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Electromagnetic compatibility design of multi-sensor based train integrated positioning system

机译:基于多传感器列车集成定位系统的电磁兼容性设计

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With the rapid development of the intelligence and complication to railway systems, there are increasing demands of electromagnetic compatibility performance for train borne system, where the electromagnetic compatibility performance of train positioning system (TPS) is crucial to the design process of the entire system. In this paper, the system architecture of TPS integrating multi sensors is introduced, based on the overall design of the multi-sensor based train integrated positioning system, the electromagnetic interference of the TPS is analyzed at the power module, communication module, transmission and PCB routing, then the electromagnetic compatibility solutions are introduced in hardware and software. Lab test of the TPS validates the performance with proposed strategies.
机译:随着智力和铁路系统的复杂性快速发展,培养出培训系统的电磁兼容性表现越来越大,其中火车定位系统(TPS)的电磁兼容性性能对整个系统的设计过程至关重要。在本文中,基于多传感器的列车集成定位系统的整体设计,引入了TPS集成多传感器的系统架构,在电源模块,通信模块,传输和PCB处分析了TP的电磁干扰路由,然后在硬件和软件中引入了电磁兼容性解决方案。 TPS的实验室测试验证了拟议策略的性能。

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