Using equivalent-admittance approach to match symmetrical six-port waveguide junction

Abstract-The Least-Squares Boundary Residual Method is employed in the present paper to develop a computer model of the symmetrical six-port waveguide junction. The analytical formulation is difficult because of the insertion of a metallic post together with a dielectric sleeve into the over-sized cavity of the junction. Computational and experimental tests confirm that the resultant model is able to compute the scattering parameters of such a structurally-complicated component with numerical accuracies of ±0.001 and ±0.1 • for magnitude and phase respectively.

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Using equivalent-admittance approach to match symmetrical six-port waveguide junction

Cited by 3 publications

References 7 publications

Using Monte Carlo simulations as design aid for six-port reflectometer configurations based on symmetrical six-port waveguide junction

Using Monte Carlo simulations as design aid for six-port reflectometer configurations based on symmetrical six-port waveguide junction

Designing a symmetrical six-port waveguide junction

Symmetrical Six-Port Waveguide Junction With Metallic Post and Dielectric Sleeve in Over-Sized Cavity

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