Research on the electromagnetic environment effect on wireless communication systems
Changlin Zhou, Zhan Zhan, Qin Xuebing, Yang Hongtao, Zhu Weidong
Abstract
Changlin Zhou, Zhan Zhan, Qin Xuebing, Yang Hongtao, Zhu Weidong
Abstract
With the increase in modern communication based on wireless technology, protection against electromagnetic environment effects (E3) on systems is becoming more important. This includes reducing the electromagnetic interference (EMI) and ensuring compatibility for communication systems within, and especially protecting data links and terminals against lightning and high-power electromagnetic pulse (HEMP) to achieve the normal operation of these systems. This paper focuses on E3 analysis, design and operation to protect electronic equipment and communication network systems, and is of value in ensuring effective performing that mission in todaypsilas complex electromagnetic environments (EME).
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With the increase in modern communication based on wireless technology, protection against electromagnetic environment effects (E3) on systems is becoming more important. This includes reducing the electromagnetic interference (EMI) and ensuring compatibility for communication systems within, and especially protecting data links and terminals against lightning and high-power electromagnetic pulse (HEMP) to achieve the normal operation of these systems. This paper focuses on E3 analysis, design and operation to protect electronic equipment and communication network systems, and is of value in ensuring effective performing that mission in todaypsilas complex electromagnetic environments (EME).
Key concepts: Electromagnetic compatibility, Electromagnetic interference, Electromagnetic environment, EMI, Wireless, Electromagnetic pulse, Communications system, Computer science