Design of the power supply system with function of lightning protection and filter for communications vehicle

Tiejun Li, Wen-Ran Li, Can Zhang, G. Shao
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Abstract

During the loading process of communication vehicle in SOTM, the design of power system is mainly confined to filtering or lightning protection for single device. If the Electromagnetic Compatibility (EMC) occurred after loading, it can only be solved by the late reinforcement and will result in the existence of dangerous for EMC and safety. To deal with this disadvantage, this paper proposes a power system design schema for communication vehicle with the function of lightning protection and filtering. The EMC safety and system reliability can be guaranteed by using the system device lightning protection and power filter design. There is a widely adaptability of the system structure and it is important for designing of the power system.
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通信车辆防雷滤波供电系统的设计
在SOTM通信车辆装载过程中,电力系统的设计主要局限于对单个设备的滤波或防雷。如果在加载后出现电磁兼容性问题,只能通过后期加固来解决,会对电磁兼容性和安全造成危害。针对这一缺点,本文提出了一种具有防雷滤波功能的通信车辆电力系统设计方案。采用系统器件防雷和电源滤波设计,可以保证系统的电磁兼容安全性和可靠性。系统结构具有广泛的适应性,对电力系统的设计具有重要意义。
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