The article discusses an unique Z shape wearable patch antenna that was constructed over textile and other types of substrates to test its performance over microwave frequencies in the ISM (industrial, scientific, and medical) band. The wearable antenna has wearable and textile qualities that bend in two dimensions, demonstrating the flexibility of wearable electrical equipment. Because the antenna's performance is based on the ISM band, it's ideal for biomedical applications. Because of its low SAR, the proposed antenna silk substrate was chosen for implementation and is placed on the thyroid gland to identify cancer cells. When the antenna was placed on the thyroid gland of human tissue, the antenna's performance was altered. Tissue qualities were studied and analysed within and without cancer-affected areas. The gain and electrical conductivity performance of cancer cells were shown to have changed as a result of their higher water content tissues. When the Z-patch silk substrate wearable antenna is placed on the thyroid gland, it is also found that the working frequency of the antenna changes. As a result, the existence or absence of thyroid cancer can be identified by applying this proposed antenna to the human body and analysing the findings. The findings of the simulation have been summarised and measured. The network analyzer was used to show the results of the built suggested antenna S11.
Author (S) Details
I. Rexiline Sheeba
Sathyabama Institute of Science &Technology, Chennai, India.
View Book :- https://stm.bookpi.org/CASTR-V12/article/view/2599
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