A Zero-Mode Induced mmWave Patch Antenna with Low-Profile, Wide-Bandwidth and Large-Angle Scanning for 5G Mobile Terminals

Yong Luo; Jiayou Xu; Yuanqing Chen; Yun Sun; Bin Xu; Shugong Xu; Guangli Yang

doi:10.1109/ACCESS.2019.2958120

A Zero-Mode Induced mmWave Patch Antenna with Low-Profile, Wide-Bandwidth and Large-Angle Scanning for 5G Mobile Terminals

Yong Luo
, Jiayou Xu
, Yuanqing Chen
, Yun Sun
, Bin Xu
, Shugong Xu
, Guangli Yang^*

^*Corresponding author for this work

Shanghai University
State Key Laboratory of Millimeter Waves
CAS - Shanghai Institute of Microsystem and Information Technology
Qualcomm Incorporated

Research output: Contribution to journal › Article › peer-review

32 Citations (Scopus)

Abstract

Millimeter-Wave (mmWave) antennas for 5G mobile terminals require a wide bandwidth, large-angle beam scanning, low-profile design, and multi-substrate compatibility for module-level integration. In this paper, we propose one candidate design employing a patch structure with the shorting pin to particularly generate extra zero modes. By taking advantages of the 2^nd zero-mode with the TM₀₁ mode, we can obtain a wide bandwidth covering 23.528 GHz, a large-angle beam scanning with ±60°, as well as keep the substrate as low profile as 0.508 mm. Thanks to the zero-mode induced patch-type design, it is compatible to multi-layer configuration possessing the extensibility and flexibility for further module design. We experimentally valid the design of a $4\times2$ array with multi-layer configuration in a cell phone environment. Good RF performances with ±60° scanning in the wide bandwidth indicate this proposed design can be an appropriate candidate for 5G mobile terminals.

Original language	English
Article number	8926429
Pages (from-to)	177607-177615
Number of pages	9
Journal	IEEE Access
Volume	7
DOIs	https://doi.org/10.1109/ACCESS.2019.2958120
Publication status	Published - 2019
Externally published	Yes

Keywords

5G mmWave
beam scanning
mobile terminals
patch antenna
shorting pin

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10.1109/ACCESS.2019.2958120

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@article{8fdb934ed6f84b649d7a5f9101db28b6,

title = "A Zero-Mode Induced mmWave Patch Antenna with Low-Profile, Wide-Bandwidth and Large-Angle Scanning for 5G Mobile Terminals",

abstract = "Millimeter-Wave (mmWave) antennas for 5G mobile terminals require a wide bandwidth, large-angle beam scanning, low-profile design, and multi-substrate compatibility for module-level integration. In this paper, we propose one candidate design employing a patch structure with the shorting pin to particularly generate extra zero modes. By taking advantages of the 2nd zero-mode with the TM01 mode, we can obtain a wide bandwidth covering 23.528 GHz, a large-angle beam scanning with ±60°, as well as keep the substrate as low profile as 0.508 mm. Thanks to the zero-mode induced patch-type design, it is compatible to multi-layer configuration possessing the extensibility and flexibility for further module design. We experimentally valid the design of a \$4\textbackslash{}times2\$ array with multi-layer configuration in a cell phone environment. Good RF performances with ±60° scanning in the wide bandwidth indicate this proposed design can be an appropriate candidate for 5G mobile terminals.",

keywords = "5G mmWave, beam scanning, mobile terminals, patch antenna, shorting pin",

author = "Yong Luo and Jiayou Xu and Yuanqing Chen and Yun Sun and Bin Xu and Shugong Xu and Guangli Yang",

note = "Publisher Copyright: {\textcopyright} 2013 IEEE.",

year = "2019",

doi = "10.1109/ACCESS.2019.2958120",

language = "English",

volume = "7",

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journal = "IEEE Access",

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AU - Luo, Yong

AU - Xu, Jiayou

AU - Chen, Yuanqing

AU - Sun, Yun

AU - Xu, Bin

AU - Xu, Shugong

AU - Yang, Guangli

PY - 2019

Y1 - 2019

N2 - Millimeter-Wave (mmWave) antennas for 5G mobile terminals require a wide bandwidth, large-angle beam scanning, low-profile design, and multi-substrate compatibility for module-level integration. In this paper, we propose one candidate design employing a patch structure with the shorting pin to particularly generate extra zero modes. By taking advantages of the 2nd zero-mode with the TM01 mode, we can obtain a wide bandwidth covering 23.528 GHz, a large-angle beam scanning with ±60°, as well as keep the substrate as low profile as 0.508 mm. Thanks to the zero-mode induced patch-type design, it is compatible to multi-layer configuration possessing the extensibility and flexibility for further module design. We experimentally valid the design of a $4\times2$ array with multi-layer configuration in a cell phone environment. Good RF performances with ±60° scanning in the wide bandwidth indicate this proposed design can be an appropriate candidate for 5G mobile terminals.

AB - Millimeter-Wave (mmWave) antennas for 5G mobile terminals require a wide bandwidth, large-angle beam scanning, low-profile design, and multi-substrate compatibility for module-level integration. In this paper, we propose one candidate design employing a patch structure with the shorting pin to particularly generate extra zero modes. By taking advantages of the 2nd zero-mode with the TM01 mode, we can obtain a wide bandwidth covering 23.528 GHz, a large-angle beam scanning with ±60°, as well as keep the substrate as low profile as 0.508 mm. Thanks to the zero-mode induced patch-type design, it is compatible to multi-layer configuration possessing the extensibility and flexibility for further module design. We experimentally valid the design of a $4\times2$ array with multi-layer configuration in a cell phone environment. Good RF performances with ±60° scanning in the wide bandwidth indicate this proposed design can be an appropriate candidate for 5G mobile terminals.

KW - 5G mmWave

KW - beam scanning

KW - mobile terminals

KW - patch antenna

KW - shorting pin

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JF - IEEE Access

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ER -

A Zero-Mode Induced mmWave Patch Antenna with Low-Profile, Wide-Bandwidth and Large-Angle Scanning for 5G Mobile Terminals

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Keywords

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