Abstract
Wearable electronics are technological devices that are incorporated into garments with embedded systems and provide constant interaction with the user performing a specific task. This technology often focuses on devices to monitor physiological variables and seeks the most convenient and portable form for continuous monitoring. Although sEMG has emerged as a tool used in laboratory research for many years, with the development of technology in the fields of electricity, electronics, computers, and biomedicine, it has been used for different purposes in kinesiology (the branch of science dealing with human movements), rehabilitation, sports medicine, sports sciences, and many sports branches. In this study, textile based sEMG electrodes were produced by using knitting technology with silver plated polyamide conductive yarn with different densities. Then resistivity and sEMG signals of the produced samples and conventional disposable electrode were compared.
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