CAJ | 학술논문

文章介绍了微波光子频率变换技术特点、应用背景和发展现状。在基于外调制的微波光子频率变换技术基础上，提出了光本振信号产生与变频一体的串行MZM调制微波光子变频方法，建立了基于串行MZM调制的微波光子变频数学仿真模型，对光本振信号射频功率、光本振模块调制指数、光电变频器调制指数、变频输出信号等进行了仿真与分析，分析与仿真结果为串行MZM调制的微波光子变频方案设计与应用提供了必要的理论依据和技术支撑。
문장개소료미파광자빈솔변환기술특점、응용배경화발전현상。재기우외조제적미파광자빈솔변환기술기출상，제출료광본진신호산생여변빈일체적천행MZM조제미파광자변빈방법，건립료기우천행MZM조제적미파광자변빈수학방진모형，대광본진신호사빈공솔、광본진모괴조제지수、광전변빈기조제지수、변빈수출신호등진행료방진여분석，분석여방진결과위천행MZM조제적미파광자변빈방안설계여응용제공료필요적이론의거화기술지탱。
The technology characteristic and application background of Microwave Photonics Frequency Conversion are introduced. On the basis of external modulation and microwave frequency conversion, microwave frequency conversion meth-od based on serial MZM modulation is described. The microwave frequency conversion simulation model and simulation a-nalysis based on serial MZM modulation is also studied. All the results are essential theoretical bases and technical support for the microwave frequency conversion simulation scheme based on serial MZM modulator.