Thermal characterization and challenges of advanced interconnects (Invited)

Baozhen Li, A. Kim, C. Christiansen, R. Dufresne, C. Burke, D. Brochu
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引用次数: 5

Abstract

Technology scaling and driving to high performance have led to more joule heating in both devices and interconnects. Since temperature is one of the most sensitive factors impacting interconnect reliability, this paper focuses on the thermal characteristics of metal lines with different geometries and surroundings to accurately assess local temperature of different circuit designs. The experimental results reported can be used as basic input parameters and calibration baseline for thermal model development and simulations.
高级互连的热特性和挑战(特邀)
技术的规模化和对高性能的驱动导致了器件和互连中更多的焦耳加热。由于温度是影响互连可靠性的最敏感因素之一,本文重点研究不同几何形状和环境下金属线的热特性,以准确评估不同电路设计的局部温度。实验结果可作为热模型开发和模拟的基本输入参数和标定基线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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