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Retention and Endurance of FeFET Memory Cells

机译:FEFET记忆单元的保留和耐久性

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Despite decades of R&D, the single-transistor (1-T) memory cell based on ferroelectric-gated Field-Effect-Transistor (FeFET) has failed to commercialize as of this writing, largely due to the inadequate retention time. The recent advent of the HfO2-based ferroelectrics, however, promises to change that. The fundamental reasons for this change, which hinges on the relatively large coercive fields (Ec's) of HfO2-based ferroelectrics, will be discussed. On the other hand, the large Ec's also causes endurance problems, which is a major reliability concern. This reliability concern is the other key topic covered in this paper.
机译:尽管数十年的研发,但基于铁电门的场效应晶体管(FEFET)的单晶电阻(1-T)存储器电池未能在这篇文章中商业化,主要是由于保留时间不足。最近霍夫的出现 2 然而,基于铁电解,有望改变这一点。这种变化的根本原因,铰链在相对较大的矫顽领域(e c hfo的) 2 基于铁电解,将讨论。另一方面,大型EC也会导致耐力问题,这是一个主要的可靠性问题。这种可靠性问题是本文涵盖的其他关键主题。

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