Add to ORKGA double Y-branch ballistic junction is proposed for rectification of signals up to 94 GHz. A nonlinear model is developed to predict the frequency dependence of its RF to DC conversion performances, and agrees very well with experiment. The model shows the importance of minimizing extrinsic parasitics when designing HF ballistic nanodevices.Anglai
We report on the study of devices exploiting ballistic transport at room temperature by means of sim...
Thesis (Ph. D.)--University of Rochester. Dept. of Electrical and Computer Engineering, 2010.Present...
The frequency response of nanometric T- and Y-shaped three-terminal junctions (TTJs) is investigated...
Room-temperature dc and broad-band high-frequency (HF) to dc conversion measurements of a double Y-b...
We report on DC and broadband HF to DC conversion measurements of a Double Y-branch junction. Nonlin...
We analyze the potential of nanosized Y-branch junctions (YBJ) as devices for heterodyne mixers. We ...
We report on DC and broadband HF to DC conversion measurements of a Double Y-branch junction. Nonlin...
In this paper, we present a study on three-terminal ballistic junction and their applications to rec...
In this paper, we present a study on three-terminal ballistic junction and their applications to rec...
The problem of high input impedance of nanoscaled devices is analyzed for the case of a Y-Branch Jun...
A detailed analysis of nonlinear effects-electron switching and rectification, in InAlAs/InGaAs base...
A technique is proposed to optimise the bias conditions of a InAlAs/InGaAs based Y-branch junction (...
We report on negative differential transconductance (NDT) effect in Y-branch nanojunctions which lea...
A ballistic rectifier, based on guidance of carriers by a triangular antidot, is shown to be both ex...
We report on the study of devices exploiting ballistic transport at room temperature by means of sim...
We report on the study of devices exploiting ballistic transport at room temperature by means of sim...
Thesis (Ph. D.)--University of Rochester. Dept. of Electrical and Computer Engineering, 2010.Present...
The frequency response of nanometric T- and Y-shaped three-terminal junctions (TTJs) is investigated...
Room-temperature dc and broad-band high-frequency (HF) to dc conversion measurements of a double Y-b...
We report on DC and broadband HF to DC conversion measurements of a Double Y-branch junction. Nonlin...
We analyze the potential of nanosized Y-branch junctions (YBJ) as devices for heterodyne mixers. We ...
We report on DC and broadband HF to DC conversion measurements of a Double Y-branch junction. Nonlin...
In this paper, we present a study on three-terminal ballistic junction and their applications to rec...
In this paper, we present a study on three-terminal ballistic junction and their applications to rec...
The problem of high input impedance of nanoscaled devices is analyzed for the case of a Y-Branch Jun...
A detailed analysis of nonlinear effects-electron switching and rectification, in InAlAs/InGaAs base...
A technique is proposed to optimise the bias conditions of a InAlAs/InGaAs based Y-branch junction (...
We report on negative differential transconductance (NDT) effect in Y-branch nanojunctions which lea...
A ballistic rectifier, based on guidance of carriers by a triangular antidot, is shown to be both ex...
We report on the study of devices exploiting ballistic transport at room temperature by means of sim...
We report on the study of devices exploiting ballistic transport at room temperature by means of sim...
Thesis (Ph. D.)--University of Rochester. Dept. of Electrical and Computer Engineering, 2010.Present...
The frequency response of nanometric T- and Y-shaped three-terminal junctions (TTJs) is investigated...