emC eUrOpe 2006barcelona

International Symposium on

Electromagnetic Compatibility

September 4-8, 2006

Campus Nord

Technical University of Catalonia

Barcelona SPAIN

i

TABLE OF CONTENTS

Volume 1

MEASUREMENTS, INSTRUMENTATION AMD TESTING (I)

An alternative test method for in-situ radiation measurements 1

K.H Gonschorok, Dresden University of Technology, GermanyF. Schlaganhaufor

On site receiver testing. Application to long distance HF links 5

C. Viielia, Enginyaria La Salle (Univorsitai Ramon LLul), SpainD. Baclia. J.LI. Ppan, M Daumaf, M. Ribo, J R.Rague

The impact of phase in GTEM and TEM emission measurements 11

X T.l. Ngu, The University of Nottingham, United KingdomC. Chnstopouios, D W.P. Thomas, A. Nothofer

Radiating impedance of mains cabling during emissions testing 17

U. Kappei, EMC TestNRW GmbH, GermanyM. Higartner

Compensation method to improve prediction results at 10 m

distance by EUT modeling using site attenuation 23

M. Kawabata, Pukuoka Industrial Technology Center, JapanY. ishida, N, KuwaDara

Simulations and measurements applying the test wire method 29

F. Schroder, Dresden University of Technology, GermanyK. H. Gonschorek, J.E. Rodriguez, E. Perea, E. Zabala

A near-field measurement system for the analysis of PCB

radiated emissions 35

A. Sona, University of Padova, ItalyM. Bortocco. P. Zanchotta

High-speed system for measuring electromagnetic field

distributions 40

M. Takahashi, MCT, Japan5. Arakawa, E. Suzuki, H, Ofa, K. I. Arai, R. Sato

XII

COMPUTATIONAL ELECTROMAGNETICS (1)

Optimization of PEEC based electromagnetic modeling code

using grid computing 45

J. Ekman, Lulea University of Technology, Sweden

F. Monsefi

Adaptive building of accurate and stable PEEC models for EMC

applications 51

G Antonini, University of L'Aquila, ItalyD. Deschnjver T. Dhaene

Improvement of PEEC models via multipoint approximations of

potentials 57

S.V. Kochetov. O.v.G-Unsvorsity Magdeburg, Germany

G. Woilenderg

Accuracy and stability enhancement of PEEC models for the

time and frequency domain 63

G. Antonini, University of L'Aquila, itaiyA. E. Ruehli. J, Ekman

Broad-band analysis of a feed point to coaxial transition 69

J.M. Ldpez-Vsilegas, Universitat de Barcelona, SpainN. Vidai

Temperature distribution examinations of lambda/4 type EM-

absorber using resistive film under high power injection 73

S. Walanabe, Aoyama Gakuin University, JapanK. Saito, A. Taniguchi, O. Hashimoto, T. Saito, H. Kurihara

Transient scattering analysis of arbitrarily shaped combined

dielectric and conducting structures 79

R. Aghajafari, Hamburg university of technology, GermanyH. Singer

FDTD study of the mutual coupling between microstrip antennasfor diversity wireless systems 85

L.y. Khashan, Misr International University, EgyptH, A. Elsaclek, E, A. Hashish

TRANSIENTS

Influence of repetitive pulses on the breakdown behavior of

electronics 91

S, Korte, University of Hannover, GermanyH, Garbe, F. Sabath

XIII

Modelling of the IEC 61000-4-4 electrical fast transient injectionclamp 97

F. Musolino. Politecmco di Torino, ItalyF. Ron

ESD: an improved human body model with frequency-dependent

parameters 101

V. Amoruso, Politecnico di Ban, ItaiyE. Chiarantoni, S. Vergura

12GHz Real time measurement of voltage rise time and current

rise time due to micro gap discharge in voltage below 1 kV 107

K. Kawamata, Hachinohe institute of Technology, JapanS Minegishi, A, Haga; O. Fujiwara

FILTERING

On the decoupling of the DC supply 111

B. Danker, Bicon laboratories, Netherlands

A method to design a 2nd order power line emi filter for switched

mode power supplies 117

j, Vazquez, Univ. Carlos III de Madrid, Esc. Pol, Sup., SpainG. Soria, A. Barrado, E. Olias

