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Improvement of Contact Clean using Single-wafer Clean process for 90nm and Beyond

机译:使用单晶片清洁工艺为90nm及更远的单晶片清洁工艺改进

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The removal of sub-micron particles is critical and related to the yield and device performance in IC manufacturing. There are several cleaning mechanisms in wet and dry that are currently being practiced in the industry. Wet cleaning using immersion batch system and multi-functional bath has been the principal form of cleaning in the industry. However, there are some concerns of damage, more etching to sensitive structures and the removal of sub micron particles without material removal or increase in surface roughness. The increasingly demanding requirements of surface preparation processes are driving the industry toward single-wafer processing, which offers a high degree of process control. The semiconductor industry is at the same time recognizing additional advantages to single-wafer cleaning such as small equipment footprint, short cycle time, increased flexibility, cost-effective use of fresh chemicals, low consumption, good particle removal and precise silicon dioxide etching capabilities.
机译:去除亚微米颗粒是关键的并且与IC制造中的产量和装置性能有关。潮湿和干燥中有几种清洁机制,目前正在行业中实施。使用浸没批量系统和多功能浴液的湿式清洁一直是该行业清洁的主要形式。然而,有一些疑虑的损伤,更蚀刻对敏感结构以及除去亚微米颗粒而没有材料去除或表面粗糙度的增加。表面制备过程的越来越苛刻的要求正在推动行业朝向单晶片加工,其提供高度的过程控制。半导体工业同时识别出单晶片清洗的额外优点,如小型设备占地面积,短循环时间,增加灵活性,高效地利用新的化学品,低消耗,颗粒去除良好,硅蚀刻良好和精确的二氧化硅蚀刻能力。

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