulations. He operates WLL’s laboratory in
Gaithersburg, MD and has presented at IEEE EMC Symposia in the US. He advises
clients on regulatory matters, prescribes testing and certification strategies and
supervises the conduct of hundreds of tests each year.
Workshop WS5
Time:
Venue:
Speaker:
Metamaterials, Periodic Structures and EBG
in EMC/Antenna/RF Designs
16:00 – 18:05, Tuesday, 21 May
Jim Stynes B
Sungtek Kahng, University of Incheon, Korea
Abstract
As the operating frequency goes higher and the demands on complex architectures of electronics and new
materials increase, the classic guide lines and design rules on EMC and RF device designs are facing the
challenges and limitations in meeting the requirements. In response to the need to find the alternatives,
periodic structures such as FSS are adopted or hybridized with the conventional practices to stop the
radiated/conducted noise and unwanted resonance more effectively. Especially, the photonic bandgap
design as the periodic structures with perfect or imperfect periodicity is revisited and becomes the EBG by
being adapted to RF frequency from optics. With a different motivation, metamaterial is researched that
when permittivity and permeability the constitutive parameters of a material are given unusual or usual
values, they possibly result in phenomena interpreted meaningful to overcome the limitations above in EMC
and microwave engineering. Particularly, the left-handedness and the infinite wavelength are introduced by
negative permittivity and negative permeability and zero refractive index, respectively, and they are used to
change the direction or phase of wave propagation. The dispersion engineering stemming from the
metamaterials has drawn attention in that it is helpful to reduce the volume of a structure and form a
bandgap free from the resonance condition of the conventional periodic structure approach.
So, in this session, the analysis and design methods of FSS, DNG/SNG/AMC and EBG are dealt with as well
as advanced applications to EMC/antenna/RF designs. Also, we discuss the slow-wave effects of a periodic
geometry and the resonant slots(non-metamaterial) of DGS and SRR/CSRR. Last but not least, a number of
electromagnetic computational methods are shown to efficiently and accurately predict the scattering and
radiation of the aforementioned structures.
Sungtek Kahng received the Ph.D. degree in electronics and communication engineering
from Hanyang University, Korea in 2000, with the specialty in radio science and
engineering. He is currently with the department of Information and Telecommunication
Engineering at the University of Incheon. His research interests include analysis and
advanced design methods of microwave components and antennas including metamaterial
technologies, MIMO communication and wireless power transfer. He holds several patents
concerning EMC solutions and microwave- and millimeter-wave components. Also, he has
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WORKSHOPS AND TUTORIALS
provided consultancy for RF system developers and served the Microwave and Antennas/Propagation
Research Groups of the Korean Institute of Electromagnetic Engineering and Science, the IEEE APS Seoul
Chapter, and conferences of KJMW 2009, KJJC 2009, GSMM 2010, APEMC 2011, ISAP 2011 as the
secretary.
Workshop WS6
Time:
Venue:
Organizer:
Speakers:
EMC Test methods for Wireless Communications
13:20 – 17:30, Thursday 23 May
Jim Stynes B
Perry Wilson, NIST Physical Measurement Laboratory, USA
Jeremy Taylor, National Instruments, USA, "Coexistence Testing Methods for
Medical Product Design"
William Young, NIST, USA, "Over-the-Air Test Methods for Wireless Devices"
William Young, NIST, USA, "Reverberation Chamber Test Methods
for Multiple Antenna Systems'
Abstract
As wireless devices and communications proliferate, so does the need for test methods that characterize
wireless device performance under complex, realistic conditions. In addition to the replicating potentially
complicated real-world environmental factors, test methods must incorporate increasingly sophisticated
communication signaling techniques, such as multiple-input, multiple-out (MIMO) and orthogonal frequency
division multiplexing (OFDM). The combination of complex environments and signaling techniques indicates
that traditional EMC testing approaches must be extended to provide meaningful results. Concurrently, freefield and EMC-specific test metrics must be defined to include emerging, highly integrated devices and
interference from multiple devices in proximity. This workshop will present current research targeting wireless
communication EMC test method development. Of interest are: laboratory methods to simulate real-world
multipath environments for device, link, and multiple-antenna-system testing; test methods to simulate
modulated wireless signals and their interference potential; test methods that characterize the interoperability
of wireless devices; test methods that incorporate interference from radio-frequency identification (RFID)
systems; test metrics that tie-to and predict real-world performance.
