In this paper, a novel technique for the rigorous multimodal analysis of arbitrary planar waveguide junctions is presented. The proposed method, based on the resolution of a magnetic-type integral equation, turns out to be very efficient from the computational point of view, thus facilitating its integration in modern CAD tools oriented to the design and optimization of guided passive microwave devices. Different types of coaxial fed planar waveguide junctions have been analyzed thus fully validating the proposed technique
The characteristics of dielectric backed planar conducting layers of arbitrarily shaped in a rectang...
A novel technique for the full-wave analysis of 3-D complex waveguide devices is presented. This ne...
A novel technique for the full-wave analysis of 3-D complex waveguide devices is presented. This ne...
Mención Europeo / Mención Internacional: ConcedidoAmong all the numerical methods described in the t...
In this paper, a generalized deembedding technique is presented. It provides a multimodal characteri...
This work presents the complete characterization of complex passive microwave devices in waveguide t...
This work presents the complete characterization of complex passive microwave devices in waveguide t...
This paper presents a novel CAD tool for the complete characterization of complex passive microwave ...
In this paper, a novel computer-aided design (CAD) tool of complex passive microwave devices in wave...
In this paper, a novel computer-aided design (CAD) tool of complex passive microwave devices in wave...
This paper presents a novel CAD tool for the complete characterization of complex passive microwave ...
Planar multimode waveguide devices have been widely used in communication applications as they often...
An efficient full-wave CAD tool dedicated to coaxial waveguide junctions is presented. The tool is w...
An efficient full-wave CAD tool dedicated to coaxial waveguide junctions is presented. The tool is w...
A novel technique for the full-wave analysis of 5 3D complex waveguide devices is presented. This ne...
The characteristics of dielectric backed planar conducting layers of arbitrarily shaped in a rectang...
A novel technique for the full-wave analysis of 3-D complex waveguide devices is presented. This ne...
A novel technique for the full-wave analysis of 3-D complex waveguide devices is presented. This ne...
Mención Europeo / Mención Internacional: ConcedidoAmong all the numerical methods described in the t...
In this paper, a generalized deembedding technique is presented. It provides a multimodal characteri...
This work presents the complete characterization of complex passive microwave devices in waveguide t...
This work presents the complete characterization of complex passive microwave devices in waveguide t...
This paper presents a novel CAD tool for the complete characterization of complex passive microwave ...
In this paper, a novel computer-aided design (CAD) tool of complex passive microwave devices in wave...
In this paper, a novel computer-aided design (CAD) tool of complex passive microwave devices in wave...
This paper presents a novel CAD tool for the complete characterization of complex passive microwave ...
Planar multimode waveguide devices have been widely used in communication applications as they often...
An efficient full-wave CAD tool dedicated to coaxial waveguide junctions is presented. The tool is w...
An efficient full-wave CAD tool dedicated to coaxial waveguide junctions is presented. The tool is w...
A novel technique for the full-wave analysis of 5 3D complex waveguide devices is presented. This ne...
The characteristics of dielectric backed planar conducting layers of arbitrarily shaped in a rectang...
A novel technique for the full-wave analysis of 3-D complex waveguide devices is presented. This ne...
A novel technique for the full-wave analysis of 3-D complex waveguide devices is presented. This ne...