Effect of process pressure on PVD AlN thin film

J. Xie, S. Wickramanayaka
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引用次数: 2

Abstract

PVD AlN film deposition rate, within wafer stress uniformity, roughness and crystal orientation were studied on different process pressure. It was found that AlN deposition rate decreased with pressure increased. The decreasing rate dramatically increased when process pressure more than 12mT. Film stress tends to be more tensile with increased pressure at wafer edge and becomes more compressive when process pressure higher than 14mT. Within wafer film stress range can be reduced from ~600MPa to ~300Mpa when process pressure increased from 7mT to 14mT. Film becomes more rough with process pressure increased. Roughness RMS increased from 2.605~2.825nm to 3.131~3.692nm when pressure increased from 7mT to 14mT.
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工艺压力对PVD AlN薄膜的影响
研究了不同工艺压力下PVD AlN薄膜的沉积速率、晶片应力均匀性、粗糙度和晶体取向。结果表明,AlN沉积速率随压力的增大而减小。当工艺压力大于12mT时,下降速率急剧增加。随着晶圆边缘压力的增加,薄膜应力趋于拉伸,当工艺压力大于14mT时,薄膜应力趋于压缩。当工艺压力从7mT增加到14mT时,晶圆膜内应力范围从~600MPa减小到~300Mpa。随着工艺压力的增大,膜层变得更加粗糙。当压力从7mT增加到14mT时,粗糙度RMS从2.605~2.825nm增加到3.131~3.692nm。
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