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    • 2. 发明授权
    • External optical modulation using non-co-linear compensation networks
    • 使用非共线补偿网络的外部光调制
    • US06483953B1
    • 2002-11-19
    • US09309444
    • 1999-05-11
    • Gregory J. McBrienKarl M. KissaEd Wooten
    • Gregory J. McBrienKarl M. KissaEd Wooten
    • G02F1035
    • G02F1/2255G02F1/0356
    • An electro-optic device including an optical waveguide formed in an electro-optic material that propagates an optical signal along a first direction of propagation is described. The device also includes an electrical waveguide formed in the electro-optic material and positioned co-linear relative to the optical waveguide and in electromagnetic communication with the optical waveguide, where the electrical waveguide also propagates the electrical signal in the first direction of propagation. A compensation network is electrically coupled to the electrical waveguide at a junction and propagates the electrical signal in a second direction of propagation that is substantially non-co-linear with the first direction of propagation. In operation, the compensation network modifies at least one of a phase or an amplitude of the electrical signal at the junction relative to a phase or an amplitude of the accumulated modulation on the optical signal at the junction, respectively, and then returns the modified electrical signal to the electrical waveguide.
    • 描述了一种电光装置,其包括形成在沿着第一传播方向传播光信号的电光材料中的光波导。 该装置还包括形成在电光材料中的电波导,并且相对于光波导线定位并且与光波导电磁通信,其中电波导还在第一传播方向上传播电信号。 补偿网络在结处电耦合到电波导,并且在与第一传播方向基本上非共线性的第二传播方向上传播电信号。 在操作中,补偿网络分别相对于接合处的光信号上的累积调制的相位或幅度分别修改了接点处的电信号的相位或幅度中的至少一个,然后返回修改的电 信号到电波导。