This paper introduces a new technique that allows us to measure the admittance conversion matrix of a two-port device,using a Nonlinear Vector Network Analyzer.This method is applied to extract the conversion matrix of a 0.2 µµµµm pHEMT,driven by a 4.8 GHz pump signal,at different power levels,using an intermediate frequency of 600 MHz.The issue on data inconsistency due to phase randomization among different measurements is discussed and a proper pre- processing algorithm is proposed to fix the problem. The output of this work consists of a comprehensive experimental evaluation of up-and down-conversion maximum gain,stability,and optimal RF and IF impedances
This paper presents a theoretical and experimental analysis of the phase conversion phenomena in a p...
In the framework of Power Amplifier (PA) design for communications, frequency domain non-linear beha...
This paper presents a refined multitone measurement system for the robust characterization of nonlin...
Abstract — This paper introduces a new technique that allows us to measure the admittance conversion...
In this paper, large-signal operation of IQ-mixers isstudied using a vector-corrected four-port meas...
This paper addresses the problems in microwave non-linear measurements. It discusses techniques to s...
This paper addresses the problems in microwave non-linear measurements. It discusses techniques to s...
A novel measurement method for the behavioral modeling of power amplifiers is presented.The proposed...
An original topology of GaAs-PHEMT mixer is investigated under high conversion gain consideration.Mi...
\u3cp\u3eIntroduction The measurement of the nonlinear behavior of microwave systems and components ...
International audienceA new time-domain waveform measurement system based on the combination of an h...
Radiofrequency (RF) power amplifiers (PAs) are important elements of modern communication systems. T...
The uncertainty, due to random noise, of the measurements made with a mixer-based nonlinear vector n...
A frequency-domain method is proposed for the broadband measurement of error vector magnitude (EVM) ...
The optimum design of active microwave mixers is addressed by means of a full non-linear technique.O...
This paper presents a theoretical and experimental analysis of the phase conversion phenomena in a p...
In the framework of Power Amplifier (PA) design for communications, frequency domain non-linear beha...
This paper presents a refined multitone measurement system for the robust characterization of nonlin...
Abstract — This paper introduces a new technique that allows us to measure the admittance conversion...
In this paper, large-signal operation of IQ-mixers isstudied using a vector-corrected four-port meas...
This paper addresses the problems in microwave non-linear measurements. It discusses techniques to s...
This paper addresses the problems in microwave non-linear measurements. It discusses techniques to s...
A novel measurement method for the behavioral modeling of power amplifiers is presented.The proposed...
An original topology of GaAs-PHEMT mixer is investigated under high conversion gain consideration.Mi...
\u3cp\u3eIntroduction The measurement of the nonlinear behavior of microwave systems and components ...
International audienceA new time-domain waveform measurement system based on the combination of an h...
Radiofrequency (RF) power amplifiers (PAs) are important elements of modern communication systems. T...
The uncertainty, due to random noise, of the measurements made with a mixer-based nonlinear vector n...
A frequency-domain method is proposed for the broadband measurement of error vector magnitude (EVM) ...
The optimum design of active microwave mixers is addressed by means of a full non-linear technique.O...
This paper presents a theoretical and experimental analysis of the phase conversion phenomena in a p...
In the framework of Power Amplifier (PA) design for communications, frequency domain non-linear beha...
This paper presents a refined multitone measurement system for the robust characterization of nonlin...