In this paper, the propagation of voltages and currents in lossless multiconductor transmission lines with one or more conductors periodically grounded is discussed. An general procedure for the computation of the characteristic impedance matrix is shown. The presented procedure is efficient, and can be applied to an arbitrary number of ungrounded and grounded conductors. Numerical results are shown for a typical line configuration, considering a direct lightning on the shield wire and discussing the effect that the termination has on the voltage propagation.
Voltage Calculation in Periodically Grounded Multiconductor Transmission Lines
Assante D;Fornaro C
2014-01-01
Abstract
In this paper, the propagation of voltages and currents in lossless multiconductor transmission lines with one or more conductors periodically grounded is discussed. An general procedure for the computation of the characteristic impedance matrix is shown. The presented procedure is efficient, and can be applied to an arbitrary number of ungrounded and grounded conductors. Numerical results are shown for a typical line configuration, considering a direct lightning on the shield wire and discussing the effect that the termination has on the voltage propagation.File in questo prodotto:
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