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The design of a K-band 64-element (8 × 8) microstrip antenna array operating at 38 GHz is reported for fifth generation communication system. The proposed microstrip antenna is fabricated for experimental study by using LTCC process on the substrate with the dielectric constant of 5.9 and the thickness of 15 mils. The well agreement between and measured and simulated results validated the feasibility...
This study proposes a simple self-calibration system that involves applying the phase-match method (PMM) in the far-field calibration of a MIMO antenna array for fifth generation communication system applications. An 8-element microstrip antenna array was applied to validate the proposed method experimentally.
In the research project, a design concept of the mm-wave antenna array operating at 38 GHz is proposed by using a 64-element micorstrip patch antenna array. Theoretical and experimental study validates the design approach for the use of the Fifth generation (5G) wireless communication system.
This study proposes a simple self-calibration system that involves applying the phase-match method (PMM) in the far-field calibration of a deployed active array. An 8-element microstrip antenna array was applied to validate the proposed method experimentally.
This study proposes a simple self-calibration system that involves applying the phase-match method (PMM) in the far-field calibration of a deployed active array. When the proposed self-calibration approach is employed, an antenna array system can be maintained at a ground-based station, and no expensive and complex test equipment is required. An EM-based simulation method was applied to validate the...
It has been shown that the MIMO performance is strongly affected by the effects of mutual coupling between antenna elements. This study numerically and experimentally investigates the mutual coupling effects on the self-impedance of a five-element microstrip antenna array. Experimental validation shows the effectiveness of the numerical method using GEMS EM Simulator for the further analysis on the...
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