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    • 1. 发明申请
    • Substrate having alignment marks and method of obtaining alignment information using the same
    • 具有对准标记的基板和使用其的获取对准信息的方法
    • US20070296935A1
    • 2007-12-27
    • US11723362
    • 2007-03-19
    • Joon-Sung KimJi-Yong You
    • Joon-Sung KimJi-Yong You
    • G03B27/52G01B11/00
    • G03F9/7084G03F9/7076G03F9/708
    • The alignment marks formed in a scribe line of a semiconductor substrate include at least one main mark, a first sub-mark and second sub-marks. The first sub-mark is formed at a central portion of the main mark. The second sub-marks are disposed symmetrically with respect to the first sub-mark and are used for detecting asymmetry of the main mark by measuring distances between respective side edges of the main mark and the first sub-mark, and by measuring respective side edges between the main mark and each of the second sub-marks. Alternatively, the alignment marks include main outer and inner marks and a sub-mark disposed in between the main outer and inner marks. In this case, the sub-mark is used for detecting asymmetry of the main mark by measuring distances between respective side edges of the main outer mark and the sub-mark, and by measuring respective side edges between the main inner mark and the sub-mark. Thus, accurate alignment information can be obtained regardless of whether the main mark was inadvertently formed as asymmetrical.
    • 形成在半导体衬底的划线中的对准标记包括至少一个主标记,第一子标记和第二子标记。 第一子标记形成在主标记的中心部分。 第二子标记相对于第一子标记对称设置,并且用于通过测量主标记的各个侧边缘与第一子标记之间的距离来检测主标记的不对称性,并且通过测量相应的侧边缘 主标记和每个第二个子标记之间。 或者,对准标记包括主外标和内标,以及设置在主外标和内标之间的子标记。 在这种情况下,子标记用于通过测量主外标号和子标记的各侧边缘之间的距离来检测主标记的不对称性,并且通过测量主内标和子标记之间的相应侧边缘, 标记。 因此,无论主标记是否被无意地形成为不对称,都可以获得准确的对准信息。
    • 2. 发明授权
    • Substrate having alignment marks and method of obtaining alignment information using the same
    • 具有对准标记的基板和使用其的获取对准信息的方法
    • US07602072B2
    • 2009-10-13
    • US11723362
    • 2007-03-19
    • Joon-Sung KimJi-Yong You
    • Joon-Sung KimJi-Yong You
    • H01L21/76
    • G03F9/7084G03F9/7076G03F9/708
    • The alignment marks formed in a scribe line of a semiconductor substrate include at least one main mark, a first sub-mark and second sub-marks. The first sub-mark is formed at a central portion of the main mark. The second sub-marks are disposed symmetrically with respect to the first sub-mark and are used for detecting asymmetry of the main mark by measuring distances between respective side edges of the main mark and the first sub-mark, and by measuring respective side edges between the main mark and each of the second sub-marks. Alternatively, the alignment marks include main outer and inner marks and a sub-mark disposed in between the main outer and inner marks. In this case, the sub-mark is used for detecting asymmetry of the main mark by measuring distances between respective side edges of the main outer mark and the sub-mark, and by measuring respective side edges between the main inner mark and the sub-mark. Thus, accurate alignment information can be obtained regardless of whether the main mark was inadvertently formed as asymmetrical.
    • 形成在半导体衬底的划线中的对准标记包括至少一个主标记,第一子标记和第二子标记。 第一子标记形成在主标记的中心部分。 第二子标记相对于第一子标记对称设置,并且用于通过测量主标记的各个侧边缘与第一子标记之间的距离来检测主标记的不对称性,并且通过测量相应的侧边缘 主标记和每个第二个子标记之间。 或者,对准标记包括主外标和内标,以及设置在主外标和内标之间的子标记。 在这种情况下,子标记用于通过测量主外标号和子标记的各侧边缘之间的距离来检测主标记的不对称性,并且通过测量主内标和子标记之间的相应侧边缘, 标记。 因此,无论主标记是否被无意地形成为不对称,都可以获得准确的对准信息。
    • 7. 发明授权
    • Substrate including alignment marks, methods of aligning wafers and fabricating semiconductors
    • 基板包括对准标记,对准晶圆的方法和制造半导体
    • US08339604B2
    • 2012-12-25
    • US12656812
    • 2010-02-17
    • Jun-Young JangJi-Yong You
    • Jun-Young JangJi-Yong You
    • G01B11/00
    • G03F9/7076
    • Provided is a substrate having an alignment mark, methods of aligning wafers and fabricating semiconductors. An alignment method of a wafer comprises providing a wafer on a wafer stage of a photolithography apparatus, irradiating light to the alignment mark, collecting reflected light from the alignment mark, analyzing optical information of the collected light, and determining a location of the wafer based on the analyzed optical information, wherein the wafer comprises a first surface having an alignment mark, the alignment mark including a first plurality of alignment patterns in a first row, and a second plurality of alignment patterns in a second row, the second plurality of alignment patterns being adjacent to the first plurality of alignment patterns, wherein the first plurality of alignment patterns are arranged in a row direction at a first pitch, and the second plurality of alignment patterns are arranged in the row direction at a second pitch different from the first pitch.
    • 提供了具有对准标记的基板,对准晶片的方法和制造半导体。 晶片的对准方法包括在光刻设备的晶片台上设置晶片,向对准标记照射光,收集来自对准标记的反射光,分析所收集的光的光学信息,以及确定基于晶片的位置 在所分析的光学信息上,其中所述晶片包括具有对准标记的第一表面,所述对准标记包括第一行中的第一多个对准图案和第二排中的第二多个对准图案,所述第二多个对准 图案与第一多个对准图案相邻,其中第一多个对准图案以第一间距排列在行方向上,并且第二多个对准图案在行方向上以不同于第一间距的第二间距布置 沥青。
    • 8. 发明申请
    • Substrate including alignment marks, methods of aligning wafers and fabricating semiconductors
    • 基板包括对准标记,对准晶圆的方法和制造半导体
    • US20100245825A1
    • 2010-09-30
    • US12656812
    • 2010-02-17
    • Jun-Young JangJi-Yong You
    • Jun-Young JangJi-Yong You
    • G01B11/27G01B11/14
    • G03F9/7076
    • Provided is a substrate having an alignment mark, methods of aligning wafers and fabricating semiconductors. An alignment method of a wafer comprises providing a wafer on a wafer stage of a photolithography apparatus, irradiating light to the alignment mark, collecting reflected light from the alignment mark, analyzing optical information of the collected light, and determining a location of the wafer based on the analyzed optical information, wherein the wafer comprises a first surface having an alignment mark, the alignment mark including a first plurality of alignment patterns in a first row, and a second plurality of alignment patterns in a second row, the second plurality of alignment patterns being adjacent to the first plurality of alignment patterns, wherein the first plurality of alignment patterns are arranged in a row direction at a first pitch, and the second plurality of alignment patterns are arranged in the row direction at a second pitch different from the first pitch.
    • 提供了具有对准标记的基板,对准晶片的方法和制造半导体。 晶片的对准方法包括在光刻设备的晶片台上设置晶片,向对准标记照射光,收集来自对准标记的反射光,分析所收集的光的光学信息,以及确定基于晶片的位置 在所分析的光学信息上,其中所述晶片包括具有对准标记的第一表面,所述对准标记包括第一行中的第一多个对准图案和第二排中的第二多个对准图案,所述第二多个对准 图案与第一多个对准图案相邻,其中第一多个对准图案以第一间距排列在行方向上,并且第二多个对准图案在行方向上以不同于第一间距的第二间距布置 沥青。