International audienceA silicon micro-machined filter with a simple planar integration on an other substrate is proposed in this article. The excitation is made from the top of the shielding substrate of a membrane supported micro-machined filter. Packaging and inter-connection are included in the design. Experimental results are presented on a two pole 30 GHz, 4% fractional bandwidth filter with a quality factor of 602 and insertion loss of 1.8 dB. Such a filter can be easily integrated in any circuit using flip-chip technology
This paper presents a silicon micromachined filter for micro- and nanoparticles. The filter is verti...
All microwave and millimeter-wave systems are made of monolithic microwave integrated circuits (MMIC...
International audienceThis paper presents an original technique for implementing membrane structures...
International audienceA silicon micro-machined filter with a simple planar integration on an other s...
ABSTRACT: Recent developments in micromachining techniques at the University of Michigan have result...
This dissertation presents a comprehensive demonstration of the ability of membrane-supported transm...
Abstract- This paper describes the design and the fabrication of a new type of millimeter-wave micro...
This paper presents the fabrication processes for micromachined millimetre-wave devices, on two diff...
The paper presents a technology based on bulk and surface micromachining to manufacture lumped eleme...
International audienceThe membrane technology appears as a convenient solution for millimeterwave ap...
The design and testing of a new configuration of micromachined bandpass filter for millimetre-wave a...
Recent developments in micromachining techniques at the University of Michigan have resulted in nove...
This thesis represents a detailed investigation of high-frequency transmission lines which are suppo...
This paper presents the manufacturing and testing of a new type of compact and low loss 4th order Ka...
This paper presents the design, manufacturing and testing of a new type of compact and low loss Ka-b...
This paper presents a silicon micromachined filter for micro- and nanoparticles. The filter is verti...
All microwave and millimeter-wave systems are made of monolithic microwave integrated circuits (MMIC...
International audienceThis paper presents an original technique for implementing membrane structures...
International audienceA silicon micro-machined filter with a simple planar integration on an other s...
ABSTRACT: Recent developments in micromachining techniques at the University of Michigan have result...
This dissertation presents a comprehensive demonstration of the ability of membrane-supported transm...
Abstract- This paper describes the design and the fabrication of a new type of millimeter-wave micro...
This paper presents the fabrication processes for micromachined millimetre-wave devices, on two diff...
The paper presents a technology based on bulk and surface micromachining to manufacture lumped eleme...
International audienceThe membrane technology appears as a convenient solution for millimeterwave ap...
The design and testing of a new configuration of micromachined bandpass filter for millimetre-wave a...
Recent developments in micromachining techniques at the University of Michigan have resulted in nove...
This thesis represents a detailed investigation of high-frequency transmission lines which are suppo...
This paper presents the manufacturing and testing of a new type of compact and low loss 4th order Ka...
This paper presents the design, manufacturing and testing of a new type of compact and low loss Ka-b...
This paper presents a silicon micromachined filter for micro- and nanoparticles. The filter is verti...
All microwave and millimeter-wave systems are made of monolithic microwave integrated circuits (MMIC...
International audienceThis paper presents an original technique for implementing membrane structures...