| 78 | 10 | 39 |
| 下载次数 | 被引频次 | 阅读次数 |
从分析双混频时差(DMTD)测量系统的测量误差着手,对系统设计和使用中常碰到的—些理论和技术问题进行了探讨,这涉及到公共源的影响、移相器的作用、自校和测量中的其它问题。
Abstract：Error sources in the dual mixer time difference (DMTD) system are investigated. In particular the errors related to common source and the counter reading of time difference are analysed mathematically. Some useful results for designer and user are obtained.
[1] Aiian D. W. and Daaams H. Picosecond time difference measurement system, Proc. 29th Annu. Symp. Frequency control, May, 1975．
[2] D.A.Howe,D.W.Allan,J.A.Bannes,信号源特性和测量方法.美国第35届频控年会论文选译集(宇航计测技术增刊) 1983．
[3] S. Stein, D. Glaze, Jlevine, J. Gray, D. Hilliard, D. Howe and L. Erb, Automated tigh accuracy phase measurement system, IEEE. Trans. Lnstrum. Meas, Vol. 1 M-32, No. 1, 1983．
[4] 吉村和辛.周波数时间计测.电波研究所季报,Vol.29,No.149,1983．
[5] S.Victor等.频率(标准)组合选择器.美国第37届频率控制年会论文选译集(宇航计测技术增刊) 1985．
[6] F. L. Walls and D. W. Allan Measurent of Frequency Stability, Proceedings of the IEEE, January, 1986．
[7] Characterization of frequency and phase noise. Recommendations and Reports of the CCIR, 1986．
[8] Performance of standard-frquency generators. Recommendations and Reoorts of the CCIR 1986．
[9] Instruction manual High resolution mixer hecerodyne measurement system model 106, Boulder Scientific R & D Laboratory, Inc. 1980．
基本信息:
引用信息:
[1]边玉敬.双混频时差测量系统设计中的理论和技术问题[J].陕西天文台台刊,1991(02):156-163.
1991-12-31
1991-12-31