Multipolarized Wideband Circular Patch Antenna for Fifth-Generation Multi-Input-Multi-Output Access-Point Application
A multipolarized wideband circular patch antenna for multi-input-multi-output operation in the fifth-generation band of 3300-4200 MHz is presented for access-point applications. The circular patch antenna is excited by three probe feeds (Ports 1-3) equally spaced by 120° to generate three different...
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| Published in | IEEE antennas and wireless propagation letters Vol. 18; no. 10; pp. 2184 - 2188 |
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| Main Authors | , , , |
| Format | Journal Article |
| Language | English |
| Published |
New York
IEEE
01.10.2019
The Institute of Electrical and Electronics Engineers, Inc. (IEEE) |
| Subjects | |
| Online Access | Get full text |
| ISSN | 1536-1225 1548-5757 |
| DOI | 10.1109/LAWP.2019.2940032 |
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| Abstract | A multipolarized wideband circular patch antenna for multi-input-multi-output operation in the fifth-generation band of 3300-4200 MHz is presented for access-point applications. The circular patch antenna is excited by three probe feeds (Ports 1-3) equally spaced by 120° to generate three different polarized waves in the fundamental (TM 11 ) mode. Each port on the circular patch is surrounded by a printed ring slot to achieve good impedance matching and isolation, thereby achieving good antenna performance in 3300-4200 MHz (measured efficiency better than about 88% and peak antenna gain about 6.6 dBi). Additionally, very low measured envelope correlation coefficients (<0.05) of the three generated waves are obtained. |
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| AbstractList | A multipolarized wideband circular patch antenna for multi-input-multi-output operation in the fifth-generation band of 3300-4200 MHz is presented for access-point applications. The circular patch antenna is excited by three probe feeds (Ports 1-3) equally spaced by 120° to generate three different polarized waves in the fundamental (TM 11 ) mode. Each port on the circular patch is surrounded by a printed ring slot to achieve good impedance matching and isolation, thereby achieving good antenna performance in 3300-4200 MHz (measured efficiency better than about 88% and peak antenna gain about 6.6 dBi). Additionally, very low measured envelope correlation coefficients (<0.05) of the three generated waves are obtained. A multipolarized wideband circular patch antenna for multi-input–multi-output operation in the fifth-generation band of 3300–4200 MHz is presented for access-point applications. The circular patch antenna is excited by three probe feeds (Ports 1–3) equally spaced by 120° to generate three different polarized waves in the fundamental (TM11) mode. Each port on the circular patch is surrounded by a printed ring slot to achieve good impedance matching and isolation, thereby achieving good antenna performance in 3300–4200 MHz (measured efficiency better than about 88% and peak antenna gain about 6.6 dBi). Additionally, very low measured envelope correlation coefficients (<0.05) of the three generated waves are obtained. |
| Author | Chou, Chieng-Ming Yang, Yu-Jie Wang, Kuan-Ying Wong, Kin-Lu |
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| Snippet | A multipolarized wideband circular patch antenna for multi-input-multi-output operation in the fifth-generation band of 3300-4200 MHz is presented for... A multipolarized wideband circular patch antenna for multi-input–multi-output operation in the fifth-generation band of 3300–4200 MHz is presented for... |
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| SubjectTerms | Access-point antennas Antenna gain Antenna measurements Antenna radiation patterns Broadband circular patch antennas Circularity Correlation analysis Correlation coefficients Feeds fifth-generation (5G) antennas Impedance matching MIMO communication multi-input–multi-output (MIMO) antennas multipolarized antennas Patch antennas Shells Wideband |
| Title | Multipolarized Wideband Circular Patch Antenna for Fifth-Generation Multi-Input-Multi-Output Access-Point Application |
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