Well concentration: a novel scaling limitation factor derived from DRAM retention time and its modeling

T. Hamamoto, S. Sugiura, S. Sawada
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引用次数: 26

Abstract

A novel scaling limitation factor derived from DRAM retention time and its modeling has been proposed. So far, the well concentration has been optimized from the viewpoint of the scaling of the transistor dimensions. However, it has been found that the DRAM retention time strongly depends on the well concentration. Increase of the well concentration enhances thermionic field emission (TFE) current from the storage node. This leakage current makes "tail distribution" of the retention time. Therefore, the well concentration must be optimized taking into account the retention time distribution.
井浓度:一种新的缩放限制因子,源自DRAM保留时间及其建模
提出了一种基于DRAM保留时间的缩放限制因子及其建模方法。到目前为止,从晶体管尺寸的缩放角度对阱浓度进行了优化。然而,我们发现DRAM的保留时间与井浓度有很大的关系。阱浓度的增加增强了存储节点的热离子场发射(TFE)电流。这种泄漏电流使保持时间呈“尾部分布”。因此,必须考虑滞留时间分布,优化井浓度。
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