TR 102 215 : 1.3.1

Intellectual Property Rights
Foreword
Introduction
1 Scope
2 References
3 Definitions, symbols and abbreviations
   3.1 Definitions
   3.2 Symbols
   3.3 Abbreviations
4 Accuracy and measurement uncertainty
   4.1 Introduction
   4.2 Accuracy of measurement
   4.3 Measurement uncertainty
5 Application of measurement uncertainty to specification limits
   5.1 Introduction
   5.2 Development of the "shared risk" concept
   5.3 Shared risk, the new approach
   5.4 Assessment for market surveillance and enforcement
   5.5 Interpretation of EMF test results in CENELEC standards
6 The role of standards (or specifications)
   6.1 Introduction
   6.2 The players
   6.3 The drafting of standards
   6.4 The content of standards
   6.5 Specification limits
7 The role of calibration in measurement uncertainty
   7.1 Introduction to calibration
   7.2 Test site calibration
   7.3 Antenna calibration
   7.4 Test equipment calibration
   7.5 Automated test system calibration
8 Recommended maximum measurement uncertainties for RF
   electromagnetic field measurements
   8.1 Introduction
   8.2 Substitution measurement methods
   8.3 Single measurement methods
9 Controlling measurement uncertainty
   9.1 Introduction
   9.2 Test laboratory accreditation
   9.3 Competence of the test laboratory
   9.4 Skill level of test engineers and supervision of testing
   9.5 Design and validation of appropriate test sites
   9.6 Quality of test methods given in standards
   9.7 Validation of test methods
   9.8 Test instrumentation
   9.9 Documentation
10 Evaluation of current radiated test methods
   10.1 Introduction
   10.2 EMC emissions and immunity
   10.3 Radio parameters
   10.4 EMF parameters
11 Conducted measurement methods
Annex A: History of the "shared risk" concept
      A.1 Interpretation of the measurement results (ETS 300 086
          Edition 1)
Annex B: Examples of measurement uncertainty calculations
      B.1 Effective Isotropic Radiated Power (EIRP) (radio)
      B.2 Radiated spurious emissions (radio)
      B.3 Receiver sensitivity (radio)
      B.4 Radiated field strength (EMC)
      B.5 Radiated immunity (EMC)
      B.6 Radiated receiver blocking (radio)
Annex C: Example electronic files for calculation of measurement
         uncertainty
Annex D: Uncertainty contributions
      D.1 Reflectivity
      D.2 Mutual coupling
      D.3 Range length
      D.4 Corrections
      D.5 Radio frequency cables
      D.6 Phase centre positioning
      D.7 Void
      D.8 Ambient signals
      D.9 Mismatch
      D.10 Signal generator
      D.11 Insertion losses
      D.12 Antennas
      D.13 Receiving device
      D.14 Equipment under test
      D.15 Void
      D.16 Void
      D.17 Void
      D.18 Random uncertainty
      D.19 Summary, tables and figures
History

Provides an evaluation of maximum acceptable measurement uncertainty for Radio Frequency (RF) electromagnetic field (emf) measurements above the frequency one gigahertz (1 GHz) for inclusion within ETSI harmonized standards and radio product standards used for compliance testing.