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TRANSMITTER MODELS FOR EMI PREDICTION
CHAPTER H RECEIVER MODELS FOR EMI PREDICTION
ANTENNA MODELS FOR EMI PREDICTION
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adjacent-channel adjacent-channel interference amplitude cull analysis antenna gain antenna pattern applicable attenuation band bandwidth basic transmission loss beamwidths calculated Chapter characteristics circuit co-channel considered coupling cross modulation cull level desired signal detailed prediction determine Diffraction Region distance effects electric Electromagnetic Compatibility Electromagnetic Interference EMI prediction EMI problem emission emitters equipment factor Figure Filter frequency culling frequency separation fundamental ground IEEE Illustrative Example impedance input intentional radiation interference margin interfering signal intermodulation Intra-System magnetic MODELS FOR EMI modulation envelope near-field noise obtained operational output parameters performance polarization potential EMI potentially interfering probability propagation loss Pulse quency radar radiation region Radio Frequency ratio receiver susceptibility receiving antenna receptor shield shown in Fig signal level sources specific spectrum signature spurious emission spurious response standard deviation surface wave susceptibility threshold Table techniques tion transmitter and receiver tuned frequency wire