The available analytic solutions for a periodic array of symmetric in-line wave launchers have been used in characterizing the high-frequency ● propagation along the launchers. These analytic solutions are based on a high-frequency asymptotic formulation of the multiconductor transmission-line equations. In particular, a family of curves that permit a desired highfrequency voltage transfer rati...

Timeand frequency-domain theory of multiwire magnetic transmission lines is presented for the first time. The familiar theory of electric multiconductor transmission lines (MTL) is based on the manipulation of two matrices, the longitudinal impedance and the transverse admittance. However, for magnetic MTLs, the key matrices are the transverse impedance and the longitudinal admittance. It is sh...

This article describes a time-domain transmission line model based on distributed parameters for transient analysis. This model is based directly on the differential equations for the basic transmission line without any previous simplification. The solution presented here for these differential equations results in a more detailed time-domain model than others models currently in use, and with ...