[[abstract]]© 2006 Japanese Journal of Applied Physics-In this paper, we present an analytical solution for evaluating the ramped-pulse programming behaviors of the drain-coupling source-side injection split-gate flash for multilevel charge storage. Starting with the programming model, the relations of the storage charge, read current and peak lateral field to the ramped-pulse programming time are analytically expressed as functions of electrical, technological and physical parameters and agree well with experimental results. The program speed and program accuracy, including the effects of electrical bias and process variations, are analytically estimated.[[department]]電機工程學
[[abstract]]In developing a fast statistical testing methodology to predict the postcycling low-temp...
[[abstract]]© 2006 Japanese Journal of Applied Physics-In this paper, a novel ballistic-injection AN...
International audienceIn this work, a detailed study of the physical mechanisms governing the Source...
[[abstract]]In this paper, we present an analytical solution for evaluating the ramped-pulse program...
[[abstract]]This paper presents a compact and accurate analytical model for evaluating the programmi...
[[abstract]]© 2006 Institution of Engineering and Technology - An analytical model for evaluating th...
[[abstract]]A new self-convergent constant current programming achieved by a ramp-up source voltage ...
[[abstract]]In developing a precise model for post-cycling data retention failure rate of split-gate...
he trade-off between speed and dispersion of programmed threshold voltages is investigated in 0.25 m...
[[abstract]]The operating methods of flash memory device are worth studying due to the reliability i...
[[abstract]]In developing an accurate lifetime-prediction model for postcycling data-retention failu...
Multi-level (ML) storage is becoming an important option to achieve high-density flash EEPROMs. This...
[[abstract]]In developing a fast test methodology to predict post-cycling low temperature data reten...
[[abstract]]© 2005 Elsevier-In modeling post-cycling low temperature data retention (LTDR) character...
We present an efficient design technique for implementing the optimal ramped gate soft-programming f...
[[abstract]]In developing a fast statistical testing methodology to predict the postcycling low-temp...
[[abstract]]© 2006 Japanese Journal of Applied Physics-In this paper, a novel ballistic-injection AN...
International audienceIn this work, a detailed study of the physical mechanisms governing the Source...
[[abstract]]In this paper, we present an analytical solution for evaluating the ramped-pulse program...
[[abstract]]This paper presents a compact and accurate analytical model for evaluating the programmi...
[[abstract]]© 2006 Institution of Engineering and Technology - An analytical model for evaluating th...
[[abstract]]A new self-convergent constant current programming achieved by a ramp-up source voltage ...
[[abstract]]In developing a precise model for post-cycling data retention failure rate of split-gate...
he trade-off between speed and dispersion of programmed threshold voltages is investigated in 0.25 m...
[[abstract]]The operating methods of flash memory device are worth studying due to the reliability i...
[[abstract]]In developing an accurate lifetime-prediction model for postcycling data-retention failu...
Multi-level (ML) storage is becoming an important option to achieve high-density flash EEPROMs. This...
[[abstract]]In developing a fast test methodology to predict post-cycling low temperature data reten...
[[abstract]]© 2005 Elsevier-In modeling post-cycling low temperature data retention (LTDR) character...
We present an efficient design technique for implementing the optimal ramped gate soft-programming f...
[[abstract]]In developing a fast statistical testing methodology to predict the postcycling low-temp...
[[abstract]]© 2006 Japanese Journal of Applied Physics-In this paper, a novel ballistic-injection AN...
International audienceIn this work, a detailed study of the physical mechanisms governing the Source...