Add to ORKGThe paper presents complete analysis of differential amplifier noise figure single-ended measurement setup. The analysis is based on scattering matrix representation for the network and wave representation for noise. As a result, there are presented equations allowing the differential amplifier gain and noise figure to be de-embedded with single-ended measurements. De-embedding equations are given for the balanced amplifier and for the fully differential amplifier
Contains a report on a research project.Lincoln Laboratory (Purchase Order DDL B-00337)United States...
RF-to-baseband front ends consisting of a low-noise amplifier (LNA) cascaded with a mixer down-conve...
In this paper there is presented and discussed a general analysis method for noise characterization ...
The paper presents complete analysis of differential amplifier noise figure single-ended measurement...
This paper analyses the noise and gain measurement of microwave differential amplifiers using two pa...
Balanced amplifiers suffer from the noise figure performance in comparison with a stand-alone amplif...
This paper presents an original technique to measure the noise figure of differential amplifiers wit...
This paper presents an innovative extension of the noise wave definition to mixed mode, differential...
In this paper there is presented and discussed a general analysis method for noise characterization ...
This paper analyses the noise and gain measurement of microwave differential amplifiers using two pa...
The noise characterisation of differential circuits is considered. A new method for the determinatio...
On-wafer measurement setups are introduced for measuring the noise figure and s-parameters of differ...
In this paper there is presented and discussed a general analysis method for noise characterization ...
The new method proposed in the Revue de Physique Appliquée 15 (1980) 1007, for noise figure measurem...
In this paper, we derive new models that describe the noise voltage and equivalent input noise curre...
Contains a report on a research project.Lincoln Laboratory (Purchase Order DDL B-00337)United States...
RF-to-baseband front ends consisting of a low-noise amplifier (LNA) cascaded with a mixer down-conve...
In this paper there is presented and discussed a general analysis method for noise characterization ...
The paper presents complete analysis of differential amplifier noise figure single-ended measurement...
This paper analyses the noise and gain measurement of microwave differential amplifiers using two pa...
Balanced amplifiers suffer from the noise figure performance in comparison with a stand-alone amplif...
This paper presents an original technique to measure the noise figure of differential amplifiers wit...
This paper presents an innovative extension of the noise wave definition to mixed mode, differential...
In this paper there is presented and discussed a general analysis method for noise characterization ...
This paper analyses the noise and gain measurement of microwave differential amplifiers using two pa...
The noise characterisation of differential circuits is considered. A new method for the determinatio...
On-wafer measurement setups are introduced for measuring the noise figure and s-parameters of differ...
In this paper there is presented and discussed a general analysis method for noise characterization ...
The new method proposed in the Revue de Physique Appliquée 15 (1980) 1007, for noise figure measurem...
In this paper, we derive new models that describe the noise voltage and equivalent input noise curre...
Contains a report on a research project.Lincoln Laboratory (Purchase Order DDL B-00337)United States...
RF-to-baseband front ends consisting of a low-noise amplifier (LNA) cascaded with a mixer down-conve...
In this paper there is presented and discussed a general analysis method for noise characterization ...