This paper presents a simulator for the statistical analysis of MOS integrated circuits affected by mismatch effect. The tool is based on a rigorous formulation of circuit equations including random current sources to take into account technological tolerances. The simulator requires a simulation time of several orders of magnitude lower than that required by Montecarlo analysis, while ensuring a good accuracy
A novel statistical model for MOS transistor drain current has been developed that allows to explore...
Accurate timing analysis of digital integrated circuits is becoming harder to achieve with current a...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...
This paper presents a simulator for the statistical analysis of MOS integrated circuits affected by ...
This paper presents a simulator for the statistical analysis of MOS integrated circuits affected by ...
In this paper a simulator for the statistical analysis of analog CMOS integrated circuits affected b...
SiSMA (Simulator for Statistical Mismatch Analysis) is a CAD tool for the statistical analysis of an...
A tool is presented that evaluates statistical deviations in performance characteristics of analog c...
This paper presents a methodology for statistical simulation of non-linear integrated circuits affec...
Presentato a "The University Booth" della conferenza internazionale "10th Design, Automation and Tes...
In this paper a novel CAD methodology for yield enhancement of VLSI CMOS circuits including random d...
A new methodology for statistical mismatch analysis of MOS transistor pairs is presented. Size and s...
In this paper a new CAD methodology for the statistical analysis of VLSI CMOS circuits is presented....
Many methods for the statistical design and analysis of integrated circuits have been proposed over ...
A novel statistical model for MOS transistor drain current has been developed that allows to explore...
Accurate timing analysis of digital integrated circuits is becoming harder to achieve with current a...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...
This paper presents a simulator for the statistical analysis of MOS integrated circuits affected by ...
This paper presents a simulator for the statistical analysis of MOS integrated circuits affected by ...
In this paper a simulator for the statistical analysis of analog CMOS integrated circuits affected b...
SiSMA (Simulator for Statistical Mismatch Analysis) is a CAD tool for the statistical analysis of an...
A tool is presented that evaluates statistical deviations in performance characteristics of analog c...
This paper presents a methodology for statistical simulation of non-linear integrated circuits affec...
Presentato a "The University Booth" della conferenza internazionale "10th Design, Automation and Tes...
In this paper a novel CAD methodology for yield enhancement of VLSI CMOS circuits including random d...
A new methodology for statistical mismatch analysis of MOS transistor pairs is presented. Size and s...
In this paper a new CAD methodology for the statistical analysis of VLSI CMOS circuits is presented....
Many methods for the statistical design and analysis of integrated circuits have been proposed over ...
A novel statistical model for MOS transistor drain current has been developed that allows to explore...
Accurate timing analysis of digital integrated circuits is becoming harder to achieve with current a...
In this paper a model of MOS transistor mismatch based on autocorrelation function of the statistica...