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A mechanism for asymmetric data writing failure

机译:一种非对称数据写入失败的机制

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摘要

As dynamic random access memory (DRAM) technology develops further, it is more difficult to sustain a sufficient sensing margin to detect weak cell data. Therefore, a high data writing performance is necessary in order to guarantee the data sensing margin. In this paper, an analysis of the phenomenon of an asymmetric data writing failure (ADWF) is presented, taking account of a bit line sense amplifier (BLSA) offset, and the failure mechanism has been studied through the use of measurement analysis.
机译:随着动态随机存取存储器(DRAM)技术的进一步发展,维持足够的检测余量来检测弱单元数据变得更加困难。因此,为了保证数据感测裕度,必须具有较高的数据写入性能。在本文中,考虑了位线读出放大器(BLSA)的偏移,对非对称数据写入失败(ADWF)现象进行了分析,并通过测量分析研究了故障机理。

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