Perry F. Wilson (S’78-M’82-SM’93-F’05) received his Ph.D. in Electrical Engineering
from the University of Colorado in 1983. He has been with the Electromagnetics
Division at NIST in Boulder, Colorado since 1999. Dr. Wilson’s research has focused
on the application of electromagnetic theory to problems in electromagnetic
compatibility and metrology. Dr. Wilson is a Fellow of the IEEE, currently a member of
the IEEE EMC Society Board of Directors, of URSI Commission B, and of the US IEC
TC77B TAG, a former Editor-in-Chief of the IEEE EMC Transactions, and a recipient of
the IEEE EMC Transactions Best Paper Award in 2002 and the Technical Achievement
Award in 2010.
Jeremy Taylor completed his Undergraduate studies in Electrical Computer Systems
and Engineering at Monash University with Honours in 2001. Before joining National
Instruments (NI) in 2003, Jeremy worked with Linak Australia, designing test and
measurement systems. Since joining NI, he has worked as an Applications and Field
Engineer. In his current role as a technology and large systems expert with NI, Taylor
is involved in defining system level solutions in application areas ranging from
spectrum monitoring to power quality monitoring. Being based in the field for over 8
years has given Taylor great insight and knowledge into how engineering is applied
across different industries. Taylor regular presents at industry conferences and events
including the 2nd Australasian Ground Control in Mining Conference, the 2010 IDC
Remote Monitoring and Control Conference and the NI Technical Symposium Graphical System Design
conference series. He has also delivered guest lectures at the University of New South Wales.
WORKSHOPS AND TUTORIALS
William Young obtained a Ph.D. from the University of Colorado in electrical
engineering in 2006. He worked at Sandia National Laboratories from 1998 to 2010,
where he collaborated with NIST on wireless system metrology beginning in 2003. He
joined the Electromagnetics Division at NIST in 2010 where he continues to investigate
a variety of wireless communication challenges.
Dr. William Young’s experience in wireless communication systems includes diversity
antenna design, radio frequency propagation measurements, MIMO system
applications, electromagnetic interference testing, and wireless network security
analysis. He is currently developing radio frequency laboratory measurement
techniques that support standards specification efforts by the National Fire Protection
Association (NFPA) for Personal Alert Safety Systems (PASS), and by the CTIA-The
Wireless Association for Long Term Evolution (LTE) MIMO technology evaluation. He is also involved in the
ANSI C63.27 project, which is focused on test methods for wireless coexistence. He has previously
presented material on wireless system metrology at workshops for the IEEE AP and EMC Societies.
Workshop WS7
Time:
Venue:
Organizer:
Speakers:
Power and Signal Integrity Co-Design for High-speed Circuits
13:20 – 17:30, Thursday, 23 May
Jim Stynes A
Tzong-Lin Wu, National Taiwan University, Taiwan
Madhavan Swaminathan, Georgia Tech, USA
Christian Schuster, Technische Universität Hamburg-Harburg, Germany
Jun Fan, Missouri University of Science & Technology, USA
Tzong-Lin Wu, National Taiwan University, Taiwan
Abstract
This workshop will focus on the latest progress on the design and modelling methods considering the
interaction between the power noise and signal quality in high-speed circuits. New ideas to solve the power
integrity problems like power transmission line concepts and electromagnetic bandgap (EBG) structure will
be reported. In addition, several new modelling methodologies emphasized on the effect of the power
distribution networks (PDN) noise on the signal integrity will also be presented.
Tzong-Lin Wu received the B.S.E.E. and Ph.D. degrees from National Taiwan
University (NTU), Taipei, Taiwan, in 1991 and 1995, respectively. He is currently a
professor with the Department of Electrical Engineering and Graduate Institute of
Communication Engineering, NTU, Taiwan. He was the visiting professor at the
Electrical Engineering Department of University of California at Los Angeles (UCLA) in
the summer of 2008. His research interests include EMC/EMI and signal/power
integrity design for high-speed digital/optical systems.
