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    • 11. 发明授权
    • Lithographic printing with polarized light
    • 带偏光的平版印刷
    • US07445883B2
    • 2008-11-04
    • US11503113
    • 2006-08-14
    • Nabila Baba-AliJustin KreuzerHarry Sewell
    • Nabila Baba-AliJustin KreuzerHarry Sewell
    • G02B5/30G03B27/72
    • G03F7/70566G02B27/28G03F7/2006
    • The present invention provides systems and methods for improved lithographic printing with polarized light. In embodiments of the present invention, polarized light (radially or tangentially polarized) is used to illuminate a phase-shift mask (PSM) and produce an exposure beam. A negative photoresist layer is then exposed by light in the exposure beam. A chromeless PSM can be used. In further embodiments of the present invention, radially polarized light is used to illuminate a mask and produce an exposure beam. A positive photoresist layer is then exposed by light in the exposure beam. The mask can be an attenuating PSM or binary mask. A very high image quality is obtained even when printing contact holes at various pitches in low k applications.
    • 本发明提供了利用偏振光改进平版印刷的系统和方法。 在本发明的实施例中,使用偏振光(径向或切向极化)照亮相移掩模(PSM)并产生曝光光束。 然后在曝光束中用光曝光负性光致抗蚀剂层。 可以使用无色PSM。 在本发明的另外的实施例中,使用径向偏振光照射掩模并产生曝光光束。 然后,正光致抗蚀剂层在曝光束中被光曝光。 掩模可以是衰减PSM或二进制掩模。 即使在低k应用中以各种间距打印接触孔,也能获得非常高的图像质量。
    • 12. 发明申请
    • Optical element damping systems
    • 光学元件阻尼系统
    • US20070153348A1
    • 2007-07-05
    • US11634931
    • 2006-12-07
    • Stephen RouxPeter KocherspergerJustin Kreuzer
    • Stephen RouxPeter KocherspergerJustin Kreuzer
    • G02B26/08
    • G02B7/00G03F7/70825G03F7/709
    • The present invention is directed to optical element damping systems. In particular, an eddy current damper is disclosed. The eddy current damper includes a rod, a series of conducting plates coupled to the rod, and layers of magnets. The alternating layers have alternating magnetic fields. When an optical element moves, the optical element will exert a force on the rod. The rod causes the conducting plates to move relative to the alternating layers of magnets to generate eddy currents within each of the conducting plates, such that the eddy currents damp the motion of an optical element. In an alternative embodiment, an eddy current damper motion amplifier is used to provide additional mechanical advantage that significantly increases the damping provided by the eddy current damper. Eddy current dampers are provided within conventional scanning lithography devices and optical maskless lithography devices to improve performance by stabilizing optical element motion.
    • 本发明涉及光学元件阻尼系统。 特别地,公开了涡流阻尼器。 涡流阻尼器包括杆,连接到杆的一系列导电板和磁体层。 交替层具有交变磁场。 当光学元件移动时,光学元件将在杆上施加力。 杆导致导电板相对于交替的磁体层移动,以在每个导电板内产生涡电流,使得涡流抑制光学元件的运动。 在替代实施例中,使用涡流阻尼器运动放大器提供额外的机械优点,显着增加由涡流阻尼器提供的阻尼。 在常规扫描光刻设备和光学无掩模光刻设备中提供涡流阻尼器,以通过稳定光学元件运动来提高性能。
    • 17. 发明授权
    • Optical element damping systems
    • 光学元件阻尼系统
    • US07751130B2
    • 2010-07-06
    • US11634931
    • 2006-12-07
    • Stephen RouxPeter KocherspergerJustin Kreuzer
    • Stephen RouxPeter KocherspergerJustin Kreuzer
    • G02B7/02
    • G02B7/00G03F7/70825G03F7/709
    • The present invention is directed to optical element damping systems. In particular, an eddy current damper is disclosed. The eddy current damper includes a rod, a series of conducting plates coupled to the rod, and layers of magnets. The alternating layers have alternating magnetic fields. When an optical element moves, the optical element will exert a force on the rod. The rod causes the conducting plates to move relative to the alternating layers of magnets to generate eddy currents within each of the conducting plates, such that the eddy currents damp the motion of an optical element. In an alternative embodiment, an eddy current damper motion amplifier is used to provide additional mechanical advantage that significantly increases the damping provided by the eddy current damper. Eddy current dampers are provided within conventional scanning lithography devices and optical maskless lithography devices to improve performance by stabilizing optical element motion.
    • 本发明涉及光学元件阻尼系统。 特别地,公开了涡流阻尼器。 涡流阻尼器包括杆,连接到杆的一系列导电板和磁体层。 交替层具有交变磁场。 当光学元件移动时,光学元件将在杆上施加力。 杆导致导电板相对于交替的磁体层移动,以在每个导电板内产生涡电流,使得涡流抑制光学元件的运动。 在替代实施例中,使用涡流阻尼器运动放大器提供额外的机械优点,显着增加由涡流阻尼器提供的阻尼。 在常规扫描光刻设备和光学无掩模光刻设备中提供涡流阻尼器,以通过稳定光学元件运动来提高性能。