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    • 4. 发明公开
    • Deflector for an optical beam
    • 光束偏转器
    • EP0363084A3
    • 1991-05-02
    • EP89309919.2
    • 1989-09-28
    • RAYTHEON COMPANY
    • Dorschner, Terry A.Resler, Daniel P.
    • G02F1/29G02F1/13
    • G02F1/292G02F1/1345G02F2201/42
    • An optical beam phase shifter includes a liquid crystal cell (20) having an optically-transparent common electrode (30) on a first window (22) and a multiplicity of parallel stripes electrodes (32) on the second window (26). A multiplicity of control signals are applied between the individual stripe electrodes (32) and the common electrode (30), thereby creating local variations of the refractive index of the liquid crystal molecules (24), which variations cause differential phase shifts across the cross section of a light beam incident thereon. The control signals are applied to contact pads (36) affixed to an external surface of the liquid crystal cell (20), which contact pads (36) underlie a plurality of the stripe electrodes (32). A multiplicity of conductors (34) extend through a transparent insulating layer (40) to couple the control signals to the stripe electrodes (32). The stripe electrodes (32) are optically-transparent, and the incident beam is reflected from the contact pads (36). In another embodiment, the stripe electrodes are reflective, and the incident beam is reflected therefrom.
    • 8. 发明公开
    • Deflector for an optical beam
    • Ablenkungselementfüreinen optischen Strahl。
    • EP0363084A2
    • 1990-04-11
    • EP89309919.2
    • 1989-09-28
    • RAYTHEON COMPANY
    • Dorschner, Terry A.Resler, Daniel P.
    • G02F1/29G02F1/13
    • G02F1/292G02F1/1345G02F2201/42
    • An optical beam phase shifter includes a liquid crystal cell (20) having an optically-transparent common electrode (30) on a first window (22) and a multiplicity of parallel stripes electrodes (32) on the second window (26). A multiplicity of control signals are applied between the individual stripe electrodes (32) and the common electrode (30), thereby creating local variations of the refractive index of the liquid crystal molecules (24), which variations cause differential phase shifts across the cross section of a light beam incident thereon. The control signals are applied to contact pads (36) affixed to an external surface of the liquid crystal cell (20), which contact pads (36) underlie a plurality of the stripe electrodes (32). A multiplicity of conductors (34) extend through a transparent insulating layer (40) to couple the control signals to the stripe electrodes (32). The stripe electrodes (32) are optically-transparent, and the incident beam is reflected from the contact pads (36). In another embodiment, the stripe electrodes are reflective, and the incident beam is reflected therefrom.
    • 光束移相器包括在第一窗口(22)上具有光学透明公共电极(30)的液晶单元(20)和在第二窗口(26)上的多个平行条形电极(32)。 在单个条形电极(32)和公共电极(30)之间施加多个控制信号,从而产生液晶分子(24)的折射率的局部变化,这些变化导致横截面上的差分相移 入射到其上的光束。 控制信号被施加到固定到液晶单元(20)的外表面的接触焊盘(36),接触焊盘(36)位于多个条状电极(32)的下面。 多个导体(34)延伸穿过透明绝缘层(40)以将控制信号耦合到条形电极(32)。 条状电极(32)是光学透明的,并且入射光束从接触焊盘(36)反射。 在另一个实施例中,条形电极是反射性的,并且入射光束被反射。
    • 9. 发明公开
    • Liquid crystal cell window
    • FensterfüreineFlüssigkristallzelle。
    • EP0331462A1
    • 1989-09-06
    • EP89302040.4
    • 1989-03-01
    • RAYTHEON COMPANY
    • Resler, Daniel P.
    • G02F1/133H01L21/265
    • H01Q3/2676G02F1/1333G02F1/13439Y10S148/084Y10T428/12549Y10T428/12681
    • A liquid crystal cell (40) has two infra-red transparent windows (42) and liquid crystal molecules (50) in the space between. At least one of the windows (42) is a sheet of infra-red transparent, semi-insulating crystalline material, such as gallium arsenide, having an ion implanted surface region (44). The sheet (42) is annealed after ion implantation to electrically actuate the implanted ions. The sheet (42) has uniform infra-red transmission characteristics over its surface and is provided with anti-­reflection layers (46 and 47). An electric potential (V) can be applied from a source (56) to the two windows (42) to establish an electric field (E) in the cell and thereby electrically orient the liquid crystal molecules (50).
    • 液晶单元(40)在其间的空间中具有两个红外透明窗(42)和液晶分子(50)。 至少一个窗口(42)是具有离子注入表面区域(44)的一片红外透明半绝缘晶体材料,例如砷化镓。 在离子注入之后,片材(42)被退火以电激活注入的离子。 片材(42)在其表面上具有均匀的红外透射特性,并且设置有抗反射层(46和47)。 电源(V)可以从源极(56)施加到两个窗口(42),以在电池中建立电场(E),从而使液晶分子(50)电定向。