Demonstrating signalling compatibility between two train control systems

A. Ogunsola, U. Reggiani, L. Sandrolini
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Abstract

This paper deals with the issue of demonstrating electromagnetic and signalling compatibility between two train control systems. In particular, the paper presents an analysis of mutual coupling between a legacy track circuit based train control system (TCS) and a transmission based train control (TBTC) system. The analysis focuses on the ability of the TBTC system to adversely impact the operation of the track circuit based TCS. The paper presents measurement and computational data, and concludes that due to the weak coupling between the TBTC and track circuit TCS, the induced voltage (and current) in the legacy system due to the TBTC does not present a EMI risk to the safe operation of the track circuit TCS.
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演示两个列车控制系统之间的信号兼容性
本文讨论了两个列车控制系统之间电磁和信号兼容性的论证问题。本文特别分析了基于传统轨道电路的列车控制系统(TCS)和基于传动系统的列车控制系统(TBTC)之间的相互耦合。重点分析了TBTC系统对基于TCS的轨道电路运行的不利影响。本文给出了测量和计算数据,并得出结论,由于TBTC与轨道电路TCS之间的弱耦合,遗留系统中由TBTC引起的感应电压(和电流)不会对轨道电路TCS的安全运行造成电磁干扰风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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