In this paper, comparative analysis of the performance of a K-band wideband phased array with sequential rotation and circular polarization was carried out. Three distinct array lattices, triangular, square, and hexagonal, were examined to evaluate radiation characteristics. The goal is to understand whether reducing the number of elements in the array it observes an improvement in performances, given a constant level of mutual coupling. The simulations were carried out by CST Studio suite 2024.
Gulotta A., Miano L., Livreri P. (2024). Design and Simulation of Butterfly Antenna in different Lattice Configurations. In 2024 17th United Conference on Millemetre Waves and Terahertz Technologies, UCMMT 2024 (pp. 207-210). Institute of Electrical and Electronics Engineers Inc. [10.1109/UCMMT62975.2024.10737814].
Design and Simulation of Butterfly Antenna in different Lattice Configurations
Gulotta A.;Miano L.;Livreri P.
2024-11-04
Abstract
In this paper, comparative analysis of the performance of a K-band wideband phased array with sequential rotation and circular polarization was carried out. Three distinct array lattices, triangular, square, and hexagonal, were examined to evaluate radiation characteristics. The goal is to understand whether reducing the number of elements in the array it observes an improvement in performances, given a constant level of mutual coupling. The simulations were carried out by CST Studio suite 2024.
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