半导体器件持续缩放的热处理

S. Sharma, W. Aderhold, K. Raman Sharma, A. Mayur
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引用次数: 3

摘要

在过去的几十年中,由于材料工程以及器件集成和几何结构的不断创新,半导体器件的缩放成为可能。无论是作为一个单元工艺,还是与离子注入、外延和薄膜沉积等其他关键技术相结合,热加工一直是制造先进设备的推动者。本文回顾了退火技术的发展,特别考虑了热力学、动力学和积分热收支。设备和工艺创新,以满足不断变化的材料和器件制造要求。
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Thermal processing for continued scaling of semiconductor devices
Scaling of semiconductor devices over past decades has been made possible by continuous innovations in materials engineering as well as device integration and geometries. Thermal processing has been an enabler for manufacturing advanced devices, both as a unit process and in concert with other key technologies like ion implantation, epitaxy, and film deposition. This paper reviews the evolution of annealing technology with a special consideration to thermodynamics, kinetics and integration thermal budgets. Equipment and process innovations to meet ever-changing material and device fabrication requirements are presented.
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