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Application of transmission-line super theory to classical transmission lines with risers

机译:传输线超理论在经典立管传输线中的应用

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By applying the Transmission-Line Super Theory (TLST) to a practicaltransmission-line configuration (two risers and a horizontal part of the lineparallel to the ground plane) it is elaborated under which physical andgeometrical conditions the horizontal part of the transmission-line can berepresented by a classical telegrapher equation with a sufficiently accuratedescription of the physical properties of the line. The risers together withthe part of the horizontal line close to them are treated as separate linesusing the TLST. Novel frequency and local dependent reflection coefficientsare introduced to take into account the action of the bends and theirradiation. They can be derived from the matrizant elements of the TLSTsolution. It is shown that the solution of the resulting network and the TLSTsolution of the entire line agree for certain line configurations. Thephysical and geometrical parameters for these corresponding configurationsare determined in this paper.
机译:通过将传输线超理论(TLST)应用于实际的传输线配置(两个立管和平行于地平面的线的水平部分),可以详细说明在哪种物理和几何条件下可以表示传输线的水平部分通过经典的电报方程式,可以充分准确地描述线路的物理特性。立管和靠近它们的水平线部分使用TLST视为分开的线。引入了新颖的频率和局部相关反射系数,以考虑到弯头及其辐射的作用。它们可以源自TLSTsolution的主要元素。结果表明,最终网络的解决方案和整个线路的TLSTsolution对于某些线路配置是一致的。本文确定了这些相应配置的物理和几何参数。

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