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Carbon Nanotube Based Interconnects for VLSI Application

机译:基于碳纳米管的VLSI应用互连

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Aggressive technology scaling in the field of VLSI is the result of increase in line resistance of the copper interconnects. This in turn, increases interconnect delay. As the present trend is likely to continue in future, it is of utmost importance to find an alternative to copperas interconnect material. Research activities in this direction shows that metallic carbon nanotube (CNT) is a potential candidate for next generation of interconnect. This paper reviews various works that focused on the prospects of CNT as an interconnect material of future.
机译:VLSI领域的积极技术扩展是铜互连的线电阻增加的结果。这又增加了互连延迟。由于目前的趋势可能会在未来继续,因此找到替代铜作为互连材料的替代方案至关重要。在这个方向上的研究活动表明,金属碳纳米管(CNT)是下一代互连的潜在候选者。本文回顾了针对CNT作为未来互连材料的前景的各种工作。

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