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Multimodal Analysis of Stress Induced Degradation of 90nm Node Interconnects

机译:应力诱发90nm节点互连退化的多峰分析

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On the basis of experiments reported in the literature and previously obtained results (Oshima et al., 2002), (Ogawa et al., 2002), (Jawarami et al., 1999) and (Fischer and Zitzelberger, 2001), we used structures having via connected to wide metal plates to enhance stress voiding failure. As a matter of fact, stress voiding phenomenon has been demonstrated to be vacancy diffusion limited. Therefore, the copper volume surrounding a via can be considered as a vacancy source. For this work, test structure consisted in single vias, wired in a 4 point arrangement to maximize resistance measurement accuracy. The vias tested are located between the first and second metal level. We optimized wiring to reach a high number of via per test structure and we reach a sampling of 900 vias per wafer
机译:根据文献报道的实验和先前获得的结果(Oshima等,2002),(Ogawa等,2002),(Jawarami等,1999)和(Fischer和Zitzelberger,2001),我们使用了具有与宽金属板连接的通孔的结构,以增强应力排空失败。事实上,已经证明应力空洞现象受空位扩散的限制。因此,可以将通孔周围的铜体积视为空位源。对于这项工作,测试结构包含在单个过孔中,并以4点布置方式布线,以最大程度地提高电阻测量精度。测试的通孔位于第一和第二金属层之间。我们优化了布线,以达到每个测试结构有大量通孔,并且每个晶圆有900个通孔的采样

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