Add to ORKGThis paper presents an innovative extension of the noise wave definition to mixed mode, differential – and common-mode noise waves which can be used for noise analysis of differential microwave networks. Mixed mode noise waves are used next to define generalized mixed mode noise wave correlation matrices of microwave multiport networks. Presented approach may be used for noise analysis of microwave differential networks with differential ports as well as with conventional single ended ports
This paper analyses the noise and gain measurement of microwave differential amplifiers using two pa...
In this paper, the mechanisms that lead to the conversion of common mode RF interference into differ...
High-speed digital communication links typically employ differential signaling as an alternative to ...
This paper presents an innovative extention of the noise wave definition to mixed mode, differential...
In this paper there is presented and discussed a general analysis method for noise characterization ...
In this paper there is presented and discussed a general analysis method for noise characterization ...
In this paper there is presented and discussed a general analysis method for noise characterization ...
Noise waves are a powerful means for characterizing noise in microwave circuits. A simple derivation...
The paper presents complete analysis of differential amplifier noise figure single-ended measurement...
The noise wave approach is applied to analysis, modeling, and measurement applications. Methods are ...
This paper presents an innovative approach to extend the S-parameter definition to multiport network...
In any microwave telecommunication system, noise performance is a very important criterion for recei...
Noise temperature or noise factor are important parameters for many microwave devices. Their depende...
As differential signaling becomes more and more desirable, innovative solutions must be sought to ke...
Differential and common-mode transfer impedances are proposed herein to analyze noise coupled to (fr...
This paper analyses the noise and gain measurement of microwave differential amplifiers using two pa...
In this paper, the mechanisms that lead to the conversion of common mode RF interference into differ...
High-speed digital communication links typically employ differential signaling as an alternative to ...
This paper presents an innovative extention of the noise wave definition to mixed mode, differential...
In this paper there is presented and discussed a general analysis method for noise characterization ...
In this paper there is presented and discussed a general analysis method for noise characterization ...
In this paper there is presented and discussed a general analysis method for noise characterization ...
Noise waves are a powerful means for characterizing noise in microwave circuits. A simple derivation...
The paper presents complete analysis of differential amplifier noise figure single-ended measurement...
The noise wave approach is applied to analysis, modeling, and measurement applications. Methods are ...
This paper presents an innovative approach to extend the S-parameter definition to multiport network...
In any microwave telecommunication system, noise performance is a very important criterion for recei...
Noise temperature or noise factor are important parameters for many microwave devices. Their depende...
As differential signaling becomes more and more desirable, innovative solutions must be sought to ke...
Differential and common-mode transfer impedances are proposed herein to analyze noise coupled to (fr...
This paper analyses the noise and gain measurement of microwave differential amplifiers using two pa...
In this paper, the mechanisms that lead to the conversion of common mode RF interference into differ...
High-speed digital communication links typically employ differential signaling as an alternative to ...