This paper presents some experimental results obtained for RF-MEMS phase shifters in X-band. Two different phase shifters are considered: a loaded-line and a reflect-line phase shifter. Both devices have been monolithically manufactured on a 525 μm -thick high resistivity silicon substrate. The realized samples exhibit a good agreement between simulated and measured results. Moreover, excellent performance in terms of phase shift have been obtained for the two phase shifters: measurements show a phase error of 0.5% in the case of the loaded-line type and of 4.7% in the case of the reflect-line type
This paper presents the experimental results obtained on a digital phase shifter based on RF MEMS co...
RF phase shifters find wide applications in telecommunications, satellite systems, personal wireless...
This contribution presents a Distributed MEMS Transmission Line (DMTL) phase shifter designed for 24...
This paper presents some experimental results obtained for RF-MEMS phase shifters in X-band. Two di...
The paper presents some experimental results obtained for RF-MEMS phase shifters in X-band. Two dif...
This paper presents a reflect-line phase shifter with a frequency reconfigurable behaviour. The prop...
In this paper, we have designed, analyzed, and characterized a hybrid-type MEMS device for X-band ph...
Beam forming and scanning at microwave and millimetre-wave frequencies (1 GHz – 100 GHz) using elect...
This paper presents a 500-600 GHz submillimeterwave MEMS-reconfigurable phase shifter. It is the fir...
This work present the design, and manufacturing of a novel K-band 5-bit MEMS phase shifter for appli...
This paper presents the development of three different 5-bit K-band MEMS phase shifters monolithical...
This paper reports a monolithic phased array implemented using RF MEMS technology. The phased array ...
This thesis presents the optimization, modeling and design of distributed MEMS (Micro Electro Mechan...
International audienceIn this paper, the design and measurements of a low-loss radiofrequency (RF) m...
This paper presents the examination and the comparison of two switched-line phase shifters operating...
This paper presents the experimental results obtained on a digital phase shifter based on RF MEMS co...
RF phase shifters find wide applications in telecommunications, satellite systems, personal wireless...
This contribution presents a Distributed MEMS Transmission Line (DMTL) phase shifter designed for 24...
This paper presents some experimental results obtained for RF-MEMS phase shifters in X-band. Two di...
The paper presents some experimental results obtained for RF-MEMS phase shifters in X-band. Two dif...
This paper presents a reflect-line phase shifter with a frequency reconfigurable behaviour. The prop...
In this paper, we have designed, analyzed, and characterized a hybrid-type MEMS device for X-band ph...
Beam forming and scanning at microwave and millimetre-wave frequencies (1 GHz – 100 GHz) using elect...
This paper presents a 500-600 GHz submillimeterwave MEMS-reconfigurable phase shifter. It is the fir...
This work present the design, and manufacturing of a novel K-band 5-bit MEMS phase shifter for appli...
This paper presents the development of three different 5-bit K-band MEMS phase shifters monolithical...
This paper reports a monolithic phased array implemented using RF MEMS technology. The phased array ...
This thesis presents the optimization, modeling and design of distributed MEMS (Micro Electro Mechan...
International audienceIn this paper, the design and measurements of a low-loss radiofrequency (RF) m...
This paper presents the examination and the comparison of two switched-line phase shifters operating...
This paper presents the experimental results obtained on a digital phase shifter based on RF MEMS co...
RF phase shifters find wide applications in telecommunications, satellite systems, personal wireless...
This contribution presents a Distributed MEMS Transmission Line (DMTL) phase shifter designed for 24...