International audienceAn advanced technological process for microwave coplanar circuits on silicon oxide/nitride membrane is presented. This process allows to make thick conductors with high geometric definition. Furthermore, it permits to realise microshielded circuits with minimised losses in the access ports
This paper presents detailed characterization of a category of edge-suspended coplanar waveguides th...
In this paper, the technology for the realization of micromachined millimeter wave devices on dielec...
In this paper, novel low loss, wide-band coplanar stripline technology for radio frequency (RF)/micr...
International audienceAn advanced technological process for microwave coplanar circuits on silicon o...
International audienceThis paper presents a new technological process to implement efficient millime...
This memoir treats of the elaboration and validation of a new manufacturing process for microwave ci...
The micromachining technique is suitable of interesting applications at microwave and millimeter wav...
This thesis represents a detailed investigation of high-frequency transmission lines which are suppo...
The fabrication of planar microwave devices is becoming very promising for many applications. It is ...
P. Salzenstein, O. Dupuis, M. Hélal, E. Lheurette, O. Vanbésien, P. Mounaix and D. Lippens, "Coplana...
The aim of this work is to present the new developments of technology related to manufacturing of pa...
This paper reports a novel low-loss CMOS-compatible coplanar waveguide (CPW) structure based on the ...
In the last years a lot of studies were focused on micromachining for high-performance microwave and...
This dissertation presents a comprehensive demonstration of the ability of membrane-supported transm...
This paper presents detailed characterization of a category of edge-suspended coplanar waveguides th...
This paper presents detailed characterization of a category of edge-suspended coplanar waveguides th...
In this paper, the technology for the realization of micromachined millimeter wave devices on dielec...
In this paper, novel low loss, wide-band coplanar stripline technology for radio frequency (RF)/micr...
International audienceAn advanced technological process for microwave coplanar circuits on silicon o...
International audienceThis paper presents a new technological process to implement efficient millime...
This memoir treats of the elaboration and validation of a new manufacturing process for microwave ci...
The micromachining technique is suitable of interesting applications at microwave and millimeter wav...
This thesis represents a detailed investigation of high-frequency transmission lines which are suppo...
The fabrication of planar microwave devices is becoming very promising for many applications. It is ...
P. Salzenstein, O. Dupuis, M. Hélal, E. Lheurette, O. Vanbésien, P. Mounaix and D. Lippens, "Coplana...
The aim of this work is to present the new developments of technology related to manufacturing of pa...
This paper reports a novel low-loss CMOS-compatible coplanar waveguide (CPW) structure based on the ...
In the last years a lot of studies were focused on micromachining for high-performance microwave and...
This dissertation presents a comprehensive demonstration of the ability of membrane-supported transm...
This paper presents detailed characterization of a category of edge-suspended coplanar waveguides th...
This paper presents detailed characterization of a category of edge-suspended coplanar waveguides th...
In this paper, the technology for the realization of micromachined millimeter wave devices on dielec...
In this paper, novel low loss, wide-band coplanar stripline technology for radio frequency (RF)/micr...
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