Dr. Wu received numerous awards for his distinguished achievements and outstanding
contribution. He has served as the Chair of the Taipei Section, Institute of Electronics,
Information and Communication Engineers (IEICE) from 2007 to 2011, and the
Treasurer of Taipei Section, IEEE from 2007 to 2008. He serves as the Board of Directors (BoD) of IEEE
Taipei Section from 2009 to 2010. He is elected as a Distinguished Lecturer of IEEE EMC society for the
term of 2008 to 2009. Dr. Wu is the General Co-Chair in 2007, TPC Chair in 2010 and 2012 for IEEE EDAPS
Conference.
Christian Schuster (S'98 - M'00 - SM'05) received the Diploma degree in physics from
the University of Konstanz, Germany, in 1996, and the Ph. D. degree in electrical
engineering from the Swiss Federal Institute of Technology (ETH), Zurich, Switzerland,
in 2000. Since 2006 he is full professor and head of the Institute of Electromagnetic
Theory at the Hamburg University of Technology (TUHH), Germany. Prior to that he
was with the IBM T. J. Watson Research Center, Yorktown Heights, NY, where he was
involved in high-speed optoelectronic package and backplane interconnect modeling
and signal integrity design for new server generations. His currents interests include
signal and power integrity of digital systems, multiport measurement and calibration
techniques, and development of electromagnetic simulation methods for
communication electronics.
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WORKSHOPS AND TUTORIALS
Dr. Schuster received the IEEE Transactions on EMC Best Paper Award in 2001, an IEEE Transactions on
CPMT Best Paper Award in 2012, IEC DesignCon Paper Awards in 2005, 2006, and 2010, three IBM
Research Division Awards between 2003 and 2005, IBM Faculty Awards in 2009 and 2010, and further
awards for conference contributions. He is a member of the German Physical Society (DPG) and several
technical program committees of international conferences on signal/power integrity and electromagnetic
compatibility. He is currently serving as a Distinguished Lecturer for the IEEE EMC Society in the period
2012-2013, and as a vice chairman for the German EMC Society Chapter in 2013.
Jun Fan (S’97-M’00-SM’06) received his B.S. and M.S. degrees in Electrical
Engineering from Tsinghua University, Beijing, China, in 1994 and 1997, respectively.
He received his Ph.D. degree in Electrical Engineering from the University of MissouriRolla in 2000. From 2000 to 2007, he worked for NCR Corporation, San Diego, CA, as
a Consultant Engineer. In July 2007, he joined the Missouri University of Science and
Technology (formerly University of Missouri-Rolla), and is currently an Associate
Professor with the Missouri S&T EMC Laboratory. His research interests include signal
integrity and EMI designs in high-speed digital systems, dc power-bus modeling, intrasystem EMI and RF interference, PCB noise reduction, differential signaling, and
cable/connector designs. Dr. Fan served as the Chair of the IEEE EMC Society TC-9
Computational Electromagnetics Committee from 2006 to 2008, and was a Distinguished Lecturer of the
IEEE EMC Society in 2007 and 2008. He currently serves as the Vice Chair of the Technical Advisory
Committee of the IEEE EMC Society, and is an associate editor for the IEEE Transactions on
Electromagnetic Compatibility and EMC Magazine. Dr. Fan received an IEEE EMC Society Technical
Achievement Award in August 2009.
Workshop WS8
Time:
Venue:
Organizer:
Speakers:
HPEM Protection of Commercial Facilities
13:20 – 17:30 Thursday 23 May
Olympic Room B
William Radasky, Metatech Corporation, USA
William Radasky, Metatech Corporation, USA
Mike Caruso, ETS-Lindgren, USA
This workshop will introduce the two major high-frequency HPEM threats (the high altitude electromagnetic
pulse – HEMP, and intentional electromagnetic interference – IEMI) and then will describe the approach
taken by the US military to protect important military facilities against the HEMP threat. These topics will
then be followed with the adaptation of these protective measures with how high-frequency HPEM protection
is performed for civil facilities. The topics will include how to shield new buildings and also how to provide
the protection of power system PoEs from HEMP conducted transients.
