In this paper, a system of phase stabilized distribution of millimeter wave local oscillator based on Michelson interferometer is proposed. 文中提出了一种基于迈克尔逊干涉的毫米波本振信号的相位稳定传送技术。
It is a basis for the correction of optical fiber length drift and the transmission of phase stabilized local oscillator by feedback controlling the delay of optical fiber using coherent heterodyne signal. 为最终通过干涉拍频信号反馈控制相位的延迟、校准光纤的长度漂移以及实现本振信号的稳定传送奠定了基础。