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    • 7. 发明申请
    • SCATTEROMETRY METROLOGY TARGET DESIGN OPTIMIZATION
    • SCATTERMETRY计量学目标设计优化
    • WO2010080732A2
    • 2010-07-15
    • PCT/US2010/020046
    • 2010-01-04
    • KLA-TENCOR CORPORATIONADEL, Michael E.MANASSEN, AmnonKANDEL, Daniel
    • ADEL, Michael E.MANASSEN, AmnonKANDEL, Daniel
    • H01L21/66
    • G03F7/70683G03F7/705G03F7/70633H01L22/12
    • A metrology target design may be optimized using inputs including metrology target design information, substrate information, process information, and metrology system information. Acquisition of a metrology signal with a metrology system may be modeled using the inputs to generate one or more optical characteristics of the metrology target. A metrology algorithm may be applied to the characteristics to determine a predicted accuracy and precision of measurements of the metrology target made by the metrology system. Part of the information relating to the metrology target design may be modified and the signal modeling and metrology algorithm may be repeated to optimize the accuracy and precision of the one or more measurements. The metrology target design may be displayed or stored after the accuracy and precision are optimized.
    • 可以使用包括计量目标设计信息,底物信息,过程信息和计量系统信息的输入来优化计量目标设计。 采用计量系统获取计量信号可以使用输入来建模,以产生计量目标的一个或多个光学特性。 可以将计量学算法应用于特征以确定由计量系统制定的度量目标的预测精度和测量精度。 可以修改与度量目标设计有关的部分信息,并且可以重复信号建模和计量学算法以优化一个或多个测量的精度和精度。 可以在精度和精度优化后显示或存储度量目标设计。
    • 8. 发明申请
    • COMPOUND OPTICAL MODULATOR
    • 复合光学调制器
    • WO03001282A8
    • 2003-09-04
    • PCT/IL0100580
    • 2001-06-26
    • 3DV SYSTEMS LTDMANASSEN AMNONSANDER AVNER
    • MANASSEN AMNONSANDER AVNER
    • G02F1/017H04B10/155
    • B82Y20/00G02F1/017G02F2201/16G02F2203/055
    • There is therefore provided in accordance with an embodiment of the present invention a modulator for modulating light comprising: a quantum well structure (QWS), comprising narrow-bandgap semiconductor layers interleaved with wide-bandgap semiconductor layers which QWS has an operating band of wavelengths for which transmittance for light is controllable by an electric field generated in the QWS; a configuration of electrodes electrifiable to generate an electric field perpendicular to the semiconductor layers of the QWS in each of a plurality of localized non-overlapping voxels of the QWS independent of an electric field in any of the other voxels; a different optical filter coupled to each of at least two of the voxels, each different filter transmitting light in a different sub-band of the operating band of the QWS and being substantially opaque to light having a wavelength in the operating band that is outside of the sub-band; and a power supply controllable to apply voltage to the configuration of electrodes so as to generate the electric field.
    • 因此,根据本发明的实施例提供了一种用于调制光的调制器,包括:量子阱结构(QWS),其包括与宽带隙半导体层交错的窄带隙半导体层,其中QWS具有用于 光透过率可以通过QWS中产生的电场来控制; 在QWS的多个局部非重叠体素的每一个中产生垂直于QWS的半导体层的电场的电极的结构,其独立于任何其他体素中的电场; 耦合到至少两个体素中的每一个的不同滤光器,每个不同的滤光器透射QWS的工作频带的不同子带中的光,并且对于在工作频带外的波长的波长基本上不透明 子带; 以及电源,其可控制以将电压施加到电极的配置以产生电场。
    • 9. 发明申请
    • COMPOUND OPTICAL MODULATOR
    • 复合光调制器
    • WO2003001282A1
    • 2003-01-03
    • PCT/IL2001/000580
    • 2001-06-26
    • 3DV SYSTEMS, LTD.MANASSEN, AmnonSANDER, Avner
    • MANASSEN, AmnonSANDER, Avner
    • G02F1/017
    • B82Y20/00G02F1/017G02F2201/16G02F2203/055
    • There is therefore provided in accordance with an embodiment of the present invention a modulator for modulating light comprising: a quantum well structure (QWS), comprising narrow-bandgap semiconductor layers interleaved with wide-bandgap semiconductor layers which QWS has an operating band of wavelengths for which transmittance for light is controllable by an electric field generated in the QWS; a configuration of electrodes electrifiable to generate an electric field perpendicular to the semiconductor layers of the QWS in each of a plurality of localized non-overlapping voxels of the QWS independent of an electric field in any of the other voxels; a different optical filter coupled to each of at least two of the voxels, each different filter transmitting light in a different sub-band of the operating band of the QWS and being substantially opaque to light having a wavelength in the operating band that is outside of the sub-band; and a power supply controllable to apply voltage to the configuration of electrodes so as to generate the electric field.
    • 因此,根据本发明的实施例提供了一种用于调制光的调制器,包括:量子阱结构(QWS),包括与宽带隙半导体层交错的窄带隙半导体层, QWS有一个工作波长的波长,光的透射率可以通过QWS中产生的电场来控制; 在QWS的多个局域化非重叠体素中的每一个体系中,可电成形为产生垂直于QWS的半导体层的电场的电极的构造,而与任何其他体素中的电场无关; 耦合到所述体素中的至少两个的每一个的不同滤光器,每个不同滤光器透射在所述QWS的所述工作频带的不同子频带中的光,并且对于在所述工作频带中具有波长的光是基本不透明的, 子带; 以及可控制的电源以将电压施加到电极的配置以产生电场。