A new hybrid mode matching and method of moments formulation based only on electric currents is presented in this paper. The use of only one equivalent current allows the introduction of a new set of unknowns. The chosen new unknowns are the weights related to the scattered modes that emerge from the ports to the waveguides that feed the problem. Applying this new formulation, the matrices that must be inverted are smaller and the generalized scattering matrix can be obtained directly from the solution of the resulting system of equations, so that no additional projection is needed to obtain the scattering parameters, as happens with traditional approaches with two equivalent currents. As a result, certain efficiency improvement is obtained...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
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 fully modal characterisation procedure is proposed to reduce the number of unknowns needed to ...
In this paper we adapt a novel mode-matching and method of moments hybrid technique to efficiently a...
The paper presents a new accurate and efficient technique for the analysis of H-plane single or mult...
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 paper, we adapt a novel mode-matching and method-of-moments hybrid technique to efficiently ...
In this paper, we adapt a novel mode-matching and method-of-moments hybrid technique to efficiently ...
A new method is presented in this paper to efficiently analyze substrate integrated waveguide (SIW) ...
International audienceAn efficient full-wave code handling surface-integrated-waveguide based antenn...
International audienceAn efficient full-wave code handling surface-integrated-waveguide based antenn...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
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 fully modal characterisation procedure is proposed to reduce the number of unknowns needed to ...
In this paper we adapt a novel mode-matching and method of moments hybrid technique to efficiently a...
The paper presents a new accurate and efficient technique for the analysis of H-plane single or mult...
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 paper, we adapt a novel mode-matching and method-of-moments hybrid technique to efficiently ...
In this paper, we adapt a novel mode-matching and method-of-moments hybrid technique to efficiently ...
A new method is presented in this paper to efficiently analyze substrate integrated waveguide (SIW) ...
International audienceAn efficient full-wave code handling surface-integrated-waveguide based antenn...
International audienceAn efficient full-wave code handling surface-integrated-waveguide based antenn...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
Traditionally metallic waveguide filters have been used commercially for microwave applications. The...
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...