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Electrostatics and Airborne Particle Control to Minimize Deposition onto Wafers

机译:静电和空气中颗粒控制将沉积最小化到晶片上

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摘要

As 33 nm and 22 nm technology nodes move from development phases to full scale manufacturing, wafers contamination control becomes increasingly important. Nanoparticles, with diameters between 16-40 nm can be cause IC defects. Further, cleaning these particles from a wafer surface is problematic because cany destroy fragile structures. 3-D design of new wafer generations makes nano-contamination particularly damaging.
机译:截至33nm和22 nm技术节点从开发阶段移动到满量程制造,晶圆污染控制变得越来越重要。直径在16-40nm之间的纳米粒子可能导致IC缺陷。此外,从晶片表面清洁这些颗粒是有问题的,因为大角破坏了脆弱的结构。新型晶片代的3-D设计使纳米污染特别损害。

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