In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistical parameters is proposed. Firstly a statistical model which maps the statistical behavior of technological parameters considered as a source of errors, into the behavior of device parameters, which depends on device geometry (area and layout) and mutual distances between devices, is derived. Then particular forms for the autocorrelation function are proposed so that expressions for the parameter mismatch variance can be obtained. The model has also been used to analyze mismatch effect on interdigitated and cross-coupled structures
Afin de réaliser correctement leur fonction, certains blocs analogiques ou numériques comme les miro...
IC manufacturing process variations are typically expressed in terms of joint probability density fu...
Mismatch between identically designed MOS transistors plays an important role in the performance of ...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...
A new methodology for statistical mismatch analysis of MOS transistor pairs is presented. Size and s...
A new methodology for statistical mismatch analysis of MOS transistor pairs is presented. Size and s...
A new model has been developed for the covariance matrix of device parameters. The analysis has been...
A new model has been developed for the covariance matrix of device parameters. The analysis has been...
A new model has been developed for the covariance matrix of device parameters. The analysis has been...
A rigorous formulation of the parametric yield for very large scale integration (VLSI) designs inclu...
This paper presents a compact model for MOS transistor mismatch. The mismatch model uses the carrier...
This paper presents a compact model for MOS transistor mismatch. The mismatch model uses the carrier...
This paper presents a compact model for MOS transistor mismatch. The mismatch model uses the carrier...
Afin de réaliser correctement leur fonction, certains blocs analogiques ou numériques comme les miro...
IC manufacturing process variations are typically expressed in terms of joint probability density fu...
Mismatch between identically designed MOS transistors plays an important role in the performance of ...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...
A new methodology for statistical mismatch analysis of MOS transistor pairs is presented. Size and s...
A new methodology for statistical mismatch analysis of MOS transistor pairs is presented. Size and s...
A new model has been developed for the covariance matrix of device parameters. The analysis has been...
A new model has been developed for the covariance matrix of device parameters. The analysis has been...
A new model has been developed for the covariance matrix of device parameters. The analysis has been...
A rigorous formulation of the parametric yield for very large scale integration (VLSI) designs inclu...
This paper presents a compact model for MOS transistor mismatch. The mismatch model uses the carrier...
This paper presents a compact model for MOS transistor mismatch. The mismatch model uses the carrier...
This paper presents a compact model for MOS transistor mismatch. The mismatch model uses the carrier...
Afin de réaliser correctement leur fonction, certains blocs analogiques ou numériques comme les miro...
IC manufacturing process variations are typically expressed in terms of joint probability density fu...
Mismatch between identically designed MOS transistors plays an important role in the performance of ...