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Two key components, among several, in the design of a conformal antenna are the planar conductors and the flexible substrates. In this paper, a new approach of using graphene‐based conductors instead of copper conductors in the design of a conformal antenna is presented. To determine the conductivity properties of the graphene‐based conductor, the copper conductors in a well‐known micro‐strip transmission...
Copper is typically used for the conductor in most antenna designs and flexible materials can be useful to make a conformal antenna. Here, a CPW-fed conformal monopole antenna was designed on a flexible low-cost paper substrate, and flexible graphene-based conductive material was used as an alternative to copper. The antenna was designed for 3.6 GHz applications with a size of 24 mm × 6 mm. The design...
Conformal antennas printed on thin flexible sub-strates typically use copper conductors for the radiating portion of the designs. This paper presents an alternative to using copper conductors. More particularly, a novel compact monopole on a thin transparent substrate with 25 µm thick flexible graphene-based conductors for the radiating portion of the design is presented. The design was modeled in...
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