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机译:行波电吸收调制器的性能取决于使用FDTD方法计算的波导的微波特性
Dept. of Radio Eng., Korea Univ., Seoul, South Korea;
electro-optical modulation; finite difference time-domain analysis; electroabsorption; quantum well devices; impedance matching; Maxwell equations; refractive index; optical planar waveguides; optical waveguide theory; traveling-wave electroabsorption modulators; electrical characteristics; optical characteristics; FDTD method; electromagnetic fields; optical powers; waveguide microwave properties; modulation response; characteristic impedance; effective refractive index match; extinction ratio; impedance match; low-impedance termination; velocity matching; Maxwell's equation; quantum-well layer;
机译:行波电吸收调制器的性能取决于使用FDTD方法计算的波导的微波特性
机译:采用FDTD方法计算的波导的微波性能的行波电吸收调节器的性能
机译:全矢量法基于不对称步栅耦合双应变量子阱的行波电吸收调制器蘑菇型波导的光学和微波分析
机译:SPICE模型用于行波电吸收调制器的微波特性
机译:使用行波电吸收调制器的光信号处理。
机译:波导电吸收调制器的半导体量子点研究
机译:行波电吸收调制器的非线性特性