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    • 4. 发明授权
    • Spatial light modulator having an analog beam for steering light
    • 具有用于转向灯的模拟光束的空间光调制器
    • US5629794A
    • 1997-05-13
    • US455475
    • 1995-05-31
    • Gregory A. MagelJames M. FlorenceRobert M. Boysel
    • Gregory A. MagelJames M. FlorenceRobert M. Boysel
    • G02B26/08G02B26/00
    • G02B26/0841
    • A spatial light modulator (40, 70, 80) operable in the analog mode for light beam steering or scanning applications. A deflectable mirror (42, 72) is supported by a torsion hinge (44) along a torsion axis. A plurality of flexure hinges (48) are provided to support the corners of the mirror (42, 72) and provide a restoration force. The combination of the torsion hinges and the flexure hinges realizes a deflectable pixel that is operable in the linear range for a large range of address voltages. The flexure hinges also maintain a flat undeflected state when no address voltage is applied, and prevent the pixel from collapsing. The pixel may be reinforced, such as about its perimeter (74) to ensure mirror flatness and prevent warping, even during extreme deflections of the mirror. The pixel is electrostatically deflected by applying an address voltage to an underlying address electrode (60).
    • 一种在模拟模式下可操作以用于光束转向或扫描应用的空间光调制器(40,70,80)。 可挠曲镜(42,72)由扭转轴(44)沿着扭转轴支撑。 提供多个弯曲铰链(48)以支撑反射镜(42,72)的角部并提供恢复力。 扭转铰链和弯曲铰链的组合实现了可在大范围的地址电压下在线性范围内操作的可偏转像素。 当没有施加地址电压时,挠曲铰链也保持平坦的未偏转状态,并且防止像素塌陷。 像素可以被加强,例如围绕其周边(74),以确保镜子的平整度,并防止翘曲,即使在镜子的极度偏转期间。 通过将地址电压施加到下面的寻址电极(60),该像素被静电偏转。
    • 6. 发明申请
    • System and Method for Optical Frequency Conversion
    • 光频转换系统与方法
    • US20100142569A1
    • 2010-06-10
    • US12332181
    • 2008-12-10
    • Gregory A. Magel
    • Gregory A. Magel
    • H01S3/10
    • H01S3/109H01S3/0621H01S3/0815H01S3/094038
    • A system and method for optical frequency conversion having asymmetric output include a coherent light apparatus. The coherent light apparatus includes a coherent light source that produces a first coherent light, a frequency converter optically coupled to the coherent light source, and a coupling optic optically coupled between the coherent light source and the frequency converter. The frequency converter converts the first coherent light to a second coherent light at a second frequency and includes an asymmetric frequency converter (AFC) that nonlinearly converts the first coherent light to the second coherent light with the frequency conversion being more efficient in a first direction than in a second direction. A resonant cavity formed about the AFC circulates the first coherent light and transmits the second coherent light propagating in the first direction.
    • 具有不对称输出的光频变换系统和方法包括相干光装置。 相干光装置包括相干光源,其产生第一相干光,光耦合到相干光源的频率转换器,以及光耦合在相干光源和变频器之间的耦合光学器件。 频率转换器将第一相干光转换成第二频率的第二相干光,并且包括非对称频率转换器(AFC),其将第一相干光非线性地转换为第二相干光,其中频率转换在第一方向上比第一相干光更有效 在第二个方向。 围绕AFC形成的谐振腔使第一相干光循环并透射沿第一方向传播的第二相干光。