Abstract
In the era of modern disposable electronic technology, flexible substrate materials are excessive in demand due to foldable, bendable and stretchable choices. This paper reviews the research undertaken on flexible substrates particularly employed in high-tech applications of radio frequency and antenna design technologies. Irrespective of traditional applications, natural fibrils based substrates are considered most promising candidates as substrates for next-generation electronic applications due to abundant, low profile, light-weight, flexible and environment safe characteristics. This paper also presents a comprehensive study of the design and methods that have been applied to use mentioned materials in radio frequency applications. Several challenges are highlighted in the large-scale production and deployment of these technologies in real-world systems.
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