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Ti layer thickness dependence on electromigration performance of Ti-AlCu metallization

机译:Ti层厚度依赖于Ti-Alcu金属化的电迁移性能

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Electromigration lifetime tests on TiN-Ti-AlCu-TiN-Ti stacked structures with various upper Ti film thicknesses have been carried out on two-level interconnect structures connected with W-plugs. We found that a high electromigration resistance was obtained with thin Ti, resulting in an island shaped Al/sub 3/Ti intermetallic. This result is inconsistent with a well-known bypass model. We propose a new model in which the Al/sub 3/Ti-Al interface mass transport is faster than that of others.
机译:在与W型塞连接的两级互连结构上进行了具有各种上部Ti膜厚度的TiN-Ti-Alcu-TiN-Ti堆叠结构的电迁移寿命试验。我们发现用薄的Ti获得高电迁移性,导致岛状Al / Sub 3 / Ti金属间金属间。该结果与众所周知的旁路模型不一致。我们提出了一种新的模型,其中Al / Sub 3 / Ti-Al接口质量传输速度比其他人更快。

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