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    • 4. 发明授权
    • Polishing head with removable subcarrier
    • 抛光头与可移动子载波
    • US06533646B2
    • 2003-03-18
    • US09745653
    • 2000-12-21
    • Konstantin Volodarsky
    • Konstantin Volodarsky
    • B24B722
    • B24B37/30
    • A polishing head for performing chemical-mechanical polishing on a linear polisher has a dual stage wafer carrier assembly that incorporates a removable subcarrier. When in use, a main pressure chamber exerts a downforce on the subcarrier housing, while a separate secondary pressure chamber residing between the subcarrier housing and the subcarrier exerts a slightly different downforce on the subcarrier. Since the second pressure chamber exerts the downforce pressure directly on the subcarrier, the direct pressure application, as well as a more uniform distribution of pressure ensures for an improvement to the uniformity of pressure distribution. Additionally, the easily removal subcarrier allows for faster and easier removal of the subcarrier for cleaning and maintenance, as well as for changing inserts and improving process repeatability.
    • 用于在线性抛光机上进行化学机械抛光的抛光头具有结合可拆卸副载波的双级晶片载体组件。 当使用时,主压力室在副载波壳体上施加下压力,而位于副载波壳体和副载波之间的单独的次级压力室在副载波上施加稍微不同的下压力。 由于第二压力室直接在副载波上施加下压力,所以直接施加压力以及更均匀的压力分布确保了压力分布的均匀性的改善。 此外,容易去除副载波允许更快更容易地去除用于清洁和维护的子载波,以及用于改变插入件并提高过程重复性。
    • 5. 发明授权
    • Polishing head with removable subcarrier
    • 抛光头与可移动子载波
    • US06244946B1
    • 2001-06-12
    • US08838381
    • 1997-04-08
    • Konstantin Volodarsky
    • Konstantin Volodarsky
    • B24B722
    • B24B37/30
    • A polishing head for performing chemical-mechanical polishing on a linear polisher has a dual stage wafer carrier assembly that incorporates a removable subcarrier. When in use, a main pressure chamber exerts a downforce on the subcarrier housing, while a separate secondary pressure chamber residing between the subcarrier housing and the subcarrier exerts a slightly different downforce on the subcarrier. Since the second pressure chamber exerts the downforce pressure directly on the subcarrier, the direct pressure application, as well as a more uniform distribution of pressure ensures for an improvement to the uniformity of pressure distribution. Additionally, the easily removal subcarrier allows for faster and easier removal of the subcarrier for cleaning and maintenance, as well as for changing inserts and improving process repeatability.
    • 用于在线性抛光机上进行化学机械抛光的抛光头具有结合可拆卸副载波的双级晶片载体组件。 当使用时,主压力室在副载波壳体上施加下压力,而位于副载波壳体和副载波之间的单独的次级压力室在副载波上施加稍微不同的下压力。 由于第二压力室直接在副载波上施加下压力,所以直接施加压力以及更均匀的压力分布确保了压力分布的均匀性的改善。 此外,容易去除副载波允许更快更容易地去除用于清洁和维护的子载波,以及用于改变插入件并提高过程重复性。
    • 9. 发明授权
    • Method for dressing a polishing pad during polishing of a semiconductor
wafer
    • 在抛光半导体晶片期间修整抛光垫的方法
    • US5913714A
    • 1999-06-22
    • US153817
    • 1998-09-15
    • Konstantin VolodarskyRahul Jairath
    • Konstantin VolodarskyRahul Jairath
    • B24B37/04B24B41/047B24B53/007B24B1/00
    • B24B37/30B24B37/04B24B41/047B24B53/017
    • A polishing pad dressing method uses a polishing head for polishing a semiconductor wafer. This polishing head includes a housing, a wafer carrier movably mounted to the housing, and a pad dressing element movably mounted to the housing. The wafer carrier forms a wafer-supporting surface, and the dressing element surrounds the wafer-supporting surface. A first fluid actuator is coupled to the dressing element to bias the pad dressing element with respect to the housing, and a second fluid actuator is coupled to the wafer carrier to bias the wafer carrier with respect to the housing. First and second fluid conduits are coupled to the first and second actuators, respectively, such that fluid pressures in the first and second actuators are separately and independently adjustable with respect to one another. Biasing forces on the dressing element can thereby be dynamically adjusted with respect to biasing forces on the carrier during a polishing operation.
    • 抛光垫修整方法使用用于抛光半导体晶片的抛光头。 该抛光头包括壳体,可移动地安装到壳体的晶片载体和可移动地安装到壳体的垫修整元件。 晶片载体形成晶片支撑表面,并且修整元件围绕晶片支撑表面。 第一流体致动器联接到修整元件以相对于壳体偏置衬垫修整元件,并且第二流体致动器联接到晶片载体以相对于壳体偏置晶片载体。 第一和第二流体管道分别联接到第一和第二致动器,使得第一和第二致动器中的流体压力彼此独立且可独立地调节。 因此,可以在抛光操作期间相对于载体上的偏压力动态地调整修整元件上的偏压力。