W-band TWTs for new generation high capacity wireless networks

C. Paoloni, R. Letizia, R. Zimmerman, F. André, Sophie Kohler, V. Krozer, G. Ulisse, F. Magne, A. Ramírez, M. Rocchi, Marc Marilier, R. Vilar
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引用次数: 12

Abstract

The congestion of the spectrum actually devoted to wireless networks has stimulated the exploitation of the wide availability of frequencies in the millimeter wave range. The high atmospheric attenuation and the strong detrimental rain effect require level of power not available by solid state power amplifiers typically used at microwave frequency. The lack of power has so far limited the use of millimeter wave range. The massive use of Traveling Wave Tubes as power amplifier in high capacity wireless networks will be the breakthrough in the development of the future millimeter wave network fundamental for the 5G development. The H2020 TWEETHER project aims at a new wireless network concept based on TWTs to distribute data in the millimeter wave portion of the spectrum.
用于新一代高容量无线网络的w波段行波管
实际专用于无线网络的频谱的拥塞刺激了对毫米波范围内广泛可用频率的开发。高大气衰减和强有害降雨效应需要的功率水平是通常在微波频率下使用的固态功率放大器无法提供的。到目前为止,电力的缺乏限制了毫米波的使用范围。行波管作为功率放大器在大容量无线网络中的大量应用,将是未来毫米波网络发展的突破口,也是5G发展的基础。H2020 TWEETHER项目旨在基于行波管的新无线网络概念,在频谱的毫米波部分分发数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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