Design of an EMI output filter for frequency converters 123

A. Roc'h, University of Tw&nte, Netherlands

H. Bergsma, F. Leferink, P. Zhao, H. Polincler, B. Ferreira

EMISSIONS, IMMUNITY AMD EMC STANDARDS

High frequency effect of randomized switching time in DC-DC

converters 128

N. Boudjsrda, Jijel university, AlgeriaM. Melit, B. Nekhoul, K. El Kharnlichi, K, Kerroum

A sistematic approach for modelling the effect of EMC absorbers

in semi-anechoic chambers 134

S, R. Esparza, Poiitecnics de Valencia, SpainL. Nuho, J. V. Balbastre

Using transfer ratio to evaluate EMC design of adjustable speeddrive systems 140

D. Zhao, Technical University of Deirl, Netherlands

J.A. Ferreira, H. Polinder, A. Roc'h, F.B.J. Leferink

XIV

Circumferential slot in a coaxial cable 146

D. Assante University of Naples Fedenco it Italy

L. Veroiino, S D'Agostmo

Magnetic field emissions up to 400 kHz from a welding

equipment 151

D. Desiden. University of Padova italyA. Maschio

On the effect of high speed connector shields distributed contact

resistance to radiated emissions 157

T. Tarvainen, Esju Oy, Finland

L. Hynynen M Rouvala A. Renko

Mitigating the effects of electromagnetic interferences on

substation secondary circuits 161

S. Carsimamovic, University of Sarajevo, Bosnia and HerzegovinaZ. Bajramovic, M, Velodar. M. Ljovak, A Carsimamovic

Criteria for EMI reduction in sensor-conditioner measuringsystem 167

j Gago, Technical University of Catalonia, SpainD Gonzalez, J Balcelis. J.C. Le Bimetal. J IVlon

Susceptibility of GPS receivers and wireless cameras to a singleradiated UWB pulse 173

D. Mansson, University of Uppsala, Sweden

T. Nilsson, R. Thottappilhl. M. Backstrom

Standardization for defence procurement - european handbook,recommendations electromagnetic environmental effects 178F. Leferink, Thales/University of Twenie, Netherlands

R. Maiabiau

A theoretical approach to the procedures of the ANSI/AAMI

PC69:2000 standard 182

T. Samaras, Aristotle University of Thossaiomki, GroocoD. Kitsou, j Sahafos

The problem of traceability for EMC and environmental

electromagnetic fields measuring equipment 185

M. Borsero. INRIM, ItaiyG. Vizio, B, Audone, V. Orrnezzano

The first cross-border EMC market surveillance campaign for

energy saving lamps- an analysis of the finnish results 191J. Rajamaki, Lauma University of Applied Sciences, Finland

S. Martikamon

XV

A market surveillance policy and test plan for an EMC

enforcement authority 197

J. Rajamaki, Laurea University of Applied Sciences, FinlandS. Wartikamen

EMC AT CHIP LEVEL

Modeling the near electric and magnetic fields at the surface of

an integrated circuit 203

C Labusssoro, Froescalc Semiconductor Snc rranco

S Bon Dhia E Sicara, B. Vngnon, C Lochot

Evaluation of LSI power supply voltage noise caused by injectedRF power using a LECCS model 209

T Nakayama, Matsushita Electric Industrial Co Ltd., Japanh Takahashi, Y. Saito, K. Shimazaks, M. Nagata, 0, Wada

Assessing reconfigurable systems robustness in EMI-exposedenvironments 215

F. Vargas. Catholic University - PUCRS, Brazil

J. Benfsca, A. Farina, E. Gatti. L. Garcia, D Lip, F. Hernandez

Adequacy checkout of thermal models for degradationprediction of integrated circuits at HEMP action 221

V.I. Zhuravliov, Beiarusian State University of Informatics and

Radioeiectronics, Belarus

V.F. Aloxoov

POWER LINE AND TRANSIENTS

Switch mode power supply emission decreasing using blockingimpedance between primary and secondary 224

