We propose a new statistical model of the erratic erase based on a new RTS analysis technique. The experimental analysis revealed new interesting features of the erratic erase phenomenon. The overall erased threshold voltage distribution, including tail bits, can be modeled by taking into account the erratic erase behavior whose characteristics can easily be measured by common cycling experiments. The statistical model of the erased threshold voltage obtained in this way can then be used to perform statistical simulation of the bitline leakage current, thus providing a powerful tool in memory design and optimization
In NAND Flash non-volatile memories the erase operation drives the memory cells threshold voltage t...
Abstract—Random telegraph noise (RTN) has become an important reliability issue at the sub-65nm tech...
Abstract: In this paper, we delve into one of the most relevant defects-related phenomena causing f...
This paper presents a new physics-based statistical model for random telegraph noise in Flash memori...
We present a new method for the statistical analysis of Random Telegraph Signals. Simulations show t...
This work presents experimental results concerning erratic behavior in flash memories obtained by tr...
We present a statistical model of erratic behaviors in Flash memory arrays based on a Markov chain ...
This paper presents experimental results and statistics about the erratic erase in Flash Memories, s...
This work investigates the statistical distribution of random telegraph noise drain current instabil...
This paper presents a new technique to analyze the characteristics of multi-level random telegraph n...
In this paper, we discuss some of the measurement and analysis techniques for Random Telegraph Noise...
This paper presents a comprehensive investigation of random telegraph noise (RTN) in deca–nanometer...
We present a thorough investigation of the random telegraph noise scaling trend for both NAND and NO...
In NAND Flash non-volatile memories the erase operation drives the memory cells threshold voltage t...
Abstract—Random telegraph noise (RTN) has become an important reliability issue at the sub-65nm tech...
Abstract: In this paper, we delve into one of the most relevant defects-related phenomena causing f...
This paper presents a new physics-based statistical model for random telegraph noise in Flash memori...
We present a new method for the statistical analysis of Random Telegraph Signals. Simulations show t...
This work presents experimental results concerning erratic behavior in flash memories obtained by tr...
We present a statistical model of erratic behaviors in Flash memory arrays based on a Markov chain ...
This paper presents experimental results and statistics about the erratic erase in Flash Memories, s...
This work investigates the statistical distribution of random telegraph noise drain current instabil...
This paper presents a new technique to analyze the characteristics of multi-level random telegraph n...
In this paper, we discuss some of the measurement and analysis techniques for Random Telegraph Noise...
This paper presents a comprehensive investigation of random telegraph noise (RTN) in deca–nanometer...
We present a thorough investigation of the random telegraph noise scaling trend for both NAND and NO...
In NAND Flash non-volatile memories the erase operation drives the memory cells threshold voltage t...
Abstract—Random telegraph noise (RTN) has become an important reliability issue at the sub-65nm tech...
Abstract: In this paper, we delve into one of the most relevant defects-related phenomena causing f...