讨论了入射光谱分布对调制灵敏度的影响，以及波导电极直流偏置电压对保证调制灵敏度的作用。
The effect of the incident light spectrum and the waveguide electrode's DC bias voltage on the modulation sensitivity is discussed.
对结果的分析讨论表明，非对称微带电极用于极性反转电极结构对在高频波段实现低驱动功率光调制是十分有效的。
For high-speed and low-drive -power light, modulation, the advantages of the use of asymmetric strip line was shown.
采用有限元法和增量电感公式对一种新型电极结构的电光调制器进行了理论分析和设计。
The characterization and design of LiNbOa optical modulators of novel electrode structures are discussed by using the finite-clement method (FEM) and the incremental inductance formula.
提出并分析了集成电光波导调制器在多普勒雷达中的一种新的应用方式。该调制器的电极采用鳍线结构，能够方便地获取多普勒频移信号。
In this paper, an integrated optical modulator is proposed and analyzed, which is constructed in a fin line geometry and can be applied to a Doppler radar for processing the Doppler frequency shift.
用准静态分析法分析了铌酸锂光强度调制器的电极结构参数。
To decrease the mismatch between the light and microwave velocities, the electrode structure of optical waveguide intensity modulator is designed by using quasi-static analysis method.
这一分析方法简便快捷，能够处理电极有一定厚度的多层光波导调制器结构。
This method provides a simple and fast approach to the analysis of the multi-layered structures with finite electrode thickness.
光波导调制器是在自制的钛扩散铌酸埋平面光波导上蒸镀铝电极制成的。
The waveguide modulator is made by depositing Aluminium as electrodes on the Ti-diffused LiNbO3 planar optical waveguide which is fabricated by ourselves.
文中也阐述了驱动E类功放的集电极调制电路和功放保护电路的原理和设计。
The total capacity of gain reaches 25dB. This thesis also described the collector modulation of the Class-E amplifier and the circuit for protection.
文中也阐述了驱动E类功放的集电极调制电路和功放保护电路的原理和设计。
The total capacity of gain reaches 25dB. This thesis also described the collector modulation of the Class-E amplifier and the circuit for protection.
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