Design of passive components (couplers, filters and antennas) and MMIC packaging validation intended for RF front ends for microwave links at 38 GHz using gap waveguide technology have been shown. The use of this technology allows all-in-one integration of receiver, transmitter, and diplexer including the antenna into one mechanical unit. These initial designs and studies have been made at the microwave band for validation and measurement purposes, and for comparison with existing technology. They represent the first step towards the application of gap waveguides to millimeter-wave systems, where gap waveguides could have a large potential
The millimeter wave frequency range has got a lot of attention over the past few years because it co...
The increasing advance of short range wireless communications requiring high data rates and the lack...
In this work, gap waveguide based packaging technique is used to improve the isolation among critica...
Design of passive components (couplers, filters and antennas) and MMIC packaging validation intended...
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...
The increasing advance of short range wireless communications requiring high data rates and the lack...
The heavy congestion at the existing radio frequency spectrum allocated for the today’s wireless com...
The scarcity of available frequency bands for new wireless communication systems, as well as the gro...
The scarcity of available frequency bands for new wireless communication systems, as well as the gro...
The overall goal of this thesis is to validate the low loss performance of recently evolved gap wave...
The overall goal of this thesis is to validate the low loss performance of recently evolved gap wave...
Gap waveguide components for millimeter-wave systems. Couplers, filters, antennas, MMIC packaging Th...
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...
The millimeter wave frequency range has got a lot of attention over the past few years because it co...
The increasing advance of short range wireless communications requiring high data rates and the lack...
In this work, gap waveguide based packaging technique is used to improve the isolation among critica...
Design of passive components (couplers, filters and antennas) and MMIC packaging validation intended...
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...
The increasing advance of short range wireless communications requiring high data rates and the lack...
The heavy congestion at the existing radio frequency spectrum allocated for the today’s wireless com...
The scarcity of available frequency bands for new wireless communication systems, as well as the gro...
The scarcity of available frequency bands for new wireless communication systems, as well as the gro...
The overall goal of this thesis is to validate the low loss performance of recently evolved gap wave...
The overall goal of this thesis is to validate the low loss performance of recently evolved gap wave...
Gap waveguide components for millimeter-wave systems. Couplers, filters, antennas, MMIC packaging Th...
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...
The millimeter wave frequency range has got a lot of attention over the past few years because it co...
The increasing advance of short range wireless communications requiring high data rates and the lack...
In this work, gap waveguide based packaging technique is used to improve the isolation among critica...