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首页> 外文期刊>Wireless personal communications: An Internaional Journal >Effect of Laser Modulation on Dispersion Induced Chirp Microwave Signal Generation by Using Temporal Pulse Shaping Technique
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Effect of Laser Modulation on Dispersion Induced Chirp Microwave Signal Generation by Using Temporal Pulse Shaping Technique

机译:激光调制对色散诱导的啁啾微波信号通过使用时间脉冲成型技术的影响

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摘要

A photonic approach for generating an arbitrary chirp microwave waveform using optical coupler of different length is proposed and experimentally demonstrated. The chirp microwave waveform can be used in Radar system to improve its range Doppler resolution. The paper give the specific details about various performance parameters like input signal frequency and power, output signal parameters viz output frequency, chirp rate, chirp bandwidth and time bandwidth product etc. In this proposed approach two single mode optical fibers of different lengths are used to create the phase variation of the light coming from the continuous wave laser. The overall model and its performance parameters are computed on optiwave software and compared with experimental results carried out in lab which shows the validity of our experimental setup.
机译:提出了一种用于使用不同长度的光耦合器产生任意啁啾微波波形的光子方法,并进行实验证明。 啁啾微波波形可用于雷达系统,以改善其范围多普勒分辨率。 本文提供了有关各种性能参数的具体细节,如输入信号频率和电源,输出信号参数VIZ输出频率,啁啾率,啁啾带宽和时间带宽产品等。在该提出的方法中,不同长度的两个单模光纤用于 创建来自连续波激光的光的相位变形。 在Optiwave软件上计算了整体模型及其性能参数,并与实验室中进行的实验结果相比,显示了我们的实验设置的有效性。

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