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The Role of Shallow Trench Isolation on Channel Width Noise Scaling for Narrow Width CMOS and Flash Cells

机译:浅沟槽隔离对窄宽度CMOS和闪存电池频道宽度噪声缩放的作用

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RTS noise is a growing issue in flash memory as the cell size scales down. By investigating NMOS and Ring devices, it is shown that noise induced by the STI edge dominates cell RTS/noise with scaling or after cycling. Device 1/f characterization highlights the drain STI edge as a critical area for RTS improvement in flash.
机译:RTS噪声是闪存中的不断增长的问题,因为单元格大小缩小。通过研究NMOS和环形装置,显示由STI边缘引起的噪声主导细胞RTS /噪声,缩放或循环后。设备1 / F表征突出显示漏极STI边缘作为闪光灯中RTS改进的关键区域。

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