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Hybrid electrodes used in polymer electro-optic modulator with ultra-broadband

机译:用于超宽带聚合物电光调制器的混合电极

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Hybrid electrode combined coplanar waveguide (CPW) and microstrip lines in ultra-broadband electro-optic modulators. The characteristics of the modulators with hybrid electrode is like that of the modulator with the microstrip lines, in which the microstrip electrode is loaded above only one arm of Mach-Zehnder(M-Z) optical waveguide, besides the problem of microstrip line to coaxial transition and corona polarization in polymer modulators have been best solved at the same time. By using finite element method (FEM), the characteristic parameters such as half-wave voltage, modulation bandwidth, characteristic impedance, effective microwave refractive index of polymer modulators with microstrip line and hybrid electrode are analysed and compared in this paper. The results present that velocity match, impendence match and lower microwave propagating loss is easily realized in modulators with hybrid electrode.
机译:超宽带电光调制器中的混合电极组合共面波导(CPW)和微带线。具有混合电极的调制器的特性类似于具有微带线的调制器的特性,其中微带电极仅加载在Mach-Zehnder(MZ)光波导的仅一根臂上方,此外还存在微带线向同轴过渡和耦合的问题。同时最好解决了聚合物调制器中的电晕极化问题。通过有限元方法,分析比较了微带线和混合电极聚合物调制器的半波电压,调制带宽,特性阻抗,有效微波折射率等特性参数。结果表明,在带有混合电极的调制器中,可以轻松实现速度匹配,阻抗匹配和较低的微波传播损耗。

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