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    • 2. 发明申请
    • DATA ANALYSIS METHOD FOR INTEGRATED CIRCUIT PROCESS AND SEMICONDUCTOR PROCESS
    • 用于集成电路过程和半导体工艺的数据分析方法
    • US20070282544A1
    • 2007-12-06
    • US11308986
    • 2006-06-02
    • Guohai ZHANGKay-Ming LeeLu-Ying DuJui-Chun Kuo
    • Guohai ZHANGKay-Ming LeeLu-Ying DuJui-Chun Kuo
    • G06F19/00
    • G05B19/41875G05B23/0294G05B2219/32222Y02P90/22
    • A data analysis method for an integrated circuit process is described, for analyzing the results of at least an in-line quality test, a product test and a yield test done to the products of the IC process. The products are divided into a normal group and an abnormal group based on the result of the in-line quality test, and are divided into a qualified group and an unqualified group based on the result of the yield test. A categorization step is performed to define the intersection of the unqualified group and the normal group as a first problematic group and to define the intersection of the unqualified group and the abnormal group as a second problematic group. By analyzing one or both of the two problematic groups, the major yield killer can be identified so that process modification can be made accordingly to improve the yield.
    • 描述了用于集成电路过程的数据分析方法,用于分析至少对IC工艺的产品进行的在线质量测试,产品测试和产量测试的结果。 基于在线质量检验的结果将产品分为正常组和异常组,根据产量测试结果分为合格组和不合格组。 执行分类步骤,将不合格组和正常组的交集定义为第一个有问题的组,并将不合格组与异常组的交集定义为第二个有问题的组。 通过分析两个问题组中的一个或两个,可以确定主要的产量杀手,从而可以相应地进行过程修改以提高产量。
    • 3. 发明授权
    • Data analysis method for integrated circuit process and semiconductor process
    • 集成电路工艺和半导体工艺数据分析方法
    • US07386420B2
    • 2008-06-10
    • US11308986
    • 2006-06-02
    • Guohai ZhangKay-Ming LeeLu-Ying DuJui-Chun Kuo
    • Guohai ZhangKay-Ming LeeLu-Ying DuJui-Chun Kuo
    • G06F19/00
    • G05B19/41875G05B23/0294G05B2219/32222Y02P90/22
    • A data analysis method for an integrated circuit process is described, for analyzing the results of at least an in-line quality test, a product test and a yield test done to the products of the IC process. The products are divided into a normal group and an abnormal group based on the result of the in-line quality test, and are divided into a qualified group and an unqualified group based on the result of the yield test. A categorization step is performed to define the intersection of the unqualified group and the normal group as a first problematic group and to define the intersection of the unqualified group and the abnormal group as a second problematic group. By analyzing one or both of the two problematic groups, the major yield killer can be identified so that process modification can be made accordingly to improve the yield.
    • 描述了用于集成电路过程的数据分析方法,用于分析至少对IC工艺的产品进行的在线质量测试,产品测试和产量测试的结果。 基于在线质量检验的结果将产品分为正常组和异常组,根据产量测试结果分为合格组和不合格组。 执行分类步骤,将不合格组和正常组的交集定义为第一个有问题的组,并将不合格组与异常组的交集定义为第二个有问题的组。 通过分析两个问题组中的一个或两个,可以确定主要的产量杀手,从而可以相应地进行过程修改以提高产量。