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Design of mm-wave phased array in mobile terminal for 5G mobile system

机译:5G移动系统移动终端中的毫米波相控阵设计

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In this paper, the study of the mm-Wave phased array in mobile terminal for the fifth generation (5G) mobile communication system is proposed. The design methodologies are presented based on the concept of coupled oscillator arrays, making the phased array without the need of conventional phase shifter and complex feeding network. The operating band of the proposed phased array is in 21 GHz-22 GHz, which is one of the candidate bands for 5G cellular. The design of tunable coupling networks can achieve the desired scanning beam by tuning the phase gradient states of adjacent oscillator elements. The overall array is low cost and low profile, which is suitable for 5G mobile system.
机译:本文对第五代(5G)移动通信系统中移动终端的毫米波相控阵进行了研究。设计方法是基于耦合振荡器阵列的概念提出的,不需要传统的移相器和复杂的馈电网络就可以使相控阵成为可能。拟议的相控阵的工作频带为21 GHz-22 GHz,这是5G蜂窝的候选频带之一。可调谐耦合网络的设计可以通过调整相邻振荡器元件的相位梯度状态来获得所需的扫描光束。整体阵列成本低,外形小巧,适用于5G移动系统。

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