在此基础上，重构了谐波信号的幅值、相位及频率。
On the basis of this, the harmonic signal is reconstructed by means of the method.
谐波分析一直是信号处理的基本方法之一。
它提供卓越的信号质量，低相噪，良好的谐波抑制和低杂散。
It provides superior signal quality, low phase noise, good harmonic suppression and low spurious.
应用了信号重构理论，极大增强了功率谐波源的谐波合成能力。
To buildup harmonic construction ability, we apply signal reconstruction theory in design.
线性相移随机误差及光强信号二次谐波不敏感六帧算法；
Six-frame algorithm insensitive to the reference phase and signal secondhumorous wave;
线性相移随机误差及光强信号二次谐波不敏感六帧算法；
Six-frame algorithm insensitive to the reference phase and signal secondhumorous wave;
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