A numerical model based on the finite element method for phase change memory including ovonic threshold switch and memory threshold switch is developed. The temperature distribution, phase fraction profiles in set operation and the programming resistance variation with currents are simulated respectively. By analyzing the programming properties of cells at different reset state, the impacts of the reset current to the programming characteristics are evaluated. ? 2014 IEEE.EI
Towards reliability optimization of chalcogenide-based phase-change memory cells, the study on trans...
In the design of phase-change memory (PCM), it is important to perform numerical simulations topredi...
A method to implementation a circuit model to describe the physical properties of phase change memor...
As one of the candidates of the next generation non-volatile memory(NVM), phase change memory(PCM) h...
A detailed physical model of the heating and amorphization profiles in phase-change memory elements ...
As one of the candidates of the next generation non-volatile memory(NVM), phase change memory(PCM) h...
A phase change memory resistance model accounting for the geometry of SET and RESET state is develop...
As one of the candidates of the next generation non-volatile memory(NVM), phase change memory(PCM) h...
Phase change memory (PCM) is an important element in the development and realization of new forms of...
As one of the candidates of the next generation non-volatile memory(NVM), phase change memory(PCM) h...
Due to restricted dimensions, the two-dimensional structure is not able to simulated one special geo...
In this work, the phase transition from crystalline state to amorphous state during RESET programmin...
I simulate phase change including stochastic nucleation and growth of discrete grains with a finite ...
The 1S1R storage unit of 3D phase-change memory is composed of ovonic threshold switch selector (OTS...
The experimental analysis of the electrical behavior of Phase Change Memory arrays evidenced a seaso...
Towards reliability optimization of chalcogenide-based phase-change memory cells, the study on trans...
In the design of phase-change memory (PCM), it is important to perform numerical simulations topredi...
A method to implementation a circuit model to describe the physical properties of phase change memor...
As one of the candidates of the next generation non-volatile memory(NVM), phase change memory(PCM) h...
A detailed physical model of the heating and amorphization profiles in phase-change memory elements ...
As one of the candidates of the next generation non-volatile memory(NVM), phase change memory(PCM) h...
A phase change memory resistance model accounting for the geometry of SET and RESET state is develop...
As one of the candidates of the next generation non-volatile memory(NVM), phase change memory(PCM) h...
Phase change memory (PCM) is an important element in the development and realization of new forms of...
As one of the candidates of the next generation non-volatile memory(NVM), phase change memory(PCM) h...
Due to restricted dimensions, the two-dimensional structure is not able to simulated one special geo...
In this work, the phase transition from crystalline state to amorphous state during RESET programmin...
I simulate phase change including stochastic nucleation and growth of discrete grains with a finite ...
The 1S1R storage unit of 3D phase-change memory is composed of ovonic threshold switch selector (OTS...
The experimental analysis of the electrical behavior of Phase Change Memory arrays evidenced a seaso...
Towards reliability optimization of chalcogenide-based phase-change memory cells, the study on trans...
In the design of phase-change memory (PCM), it is important to perform numerical simulations topredi...
A method to implementation a circuit model to describe the physical properties of phase change memor...