| Резюме: | This work puts forward a sub-6 GHz 5G microstrip patch antenna at 2.22 GHz. The simplicity and symmetry inherent in its design gives it an exceedingly high fabrication tolerance rate, and these characteristics coupled with its actual functional capabilities, makes it a much more potentially preferable device, in comparison to similar works in its specific category. The specific numerical values of the variables/parameters of this particular sub-6 GHz 5G microstrip patch antenna, which has a high fabrication tolerance, are as such: S11 = -9.77 dB, frequency = 2.22 GHz, ?? = -28.36 dB, ?? = 5.27 dB. The inspiration for this work came from slot-based patch antenna for sub-6 GHz 5G applications discussed in the literature, which posed three slits and no slots, whereas this work has produced a geometry, with five slits and three slots, along with many other unique characteristics. The results showed that this small antenna shows significant reach and significantly lower costs due to the simple manufacturing process compared to similar devices.
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