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On the integration of memristors with CMOS using nanoimprint lithography

机译:使用纳米压印光刻技术将忆阻器与CMOS集成

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Memristors were vertically integrated with CMOS circuits using nanoimprint lithography (NIL), making a transistor/memeristor hybrid circuit. Several planarization technologies were developed for the CMOS substrates to meet the surface planarity requirement for NIL. Accordingly, different integration schemes were developed and optimized. UV-curable NIL (UV-NIL) using a double layer spin-on resists was carried out to pattern the electrodes for memristors. This is the first demonstration of NIL on active CMOS substrates that are fabricated in a CMOS fab. Our work demonstrates that NIL is compatible with commercial IC fabrication process. It was also demonstrated that the memristors are integratable with traditional CMOS to make hybrid circuits without changing the current infrastructure in IC industry.
机译:忆阻器使用纳米压印光刻(NIL)与CMOS电路垂直集成,从而形成晶体管/忆阻器混合电路。针对CMOS基板开发了几种平面化技术,以满足NIL的表面平面度要求。因此,开发并优化了不同的集成方案。进行了使用双层旋涂抗蚀剂的UV固化NIL(UV-NIL),以图案化用于忆阻器的电极。这是在CMOS晶圆厂中制造的有源CMOS基板上进行NIL的首次演示。我们的工作表明NIL与商业IC制造工艺兼容。还证明了忆阻器可与传统CMOS集成在一起以制造混合电路,而无需改变IC工业中的现有基础设施。

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