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Rapid Thermal Processes for future Nanometer MOS Devices

机译:用于未来纳米MOS器件的快速热处理

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Scaling of MOS devices is projected to continue down to device dimensions of at least 50 nm. However, there are many potential roadblocks to achieving such dimensions and many standard materials and front-end processes which must be significantly changed to achieve these goals. The most important areas for change include (a) gate dielectric materials, (b) gate contact material, (c) source/drain contacting structure and (d) fundamental bulk CMOS structure. These projected changes are reviewed along with possible applicatiosn of rapid thermal processign to achieving future nanometer scale MOS devices.
机译:预计MOS器件的缩放比例将继续降低到至少50 nm的器件尺寸。但是,实现这些尺寸有很多潜在的障碍,许多标准材料和前端过程必须进行重大更改才能实现这些目标。最重要的变化领域包括(a)栅极介电材料,(b)栅极接触材料,(c)源/漏接触结构和(d)基本体CMOS结构。回顾了这些预计的变化以及快速热加工在实现未来纳米级MOS器件方面的可能应用。

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