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Rapid Thermal Processing Strategies for Highly Uniform and Repeatable Process Results on Patterned Wafers

机译:用于高度均匀和可重复的过程的快速热处理策略,结果是图案晶圆

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摘要

Advantages and disadvantages of various types of temperature measurement techniques are reviewed in terms of potential temperature measurement errors and their impact on process consistency. Direct wafer temperature control and indirect wafer temperature control through control of the wafer environment are compared from the viewpoints of process accuracy and repeatability. The origin of both intrinsic and extrinsic pattern effects is identified and its impact on thermal non-uniformities in various wafer heating environments is analyzed. Based on the analysis, effective RTP strategies for highly uniform and repeatable process results on patterned wafers are proposed and discussed.
机译:各种类型的温度测量技术的优点和缺点在潜在的温度测量误差方面进行了审查及其对工艺一致性的影响。从过程精度和可重复性的观点比较了通过控制晶片环境的直接晶片温度控制和间接晶片温度控制。分析了内在和外部模式效果的起源,并分析了其对各种晶片加热环境中的热非均匀性的影响。基于分析,提出并讨论了对显图晶片的高度均匀和可重复过程的有效RTP策略。

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