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Frequency stabilization of millimeter wave sources

机译:毫米波源的频率稳定

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As the use of the millimeter wave (MMW) bands increases, the need for better spectral control of sources also increases because of widening application of this spectrum to Doppler radar, communication, and measurement systems. As the millimeter bands become more crowded, better frequency control will become necessary to avoid interference. There is also a real advantage to be gained in source power stability by phase-locking; locked sources typically exhibit output power stabilities of a few tenths of one percent. Phase locking of MMW sources to a frequency standard also provides the basis for frequency measurements which are perhaps the most accurate measurements of any physical quantity ever made, with accuracies of 1 × 10−12 being attainable. Phase-Lock circuits using both linear and digital techniques are available to the MMW system designer, and both types are discussed in this paper along with some typical results obtained.
机译:随着毫米波(MMW)频段的使用增加,由于该频谱在多普勒雷达,通信和测量系统中的应用越来越广泛,因此对信号源进行更好的频谱控制的需求也在增加。随着毫米带变得更加拥挤,将需要更好的频率控制以避免干扰。通过锁相在源功率稳定性方面也将获得真正的优势。锁定源通常表现出百分之一的十分之几的输出功率稳定性。 MMW源到频率标准的锁相还为频率测量提供了基础,频率测量可能是有史以来对任何物理量进行的最精确的测量,精度为1×10 -12 是可以达到的。 MMW系统设计人员可以使用同时使用线性和数字技术的锁相电路,并且在本文中讨论了这两种类型以及获得的一些典型结果。

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