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基于Matlab的被动型氢原子频标仿真模型研究

Research on the Simulation Model to Analysis and Experimental of the Hydrogen Maser Frequency Standard based on Matlab
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摘要 针对被动型氢原子频标的特点,分别建立了物理系统和伺服环路的仿真模型,搭建了氢原子频标的整个系统的闭环仿真模型。在开环和闭环两种情况下对氢原子频标进行仿真分析和实验验证。 Considering the features of Hydrogen maser Frequency Standard ( HFS ) , simulation models was built up, including the hydrogen physics package and servo loop. Then those models were linked from beginning to end and the whole closed. The loop simulation model of HFS was gotten. The HFS system output response was analyzed and validated under the condition of open loop and closed loop.
出处 《宇航计测技术》 CSCD 2015年第5期36-40,共5页 Journal of Astronautic Metrology and Measurement
关键词 氢原子频标 仿真模型 Matlab Simulation model Matlab
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参考文献4

  • 1王义道,王庆吉,傅济时等.量子频标原理[M].科学出版社,1986:151-164.
  • 2张凤祥.被动型铷频标伺服环路的分析及设计[J].时间与频率,1980:17-79.
  • 3Roland P. Kenschaft. Mixed modulation signal and noise analysis and simulation of the rubidium gas cell atomic frequency standard. Proceeding of the 50'h consecutive meeting of the frequency control symposium [ C ]. June, 1996 : 1 041- 1 050.
  • 4K. D. Lyon and W. J. Riley. Application of the Kenschaft model to the analysis of the rubidium gas cell frequency standard. Proceedings of the 1996 IEEE international fre- quency control symposium[ C ]. 1996 : 1 032 - 1 040.

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