L. Filipic, iskraemeco d.d., Slovenia

M. Martinjak

Simulation of stair stepping on inverter-fed induction motors 230

J.G. Knockaart, KHBO, BelgiumJ. Peuteman, J. Catrysse, R. Beimans

Lightning induced voltages on power distribution lines:

influence of rate of rise of lightning current 235

P. D. Kannu, National Institute of Technology Karnataka, India

J. Thomas

XVI

SHIELDING,COUPUNG, FILTERING, GROUNDING

Textile shields of electromagnetic fields-application aspects 240

J Koprowska, Textile Research Institute. Poland

H. Ansofc/yk

An analytical model for the shielding effectiveness of a planarmuti-layered shield 244

I Mowete. University of Lagos, NigeriaA Ogunsola

Measurement of shielding effectiveness of small enclosures 249

S Zvanovec, czech technical university, faculty of electrical Czech

RepublicP. Hasrdra, T, Korinok, P. Pochac, M. Mazanok

Effective power bus noise mitigation on multilayer printed circuitboard: design of the experimental set-up and measurements 253

V. Ricchiufi, TechnoLabs S.p.A, ItalyA. Oriandi, L. Giovannucci, E Di Micheia, G Antonini, F. De Paulis

Analysis of the performances of a multi-loop active shield

reducing ELF magnetic field exposure 258

V. Amoruso, PoMocnico di Bah, ItalyE. Chiarantoni, S. Vcrgura

A search for economical shielding improvement of windows 264j. S. Hamaiainen, PvTT, Finland

j. Peltonen, R. Jaaskelainen, M. Moisio

3D analysis for the design impact of cover-wall join on

enclosure's shielding performances 268A. Oriandi, University of L'Aquila, ItalyG. Antonini, M. Italiani

Study of the transfer impedance and shielding effectiveness ofcable trays for industrial wires 274C Munteanu, T&chnicai University of Ciuj-Napoca, RomaniaB Demouiin, I Bacancios, L Kone

Application of simulation of conducted EMI in AC-DC powerconverter to EMI optimal design 280J.C. Le Bunetel, Universit&F. Rabelais de Tours, FranceD. Gonzalez, S. Brehaut, D. Magnon, J. Gago. J. Balcells

Detection and localization of defects on buried conductor by E.M. fields radiation

285M Lefouiii, Jijel university, AlgeriaB. Harrat, 8 Nakhoui, K. Kerroum, K. El Kharniichi

XVII

MEDICAL EQUIPMENT AMD HUMAN EXPOSURE

Immunity assessment of medical devices working in

electrosurgical unit vicinity 291

M. Fernandez-Chimeno, Technical University of Catalonia, SpainS. Verdaguer, M, Guiiez, F, Siiva

A1800 MHz loop antenna for experimental studies on auditorysystem of rats 296

R. Pinto. ENEA. C.R. Casacc'ia, ItalyA. De Vita. V. Lopresto, S. Mancini, G. Marrocco, G. A. Lovisoio

3D FEM model for localized SAR estimate in human exposure to

microwaves 301

M. Worega, POLITEHNiCA University oi Bucharest, Romania

AM, Morega, A. Machedon

Evaluate damage in DNA molecules caused by intermediate

frequency magnetic fields using bacterial gene expressionsystem for mutation repairing 307

