Add to ORKGThis paper describes a joint EM/Circuit modeling methodology, dedicated to active antennas arrays, with theoretical and experimental validations. The EM model handles inter-element coupling, while the Power Amplifier (PA) model can take important mismatching into account. Both models are then coupled to form a joint approach for EM/Circuit simulation and then validated using an active array demonstrator. An originality of this work is the elimination of isolators between PA and antennas. 1
The possibility to combine circuit and electromagnetic modeling in one program enable new problems t...
Abstract — The design of reconfigurable active antennas requires an efficient system simulation in o...
Abstract: Purpose – The main aim of this study is the modelling of the interaction of on-chip compo...
International audienceThis paper describes a joint EM/Circuit modeling methodology, dedicated to act...
Abstract — This paper describes a mixed simulation approach of electromagnetic (EM) macromodel and n...
International audienceThis paper presents a mixed simulation approach for an active antenna operatin...
Abstract — This paper presents a mixed simulation approach for an active antenna operating at 8.2 GH...
International audienceThis paper describes a mixed simulation approach of electromagnetic (EM) macro...
International audienceThis paper examines the distinctive feature of studying the direct interaction...
An accurate modeling technique for antennas and nonlinear RF power amplifier mixed simulation george...
International audienceToday's increase of functions, improvement of performance, and cost reductions...
International audienceThe design of agile active antennas requires an efficient modeling methodology...
Abstract:- Because of ever-higher operating frequencies and circuit integration, distributed electro...
International audienceA synthesis method to design multielement antennas with couplings is presented...
The methods used to model nonlinear power amplifiers are many and varied. With the introduction of a...
The possibility to combine circuit and electromagnetic modeling in one program enable new problems t...
Abstract — The design of reconfigurable active antennas requires an efficient system simulation in o...
Abstract: Purpose – The main aim of this study is the modelling of the interaction of on-chip compo...
International audienceThis paper describes a joint EM/Circuit modeling methodology, dedicated to act...
Abstract — This paper describes a mixed simulation approach of electromagnetic (EM) macromodel and n...
International audienceThis paper presents a mixed simulation approach for an active antenna operatin...
Abstract — This paper presents a mixed simulation approach for an active antenna operating at 8.2 GH...
International audienceThis paper describes a mixed simulation approach of electromagnetic (EM) macro...
International audienceThis paper examines the distinctive feature of studying the direct interaction...
An accurate modeling technique for antennas and nonlinear RF power amplifier mixed simulation george...
International audienceToday's increase of functions, improvement of performance, and cost reductions...
International audienceThe design of agile active antennas requires an efficient modeling methodology...
Abstract:- Because of ever-higher operating frequencies and circuit integration, distributed electro...
International audienceA synthesis method to design multielement antennas with couplings is presented...
The methods used to model nonlinear power amplifiers are many and varied. With the introduction of a...
The possibility to combine circuit and electromagnetic modeling in one program enable new problems t...
Abstract — The design of reconfigurable active antennas requires an efficient system simulation in o...
Abstract: Purpose – The main aim of this study is the modelling of the interaction of on-chip compo...