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CONTROLLING COMPOSITION OF MULTIPLE OXIDES IN RESISTIVE SWITCHING LAYERS USING ATOMIC LAYER DEPOSITION

机译:利用原子层沉积控制电阻切换层中多种氧化物的组成

摘要

A method of fabricating a resistive random access memory (ReRAM) cell may include forming a set of nanolaminate structures over an electrode, such that each structure includes at least one first element oxide layer and at least one second element oxide layer. The overall set is operable as a resistive switching layer in a ReRAM cell. In this set, an average atomic ratio of the first element to the second element is different in at least two nanolaminate structures. This ratio may be less in nanolaminate structures that are closer to electrodes than in the middle nanolaminate structures. Alternatively, this ratio may increase from one end of the set to another. The first element may be less electronegative than the second elements. The first element may be hafnium, while the second element may be one of zirconium, aluminum, titanium, tantalum, or silicon.
机译:一种制造电阻式随机存取存储器(ReRAM)单元的方法可以包括在电极上形成一组纳米层压结构,使得每个结构包括至少一个第一元素氧化物层和至少一个第二元素氧化物层。整个集合可用作ReRAM单元中的电阻切换层。在该组中,在至少两个纳米层压结构中,第一元素与第二元素的平均原子比不同。在接近电极的纳米层压结构中,该比率可能小于中间纳米层压结构中的该比率。可替代地,该比率可以从组的一端增加到另一端。第一元素可以比第二元素具有更少的负电性。第一元素可以是ha,而第二元素可以是锆,铝,钛,钽或硅中的一种。

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