A.K. Haga, Tohoku Gakuin University, JapanG.I. Endo, K.O. Kobayashi

Application of a MoM/FDTD-hybrid method to helical dipoleantenna 313

P. Pongpaibool, National institute of information and Communication,

JapanS. Watanabe, S. Mochizuki, H. Shirai, T. Urso

MEASUREMENTS, INSTRUMENTATION AND TESTING (II) •

Indirect method of measurement for conducted emissions of

high-power equipments 318

S. Coats, University of Li&ge, BelgiumV. Baauvois, J. Gatrysse, W. Legros

Comparison of alternative conducted emission measurement

methods by using FSV and IELF algorithms 324

J. Knockaert, KHBO, BaigiumJ. Gatrysse, R. Belmans

Comparison of different probes to measure line coupled UWB

pulses in running systems 330

R. Krzikalla, Hamburg University of Technology, GermanyJ. L. ter Haseborg

Modelling of large ground structures by multiport measurements 336

T. Stadtler, Hamburg University of Technology, GermanyJ.L. ter Haseborg

XVIII

In-situ broadband characterization of complex permittivity and

permeability of magnetic dispersive materials 341

C.P. Chan. Kanagawa University, Japan

Z.W, Ma, T, Anada, J.P. Hsu, C. Christopoulos

An improved algorithm for finding electric property of grounded

dielectric slab with finite size by use of model-based standing

wave method 347

Y. Nishikata, Niigata university, Japan

N. Ishsi, M. Miyakawa

Testing the robustness of the feature selective validation (FSV)

method for EMC/SI applications 353

A. Duffy, De Montfort University, United Kingdom

A. Oriandi, G. Antonini

COMPUTATIONAL ELECTRONAGMET1CS (11)

Vertical wire YAGI structure above a lossy half-space: current

distribution and input impedance 359

MP. Rancic, University of Ms, Faculty of Electronic Engineering,

YugoslaviaP.D. Rancic

Mode conversion on high-frequency signal propagation on

asymmetric interconnects 365

A. Maffucci, Universiia dl Cassino, ItalyA.G. Chiarieiio, G. Miano, F, Vilione, W. Zamboni

Efficient modal analysis of anechoic and semianechoic

chambers 371

i. Monterde, Polytechnical University of Valencia, SpainL Nuno, J. V. Balbastre

Upper and lower bounds for the simulation of frequencydependent interconnects with uncertain parameters 377

S, Barmada, University of Pisa, ItalyA. Musolino, M, Raugi

Wide-band analysis of radiating and scattering structures usingthe improved MM-PO method 383

A. Noga, Silesian University of Technology, Poland

A. Karwowski

EM fields in the vicinity of aperture antennas: assessment of the

expected measurement values and accuracy 387

J.N, Sahaios, Aristotle University of Thessaloniki, Greece

A.A. Nanos. K. Siakavara, T. Samaras

XIX

RAILWAYS

Electromagnetic interference from high speed railway line on

telecommunication cable: results of a measurementcampaignand comparison with calculations 393

G. Lucca, Sirti S.p.A., ItalyM, Mora, A. Pagam. L. Zucchelli

Railway electrical systems integration - practical application of

the 'V cycle for electromagnetic compatibility (EMC) 399

L M, McCorrnack, Atkins Rail. United KingdomR.D. White, S. Seller. R. Hutchison, P.W. Hooper

Lightning protection of transit railway track circuits 405

R.A. Peraia. Electro Magnetic Applications, inc., United States

POWER LIME COMMUNICATIONS

Optimal bit-loading for broadband multicarrier power line

communication subject to radiated emission limits 408

y. D'Amore, Univ. of Rome, ItalyM.S. Sarto, E. Baccaralli, M. Biagi

Measurement method to describe the attenuation characteristics

of the mains network 414

S- Battermann, University of Hannover, GermanyH. Garbe, L. Durtker

Equivalent two-port network for indoor outlet and its application 420

Y. Kami, University of Electro-Communications, JapanF. Xiao

PRINTED CIRCUITS BOARDS (I)

