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    • 1. 发明申请
    • Alignment of substrates for bonding
    • 用于接合的基板的对准
    • US20070252994A1
    • 2007-11-01
    • US11412112
    • 2006-04-27
    • Franciscus Godefridus BijnenRoy Werkman
    • Franciscus Godefridus BijnenRoy Werkman
    • G01B11/00
    • H01L21/681H01L21/67092Y10T29/49131
    • An alignment apparatus for a substrate bonding system is provided with a first optical arm arranged to direct onto a detector radiation from a first alignment mark on a first substrate, and a second optical arm arranged to direct onto the detector radiation from a second alignment mark on a second substrate. The first alignment mark has a known location relative to a functional pattern provided on an opposite side of the first substrate, and the second alignment mark has a known location relative to a functional pattern provided on an opposite side of the second substrate. The substrate bonding system can be further provided with first and second substrate tables arranged to hold the first and second substrates such that they face one another, at least one of the substrate tables being movable in response to a signal output from the detector, thereby allowing the first and second substrates to be aligned with respect to each other for bonding.
    • 用于基板接合系统的对准装置设置有第一光学臂,布置成将第一对准标记上的检测器辐射引导到第一基板上,第二光臂布置成将检测器辐射从第二对准标记 第二基板。 第一对准标记具有相对于设置在第一基板的相对侧上的功能图案的已知位置,并且第二对准标记相对于设置在第二基板的相对侧上的功能图案具有已知位置。 衬底接合系统还可以设置有第一和第二衬底台,布置成保持第一和第二衬底使得它们彼此面对,至少一个衬底台可响应于从检测器输出的信号而可移动,从而允许 第一和第二基板相对于彼此对准以进行接合。
    • 8. 发明授权
    • Alignment of substrates for bonding
    • 用于接合的基板的对准
    • US07433038B2
    • 2008-10-07
    • US11412112
    • 2006-04-27
    • Franciscus Godefridus Casper BijnenRoy Werkman
    • Franciscus Godefridus Casper BijnenRoy Werkman
    • G01B11/00H01L21/30
    • H01L21/681H01L21/67092Y10T29/49131
    • An alignment apparatus for a substrate bonding system is provided with a first optical arm arranged to direct onto a detector radiation from a first alignment mark on a first substrate, and a second optical arm arranged to direct onto the detector radiation from a second alignment mark on a second substrate. The first alignment mark has a known location relative to a functional pattern provided on an opposite side of the first substrate, and the second alignment mark has a known location relative to a functional pattern provided on an opposite side of the second substrate. The substrate bonding system can be further provided with first and second substrate tables arranged to hold the first and second substrates such that they face one another, at least one of the substrate tables being movable in response to a signal output from the detector, thereby allowing the first and second substrates to be aligned with respect to each other for bonding.
    • 用于基板接合系统的对准装置设置有第一光学臂,布置成将第一对准标记上的检测器辐射引导到第一基板上,第二光臂布置成将检测器辐射从第二对准标记 第二基板。 第一对准标记具有相对于设置在第一基板的相对侧上的功能图案的已知位置,并且第二对准标记相对于设置在第二基板的相对侧上的功能图案具有已知位置。 衬底接合系统还可以设置有第一和第二衬底台,布置成保持第一和第二衬底使得它们彼此面对,至少一个衬底台可响应于从检测器输出的信号而可移动,从而允许 第一和第二基板相对于彼此对准以进行接合。
    • 9. 发明申请
    • ALIGNMENT STRATEGY OPTIMIZATION METHOD
    • 对齐策略优化方法
    • US20060103822A1
    • 2006-05-18
    • US10990335
    • 2004-11-17
    • Roy WerkmanFranciscus Van BilsenBart Swinnen
    • Roy WerkmanFranciscus Van BilsenBart Swinnen
    • G03B27/52
    • G03F7/70633G03F9/7046
    • The invention relates to a method of optimizing an alignment strategy for processing batches of substrates in a lithographic projection apparatus. First, all substrates in a plurality of batches of substrates in the lithographic projection apparatus are sequentially aligned and exposed using a predefined alignment strategy. Then, alignment data is determined for each substrate in the plurality of batches of substrates. Next, at least one substrate in each batch of substrates is selected to render a set of selected substrates comprising at least one substrate in each batch. In a metrology tool, overlay data for each of the selected substrates is determined. Then, overlay indicator values for a predefined overlay indicator are calculated for the predefined alignment strategy and for other possible alignment strategies. In this calculation, the alignment data and the overlay data of the selected substrates is used. Finally, an optimal alignment strategy is determined, the strategy being defined as alignment strategy among the predefined alignment strategy and the other possible alignment strategies with a lowest overlay indicator value.
    • 本发明涉及一种优化用于在光刻投影设备中处理批次的基板的对准策略的方法。 首先,光刻投影设备中的多批基板中的所有基板使用预定义的对准策略顺序对准和曝光。 然后,确定多批基板中的每个基板的对准数据。 接下来,选择每批衬底中的至少一个衬底,以在每批中提供包含至少一个衬底的一组选定衬底。 在计量工具中,确定每个所选择的基底的覆盖数据。 然后,为预定义的对齐策略和其他可能的对准策略计算预定义重叠指示符的覆盖指示符值。 在该计算中,使用所选择的基板的对准数据和覆盖数据。 最后,确定最佳对准策略,该策略被定义为预定义对准策略中的对准策略和具有最低覆盖指标值的其他可能的对准策略。
    • 10. 发明授权
    • Alignment strategy optimization method
    • 对齐策略优化方法
    • US07042552B1
    • 2006-05-09
    • US10990335
    • 2004-11-17
    • Roy WerkmanFranciscus Bernardus Maria Van BilsenBart Swinnen
    • Roy WerkmanFranciscus Bernardus Maria Van BilsenBart Swinnen
    • G03B27/52G03B27/42
    • G03F7/70633G03F9/7046
    • The invention relates to a method of optimizing an alignment strategy for processing batches of substrates in a lithographic projection apparatus. First, all substrates in a plurality of batches of substrates in the lithographic projection apparatus are sequentially aligned and exposed using a predefined alignment strategy. Then, alignment data is determined for each substrate in the plurality of batches of substrates. Next, at least one substrate in each batch of substrates is selected to render a set of selected substrates including at least one substrate in each batch. In a metrology tool, overlay data for each of the selected substrates is determined. Then, overlay indicator values for a predefined overlay indicator are calculated for the predefined alignment strategy and for other possible alignment strategies. In this calculation, the alignment data and the overlay data of the selected substrates is used. Finally, an optimal alignment strategy is determined, the strategy being defined as alignment strategy among the predefined alignment strategy and the other possible alignment strategies with a lowest overlay indicator value.
    • 本发明涉及一种优化用于在光刻投影设备中处理批次的基板的对准策略的方法。 首先,光刻投影设备中的多批基板中的所有基板使用预定义的对准策略顺序对准和曝光。 然后,确定多批基板中的每个基板的对准数据。 接下来,选择每批衬底中的至少一个衬底,以在每批中提供包括至少一个衬底的一组选定衬底。 在计量工具中,确定每个所选择的基底的覆盖数据。 然后,为预定义的对齐策略和其他可能的对准策略计算预定义重叠指示符的覆盖指示符值。 在该计算中,使用所选择的基板的对准数据和覆盖数据。 最后,确定最佳对准策略,该策略被定义为预定义对准策略中的对准策略和具有最低覆盖指标值的其他可能的对准策略。