Design of spider web spaced antenna for medical applications

In field of wearable technology one challenging improvement is wearable textile antenna. Primary requirement for wearable textile antennas are flexible construction materials which includes fabric with planar structure. Properties of the textile antenna such as bandwidth, efficiency, input impedance...

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Bibliographic Details
Main Authors: Suresh, Helina Rajini, Sujatha, C., Sikkandhar, R. Abdul, Rajee, S. Amalorpava Mary, Selvaprasanth, P., Swathika, G.
Format: Conference Proceeding
Language:English
Subjects:
Construction materials
Ground plane
Input impedance
Metal foils
Parametric analysis
Patch antennas
Permittivity
Planar structures
Resonant frequencies
Substrates
Thin films
Wearable technology
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Summary:In field of wearable technology one challenging improvement is wearable textile antenna. Primary requirement for wearable textile antennas are flexible construction materials which includes fabric with planar structure. Properties of the textile antenna such as bandwidth, efficiency, input impedance etc. depend upon type of substrate materials used. These properties are mostly determined by the substrate dielectric constant. Fabric material dielectric constant accurate value is to be calculated from resonant frequency of patch antenna.In this project, we presented a simulation-based study on a wearable textile (jeans) antenna for wireless technologies with parametric analysis. Optimum lengths of dimensions for the antenna is present for best return loss,gain and VSWR, radiation efficiency and freespace path loss. The radiating element for patch and ground plane is made from thin-film copper foil.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0103778