A Dual-band J-type Meander Antenna for 5G Applications

Shoya Tanaka, K. Noguchi
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Abstract

In recent years, small antennas have been developed for portable devices such as smartphones and tablet PC devices. As the development of electronic devices progresses toward IoT, miniaturization of antennas with high performance are required rapidly. Sharing of a terminal for multiple frequencies is demanded to use several wireless systems. In this project, we study on a J-type antenna that enables dual frequency sharing and conduct research on miniaturization. After simulations of fundamental J-type antennas were examined to understand the principle of dual frequency sharing, miniaturization of the J-type antenna was conducted with meander elements. In this report, we research the miniaturization of the J-type antenna for the purpose of sharing in the 5G frequency bands. After the dual-band J-type meander antenna is simulated, characteristics of the antenna are clarified in measurement.
面向5G应用的双频j型弯曲天线
近年来,小型天线被开发用于便携式设备,如智能手机和平板电脑设备。随着电子设备向物联网方向发展,对高性能天线小型化的要求越来越高。为了使用多个无线系统,需要在多个频率上共享一个终端。在本项目中,我们研究了一种可以实现双频共享的j型天线,并进行了小型化研究。在对j型天线进行仿真分析,了解双频共享原理的基础上,采用曲径单元对j型天线进行小型化设计。在本报告中,我们研究了j型天线的小型化,以实现5G频段的共享。通过对双频j型弯曲天线的仿真,在测量中明确了天线的特性。
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