KA-band diplexer for 5G mmwave applications in inverted microstrip gap waveguide technology
A new cost-efficient, low-loss Ka-band diplexer designed in inverted microstrip gap
waveguide technology is presented in this paper. Gap waveguide allows to propagate quasi …
waveguide technology is presented in this paper. Gap waveguide allows to propagate quasi …
Design of millimeter-wave wideband gap waveguide transitions considering integration into the antenna system
Two wideband vertical transitions from inverted microstrip gap waveguide to rectangular
waveguide (WR-15) for 60 GHz antenna array applications are proposed. These transitions …
waveguide (WR-15) for 60 GHz antenna array applications are proposed. These transitions …
The analysis and design of a new ridge gap waveguide working in 3.5–5GHz
M Zhu, H **ao, G Shi - 2016 2nd IEEE International Conference …, 2016 - ieeexplore.ieee.org
In this paper a new ridge gap waveguide working in 3.5-5GHz has been designed. It is
excited by coaxial line transition. In the beginning, this paper simply describes the basic …
excited by coaxial line transition. In the beginning, this paper simply describes the basic …