Thin relaxed SiGe layers for strained Si CMOS

P. Chen, S.W. Lee, M. Lee, C. Liu, M. Tsai
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Abstract

High quality, low cost and smooth surface of thin relaxed SiGe layers on new buffers are fabricated. This SiGe nanostructure buffers help thin SiGe uniform layers to relax by introducing some dislocations networks. With these novel Si/Ge buffer, the reduction of thickness of relaxed SiGe uniform layer are from 50 to 75%. The mobility enhancement of the strained Si n-MOSFET deposited on theses relaxed SiGe layer/SiGe buffers are 8 to 40% higher than that of controlled compositional graded SiGe buffers. Such thin relaxed SiGe layers on these new buffers prove to be useful approach to fabricate high quality relaxed epilayers with large lattice mismatch.
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应变Si CMOS的薄松弛SiGe层
在新型缓冲器上制备了高质量、低成本、表面光滑的SiGe薄松弛层。这种SiGe纳米结构缓冲器通过引入一些位错网络来帮助薄的SiGe均匀层放松。使用这种新型的Si/Ge缓冲材料后,松弛SiGe均匀层的厚度减少了50% ~ 75%。在松弛的SiGe层/缓冲层上沉积的应变Si n-MOSFET的迁移率比控制成分梯度的SiGe缓冲层高8 ~ 40%。在这些新的缓冲层上,这种薄的松弛SiGe层被证明是制造具有大晶格错配的高质量松弛脱毛层的有效方法。
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