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In this paper, we present an analysis of a multilayered meander line polarizer. Using waveguide modal fields and Galerkin's method of moments, the equivalent susceptance of a meander line screen is determined. The equivalent susceptance includes the effect of the dielectric layers that are present in the close vicinity of the meander line plane. The transmission matrix formulation then is invoked to find the transmission and reflection behavior of a multilayered meander line structure. Numerical results for equivalent susceptance, return loss, and axial ratio are found to compare well with the measured data. Performance characteristics of multilayered meander line polarizers are studied, and the results are presented.
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Bhattacharyya et al. (1997) studied this question.
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