A new planar waveguide, coined Inverted coplanar gap waveguide is presented. The concept of gap waveguides and parallel plate suppression between perfect magnetic and a perfect electric conductors is applied to coplanar waveguides in order to create a low-dispersion, low-loss transmission line. The combination of an artificial magnetic conductor and channelized top cover allow the propagation of an even coplanar mode with a strong component propagating over the air while solving encapsulation matters without the use of metallic vias. The main theory behind this new concept is presented and supported by FEM simulations on a commercial software package.The FPU Program of the Spanish Ministry of Science, Innovation and Universities, (FPU18/000...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
Gap waveguide technology has proved to constitute an effective alternative for the design of microwa...
A new planar waveguide, coined Inverted coplanar gap waveguide is presented. The concept of gap wave...
A transition from Coplanar Waveguide (CPW) via capacitive coupling in order to provide feeding to th...
The possibility of making compact stopband filters using coplanar-coupled EBG resonators in inverted...
The possibility of making compact stopband filters using coplanar-coupled EBG resonators in inverted...
The use of periodic elements loading rectangular waveguides to miniaturize them allowing the propaga...
We present a novel electromagnetic bandgap (EBG) structure, which can be used to manufacture low-cos...
This paper presents recent advances is a new waveguiding technology referred to as ridge gap wavegui...
We present a novel electromagnetic bandgap (EBG) structure, which can be used to manufacture low-cos...
We present a novel electromagnetic bandgap (EBG) structure, which can be used to manufacture low-cos...
A new gap waveguide concept is presented, where the air gap between the perfect electric conductor a...
The coming years will show new applications of wireless communications at higher frequencies (30 GHz...
The coming years will show new applications of wireless communications at higher frequencies (30 GHz...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
Gap waveguide technology has proved to constitute an effective alternative for the design of microwa...
A new planar waveguide, coined Inverted coplanar gap waveguide is presented. The concept of gap wave...
A transition from Coplanar Waveguide (CPW) via capacitive coupling in order to provide feeding to th...
The possibility of making compact stopband filters using coplanar-coupled EBG resonators in inverted...
The possibility of making compact stopband filters using coplanar-coupled EBG resonators in inverted...
The use of periodic elements loading rectangular waveguides to miniaturize them allowing the propaga...
We present a novel electromagnetic bandgap (EBG) structure, which can be used to manufacture low-cos...
This paper presents recent advances is a new waveguiding technology referred to as ridge gap wavegui...
We present a novel electromagnetic bandgap (EBG) structure, which can be used to manufacture low-cos...
We present a novel electromagnetic bandgap (EBG) structure, which can be used to manufacture low-cos...
A new gap waveguide concept is presented, where the air gap between the perfect electric conductor a...
The coming years will show new applications of wireless communications at higher frequencies (30 GHz...
The coming years will show new applications of wireless communications at higher frequencies (30 GHz...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
AMCs, EBGs and other surface-based metamaterials are known to have narrow bandwidths. However, when ...
Gap waveguide technology has proved to constitute an effective alternative for the design of microwa...