用于安装GSM基站收发器的光链路

P. Pieters, D. Duyvejonck, G. Schellemans, B. Nauwelaers, A. R. Van de Capelle
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引用次数: 1

摘要

用于移动通信的GSM系统中用于传输射频信号到收发基站天线的同轴电缆非常笨重。当在现有建筑物中安装新的基站时,这些电缆会造成几个问题。因此,作者建议使用光传输链路来传输这些信号。光纤很小,很轻,提供低衰减,电绝缘和低电磁干扰问题。使用射频光链路时出现的问题是相对较高的插入损耗和噪声。为了降低这些链路的电插入损耗,作者设计了发射激光二极管和接收光电二极管的有源阻抗匹配网络。然而,这些有源网络引入了额外的噪声,也应该加以限制。在设计这些网络时必须小心,以获得最佳的噪声性能。初步的实际实现表明,这种方法是有前途的,对未来的DCS系统将更加有利。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optical links for installation of a GSM base transceiver station
The coaxial cables that are used in the GSM system for mobile communication to transport the RF signals to and from the antenna in the base transceiver station, are very bulky and heavy. When installing new base stations in existing buildings, these cables cause several problems. The authors therefore propose to use optical transmission links for these signals. An optical fibre is small, very light, offers low attenuation, electrical insulation an low EMI problems. The problems that arise when using RF optical links are the relatively high insertion losses and the noise. In order to lower the electrical insertion loss of these links, the authors design active impedance matching networks for the transmitting laserdiode and the receiving photodiode. These active networks however introduce extra noise that should be limited as well. Care must be taken to design these networks for optimum noise performance. The first practical realisations show that this approach is promising and will be even more advantageous for the future DCS system.
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