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PROCESS INTEGRATION ISSUES WITH SPIKE, FLASH AND LASER ANNEAL IMPLEMENTATION FOR 90 AND 65 NM TECHNOLOGIES

机译:流程与90和65 NM技术的尖峰,闪光和激光退火实施的整合问题

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With the need to reduce vertical and lateral device dimensions, submelt Laser and flash anneal either with or without prior spike rapid thermal anneal (sRTA) has recently attracted attention. It combines improved active area activation with reduced gate poly depletion for a process that is essentially free of additional diffusion. This paper will focus on process integration issues during implementation into 90 and 65 nm SOI logic technologies: Transistor parameter fluctuation and pattern effects, power density limitations and the impact on the reliability of ultra-thin gate oxides, compatibility with new materials such as SiGe, transistor scaling and performance enhancement.
机译:随着垂直和横向装置尺寸的需要,潜置激光器和闪光灯退火,无论是或没有先前的尖峰快速热退火(SRTA)最近都引起了注意力。它结合了改进的有源区域激活,具有降低的栅极聚耗尽,用于基本上不额外的扩散的过程。本文将专注于实施过程中的进程集成问题进入90和65 NM SOI逻辑技术:晶体管参数波动和模式效果,功率密度限制和对超薄栅极氧化物可靠性的影响,与SiGe等新材料的兼容性,晶体管缩放和性能增强。

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