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    • 1. 发明授权
    • Method to fabricate dish-free copper interconnects
    • 制造无盘铜互连的方法
    • US06531386B1
    • 2003-03-11
    • US10072107
    • 2002-02-08
    • Victor Seng-Keong LimSimon ChooiRandall Cha
    • Victor Seng-Keong LimSimon ChooiRandall Cha
    • H01L214763
    • H01L21/76885H01L21/76852H01L21/76879
    • A method of fabricating at least one metal interconnect including the following steps. A structure having at least one exposed conductive structure is provided. A non-stick material layer is formed over the structure and the at least one exposed conductive structure. The non-stick material layer having an upper surface. The non-stick material layer is patterned to form a patterned non-stick material layer having at least one trench therethrough exposing at least a portion of the at least one conductive structure. A metal interconnect is formed in contact with the exposed portion of the at least one conductive structure within the at least one trench wherein the non-stick properties of the patterned non-stick material layer prevent accumulation of the metal comprising the metal interconnect upon the patterned upper surface of the patterned non-stick material layer. The at least one metal interconnect having an upper surface. The patterned non-stick material layer is removed. A planarized dielectric layer is formed over the structure exposing the upper surface of the at least one metal interconnect.
    • 一种制造至少一种金属互连的方法,包括以下步骤。 提供具有至少一个暴露的导电结构的结构。 在结构和至少一个暴露的导电结构上形成不粘材料层。 不粘材料层具有上表面。 将不粘材料层图案化以形成图案化的不粘材料层,其具有通过其暴露出至少一部分导电结构的至少一个沟槽。 在所述至少一个沟槽内形成与所述至少一个导电结构的所述暴露部分接触的金属互连,其中所述图案化不粘材料层的不粘性能防止包含所述金属互连的所述金属在图案化 图案化不粘材料层的上表面。 所述至少一个金属互连具有上表面。 去除图案化的不粘材料层。 在暴露至少一个金属互连的上表面的结构之上形成平坦化的介电层。
    • 2. 发明授权
    • STI scheme to prevent fox recess during pre-CMP HF dip
    • STI方案,以防止在前CMP HF浸渍期间的狐狸凹陷
    • US06673695B1
    • 2004-01-06
    • US10062657
    • 2002-02-01
    • Victor Seng-Keong LimPaul Proctor
    • Victor Seng-Keong LimPaul Proctor
    • H01L2176
    • H01L21/76229H01L21/76224
    • A new method is provided for the creation of STI regions. STI trenches are created in the surface of a substrate following conventional processing. A layer of STI oxide is deposited and, using an exposure mask that is a reverse mask of the mask that is used to create the STI pattern, impurity implants are performed into the surface of the deposited layer of STI oxide. In view of these processing conditions, the layer of STI oxide overlying the patterned layer of etch stop material is exposed to the impurity implants. This exposure alters the etch characteristics of the deposited layer of STI oxide where this STI oxide overlies the patterned layer of etch stop material. The etch rate of the impurity exposed STI oxide is increased by the impurity implantation, resulting in an etch overlying the patterned etch stop layer that proceeds considerably faster than the etch of the STI oxide that is deposited overlying the created STI trenches. With the significantly faster etch of the STI oxide where this oxide has been exposed to impurity implantation, the STI oxide removal can be equalized between the STI oxide that overlies the patterned etch stop layer and the oxide that has been deposited over the STI trenches.
    • 为创建STI区域提供了一种新方法。 在常规处理之后,在衬底的表面中产生STI沟槽。 沉积一层STI氧化物,并且使用作为用于产生STI图案的掩模的反掩模的曝光掩模,将杂质植入物进行到STI氧化物沉积层的表面。 鉴于这些处理条件,覆盖图案化的蚀刻停止材料层的STI氧化物层暴露于杂质注入。 该曝光改变STI氧化物沉积层的蚀刻特性,其中该STI氧化物覆盖在图案化的蚀刻停止材料层上。 通过杂质注入,杂质暴露的STI氧化物的蚀刻速率增加,导致覆盖图案化的蚀刻停止层的蚀刻显着快于沉积在所创建的STI沟槽上的STI氧化物的蚀刻。 通过对这种氧化物暴露于杂质注入的STI氧化物的显着更快的蚀刻,可以在覆盖图案化蚀刻停止层的STI氧化物和已经沉积在STI沟槽上的氧化物之间均衡STI氧化物去除。