William Radasky received his Ph.D. in Electrical Engineering from the University of
California at Santa Barbara in 1981. He has worked on high power electromagnetics
applications for more than 44 years. He has published over 400 reports, papers and
articles dealing with electromagnetic environments, effects and protection during his
career. In recent years he has worked extensively in performing assessments for
critical infrastructures to the threats of HEMP, IEMI and severe geomagnetic storms.
He is Chairman of IEC SC 77C (EMC: High Power Transient Phenomena), Chairman
of IEEE EMC Society TC-5 (High Power EM), and a Working Group Convener for
Cigré C4. He founded Metatech Corporation in 1984 in California and is the
President and Managing Engineer.
Dr. Radasky is very active in the field of electromagnetic compatibility (EMC) standardization, and he
received the Lord Kelvin Award from the IEC in 2004 for outstanding contributions to international
standardization. He is an IEEE Life Fellow and a registered Professional Engineer in electric engineering.
WORKSHOPS AND TUTORIALS
Mike Caruso is Director, Government & Specialty Business Development for
ETS-Lindgren. He is a recognized leader in the RF Shielded Enclosure/Anechoic
Chamber Industry with 30-years’ experience in account management, project
management, technical applications, business development, marketing and sales
planning. He has a successful track record in assisting customers with
technological interpretations, finding and developing strategic partnerships that
create value for customers and end-users. His operational experience in running
an EMC Laboratory adds to his depth of knowledge of real-world testing and
leadership challenges.
Mr. Caruso chairs ETS-Lindgren’s HEMP/EMP Product Team and has been involved in a sales, design,
engineering and project management capacity for hundreds of projects involving high performance RF
Shielding, both large and small over the years, totaling over $75M. Among them is the Benefield Anechoic
Facility located at Edwards AFB, CA, and the very first ferrite-lined 10-meter anechoic chamber in North
America for IBM in Austin, TX. Mr. Caruso led the EMC Power Electronics testing program for the Boeing
787-8 while at Ingenium Testing Laboratory.
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WORKSHOPS AND TUTORIALS
TUTORIALS
Tutorial T1 EMC Metrology and Computation
Time:
Venue:
Speakers:
14:00 - 17:40, Monday, 20 May 2013
Jim Stynes B
Howard C Reader, University Stellenbosch, South Africa
Ernst Burger, FEKO Services, South Africa
Abstract
The tutorial on EMC Metrology and Computation will lead participants through three laboratory experiments
that illustrate fundamental issues in EMC. The first raises simple questions about coupling between parallel
wires systems that are either separated or share a common conductor. An unexpected finding is the
consequence of making the measurement carelessly. The other two experiments challenge participants on
whether or not partial or complete enclosure shielding is necessary in RFI mitigation. The thought process of
EMC problem solving though computational tools will then be introduced. The intention is to help visualize
and understand the physics of the EM coupling mechanisms. Participants will be introduced to important
concepts of computational electromagnetics (CEM) relevant to EMC. A leading CEM software suite will be
used to demonstrate the practical application of such tools to the three experiments and also to two more
industrially-linked case studies.
Howard C. Reader received a Ph.D. in Time Domain Electromagnetics from St. John's College, Cambridge,
U.K., in 1985. From 1986 to 1994, he was Lecturer, Senior Lecturer, and Associate Professor at the
University of Natal, South Africa. In 1994, he was appointed to the Chair of High Frequency Electronics in the
EEEng. Department, University of Stellenbosch, South Africa. His research interests include electromagnetic
compatibility, HF metrology and microwave dielectric heating. Current work is directed towards research and
consultation on EMC and RFI Mitigation of South Africa's SKA MeerKAT telescopes. Howard is senior
member of the IEEE and has recently co-founded the new South African IEEE EMC Chapter, he is a
member of the Institution of Engineering and Technology, a Chartered Engineer (U.K.), and serves as South
Africa's Union Radio-Scientifique Internationale Commission E (EMI) chair
Ernst Burger received an M.Sc.Eng. degree with a specialisation in computational electromagnetics from
the University of Stellenbosch, South Africa, in 2000. From 2001 to 2006 he was employed as a radar
professional in the South African defence industry before joining EM Software & Systems early in 2006. At
EMSS, he worked as consulting engineer before moving into a business development and customer
relations role in support of the FEKO suite of computational electromagnetics software. His professional
interests include the EM modelling of electrically large platforms for problem solving in the fields of EMC,
RCS and radiation hazard analysis. His current work includes the development of FEKO markets in Australia
and support of distribution efforts in various other markets as well as the establishment of a CEM consulting
service for EMSS.
