Comparison Study of Fractal and Slot Antennas Challenges for Cellular Band Communications

Authors

Keywords:

Super Broad Band Antenna, Fractural antenna, Microstrip patch, Gain, Sierpinski Gasket, Iteration factor, Fractal antenna, Return loss, Directivity, Koch curve

Abstract

In the present time, a profoundly request for the fractal antenna which have the following attributes (1) Packed extent (2) Multiband or broad band as well as (3) Less profile. Also we need to sustain the boundaries of the antenna (for example Efficiency, Directivity, Gain, Return misfortune, also so on). Along headway in correspondence innovation along the previous 10 years, an ascending interest has been found for, cost powerful, miniaturization, broadband, also multiband antennas. The synthesis of fractal antenna might uphold to achieve such prerequisites. Such antennas give a few benefits also yet performance and miniaturization of the fractal antennas might be more improved utilizing decomposition idea. The theory of fractal antenna is worked, similarly with traditional theory of antenna, upon the theory of classic electromagnetic. Actually, the theory of the fractal antenna utilizes a (fractal) or cutting edge calculation which is a zoom augmentation of the Euclidian computations. Furthermore, have important implementation have been found for the fractal antenna in microwave engineering as well as cell communication. Yet, the descending in the antenna extent will cause a moreover decrease in the support bandwidth. Modern topologies of fractal mathematics has been introduced in this paper for miniature strip antennas. The fractal antenna has been planned utilizing three-sided Koch bend with Sierpinski gasket fractal calculations in this article. Also, the work has have been contemplated with dual synthesis proposals of fractal antennas.

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The designed antennas arrangement chart

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Published

17.02.2023

How to Cite

Salim, N. ., & Omar Ali, M. . (2023). Comparison Study of Fractal and Slot Antennas Challenges for Cellular Band Communications. International Journal of Intelligent Systems and Applications in Engineering, 11(2), 478–483. Retrieved from https://ijisae.org/index.php/IJISAE/article/view/2657

Issue

Vol. 11 No. 2 (2023)

Section

Research Article

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