In this paper a simple approach for defining the FSS printed element shape with wider band performance is presented. By means of circuit theory, it is demonstrated that the patch FSS with a small gap between the conductive squares is the best choice in designing a wideband AMC. Instead, for designing an extreme homogeneous HIS structure conserving a good bandwidth the meandered shape results a good compromise.
On the Bandwidth of Printed Frequency Selective Surfaces for Designing High Impedance Surfaces
COSTA, FILIPPO;GENOVESI, SIMONE;MONORCHIO, AGOSTINO
2009-01-01
Abstract
In this paper a simple approach for defining the FSS printed element shape with wider band performance is presented. By means of circuit theory, it is demonstrated that the patch FSS with a small gap between the conductive squares is the best choice in designing a wideband AMC. Instead, for designing an extreme homogeneous HIS structure conserving a good bandwidth the meandered shape results a good compromise.File in questo prodotto:
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