Abstract
The possibility of application of metamaterials in the design of microwave antennas is investigated on the basis of foreign and domestic sources. The unique properties of metamaterials can find a wide application in ultrahigh frequency technology, as they allow to obtain devices with improved characteristics and extended functionality. Various variations of microstrip antenna devices that meet modern requirements for optimisation of dimensions and improvement of radiation parameters are simulated using CST Software. The following structures are considered: split ring resonator (SRR) and complimentary split ring resonator (CSRR). The possibility of application of the investigated antennas in Wi-Fi 6E standard, hence, in Internet of Things applications, as well as in other digital communication systems of new generation is shown.
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