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The Challenges and Progress of USJ Formation Process Integration for 32nm Technology and beyond

机译:32nm技术及超越USJ形成与流程整合的挑战与进展

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Future devices will be fabricated with high-k/metal gate stack and possibly employ high mobility channel materials. Ultra shallow junction (USJ) research targeted for devices scaled to 32nm and beyond should address the compatibility with the advanced gate stack and new channel materials. This paper discusses recent progress in USJ formation targeted for future Si and Ge channel devices. Challenges of USJ module for scaled CMOS technologies will be highlighted.
机译:未来的设备将用高k /金属栅极堆叠制造,并且可能采用高迁移渠道材料。针对32nm及更远的设备的超浅结(USJ)研究应解决与先进的栅极堆栈和新渠道材料的兼容性。本文讨论了USJ形成的最新进展,针对未来的SI和GE频道设备。 USJ模块对于缩放CMOS技术的挑战将被突出显示。

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