IEC TR 61000-4-35:2009

FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms and definitions
4 General
5 Datasheet definitions and instructions
6 Project description
  6.1 General
  6.2 Wideband and ultra wideband simulator
  6.3 Narrowband simulator
  6.4 Reverberation chamber
7 Datasheets
  7.1 Wideband simulator
      HIRA II- PBG, Germany
      AVTOARRESTOR, Ukraine
  7.2 Narrowband simulator
      HPM 3 GHz, 6 GHz and 9 GHz, Czech Republic
      HYPERION, France
      MELUSINE, France
      EMCC Dr. Rasek HIRF-Simulator, Germany
      SUPRA, Germany
      SP Faraday, Sweden
      MTF, Sweden
      ORION, United Kingdom
      Radio Frequency Environment Generator (REG), United Kingdom
  7.3 Reverberation chambers
      Large Magdeburg Reverberation Chamber, Germany
      CISAM Aluminium Reverberation Chamber, Italy
      Environ Laboratories Reverberation Chamber, USA
      QinetiQ Medium Reverberation Chamber (QMRC), United Kingdom
Bibliography

IEC/TR 61000-4-35:2009(E) provides information about extant system-level High-Power Electromagnetic (HPEM) simulators and their applicability as test facilities and validation tools for immunity test requirements in accordance with the IEC 61000 series of standards. HPEM simulators with the capability of conducted susceptibility or immunity testing will be included in a further stage of the project. In the sense of this report the group of HPEM simulators consists of narrow band microwave test facilities and wideband simulators for radiated high power electromagnetic fields. IEC 61000-2-13 defines high power electromagnetic (HPEM) radiated environments as those with a peak power density that exceeds 26 W/m2 (100 V/m or 0,27 A/m). This part of IEC 61000 focuses on a sub-set of HPEM simulators capable of achieving much higher fields. Therefore, the HPEM radiated environments used in this document are characterized by a peak power density exceeding 663 W/m2 (500 V/m or 1,33 A/m). The intention of this report is to provide the first detailed listing of both narrowband (hypoband) and wideband (mesoband, sub-hyperband and hyperband) simulators throughout the world. HEMP simulators are the subject of a separate compendium (IEC 61000-4-32) and thus are outside the scope of this Technical Report. After an introduction, a general description of HPEM simulators, as listed in this Technical Report, is presented. A database has been created by collecting information from simulator owners and operators and this data is presented for the technical characterization of the test facilities. In addition, some important commercial aspects, such as availability and operational status, are also addressed.