首页> 外国专利> A METHOD OF SYNTHESIZING MICROWAVE FREQUENCY SIGNAL FOR MULTIPLE ATOMIC CLOCKS AND AN APPARATUS THEREOF

A METHOD OF SYNTHESIZING MICROWAVE FREQUENCY SIGNAL FOR MULTIPLE ATOMIC CLOCKS AND AN APPARATUS THEREOF

机译:一种多原子时钟的微波频率信号的合成方法及其装置

摘要

The present invention relates to a method and apparatus for synthesizing a frequency signal for a multi-atomic clock. A method of synthesizing a microwave frequency signal for a multi-atomic clock according to an embodiment of the present invention comprises: oscillating a reference frequency signal (S100); Generating a harmonic signal by multiplying the reference frequency signal (S200); Receiving the harmonic signal and distributing the harmonic signal to a plurality of harmonic signals (S300); A step (S400) of removing a harmonic signal component other than a predetermined center frequency signal among the divided harmonic signals; Receiving the reference frequency signal to generate a predetermined DDS frequency signal (S500); And synthesizing the predetermined center frequency signal and the predetermined DDS frequency signal to output an atomic clock frequency signal (S600). According to the present invention, a two-atomic clock can be easily driven by sharing a reference oscillator and a frequency multiplier among frequency signal synthesizers used in a plurality of atomic clocks.
机译:本发明涉及一种为多原子时钟合成频率信号的方法和设备。根据本发明的实施例的用于多原子时钟的微波频率信号的合成方法包括:振荡参考频率信号(S100);以及通过乘以参考频率信号来产生谐波信号(S200);接收谐波信号并将谐波信号分配给多个谐波信号(S300);步骤(S400),去除所划分的谐波信号中除预定中心频率信号之外的谐波信号分量;接收参考频率信号以产生预定的DDS频率信号(S500);并且合成预定的中心频率信号和预定的DDS频率信号以输出原子钟频率信号(S600)。根据本发明,通过在多个原子钟中使用的频率信号合成器之间共享基准振荡器和倍频器,可以容易地驱动两个原子钟。

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