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    • 2. 发明授权
    • Apparatus for polarization conversion
    • 极化转换装置
    • US06341038B1
    • 2002-01-22
    • US09507996
    • 2000-02-22
    • Russell Alan BuddDerek Brian DoveAlan Edward Rosenbluth
    • Russell Alan BuddDerek Brian DoveAlan Edward Rosenbluth
    • G02B530
    • G02B27/283
    • An apparatus for polarization conversion having a light source for supplying vertically and horizontally linearly polarized light to an optical path and a parabolic mirror disposed in the optical path and proximate to the light source. In different embodiments, the parabolic mirror has a mirror coating to induce a phase shift of 0°, 90°, or an arbitrary phase shift between incident light and reflected light. A polarizer means, preferably a reflective polarizer film, is disposed in the optical path for reflecting light of one of the linear polarizations and for transmitting the other linear polarization. Lastly, one or more waveplates are disposed in the optical path between the polarizer means and the parabolic mirror. The waveplates have opposing segments each having axes which are antiparallel to each other for recycling the reflected linear polarization by converting it to the transmitted polarization.
    • 一种用于偏振转换的装置,具有用于向光路提供垂直和水平线性偏振光的光源和设置在光路中并且靠近光源的抛物面镜。 在不同的实施例中,抛物面反射镜具有镜面涂层,以引起0°,90°的相移或入射光与反射光之间的任意相移。 在光路中设置偏振器装置,优选地是反射偏振片,用于反射线偏振之一的光,并用于透射另一线性偏振。 最后,一个或多个波片设置在偏振器装置和抛物面镜之间的光路中。 波片具有各自具有彼此反平行的轴的相对的段,用于通过将反射的线偏振转换成透射的偏振来再循环反射的线偏振。
    • 5. 发明授权
    • Printing a mask with maximum possible process window through adjustment of the source distribution
    • 通过调整源分布打印具有最大可能过程窗口的面具
    • US07363611B2
    • 2008-04-22
    • US11377957
    • 2006-03-16
    • Alan Edward Rosenbluth
    • Alan Edward Rosenbluth
    • G06F17/50G03C5/00
    • G03F7/70125
    • A lithographic mask is illuminated with light from different directions such that intensities of a plurality of incident beams of light provide a largest possible integrated process window defined in terms of an allowed range for defining shapes. Constrained sets of intensity parameters are imposed. A first set of intensity parameters represents maximum possible intensities that can be permitted for overexposed tolerance positions. A second set of intensity parameters represents minimum possible intensities that can be permitted for underexposed tolerance positions. Optimum source intensities of incident beams are defined using a linear program and constraints. The optimum source intensities maximize an integrated range of dose and focal variations without causing printed shapes to depart from the allowed range. Apparatus are detailed and variations are described.
    • 使用来自不同方向的光照射光刻掩模,使得多个入射光束的强度提供根据用于定义形状的允许范围限定的最大可能的集成处理窗口。 强制约束强度参数集。 第一组强度参数表示可能允许曝光过度公差位置的最大可能强度。 第二组强度参数表示可以允许曝光不足的公差位置的最小可能强度。 入射光束的最佳光源强度使用线性程序和约束来定义。 最佳的光源强度最大化剂量和焦点变化的集成范围,而不会使印刷形状偏离允许的范围。 详细描述装置并描述变型。
    • 6. 发明授权
    • Apparatus for polarization conversion
    • 极化转换装置
    • US6064523A
    • 2000-05-16
    • US106783
    • 1998-06-29
    • Russell Alan BuddDerek Brian DoveAlan Edward Rosenbluth
    • Russell Alan BuddDerek Brian DoveAlan Edward Rosenbluth
    • G02B5/30G02B27/28
    • G02B27/283G02B5/3025
    • An apparatus for polarization conversion having a light source for supplying vertically and horizontally linearly polarized light to an optical path and a parabolic mirror disposed in the optical path and proximate to the light source. In different embodiments, the parabolic mirror has a mirror coating to induce a phase shift of 0.degree., 90.degree., or an arbitrary phase shift between incident light and reflected light. A polarizer, preferably a reflective polarizer film, is disposed in the optical path for reflecting light of one of the linear polarizations and for transmitting the other linear polarization. Lastly, one or more waveplates are disposed in the optical path between the polarizer and the parabolic mirror. The waveplates have opposing segments each having axes which are antiparallel to each other for recycling the reflected linear polarization by converting it to the transmitted polarization.
