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Occurrence and solution to overcome 1 RESET resistance pinning effect in Ti/HfOx based RRAM for low power nonvolatile memory applications

机译:克服基于Ti / HfOx的RRAM中针对低功耗非易失性存储应用的1个RESET电阻钉扎效应的情况和解决方案

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We have optimized the operation current to obtain stable endurance and retention properties in Ti/HfO-based bipolar RRAM for future low power nonvolatile memory applications. Furthermore, the 1 RESET resistance pinning effect after the FORMING process at lower current is greatly improved by selecting the Ti/HfO thickness ratio in TiN/Ti/HfO/TiN 1T1R RRAM. Thus, in order to achieve the reliable switching at low operation current, the design of the memory element is crucial.
机译:我们已经优化了工作电流,以便在基于Ti / HfO的双极RRAM中获得稳定的耐久性和保持性能,以用于未来的低功耗非易失性存储器应用。此外,通过在TiN / Ti / HfO / TiN 1T1R RRAM中选择Ti / HfO厚度比,可以大大改善在较低电流下形成过程后的1 RESET电阻钉扎效果。因此,为了在低工作电流下实现可靠​​的切换,存储元件的设计至关重要。

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