[[abstract]]In developing a fast test methodology to predict post-cycling low temperature data retention (LTDR) lifetime of split-gate flash memories, word-line stress is used to accelerate the charge gain effect in the trap-assist-tunneling (TAT) regime. By modeling the data retention behaviors under word-line stress conditions, lifetime tests can be completed successfully in a much shorter period, providing accurate lifetime prediction more efficiently for thicker gate oxide products[[fileno]]2030158030019[[department]]電機工程學
This work is focused on the accelerated testing of Flash memory reliability, taking our 45 nm NOR te...
International audienceIn this paper the impact of the endurance degradation on the programming windo...
In this paper, statistical measurements on the retention behavior of the stable HfO(x)-based RRAM un...
[[abstract]]In developing a fast statistical testing methodology to predict the postcycling low-temp...
[[abstract]]In developing a fast statistical testing methodology to predict the postcycling low-temp...
[[abstract]]© 2005 Elsevier-In modeling post-cycling low temperature data retention (LTDR) character...
[[abstract]]In developing an accurate lifetime-prediction model for postcycling data-retention failu...
[[abstract]]In developing a precise model for post-cycling data retention failure rate of split-gate...
A new statistical model of stress-induced leakage current (SILC) is implemented and used to predict ...
In this paper, through the use of a recently proposed statistical model of stress-induced leakage cu...
[[abstract]]In this paper, the weak erase failure mechanism of a source side injected split gate fla...
Low power consumption, virtually zero latency, extremely fast boot-up for OS and applications, fast ...
International audienceNowadays, the study of physical mechanisms that occur during Flash memory cell...
A comprehensive simulation method for endurance reliability issues in charge trapping memory is deve...
NAND Flash memories have gained tremendous attention owing to the increasing demand for storage capa...
This work is focused on the accelerated testing of Flash memory reliability, taking our 45 nm NOR te...
International audienceIn this paper the impact of the endurance degradation on the programming windo...
In this paper, statistical measurements on the retention behavior of the stable HfO(x)-based RRAM un...
[[abstract]]In developing a fast statistical testing methodology to predict the postcycling low-temp...
[[abstract]]In developing a fast statistical testing methodology to predict the postcycling low-temp...
[[abstract]]© 2005 Elsevier-In modeling post-cycling low temperature data retention (LTDR) character...
[[abstract]]In developing an accurate lifetime-prediction model for postcycling data-retention failu...
[[abstract]]In developing a precise model for post-cycling data retention failure rate of split-gate...
A new statistical model of stress-induced leakage current (SILC) is implemented and used to predict ...
In this paper, through the use of a recently proposed statistical model of stress-induced leakage cu...
[[abstract]]In this paper, the weak erase failure mechanism of a source side injected split gate fla...
Low power consumption, virtually zero latency, extremely fast boot-up for OS and applications, fast ...
International audienceNowadays, the study of physical mechanisms that occur during Flash memory cell...
A comprehensive simulation method for endurance reliability issues in charge trapping memory is deve...
NAND Flash memories have gained tremendous attention owing to the increasing demand for storage capa...
This work is focused on the accelerated testing of Flash memory reliability, taking our 45 nm NOR te...
International audienceIn this paper the impact of the endurance degradation on the programming windo...
In this paper, statistical measurements on the retention behavior of the stable HfO(x)-based RRAM un...