TR 102 273-7 : 1.2.1

Intellectual Property Rights
Foreword
1 Scope
2 References
3 Definitions, symbols and abbreviations
  3.1 Definitions
  3.2 Symbols
  3.3 Abbreviations
4 Introduction
  4.1 Artificial Human Beings
      4.1.1 Saltwater column
      4.1.2 Salty man
      4.1.3 "Salty-lite"
      4.1.4 Other salties
  4.2 Simulation of the human form
  4.3 Test conditions
5 Uncertainty contributions specific to Salty man/Salty-lite
  5.1 Comparison between average humans and Salties
  5.2 Uncertainties associated with the use of Salty man and
      Salty-lite
  5.3 Measurement considerations for Salty man and Salty-lite
      5.3.1 Frequency ranges
      5.3.2 Uncertainties of use
      5.3.3 Conclusion
6 Verification procedure for the Salty man and Salty-lite
  6.1 Definition
  6.2 Overview of the verification procedure
      6.2.1 Apparatus required
      6.2.2 Site preparation
      6.2.3 Measurement configuration
      6.2.4 What to record
  6.3 Verification procedure
  6.4 Processing the results of the verification procedure
      6.4.1 Report format
  6.5 Calculation of measurement uncertainty
      6.5.1 Introduction
      6.5.2 Discussion of uncertainty contributions
      6.5.3 Uncertainty contribution, actual measurement
7 Test methods
  7.1 Introduction
      7.1.1 Site preparation
      7.1.2 Preparation of the EUT
      7.1.3 Standard antennas
      7.1.4 Mutual coupling and mismatch loss correction
            factors
      7.1.5 Power supplies to the EUT
      7.1.6 Restrictions
  7.2 Transmitter tests
      7.2.1 Frequency error
      7.2.2 Effective radiated power
      7.2.3 Spurious emissions
      7.2.4 Adjacent channel power
  7.3 Receiver tests
      7.3.1 Sensitivity tests in an Anechoic Chamber
             (30 MHz to 1 000 MHz)
             7.3.1.1 Apparatus required
             7.3.1.2 Method of measurement
             7.3.1.3 Procedure for completing the results
                     sheets
             7.3.1.4 Log book entries
             7.3.1.5 Statement of results
      7.3.2 Measurement uncertainty for Receiver Sensitivity
             (Anechoic Chamber)
             7.3.2.1 Uncertainty contributions: Stage 1:
                     Determination of transform factor
             7.3.2.2 Uncertainty contributions: Stage 2:
                     EUT measurement
             7.3.2.3 Expanded uncertainty of the receiver
                     sensitivity measurement
      7.3.3 Sensitivity tests in an Anechoic Chamber with a
             Ground Plane (30 MHz to 1 000 MHz)
             7.3.3.1 Apparatus required
             7.3.3.2 Method of measurement
             7.3.3.3 Procedure for completion of the results
                     sheets
             7.3.3.4 Log book entries
             7.3.3.5 Statement of results
      7.3.4 Measurement uncertainty for Receiver Sensitivity
             7.3.4.1 Uncertainty contributions: Stage 1:
                     Determination of transform factor
             7.3.4.2 Uncertainty contributions: Stage 2:
                     EUT measurement
             7.3.4.3 Expanded uncertainty of the receiver
                     sensitivity measurement
      7.3.5 Sensitivity tests (Open Area Test Site)
             (30 to 1 000 MHz)
             7.3.5.1 Apparatus required
             7.3.5.2 Method of measurement
             7.3.5.3 Procedure for completion of the results
                     sheets
             7.3.5.4 Log book entries
             7.3.5.5 Statement of results
      7.3.6 Measurement uncertainty for Receiver Sensitivity
             7.3.6.1 Uncertainty contributions: Stage 1:
                     Determination of transform factor
             7.3.6.2 Uncertainty contributions: Stage 2:
                     EUT measurement
             7.3.6.3 Expanded uncertainty of the receiver
                     sensitivity measurement
      7.3.7 Co-channel rejection
      7.3.8 Adjacent channel selectivity
      7.3.9 Intermodulation immunity
      7.3.10 Blocking immunity or desensitization
      7.3.11 Spurious response rejection
Annex A: Bibliography
History

Gives background to the subject of measurement uncertainty and proposes extensions and improvements relevant to radiated measurements.