首页> 外国专利> Ultra-high speed, active polymer-silica hybrid, single control voltage MMI-based 1-by-N packet switch and WG-based WDM packet router/TDM converter and methods of making same

Ultra-high speed, active polymer-silica hybrid, single control voltage MMI-based 1-by-N packet switch and WG-based WDM packet router/TDM converter and methods of making same

机译:超高速,活性聚合物-二氧化硅混合,基于单控制电压,基于MMI的1-by-N分组交换机和基于WG的WDM分组路由器/ TDM转换器及其制造方法

摘要

A structure for effecting a transition from a passive waveguide to an active waveguide or from an active waveguide to a passive waveguide of the present invention. The inventive device comprises a first cladding; a first core disposed within the first cladding; and a ground plane disposed over the first cladding and the core. A second cladding is disposed on the ground plane. A second core is disposed on the second cladding. A third cladding is disposed on the second cladding and the second core and an electrode is disposed on top of the third cladding. The inventive structure enables the construction of a novel an advantageous switch comprising an input port; an output port; and plural waveguides disposed between the input port and the output port. Each waveguide includes a first cladding; a first core disposed within the first cladding; and a ground plane disposed over the first cladding and the core. A second cladding is disposed on the ground plane. A second core is disposed on the second cladding. A third cladding is disposed on the second cladding and the second core and an electrode is disposed on top of the third cladding. The inventive structure also enables a unique and advantageous router design comprising an active tuned arrayed waveguide grating and switching logic for controlling the grating.
机译:用于实现本发明的从无源波导到有源波导或从有源波导到无源波导的过渡的结构。本发明的装置包括第一包层;第一包层;第二包层;第二包层;第二包层;第二包层;第二包层;第二包层;第二包层;第二包层;第二包层;第二包层。第一芯,设置在第一包层内;接地平面设置在第一包层和芯上。第二包层布置在接地平面上。第二芯设置在第二包层上。第三包层设置在第二包层和第二芯上,并且电极设置在第三包层的顶部上。本发明的结构使得能够构造新颖的有利的开关,该开关包括输入端口。输出端口;多个波导设置在输入端口和输出端口之间。每个波导包括第一包层;第二包层包括第一包层。第一芯,设置在第一包层内;接地平面设置在第一包层和芯上。第二包层布置在接地平面上。第二芯设置在第二包层上。第三包层设置在第二包层和第二芯上,并且电极设置在第三包层的顶部上。本发明的结构还使得能够进行独特且有利的路由器设计,该路由器设计包括有源调谐阵列波导光栅和用于控制光栅的开关逻辑。

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