Abstract
In this paper, we use an analytical model to investigate voltage drop across the conductors of a three-phase parallel wire planar transmission line carrying balanced currents. The expressions derived for the voltage drops are identical to those given by the perfect conductor model except for a term arising due to the propagation of fields inside the conductors. The voltage drops thus calculated yield different values for the two end conductors even when they are symmetrically placed with respect to the central conductor. The calculations show that the imaginary part of the correction term is of more significance than the real part. The results obtained show agreement with the measured values.
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