3-Dimensional High Gain High Isolation Ultra-Wide Band Antenna Array with PRS Layer
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Keywords:
PRS, Machine-to-Machine Communication, UWB, Defective Ground Plane, Fabry-Perot Cage, MIMOAbstract
This paper presents a 3-dimensional, Ultra-wide band MIMO array antenna for high gain
(M2M) communication environments. This antenna supports Ultra-Wide band (3.2GHz
10.5GHz) frequencies. The radiating patch is made from 1.6mm thick FR-4 substrate. To increase the
isolation between radiating elements, parasitic structures are used. The parasitic structures are placed
alongside feedline as well as radiating elements. A Defective ground plane is implemented to increase
bandwidth and radiation coefficient of array. A Partial Reflecting Surface (PRS) layer, also fabricated on
a similar FR-4 substrate is used above the antenna layer to improve the antenna's gain and bandwidth.
More crucially, the suggested PRS antenna improves gain by 3dB average over entire ultra-wide band.
Based on simulation and measurement results, this configuration appears to be a viable contender for
Machine-to-Machine(M2M) communication.
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