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Selective Epitaxial Growth of Si(Ge) forHigh Performance MOSFET Applications

机译:用于高性能MOSFET应用的Si(Ge)的选择性外延生长

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摘要

Selective epitaxial growth of Si and SiGe films has been applied tornthe fabrication of many high-performance MOSFETs, because newrndevice structures can be realized by selective epitaxial growth.rnSelective growth of Si(Ge) at the source/drain region is the mostrnwell-known example. Precise control of the selective epitaxialrnprocess enables the best performance with the desired structure.rnControl of the selectivity is also important for a robustrnmanufacturing process. Selective epitaxial growth is essential forrnnext-generation MOSFETs, such as FinFETs. Innovation ofrnselective epitaxial growth will spur the continuous progress ofrnMOSFETs.
机译:Si和SiGe膜的选择性外延生长已被应用到许多高性能MOSFET的制造中,因为可以通过选择性外延生长实现新的器件结构。在源/漏区进行Si(Ge)的选择性生长是最广为人知的例子。选择性外延工艺的精确控制可实现所需结构的最佳性能。选择性的控制对于稳健的制造工艺也很重要。选择性外延生长对于下一代MOSFET(例如FinFET)至关重要。选择性外延生长的创新将刺激MOSFET的持续发展。

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