Design of 26GHz On-Chip Antenna for Microsensors Based on a Standard 0.18μm CMOS Process

Zhuohan Sun, Jian Guan, Zhipeng Li, Xueting Pang, Zhihang Xie, Jingjing Liu, Yuan Jiang, Mingwei Huang
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Abstract

With the rapid development of 5G communication network, microsensors become more and more important because they could be the solution of Internet on Everything. To realize microsensors, the miniaturization of antenna is a key issue. The paper demonstrates a 26GHz on-chip antenna for microsensors based on standard 0.18μm CMOS process. Through the introduction of hexagon artificial magnetic conductor structure, the antenna gain is enhanced. The antenna has a peak gain of −7.2dBi and a good front-to-back ratio. The working frequency band of the antenna spans from 21.67GHz to 29.99GHz (32% of center frequency), rendering the antenna capable for 5G communication based on 26GHz frequency band.
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基于标准0.18μm CMOS工艺的微传感器26GHz片上天线设计
随着5G通信网络的快速发展,微传感器成为万物互联的解决方案,变得越来越重要。实现微传感器,天线的小型化是关键问题。介绍了一种基于标准0.18μm CMOS工艺的26GHz微传感器片上天线。通过引入六边形人工磁体结构,提高了天线增益。天线的峰值增益为- 7.2dBi,具有良好的前后比。该天线的工作频段为21.67GHz至29.99GHz(占中心频率的32%),可实现基于26GHz频段的5G通信。
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