Tutorial T2 Designing for EMC-Fundamentals Related to Printed Circuit Boards
Time:
Venue:
Speaker:
09:00 – 12:40, Monday, 20 May 2013
Jim Stynes A
Mark Montrose, Montrose Compliance Services, Inc., USA
Abstract
Technology of today, when designing printed circuit boards for both EMC compliance and functionality, has
advanced to where current design techniques and rules of thumb are becoming less effective. A new view
on design engineering must occur if one is to be successful based on use of higher speed components,
greater power consumption, higher bandwidth interconnects, along with their incorporation in lightweight
enclosures with minimal shielding provided.
This workshop has a focus toward hands-on or applied engineering related to printed circuit board design
that includes understanding fundamentals of both time- and frequency-domain aspects.
Without
understanding what Maxwell and Ohms law tells us, we can spend considerable time, money and effort
experimenting to achieve EMC at the component level.
WORKSHOPS AND TUTORIALS
All EMC problems begin and end with electronic circuitry. A printed circuit board is essentially a physical
structure used to mechanically support transmission lines, thus transmission line theory is discussed heavily.
EMC engineers of today need to understand both signal integrity (time domain) as well as EMI (frequency
domain) associated with transmission lines along with advances in printed circuit board manufacturing
technology, lossy material, and the need to use of higher-speed printed circuit board core material for GHzbased systems..
Tutorial T3 Decoupling, Bypassing and Embedded Capacitance
for Enhanced PCB Performanc
Time:
Venue:
Speaker:
14:00 – 17:40, Monday, 20 May 2013
Jim Stynes A
Mark Montrose, Montrose Compliance Services, Inc., USA
Abstract
With advances in semiconductor manufacturing, larger pin count devices, greater power consumption and
higher clock speeds, an optimal power distribution network for printed circuit boards is now a primary
concern for designers. Signal integrity must be ensured while maintaining electromagnetic compatibility for
an intended operating environment, such as telecommunication, information technology or industrial control.
Power plane resonances and lack of energy charge to digital components are now causing functional and
operational problems. Understanding how to incorporate basic capacitive structures in power distribution
networks is becoming a mandatory aspect of design engineering along with the PCB layout process. Areas
of concern deal with application of use, proper implementation techniques, equivalent series
resistance/inductance, minimizing lead and loop inductance, discrete component placement, multi-pole
methodology, and of course capacitance value. Characteristic parameters on how capacitors function and
selection criteria are presented. A case study analyzes what can happen when incorrect use of a single
decoupling capacitor occurs.
This is an introductory course on designing a power distribution network that targets design engineers who
need to understand how and why capacitive structures work in a simplified manner, and how to design an
efficient power distribution network at minimal cost.
Mark Montrose is principle consultant of Montrose Compliance Services, Inc., a full
service regulatory compliance firm specializing in electromagnetic compatibility (EMC)
and industrial product safety with over 30 years of applied, hands on experience. He is a
professional trainer, consultant and design engineer in all aspects of EMC and authored
four popular textbooks with translations. Currently he is a member of the IEEE EMC
Society Board of Directors, past president and founder of the IEEE Product Safety
Engineering Society, and past Division Director of the IEEE along with being an elected
Member of the IEEE Board of Director, 2009-2010. He is an iNARTE (RABQSA) Master
EMC Design Engineer and provides consulting and training services worldwide in
addition to being an ISO 17025 EMC Assessed Test Laboratory for in situ compliance of industrial products.
