Add to ORKGInternational audienceThis paper addresses the design, the simulations and the measurements results of an original and compact MMIC phase shifter using micro-strip slow wave lines implemented in a 0.25µm SiGe BiCMOS process for Ku-band applications. The simulations and the experimental results demonstrate interesting performances compared to classical phase shifter topologies
This paper demonstrates a surface micromachined millimeter wave phase shifter with small size and la...
L’objectif de ces travaux de recherche est la conception en technologie intégrée d’une nouvelle topo...
A compact metamaterial (MTM)-based tunable phase shifter consisting of four unit cells with a simple...
International audienceThis paper addresses the design, the simulations and the measurements results ...
International audienceThis paper addresses the design, thesimulations and the measurements results o...
International audienceThis paper addresses the design, simulation and measurements of microstrip slo...
We propose a slow-wave MEMS phase shifter that can be fabricated using the CMOS back-end and an addi...
International audienceThis letter presents the realization of a miniaturized liquid crystal slow wav...
The emerging fifth-generation (5G) wireless and mobile communications demand high-performance phase ...
International audience"Slow-Wave Distributed MEMS Phase Shifter in CMOS for Millimeter-Wave Applicat...
A true time delay multi-bit MEMS phase shifter topology based on impedance-matched slow-wave CPW sec...
Investigation of novel passive phase shifter concepts in microscale millimetre wave application
This paper presents a highly miniaturized tuneable microstrip line phase shifter for 5 GHz to 67 GHz...
This paper reports compact, wideband, low-dispersion, metamaterial-based phase shifters with lower l...
A true time delay multi-bit MEMS phase shifter topology based on impedance-matched slow-wave CPW sec...
This paper demonstrates a surface micromachined millimeter wave phase shifter with small size and la...
L’objectif de ces travaux de recherche est la conception en technologie intégrée d’une nouvelle topo...
A compact metamaterial (MTM)-based tunable phase shifter consisting of four unit cells with a simple...
International audienceThis paper addresses the design, the simulations and the measurements results ...
International audienceThis paper addresses the design, thesimulations and the measurements results o...
International audienceThis paper addresses the design, simulation and measurements of microstrip slo...
We propose a slow-wave MEMS phase shifter that can be fabricated using the CMOS back-end and an addi...
International audienceThis letter presents the realization of a miniaturized liquid crystal slow wav...
The emerging fifth-generation (5G) wireless and mobile communications demand high-performance phase ...
International audience"Slow-Wave Distributed MEMS Phase Shifter in CMOS for Millimeter-Wave Applicat...
A true time delay multi-bit MEMS phase shifter topology based on impedance-matched slow-wave CPW sec...
Investigation of novel passive phase shifter concepts in microscale millimetre wave application
This paper presents a highly miniaturized tuneable microstrip line phase shifter for 5 GHz to 67 GHz...
This paper reports compact, wideband, low-dispersion, metamaterial-based phase shifters with lower l...
A true time delay multi-bit MEMS phase shifter topology based on impedance-matched slow-wave CPW sec...
This paper demonstrates a surface micromachined millimeter wave phase shifter with small size and la...
L’objectif de ces travaux de recherche est la conception en technologie intégrée d’une nouvelle topo...
A compact metamaterial (MTM)-based tunable phase shifter consisting of four unit cells with a simple...