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NbOinf2/inf-based low power and cost effective 1S1R switching for high density cross point ReRAM Application

机译:NBO 2 基于低功耗和成本效益1S1R用于高密度交叉点RERAM应用的开关

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摘要

In this paper, 5Xnm cross point cell array for the low power ReRAM operation was developed with 1S1R cell structure. Through the optimization of both TiOx/TaOx based-1R and NbO2 based-1S stacks with TiN based-electrode, the world's first and best bipolar switching characteristics with the lowest operation current (20∼50uA) and sneak current (∼1uA) level were acquired.
机译:在本文中,利用1S1R电池结构开发了用于低功率纪录操作的5XNM交叉点电池阵列。通过优化TiOx / Taox基于基于TiN的基于电极的TiOx / Taox-1S和NBO2的堆叠,世界上第一个和最佳双极切换特性,具有最低的操作电流(20〜50ua)和潜水电流(~1ua)水平获得。

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