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Instantaneous Frequencies Measurement of Multiple Microwave Signals Based on Microwave Photonics Technology

机译:基于微波光子技术的多微波信号测量瞬时频率测量

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The paper presents a method for instantaneous frequencies measurement of multiple microwave signals. Proposed algorithm is based on the microwave photonic processing of microwave signals, its beats registration on the photodetector after the reflection from the fiber Bragg grating, which acts as a frequency detector. The microwave signals after photodetector are subjected to Fourier transform to obtain amplitudes and frequencies of beating signals. The ?true? frequencies selection of the input signal is performed based on the proposed algorithm by eliminating additional combination frequencies arising from the beating of an optical carrier at the photodetector.
机译:本文提出了一种用于多个微波信号的瞬时频率测量的方法。所提出的算法基于微波信号的微波光学处理,在光探测器的反射之后,其在光纤布拉格光栅的反射中的光电探测器,其用作频率检测器。对光电探测器之后的微波信号经受傅立叶变换以获得跳动信号的幅度和频率。 ?真的?通过消除从光电探测器的光学载波的跳动产生的附加组合频率来基于所提出的算法来基于所提出的算法来执行输入信号的频率选择。

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