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The improvement of MOSFET electric characteristics through strain engineering by refilled SiGe as Source and Drain

机译:通过重新填充SiGe作为源极和流失的应变工程改善MOSFET电特性

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Strained Engineering including both global and local strains effectively enhances the mobility of carriers, in which global strains are generated by the mismatching of lattice constants at the junction of Si and Si0.775Ge0.225 and local strains are aroused by Source/Drain refilled with SiGe. In this paper, junction breakdown voltage, punch-through voltage, and the variation of threshold voltages are to be determined. Strained and non-strained devices are also put in comparison. It is then concluded that the strained engineering technique works promisingly for meeting the requirements of next generation devices.
机译:包括全球和局部菌株的紧张工程有效增强了载体的迁移率,其中通过在Si和Si 0.775的交界处的晶格常数不匹配来产生全局菌株 GE 0.225 通过用SiGe重新填充源/排水管,局部菌株引起局部菌株。 在本文中,确定结击电压,冲压电压和阈值电压的变化。 相比之下,应紧张和非应变器件。 然后,它得出结论,应对的技术促进了满足下一代设备的要求。

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