1、 INTERNATIONAL STANDARD IEC61000-2-13 First edition2005-03 Electromagnetic compatibility(EMC)Part 2-13:Environment High-power electromagnetic(HPEM)environments Radiated and conducted Reference number IEC 61000-2-13:2005(E)BASIC EMC PUBLICATIONLICENSED TO MECON Limited.-RANCHI/BANGALOREFOR INTERNAL U
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8、mail:custserviec.ch Tel:+41 22 919 02 11 Fax:+41 22 919 03 00 LICENSED TO MECON Limited.-RANCHI/BANGALOREFOR INTERNAL USE AT THIS LOCATION ONLY,SUPPLIED BY BOOK SUPPLY BUREAU.INTERNATIONAL STANDARD IEC61000-2-13 First edition2005-03 Electromagnetic compatibility(EMC)Part 2-13:Environment High-power
9、electromagnetic(HPEM)environments Radiated and conducted IEC 2005 Copyright-all rights reserved No part of this publication may be reproduced or utilized in any form or by any means,electronic or mechanical,including photocopying and microfilm,without permission in writing from the publisher.Interna
10、tional Electrotechnical Commission,3,rue de Varemb,PO Box 131,CH-1211 Geneva 20,SwitzerlandTelephone:+41 22 919 02 11 Telefax:+41 22 919 03 00 E-mail:inmailiec.ch Web:www.iec.ch W For price,see current catalogue PRICE CODE Commission Electrotechnique InternationaleInternational Electrotechnical Comm
11、ission BASIC EMC PUBLICATIONLICENSED TO MECON Limited.-RANCHI/BANGALOREFOR INTERNAL USE AT THIS LOCATION ONLY,SUPPLIED BY BOOK SUPPLY BUREAU.2 61000-2-13 IEC:2005(E)CONTENTS FOREWORD.4 INTRODUCTION.6 1 Scope.7 2 Normative references.8 3 Terms and definitions.8 4 General.11 5 Description of radiated
12、environments.13 6 Description of conducted HPEM environments.23 Annex A(informative)Four types of intentional electromagnetic environment interactions.27 Annex B(informative)Examples of low,medium and high-tech generators of HPEM.28 Annex C(informative)Examples of typical HPEM waveforms(conducted an
13、d radiated).31 Annex D(informative)Determination of the bandwidth of typical HPEM waveforms.35 Bibliography.39 Figure 1 Several types of HPEM environments compared with the IEC HEMP waveform.12 Figure 2 A damped sinusoidal waveform for hypoband and mesoband HPEM environments.18 Figure 3 The spectral
14、 magnitude of the time waveform in Figure 2.19 Figure 4 Hyperband HPEM environment waveforms for variations in range in metres.21 Figure 5 Hyperband spectral magnitude of HPEM environments from Figure 4.21 Figure 6 Effective coupling length for a 1 m metallic cable.22 Figure 7 Building used for HPEM
15、 conducted propagation experiments.24 Figure 8 Examples of briefcase generators for producing conducted environments:CW generator(left)and impulse generator(right)15.26 Figure B.1 Line schematic of a reflector type of an impulse radiating antenna(IRA).30 Figure C.1 Half-sinusoid at fo=1 GHz.31 Figur
16、e C.2 Full sinusoid at f=1 GHz.32 Figure C.3 20 cycles of sinusoid at f=1 GHz(N=20).32 Figure C.4 Difference of exponential waveform.33 Figure C.5 Gaussian waveform.33 Figure C.6 Sinusoidal waveform with a Gaussian-amplitude modulation.34 Figure D.1 A waveform spectrum with a large dc content (e.g.the early-time HEMP from IEC 610002-9).36 Figure D.2 A waveform with a multipeaked spectral magnitude in units of 1/Hz.36 Figure D.3 Spectral magnitude of a damped sinusoidal waveform with a low Q and