    • 一种用于偏振转换的装置,具有用于向光路提供垂直和水平线性偏振光的光源和设置在光路中并且靠近光源的抛物面镜。 在不同的实施例中,抛物面反射镜具有镜面涂层,以引起0°,90°的相移或入射光和反射光之间的任意相移。 偏振器,优选反射偏振膜,设置在光路中,用于反射线偏振之一的光,并用于透射另一线偏振。 最后,一个或多个波片设置在偏振器和抛物面镜之间的光路中。 波片具有各自具有彼此反平行的轴的相对的段,用于通过将反射的线偏振转换成透射的偏振来再循环反射的线偏振。
    • 8. 发明授权
    • Printing a mask with maximum possible process window through adjustment of the source distribution
    • 通过调整源分布打印具有最大可能过程窗口的面具
    • US07712071B2
    • 2010-05-04
    • US11957587
    • 2007-12-17
    • Alan Edward Rosenbluth
    • Alan Edward Rosenbluth
    • G06F17/50G03C3/00
    • G03F7/70125
    • A lithographic mask is illuminated with light from different directions such that intensities of a plurality of incident beams of light provide a largest possible integrated process window defined in terms of an allowed range for defining shapes. Constrained sets of intensity parameters are imposed. A first set of intensity parameters represents maximum possible intensities that can be permitted for overexposed tolerance positions. A second set of intensity parameters represents minimum possible intensities that can be permitted for underexposed tolerance positions. Optimum source intensities of incident beams are defined using a linear program and constraints. The optimum source intensities maximize an integrated range of dose and focal variations without causing printed shapes to depart from the allowed range. Apparatus are detailed and variations are described.
    • 使用来自不同方向的光照射光刻掩模,使得多个入射光束的强度提供根据用于定义形状的允许范围限定的最大可能的集成处理窗口。 强制约束强度参数集。 第一组强度参数表示可能允许曝光过度公差位置的最大可能强度。 第二组强度参数表示可以允许曝光不足的公差位置的最小可能强度。 入射光束的最佳光源强度使用线性程序和约束来定义。 最佳的光源强度最大化剂量和焦点变化的集成范围,而不会使印刷形状偏离允许的范围。 详细描述装置并描述变型。
    • 10. 发明授权
    • Printing a mask with maximum possible process window through adjustment of the source distribution
    • 通过调整源分布打印具有最大可能过程窗口的面具
    • US07057709B2
    • 2006-06-06
    • US10727901
    • 2003-12-04
    • Alan Edward Rosenbluth
    • Alan Edward Rosenbluth
    • G03B27/72G03B27/32
    • G03F7/70125
    • A lithographic mask is illuminated with light from different directions such that intensities of a plurality of incident beams of light provide a largest possible integrated process window defined in terms of an allowed range for defining shapes. Constrained sets of intensity parameters are imposed. A first set of intensity parameters represents maximum possible intensities that can be permitted for overexposed tolerance positions. A second set of intensity parameters represents minimum possible intensities that can be permitted for underexposed tolerance positions. Optimum source intensities of incident beams are defined using a linear program and constraints. The optimum source intensities maximize an integrated range of dose and focal variations without causing printed shapes to depart from the allowed range. Apparatus are detailed and variations are described.
    • 使用来自不同方向的光照射光刻掩模,使得多个入射光束的强度提供根据用于定义形状的允许范围限定的最大可能的集成处理窗口。 强制约束强度参数集。 第一组强度参数表示可能允许曝光过度公差位置的最大可能强度。 第二组强度参数表示可以允许曝光不足的公差位置的最小可能强度。 入射光束的最佳光源强度使用线性程序和约束来定义。 最佳的光源强度最大化剂量和焦点变化的集成范围,而不会使印刷形状偏离允许的范围。 详细描述装置并描述变型。