Tutorial T4 EMC for Engineers: Theory and Practice
Time:
Venue:
Speaker:
09:00 – 12:40, Monday, 20 May 2013
Olympic Room B
Christos Christopoulos, University of Nottingham, UK
Abstract
This is an introductory level short course covering practical issues in EMC design and also some of the
modeling techniques used for more sophisticated EMC analysis. The treatment will suit EMC practitioners
and also those who are relatively new to the field. Mathematical analysis is kept to a minimum and therefore
the material is accessible to a wide range of people. It can also be split into two half-day courses if desired,
one on “Practical issues in EMC design” and the other on “Modelling for EMC”. Topics to be covered include:
Introduction to EMC
EMI Sources, coupling paths and effects of EMI
Practical issues in EMC design (stray components, differential- and common-mode currents,
radiation and cross-talk, pulse rise-time and bandwidth, shielding segregation and grounding etc)
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WORKSHOPS AND TUTORIALS
CAD and simulation techniques in EMC
EMC measurements and standards
Relation of EMC to Signal Integrity
Conclusions and suggestions for self study
Tutorial T5 Near field scanning techniques for the characterization of
emissions from PCBs
Time:
Venue:
Speakers:
14:00 – 17:40, Monday, 20 May 2013
Olympic Room B
Christos Christopoulos, University of Nottingham, UK
David Thomas, University of Nottignham, UK
Abstract
The focus of this tutorial is on the development of emission models for PCBs derived from near-field studies.
These models can then be readily incorporated into full-field codes to make predictive studies thus
decoupling the complexity of the PCBs from the simulation of large scale problems. The material will cover
the extraction of the emission models by experimental techniques, the robustness of the derived models and
show how they can be incorporated into full-field solvers.
Christos CHRISTOPOULOS was born in Patras, Greece in 1946. He received the
Diploma in Electrical and Mechanical Engineering from the National Technical
University of Athens in 1969 and the MSc and DPhil from the University of Sussex in
1979 and 1974 respectively.
He joined the Department of Electrical and Electronic Engineering, University of
Nottingham and has been Professor of Electrical Engineering since 1990 and Director
of the George Green Institute for Electromagnetics Research (GGIEMR) since 2001.
He is now Emeritus Professor.
His research interests are in Computational Electromagnetics, Electromagnetic
Compatibility, Signal Integrity, Protection and Simulation of Power Networks, and Electrical Discharges and
Plasmas. He is the author of over 400 research publications, five books and several book chapters. He has
taught University and Professional courses in many countries worldwide. He served as Chairman of URSI
Commission E "Electromagnetic Environment and Interference" in the period 2008-2011. In 2011 he
received the IET Ambrose Fleming Medal for Achievement in Information and Communications. He is a
Fellow of the Royal Academy of Engineering (FREng).
David W. P. Thomas MIET SMIEEE CEng. received the B.Sc. degree in Physics from Imperial College of
Science and Technology, the M.Phil. degree in Space Physics from Sheffield University, and the Ph.D.
degree in Electrical Engineering from Nottingham University, in 1981, 1987 and 1990, respectively. In 1990
he joined the Department of Electrical and Electronic Engineering at the University of Nottingham as a
Lecturer where he is now a Professor of Electromagnetic Applications. His research interests are in
electromagnetic compatibility, electromagnetic simulation, power system transients and power system
protection. He is a member of CIGRE and convener for Joint the Working Group C4.207 “EMC of
communication circuits, low voltage systems and metallic structures in the vicinity of power systems” and the
newly formed C4.31 “EMC between communication circuits and power systems”. He is Vice Chair for the
IEEE EMC Technical committee T7 on Low Frequency EMC.
Tutorial T6 Solving EMC problems using state of the art numerical techniques
Time:
Venue:
Speaker:
09:00 – 12:40, Wednesday, 22 May
Jim Stynes B
Frank Demming-Janssen, CST-Computer Simulation Technology AG, Germany
Abstract
The tutoprial will start with a brief overview of the various numerical EM Simulation methods, such as FDTD,
TLM, FEM and MoM. These computational techniques are commonly used to investigate EMC/EMI problems.
The pros and cons of each technique will be discussed. In addition, some EMC/EMI specific enhancements
WORKSHOPS AND TUTORIALS
to the above mention standard algorithms will be introduced. The second part of the workshop will focus on
the real life application of these numerical techniques to EMC/EMI -problems. A variety of applications will be
presented, including the simulation of the shielding effectiveness of enclosures, the calculation of the
susceptibility and emission from cable harnesses, EMP, ESD, lightning strike simulations and the calculation
of RADHAZ. The presentation will be accompanied by online demonstrations of the workflows used in state
of the art EM field simulators.
