A new “hybrid” approach to microwave power amplifier design is presented which is based both on experimental large-signal low-frequency I/V load-line characterization and a model-based description of the device capacitances. Such a technique allows to get the same information obtained through nonlinear measurement setups operating at microwave frequencies. Several simulated and experimental data are proposed, based on GaN technology, in order to prove the effectiveness of the methodology
International audienceDue to the large expansion of wireless communications, the need for high-effic...
This paper presents a nonlinear equivalent circuit model of microwave power GaN high electron-mobili...
This paper presents a new modeling approach accounting for the nonlinear description of low-frequenc...
This paper presents a new original approach to power amplifier design, which is mainly based on low-...
Load-pull measurement systems are the most common and powerful instruments used for the design of po...
The manuscript details a harmonically-tuned power amplifier design methodology, that is based on the...
In this paper, a new approach to class-A power amplifier design is proposed. Such a technique, which...
Commonly used approaches for the design of power amplifiers (PAs), specifically in the microwave an...
The manuscript presents a load-pull characterization technique for the design of power amplifiers in...
Low-frequency dispersive phenomena due to self-heating and charge trapping in GaN and GaAs- based FE...
This work completes the sequence started with articles [1] and [2], previously published in this jo...
In recent years, electronic technologies oriented to communications went through a continuous and pr...
A novel methodology for the characterization of the nonlinear dynamic behavior of electron devices (...
In this thesis, characterization of a 6W GaN HEMT power amplifier for optimal operating conditions t...
This paper presents an overview of nonlinear measurement techniques of microwave power devices and...
International audienceDue to the large expansion of wireless communications, the need for high-effic...
This paper presents a nonlinear equivalent circuit model of microwave power GaN high electron-mobili...
This paper presents a new modeling approach accounting for the nonlinear description of low-frequenc...
This paper presents a new original approach to power amplifier design, which is mainly based on low-...
Load-pull measurement systems are the most common and powerful instruments used for the design of po...
The manuscript details a harmonically-tuned power amplifier design methodology, that is based on the...
In this paper, a new approach to class-A power amplifier design is proposed. Such a technique, which...
Commonly used approaches for the design of power amplifiers (PAs), specifically in the microwave an...
The manuscript presents a load-pull characterization technique for the design of power amplifiers in...
Low-frequency dispersive phenomena due to self-heating and charge trapping in GaN and GaAs- based FE...
This work completes the sequence started with articles [1] and [2], previously published in this jo...
In recent years, electronic technologies oriented to communications went through a continuous and pr...
A novel methodology for the characterization of the nonlinear dynamic behavior of electron devices (...
In this thesis, characterization of a 6W GaN HEMT power amplifier for optimal operating conditions t...
This paper presents an overview of nonlinear measurement techniques of microwave power devices and...
International audienceDue to the large expansion of wireless communications, the need for high-effic...
This paper presents a nonlinear equivalent circuit model of microwave power GaN high electron-mobili...
This paper presents a new modeling approach accounting for the nonlinear description of low-frequenc...