Analysis of field-to-wire coupling in full radiation environment in reverberation chamber

Based on one unit sphere which the incidence angles equally distributed，the field-to-line couple model is derived from the transmission line theory and the“full radiation environment” is simulated.Full radiation effects under different conditions are simulated to analyze the terminal load and length response law of transmission line.The results indicate that transmission line under full radiation has a frequency selecting characteristic，and the peak of terminal load response appears at some frequency points which wavelength equal to the line length，and n/2 times to these frequency points.The change of terminal load value has no influence on the response curve.Moreover，the change of one of terminal load value has no obviously influence on another terminal load response curve.