Abstract
AbstractThis paper presents analytically electromagnetic fields radiated from finite‐length transmission‐lines. The method is based on the fact that the measured power patterns radiated from the finite‐length transmission line are the same as that measured for the coupling, which is a phenomenon when a plane wave excites a transmission line. Under the hypothesis, reciprocity is assumed between the radiation and the coupling. The power radiated from the finite‐length transmission line, which is received by the measuring antenna, is obtained by the use of a circuit‐concept approach, the transmission‐line equation for the coupling. By comparing the computed values with the measured ones, the reciprocity between them is verified. A discussion is also made on the model with a bend, in addition to the straight line, to confirm the validity. As a result, the fields radiated from the finite‐length transmission line are determined from the power received by the antenna.
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