全双工通信系统的模拟自干扰消除

Gündüz Özkul, C. Toker
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引用次数: 0

摘要

目前,随着通信系统的发展,对高速和频谱的需求越来越大。为了满足这一需求,人们正在研究全双工通信系统。由于在全双工通信系统中通信是在同一时间和频率进行的,因此频谱效率提高了一倍。然而,由于通信是在同一时间、同一频率进行的,强发射信号会泄漏到接收路径上,称为自干扰。这种自干扰必须被取消,这样通信才能继续。根据研究结果,在10 MHz带宽和2.5 GHz下,实现了约60 dB的自干扰消除。为了检验自消干扰对通信系统的影响,进行了误差矢量大小分析。根据这一分析,测量了在发射0 dBm时-55 dBm的接收灵敏度性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analog Self-Interference Cancellation For Full Duplex Communication Systems
Currently, with the development of the communication systems, the demand for high speeds and spectrum is increasing. In order to satisfy this demand, Full-Duplex Communication Systems are being studied. Since the communication is done at the same time and frequency in Full-Duplex Communication systems, it doubles the spectrum efficiency. However, since the communication is done at the same time and frequency, the strong transmit signal leakage the receiver path which is called self interference. This self interference must be cancelled so that communication can continue. According to the study results, approximately 60 dB self interference cancellation achieved at 10 MHz bandwidth and 2.5 GHz. Error Vector Magnitude analysis was carried out in order to examine the effect of this self Interference cancellation on communication systems. According to this analysis, -55 dBm receiving sensitivity performance was measured while transmitting 0 dBm.
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