Flexible Circular shaped dipole antenna on paper substrate
Falguni Raval
Department C. S. Patel institute of technology, Charotar University of Science and Technology, Changa, Gujarat, India , IN
Keywords: printed dipole antenna, circular shaped dipole, paper substrate, High frequency structure simulator.
Abstract
The paper material is attractive material because of low cost, nature friendly and its flexibility. It is wellsuited with direct write, inkjet printing and copper lamination technologies. The paper is natural, easily and broadly accessible. The circular shaped half wave dipole is presented in this paper. The proposed antenna works on 2.35 GHz to 2.77GHz frequency. The antenna is simulated in high frequency structure simulator. The prototype antenna is fabricated and tested using network analyzer. There is good matching observed in simulated and measured results. This prototype provide flexibility. The flexibility test is carried out and it is discussed in the paper.
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