Radiation model of small horizontal submodules 426

M. Leone, Siemens Com, GarmanyM. Valek

Optimization of connector-track interface 431

A.PJ. van Daursen, Eindhoven University of Technology,Netherlands

S. Kapora

EMI from ICs and PCBs inside high speed networking equipment 437

S.K. Goudos, Aristotle University of Thessaioniki, Greece

C.8. Hilas, IT. Rekanos, J.N. Sahalos

XX

Radiation immunity of RF receiver located on the same PCB with

a microcontroller443

N Hojjat Caiieton Univeisity, Canada

L Roy O Maurice E Sicard

Microstrip line coupling to a dual-plane electromagnetic band-

gap microstrip filter structure 447

SY Huang Nanvang Technological University bmqanrow

Y H Lee

Induced currents on a microstrip of finite thickness 453

D Assante University of Naples Fedencj it !m!v

I Verolmo, S DAgostmo

WIRELESS COMMUNICATION SYSTEMS

EMC challenges in emerging wireless technologies 459

A Rojas, CETECOMtSA , SpainM M Pete? j C Solor A Llamas, J Bancs

Shielding and attenuation properties of large buildings and

structures 465

CL Holloway NIST United States

G Koepke D Came!!, K Remioy S Schima

Evaluation of a method based on the impulsiveness ratio to

estimate the communication performance 470

S Lindor Swedish Defence Research Agency, Sweden

Characterization of a leaky line antenna for wireless

communication 475

J Muiler, W L Gore & Assosiates, GermanyS Fisahn H Garbe

Investigation of HPM susceptibility levels on low noise amplifiers 481

T Nilsson, Swedish Defence Research Agency FOl, Sweden

R Maimqvist, M Backstrom

Large-scale parallel FDTD analysis of electromagnetic fields

(EMF) excited with cellular phones in actual train carriages 486

M Hirono, Hokkaido University, JapanT Hikage, Y Abiko, T Nojima, S Watanabe, T Shino/uka

MEASUREMENTS, INSTRUMENTATION AHB TESTING (III)

Electric field-power relationship in mode stirred reverberation

chamber 492

S Girard, Blaise Pascal, France

P Diouf, F Paiaaian

XXI

Verification of the HERO requirements of an explosive systemwith reference to the MIL-STD 464A (HERO testing) 496M.H. Pocai. C./.S AM.. Italyi. Dotto. D Festa

Low-Q reverberation chamber to reproduce aircraft-like EMenvironment 502

M.S Sarto. University of Rome. ItalyS Greco

Analysis of the antenna behaviour inside a resonant cavity for a

source-stirring-mode reverberation 508P Russo Universim Poutecnica delie Marche, ItalyG. Cam, V. Manani Pnmiani. C. Monteverae

An immunity test bench generating a perturbation of variable

polarization in the lower frequencies 513

V. Daniau, INRETS FranceJ Rioult, J.P. Ghys S Baz/ois

EMC diagnosis and corrective actions for silicon strip trackerdetectors 519

F. Aneche, CERN Imperial College, SwitzerlandC. Rivetta

PRINTED CIRCUITS BOARDS (II)

Methods to reduce coupling between traces over split groundand power planes 525

F. Xiao, University of Electro-Communications, JapanY, Kami

Ground an reference and the fiction of return conductors 531

B. Danker, Bicon laboratories, Netherlands

Statistical analysis of the PWB resonance suppression with

randomly positioned ground vias 537

M. S. Vahtoia, Esju Oy, Finland

T. J. Tarvainen

Characterization of electromagnetic environment in power

converters using [S] matrix 540

M. Molit, Jijel university, AlgeriaN. Boudjsrda, B. Nekhoul, K. E! khamlichi. K. Kerroum

Dielectric properties of insulation layers of printed circuit boards

at high frequencies 546

K. Fukunaga, NICT, JapanA Nishikata, M. Kozai. S. Kurahashi

XXII

CABLES km CONNECTORS

Time-domain analysis of the performances of unshielded twisted

pairs in high-speed circuits 550

A. Maffuccs, Universita dt Cassino. ItalyS Caniggia, F. Maradei. F. Viiione, W Zamboni

Common mode interference coupled via a buried armored cable 556

A P.J van Deursan, Techmsche Urwersiteit Eindhoven Netherlands

H 7 Steenstra, S M&\&(

An equivalent circuit model for LEMP-excited transmission lines 562

F Delfino, University of Genoa, ItalyR Procopio. M Rossi, P Girdimo

Calculation of emitted electromagnetic field from UTP cable bymoment method from 0.3GHz to 2GHz 568

H Tamaki, Kyushu institute of Technology, JapanN Ksiwafaara Y Ishida, M. Kawafaaia

Predicting high crosstalk frequencies in twisted pair cables 574

j. Poitz. OptEfvi Engineering inc., Canada

J. Beckett

Transfer impedance of different cable types and single wire

current distribution 580

H.T. Steenstra, Delft University of Technology, Netherlands

S. yoijor, JJ. Smit, S.A. Ananda

XXIII