This paper presents an interconnect and packaging solution for millimetre-wave MMIC, based on collective wiring and surface mount technologies. The designed structure consists of an SMT CSP (Chip Scale Package) mounted on printed circuit board (PCB). This packaging concept has been applied to a millimetre-wave LNA and has been measured up to 60 GHz, exhibiting results close to bare die measurements (insertion loss per millimetre-wave transition lower than 0.5dB) and demonstrating the potential of this technology up to V-band
In this letter, we present results of fully integrated 90-130 GHz receiver based on 100 nm mHEMT tec...
Abstract — Over the last two decades, the capability and implementation of mm-wave point-to-point ra...
[[abstract]]On the basis of the current status of silicon based MMICs, it is possible to implement m...
This paper presents an interconnect and packaging solution for millimetre-wave MMIC, based on collec...
This paper presents an overview of recent state of the art technologies and future trends in millime...
A cost-effective antenna package suitable for mass production mm-wave applications is investigated. ...
International audiencehis paper presents a technological process compatible process compatible with ...
This paper presents a novel approach to realize low-cost millimeter-wave modules using only SMD pack...
This paper presents a novel approach to realize low-cost millimeter-wave modules using only SMD pack...
In this paper, we present results of work done in packaging highly integrated circuits based on 100n...
In this paper a novel low-cost SMD package for high-power MMICs is presented. Due to the special des...
This paper discusses challenges, design issues and possible solutions to get mm-Wave signals off-chi...
Power leakage into surface waves in monolithically integrated millimeter-wave circuits is to a great...
Abstract—Packaging of planar MMICs poses a unique challenge at microwave frequencies as the dimensio...
This paper presents an overview of recent trends in millimeter-wave packaging and module technology ...
In this letter, we present results of fully integrated 90-130 GHz receiver based on 100 nm mHEMT tec...
Abstract — Over the last two decades, the capability and implementation of mm-wave point-to-point ra...
[[abstract]]On the basis of the current status of silicon based MMICs, it is possible to implement m...
This paper presents an interconnect and packaging solution for millimetre-wave MMIC, based on collec...
This paper presents an overview of recent state of the art technologies and future trends in millime...
A cost-effective antenna package suitable for mass production mm-wave applications is investigated. ...
International audiencehis paper presents a technological process compatible process compatible with ...
This paper presents a novel approach to realize low-cost millimeter-wave modules using only SMD pack...
This paper presents a novel approach to realize low-cost millimeter-wave modules using only SMD pack...
In this paper, we present results of work done in packaging highly integrated circuits based on 100n...
In this paper a novel low-cost SMD package for high-power MMICs is presented. Due to the special des...
This paper discusses challenges, design issues and possible solutions to get mm-Wave signals off-chi...
Power leakage into surface waves in monolithically integrated millimeter-wave circuits is to a great...
Abstract—Packaging of planar MMICs poses a unique challenge at microwave frequencies as the dimensio...
This paper presents an overview of recent trends in millimeter-wave packaging and module technology ...
In this letter, we present results of fully integrated 90-130 GHz receiver based on 100 nm mHEMT tec...
Abstract — Over the last two decades, the capability and implementation of mm-wave point-to-point ra...
[[abstract]]On the basis of the current status of silicon based MMICs, it is possible to implement m...