Performance Analysis of Skin Contact Wearable Textile Antenna in Human Sweat Environment

This work evaluates the performance of a triple-frequency operating circularly polarized wearable jute textile antenna in human body sweat environment. The propounded is designed to operate on body. So, contact with skin allows absorb eccrine gland-rich mineral secretion (sweat) regular use. absorbed fluid alters fabric substrate’s dielectric properties, ultimately leading changes performance. For that purpose, antenna’s examined scanning electron microscope (SEM) and optical observe its water absorption characteristics wet state. An artificial solution closely mimics natural was taken all experimental conditions (The Pickering Laboratories’-Artificial Eccrine Perspiration). present addresses regarding frequencies, axial ratios, efficiency, gains three different absorbency environments, i.e., exposure light spray, partial exposure, complete conditions. lifetime environment also inspected an electrochemical workstation. conformal analysis shows it retains optimal both normal bending results from these analyses confirm robust functionality