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    • 1. 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。