This paper presents very efficient computer algorithms for an IBM PC or equivalent, for the analysis of waveguide hybrids composed of a coaxial or radial cavity and E- or H-plane coupled rectangular waveguide ports. The case of an H-plane coupled cavity with a central coaxial port is also considered. The proposed algorithms are based on a field matching analysis and can determine a full set of scattering parameters for the hybrid at a single frequency point in a matter of seconds. The accuracy is equivalent to that offered by more sophisticated commercial software packages
In this study, a new segmentation strategy is presented for the full-wave analysis of directly coupl...
In this paper, we adapt a novel mode-matching and method-of-moments hybrid technique to efficiently ...
Radial transmission-line formalism is a generalization of Marcuvitz-Schwinger theory that permits to...
A field matching technique is used to analyse an N-port structure which includes a radial cavity and...
An analysis of an n-port including a radial or coaxial cavity and E-plane coupled rectangular wavegu...
Two simplified mode-matching techniques for the numerical analysis of nonsymmetric waveguide E-plane...
The paper presents a new accurate and efficient technique for the analysis of H-plane single or mult...
In this paper, a new method to efficiently analyze substrate integrated waveguide (SIW) based device...
In this paper, a new method to efficiently analyze substrate integrated waveguide (SIW) based device...
A new method is presented in this paper to efficiently analyze substrate integrated waveguide (SIW) ...
Field matching methods are used for the analysis of two types of radial waveguide power divider/comb...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
International audienceA full-wave hybrid formulation is proposed for the efficient and accurate mode...
International audienceA full-wave hybrid formulation is proposed for the efficient and accurate mode...
In this study, a new segmentation strategy is presented for the full-wave analysis of directly coupl...
In this paper, we adapt a novel mode-matching and method-of-moments hybrid technique to efficiently ...
Radial transmission-line formalism is a generalization of Marcuvitz-Schwinger theory that permits to...
A field matching technique is used to analyse an N-port structure which includes a radial cavity and...
An analysis of an n-port including a radial or coaxial cavity and E-plane coupled rectangular wavegu...
Two simplified mode-matching techniques for the numerical analysis of nonsymmetric waveguide E-plane...
The paper presents a new accurate and efficient technique for the analysis of H-plane single or mult...
In this paper, a new method to efficiently analyze substrate integrated waveguide (SIW) based device...
In this paper, a new method to efficiently analyze substrate integrated waveguide (SIW) based device...
A new method is presented in this paper to efficiently analyze substrate integrated waveguide (SIW) ...
Field matching methods are used for the analysis of two types of radial waveguide power divider/comb...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
International audienceA full-wave hybrid formulation is proposed for the efficient and accurate mode...
International audienceA full-wave hybrid formulation is proposed for the efficient and accurate mode...
In this study, a new segmentation strategy is presented for the full-wave analysis of directly coupl...
In this paper, we adapt a novel mode-matching and method-of-moments hybrid technique to efficiently ...
Radial transmission-line formalism is a generalization of Marcuvitz-Schwinger theory that permits to...