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FDTD Analysis about Surge Phenomena Arising on Co-axial Cable

机译:CO轴向电缆产生的浪涌现象的FDTD分析

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In electrical systems, co-axial cables have come to be widely used (for example, transmission systems, building inner wirings and so on). A surge current entering into the cables might cause severe damage to them. Therefore it is necessary to investigate surge phenomena of the cable from the surge propagation point of view. An FDTD method (Finite Difference Time Domain) has recently been applied to analyze this kind of surge phenomena. Accordingly, we have adopted a VSTL rev. (Virtual Surge Test Lab. rev.) which is a surge analysis program developed by CRIEPI (Central Research Institute of Electric Power Industry) in Japan to carry out surge simulation. In this paper, we first discuss the comparison results of surge experiment results by means of a co-axial cable (Type RG58 A/U) and of simulations by means of VSTL rev. Secondly, we illustrate surge phenomena that have arisen on a co-axial cable which is connected with a transmission line through a cable junction. Finally, we discuss these results.
机译:在电气系统中,共轴线必须广泛使用(例如,传输系统,建筑内部布线等)。进入电缆的浪涌电流可能会对它们造成严重损害。因此,有必要从浪涌传播的角度调查电缆的喘振现象。最近应用了FDTD方法(有限差分时间域)来分析这种喘振现象。因此,我们采用了VSTL Rev。 (虚拟浪涌测试实验室。)是日本Criepi(中央电力工业中央研究所)开发的浪涌分析计划,以进行浪涌模拟。在本文中,我们首先通过vstl转速讨论Co-轴线(RG58 A / U)和模拟的浪涌实验结果的比较结果。其次,我们示出了在共轴线上产生的浪涌现象,其通过电缆结与传输线连接。最后,我们讨论了这些结果。

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