Frank Demming-Janssen Received his Diplom Ingenieur (FH) in Engineering Physics
in Oct. 1995 from the University of Applied Science in Münster. From August 1994 to
May 1995 he was studying as a Fulbright Scholar at the Institute of Optics at the
University of Rochester, N.Y., USA. In Sep. 2001 he received his Ph.D. in Physics from
the Technical University of Chemnitz/Germany. He joined Computer Simulation
Technology (CST AG) in Jan. 2001 and is currently working as Principal Engineer and
Country Manager supporting customers in Northern Germany/BeNeLux and Australia.
Tutorial T7 Using Reverberation Chambers for Actual EMC Tests
Time:
Venue:
Speaker:
16:00 – 17:40 Wednesday 22 May
Jim Stynes B
Frank Leferink, University of Twente/ THALES, Netherlands
Abstract
Reverberation chambers are becoming very popular. Major advantages are the high field uniformity, the
isotropicity and high field strength with only moderate power. In this tutorial an overview of (flexible wall)
reverberation chamber (VIRC, or Vibrating Intrinsic Reverberation Chamber) testing is given. The main
advantages and some actual tests caried out on large systems will be shown. By using two VIRCs with a
common wall in between shielding effectiveness testing can be performed very easily: a dynamic range of
over 130 dB at 300 MHz, decreasing to 80 dB at 18 GHz, can be achieved using a normal (scalar or vector)
network analyser without any additional amplifiers.
Frank Leferink (B.Sc 1984, M.Sc. 1992, PhD 2001, Prof. 2003) has been an
employee of THALES Netherlands Since 1984. He is now Technical Authority and
responsible for EMC activities within THALES Netherlands. He is manager of the
(virtual) Center of Excellence on EMC, comprising the group of more than 100 EMC
engineers within the THALES group located at appr. 30 sites in France, United
Kingdom, The Netherlands, Italy and Germany.
Since 2003 he is (part-time, full-) professor EMC at the University of Twente. He is
acting chair of the Telecommunication and EMC group, with 6 staff and 15 PhD
researchers, 7 of them are involved in EMC research. He published over 200 papers.
He is teaching EMC and Transmission Media courses, and he is involved in training activities towards
professionals. He is chair IEEE EMC Benelux, member of ISC EMC Europe, and associate editor of the
IEEE Transactions on EMC. His main interest areas are EMI at PCB and IC level and innovative test
techniques, such as reverberation chambers.
Tutorial T8 High-speed PCB design
Time:
Venue:
Speaker:
9:00 – 12:40, Thursday, 23 May
Jim Stynes B
Frits Buesink, University of Twente, Netherlands
Abstract
This tutorial explains the effects encountered in electrical interconnections as frequencies are increased. The
simple, low frequency approach based on lumped parameter inductive and capacitive models are replaced
by per unit length versions. This becomes critical when a signal transition fits the length of an interconnecting
line (combination of risetime and propagation speed). Interconnections become transmission lines and
impedance control is necessary to reduce reflections and assure signal integrity.
43
44
WORKSHOPS AND TUTORIALS
Another effect is crosstalk between “long” lines. Using several practical demonstrations, these effects are
made visible. Measures are then explained and demonstrated that can be used to reduce the undesired
effects. One of the tricks is the partitioning of an electrically “large” design into smaller modules using the
current boundary.
Finally, the similarity between crosstalk and field emission of transmission line structures is explained and
demonstrated, together with the measures to reduce both effects.
Frits Buesink graduated in 1977 at the Twente University of Technology (UT),
Electrical Engineering Department, in Enschede (Netherlands) and works at the former
Hollandse Signaal Apparaten, now Thales Nederland B.V. in Hengelo, the Netherlands.
In 1989 he became involved with EMC and has set up educational programs for EMC
awareness in the various disciplines in the company. He is a member of the
Environmental Competence Center at Thales and works as an EMC engineering
consultant for various programmes. In May 2009, he also joined the Faculty of
Telecommunications Engineering at the Twente University as a part time researcher to
coach PhD students in the EMC disciplines.
NOTES
NOTES
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