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Appendix 4 – Radio Wave Propagation Curves

Lecture



Appendix 4 – Radio Wave Propagation CurvesAppendix 4 – Radio Wave Propagation Curves

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Lectures and tutorial on "Electromagnetic compatibility"

Terms: Electromagnetic compatibility

1. The Electromagnetic Environment in a Group of Equipment 1.1. Causes of the EMC Problem
Antenna effect - antenna effect
1.2 Basic Concepts and Definitions of EMC
1.3 The problem of electromagnetic compatibility (EMC) and methods of its solution, shielding, screens
1.4 Sources and receptors of electromagnetic (EM) interference
Models of a Radio-Electronic System and EMC Assessment
3. Radio transmitters as sources of interference
4. Models of the spectrum envelope and radiation parameters of a radio transmitter
5. Characteristics of antenna devices and their effect on EMC
6. Methods of Spatial Propagation of Interference
7. Radio receivers as interference receptors
8. Analysis of the EME. Models and Methods for EMC Assessment
9. Assessment9. Stage-by-Stage Assessment of Electromagnetic Compatibility, Analysis of Hazardous Interference Sources, Analysis of Hazardous Interference Sources
10. Measurement of spurious emission parameters
11. Measurement of susceptibility parameters
Appendix 1 – Classification of emissions
Appendix 2 – Parameters of Power Spectrum Approximation Models
Appendix 3 – Antenna Gain Model Parameters
Appendix 4 – Radio Wave Propagation Curves
Appendix 5 – EMC Criteria Recommended by the ITU for Basic Radio Services
Electromagnetic radiation in a jet engine: nature, mitigation, application