Design and measurement of two waveguide diplexers on H-plane T-junction, are presented. The two diplexers structures consist of a waveguide H-plane T-junction and two waveguide obtained cavity filters. The two diplexers operate in the same frequency bands (17 GHz-19.5 GHz). The simulation results show that over the operating band of two filters, the return losses are better than 18 dB and insertion losses are lower than 0.05 dB. The proposed diplexers have been simulated using Mician µ Wave Wizard simulator based on the mode matching method (MMM). The diplexers have been validated experimentally and results are presented. Simulated and measured results show good agreement
A microwave diplexer implemented by using the twenty-first century substrate integrated waveguide (S...
The gap waveguide technology is a promising candidate as a cost-effective and low-loss platform for ...
This paper describes the outcome of the Small user TErminal multi band DIplexer project where the go...
Design and measurement of two waveguide diplexers on H-plane T-junction, are presented. The two dipl...
The mode-matching technique is deployed in this paper in order to analyze and design a substrate int...
Satellite communication (SATCOM) on-the-move applications require low-cost compact antenna arrays to...
In this paper, a compact 6.8/7.6 GHz diplexer is provided with the help of substrate integrated wave...
Abstract—The bifurcated E-plane T-junction is presented. Its advantages with respect to waveguide di...
A novel design procedure for waveguide duplexers using stepped E-plane bifurcated junctions is prese...
A new formulation for implementing T-junction matching networks used in diplexer design is proposed ...
A sixth order high isolation diplexer with Chebyshev channel filter characteristics is presented. Th...
Waveguide diplexer designs are widely used for telecommunications, space, and terrestrial applicatio...
This paper introduces a new T-septum waveguide diplexer for compact integrated front-end application...
International audienceAbstract A continuously tunable Ku-band waveguide diplexer is proposed in this...
In this paper a novel V-band diplexer, based on the newly introduced groove gap waveguide technology...
A microwave diplexer implemented by using the twenty-first century substrate integrated waveguide (S...
The gap waveguide technology is a promising candidate as a cost-effective and low-loss platform for ...
This paper describes the outcome of the Small user TErminal multi band DIplexer project where the go...
Design and measurement of two waveguide diplexers on H-plane T-junction, are presented. The two dipl...
The mode-matching technique is deployed in this paper in order to analyze and design a substrate int...
Satellite communication (SATCOM) on-the-move applications require low-cost compact antenna arrays to...
In this paper, a compact 6.8/7.6 GHz diplexer is provided with the help of substrate integrated wave...
Abstract—The bifurcated E-plane T-junction is presented. Its advantages with respect to waveguide di...
A novel design procedure for waveguide duplexers using stepped E-plane bifurcated junctions is prese...
A new formulation for implementing T-junction matching networks used in diplexer design is proposed ...
A sixth order high isolation diplexer with Chebyshev channel filter characteristics is presented. Th...
Waveguide diplexer designs are widely used for telecommunications, space, and terrestrial applicatio...
This paper introduces a new T-septum waveguide diplexer for compact integrated front-end application...
International audienceAbstract A continuously tunable Ku-band waveguide diplexer is proposed in this...
In this paper a novel V-band diplexer, based on the newly introduced groove gap waveguide technology...
A microwave diplexer implemented by using the twenty-first century substrate integrated waveguide (S...
The gap waveguide technology is a promising candidate as a cost-effective and low-loss platform for ...
This paper describes the outcome of the Small user TErminal multi band DIplexer project where the go...