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2018•2018 5th IEEE Uttar Pradesh Section International Conference on Electrical, Electronics and Computer Engineering (UPCON)Requires access

Performance analysis of Rotated Square Sierpinski Gasket (RSSG) fractal antenna for wireless communication

Devcsh, Mohd Gulman Siddiqui, Abhishek Kumar Saroj, J. A. Ansari

Open publisher page 5 citations

Abstract

Here, a neoteric Fractal Microstrip patch antenna (MSA) has been proposed using Rotated Square Sierpinski Gasket (RSSG) structure. The key contribution of this article is to design a reduced size of MSA using modified Sierpinski gasket structure and to achieve multiband applications. The parametric performance of RSSG fractal antenna has been completed using HFSS simulation software. The antenna resonates at different frequencies at 6.95 GHz, 15.77 GHz, 18.24 GHz, 20.91 GHz and 25.63 GHz bands, respectively. The multiband behavior of the designed antenna is obtained which works well for C-band, Ku- band, and K-band Application. The simulated result shows that the proposed technique outperforms conventional approaches significantly.

About this research paper

What this paper is about

Here, a neoteric Fractal Microstrip patch antenna (MSA) has been proposed using Rotated Square Sierpinski Gasket (RSSG) structure. The key contribution of this article is to design a reduced size of MSA using modified Sierpinski gasket structure and to achieve multiband applications. The parametric performance of RSSG fractal antenna has been completed using HFSS simulation software. The antenna resonates at different frequencies at 6.95 GHz, 15.77 GHz, 18.24 GHz, 20.91 GHz and 25.63 GHz bands, respectively. The multiband behavior of the designed antenna is obtained which works well for C-band, Ku- band, and K-band Application. The simulated result shows that the proposed technique outperforms conventional approaches significantly.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Available abstract

Here, a neoteric Fractal Microstrip patch antenna (MSA) has been proposed using Rotated Square Sierpinski Gasket (RSSG) structure. The key contribution of this article is to design a reduced size of MSA using modified Sierpinski gasket structure and to achieve multiband applications. The parametric performance of RSSG fractal antenna has been completed using HFSS simulation software. The antenna resonates at different frequencies at 6.95 GHz, 15.77 GHz, 18.24 GHz, 20.91 GHz and 25.63 GHz bands, respectively. The multiband behavior of the designed antenna is obtained which works well for C-band, Ku- band, and K-band Application. The simulated result shows that the proposed technique outperforms conventional approaches significantly.

Key concepts: Sierpinski triangle, Fractal antenna, HFSS, Fractal, Gasket, Microstrip antenna, Antenna (radio), Square (algebra)

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Performance analysis of Rotated Square Sierpinski Gasket (RSSG) fractal antenna for wireless communication — Research Paper | ScholarLens