\u3cp\u3eExtensive measurements of drain current thermal noise are presented for 3 different CMOS technologies and for gate lengths ranging from 2 μm down to 0.17 μm. Using a surface-potential-based compact MOS model with improved descriptions of carrier mobility and velocity saturation, all the experimental results can be described accurately without invoking carrier heating effects or introducing additional parameters.\u3c/p\u3
In this letter, a drain current noise model that includes the channel thermal noise and the shot noi...
An analysis of the channel thermal noise in MOSFET\u27s, based on the one-dimensional charge sheet m...
A closed-form model able to predict high frequency thermal noise of SOI MOSFETS for all channel leng...
Abstract—This paper presents an analytical noise model for the drain thermal noise, the induced gate...
Abstract—In this paper, we present a simple analytical model for the thermal channel noise of deep-s...
At high frequency of gigahertz, the channel thermal noise is dominating the noise of MOSFETs. The ch...
In this paper, a new field dependent effective mobility model including the drain-induced vertical f...
In this paper, a new field dependent effective mobility model including the drain-induced vertical f...
This paper presents the results of the experimental characterization of the channel thermal noise in...
This paper presents the results of the experimental characterization of the channel thermal noise in...
A simple high frequency channel thermal noise model was developed for MOSFETs in strong inversion r...
Abstract—A unified channel thermal noise model valid in all operation regions is presented for short...
Submicron CMOS technologies provide well-established solutions to the implementation of low-noise fr...
Abstract—Taking a velocity saturation effect and a carrier heating effect in the gradual channel reg...
In this letter, a drain current noise model that includes the channel thermal noise and the shot noi...
In this letter, a drain current noise model that includes the channel thermal noise and the shot noi...
An analysis of the channel thermal noise in MOSFET\u27s, based on the one-dimensional charge sheet m...
A closed-form model able to predict high frequency thermal noise of SOI MOSFETS for all channel leng...
Abstract—This paper presents an analytical noise model for the drain thermal noise, the induced gate...
Abstract—In this paper, we present a simple analytical model for the thermal channel noise of deep-s...
At high frequency of gigahertz, the channel thermal noise is dominating the noise of MOSFETs. The ch...
In this paper, a new field dependent effective mobility model including the drain-induced vertical f...
In this paper, a new field dependent effective mobility model including the drain-induced vertical f...
This paper presents the results of the experimental characterization of the channel thermal noise in...
This paper presents the results of the experimental characterization of the channel thermal noise in...
A simple high frequency channel thermal noise model was developed for MOSFETs in strong inversion r...
Abstract—A unified channel thermal noise model valid in all operation regions is presented for short...
Submicron CMOS technologies provide well-established solutions to the implementation of low-noise fr...
Abstract—Taking a velocity saturation effect and a carrier heating effect in the gradual channel reg...
In this letter, a drain current noise model that includes the channel thermal noise and the shot noi...
In this letter, a drain current noise model that includes the channel thermal noise and the shot noi...
An analysis of the channel thermal noise in MOSFET\u27s, based on the one-dimensional charge sheet m...
A closed-form model able to predict high frequency thermal noise of SOI MOSFETS for all channel leng...