The noise characterisation of differential circuits is considered. A new method for the determination of the differential mode noise power at the output of these circuits is presented. It is demonstrated that this differential noise power depends not only on the output noise powers but also on the correlation of the output noise waves. An analytical expression of this correlation in terms of the S-parameters and the output noise powers is determined. Based on the presented theory, a fast and simple technique is developed for the noise figure measurement of differential circuits
This work deals with circuit modeling of noise mode conversion due to system asymmetry in a three-ph...
The noise wave approach is applied to analysis, modeling, and measurement applications. Methods are ...
This paper presents a general method for the calculation of the noise correlation matrix of devices ...
This paper presents an original technique to measure the noise figure of differential amplifiers wit...
The paper presents complete analysis of differential amplifier noise figure single-ended measurement...
In this paper there is presented and discussed a general analysis method for noise characterization ...
Differential circuits are assumed to reject common-mode noise yet no parameter is available to descr...
This paper presents an innovative extention of the noise wave definition to mixed mode, differential...
In this paper, we analyze the effect of noise in a single- ended input differential amplifier workin...
The new method proposed in the Revue de Physique Appliquée 15 (1980) 1007, for noise figure measurem...
In this paper there is presented and discussed a general analysis method for noise characterization ...
A complete and systematic noise analysis of radiometer front-ends, including both total power and co...
A complete and systematic noise analysis of radiometer front-ends, including both total power and co...
The paper presents complete analysis of differential amplifier noise figure single-ended measurement...
The noise figure of the transistor amplifier is of special interest since the large quantity of exce...
This work deals with circuit modeling of noise mode conversion due to system asymmetry in a three-ph...
The noise wave approach is applied to analysis, modeling, and measurement applications. Methods are ...
This paper presents a general method for the calculation of the noise correlation matrix of devices ...
This paper presents an original technique to measure the noise figure of differential amplifiers wit...
The paper presents complete analysis of differential amplifier noise figure single-ended measurement...
In this paper there is presented and discussed a general analysis method for noise characterization ...
Differential circuits are assumed to reject common-mode noise yet no parameter is available to descr...
This paper presents an innovative extention of the noise wave definition to mixed mode, differential...
In this paper, we analyze the effect of noise in a single- ended input differential amplifier workin...
The new method proposed in the Revue de Physique Appliquée 15 (1980) 1007, for noise figure measurem...
In this paper there is presented and discussed a general analysis method for noise characterization ...
A complete and systematic noise analysis of radiometer front-ends, including both total power and co...
A complete and systematic noise analysis of radiometer front-ends, including both total power and co...
The paper presents complete analysis of differential amplifier noise figure single-ended measurement...
The noise figure of the transistor amplifier is of special interest since the large quantity of exce...
This work deals with circuit modeling of noise mode conversion due to system asymmetry in a three-ph...
The noise wave approach is applied to analysis, modeling, and measurement applications. Methods are ...
This paper presents a general method for the calculation of the noise correlation matrix of devices ...