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The lattice unconformity epitaxial extended territory and the distortion channel CMOS transistor structure and its production method of possessing the source and the drain territory

机译:具有源漏区的晶格不整合外延延伸区和畸变沟道CMOS晶体管结构及其制造方法

摘要

Topic The n type field-effect transistor (the NFET) and p type field-effect transistor (PFET) it possesses the channel territory which respectively, is arranged in the monocrystal inside layer of the 1st semiconductor, stress of 1st size is added to the channel territory of PFET, but offer the structure and its production method stress of that size not being added to the channel territory of NFET.SolutionsThis stress is added the 1st semiconductor by the layer of the 2nd semiconductor of lattice unconformity. Layer of this 2nd semiconductor, 1st is formed by the place of distance, from the channel territory of PFET on the source and the drain territory and the extended territory of PFET, layer of this 2nd semiconductor, is formed by also the place of bigger 2nd distance from the source of NFET, and, the channel territory of NFET with respect to the drain territory or is not completely formed to NFET. Selective figure Figure 1
机译:它的n型场效应晶体管(NFET)和p型场效应晶体管(PFET)分别具有布置在第一半导体的单晶内层中的沟道区域,并增加了第一尺寸的应力解决方案:此应力不会被添加到PFET的沟道区域,但提供的结构及其制造方法应力不会被添加到NFET的沟道区域。解决方案此应力是将第一半导体由晶格不整合的第二半导体层添加。该第二半导体层,第一层由距源极,漏极区域上的PFET的沟道区域和PFET的延伸区域之间的距离所形成,该第二半导体层,也由较大的第二层的位置所形成。距NFET源极的距离,以及NFET的沟道区相对于漏极区的距离或与NFET尚未完全形成。<选择图>图1

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