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Establishing Read Operation Bias Schemes for 3-D Pillar Structure Flash Memory Devices to Overcome Paired Cell Interference (PCI)

机译:建立用于3-D柱状结构闪存设备的读操作偏置方案,以克服配对单元干扰(PCI)

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摘要

Efforts have been devoted to maximizing memory array densities. However, as the devices are scaled down in dimension and getting closer to each other, electrical interference phenomena among devices become more prominent. Various features of 3-D memory devices are proposed for the enhancement of memory array density. In this study, we mention 3-D NAND flash memory device having pillar structure as the representative, and investigate the paired cell interference (PCI) which inevitably occurs in the read operation for 3-D memory devices in this feature. Furthermore, criteria for setting up the read operation bias schemes are also examined in existence with PCI.
机译:已经致力于最大化存储阵列密度。然而,随着设备的尺寸缩小和彼此靠近,设备之间的电干扰现象变得更加突出。提出了3-D存储器件的各种特征以增强存储阵列密度。在这项研究中,我们将以柱状结构为代表的3-D NAND闪存设备作为代表,并研究在此功能中不可避免发生在3-D存储设备的读取操作中的配对单元干扰(PCI)。此外,PCI中还检查了设置读取操作偏差方案的标准。

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