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A novel dual-polarized textile antenna integrated in the three dimensional orthogonal woven fabrics is proposed for smart skin. The unique advantages of the antenna are its structural integrity and conformity to the platform. The measured results agree well with the simulated ones, showing the usability of the new generation of load-bearing antennas.
A planar textile antenna integrated in three dimensional orthogonal woven fabrics is proposed for operating at 2.4GHz band. The unique advantages of the antenna are its structural integrity and conformity to the platform. Input impedance, radiation patterns and the gain are all investigated based on experimental methods. The measured results agree well with the simulated ones, showing the usability...
A novel textile two-element array antenna with special structure at 1.5GHz is introduced. The patches, the substrate and the ground are woven together as a unity. The measured results agree well with the simulated ones, and the measured gain is 6.4dB, showing the usability of the new generation of textile antennas.
A novel textile array antenna with special structure at 1.54GHz is introduced. The patch, the substrate and the ground are woven together as a unity. Measured results are compared with the simulated, showing the usefulness of new generation of textile antenna.
Recent advancements of the super-wideband (SWB) planar antennas are reviewed, where the progress in SWB metal-plate monopole antennas, SWB printed monopole antennas and the SWB printed slot antennas is introduced and compared. In addition, a SWB printed antenna with the band-notched function is also presented.
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