Ultra-Thin UHF Broadband Antenna on a Non-Uniform Aperiodic (NUA) MetaSurface


??????A replacement concept to design ultrathin directional broadband antennas employing a nonuniform aperiodic metasurface is introduced.&#thirteen; The study and style of the NUA metasurface show that, by employing a decreasing taper for both the metasurface
patch and their interelement spacing, broad impedance and pattern bandwidths can be attained.&#thirteen; Experimental results show that, with a complete thickness of 0.04 of the free space wavelength (such as the&#thirteen; lowest frequency of operation), an octave bandwidth will be attained, that is significantly larger compared with existing
styles on uniform mushroom electromagnetic band-gap structures.

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