The result show the resolution of temperature measured by dither frequency is very high.
由于测量抖动频率的精度较高，故由抖动频率测量温度具有很高的分辨率。
It is proved that cubage, rigidity, resonant frequency, sensitivity, temperature expanding, biasing and biasing stability of this dithering mechanism can meet the demands of dither biasing.
实验表明：该机构的体积，刚性，谐振频率，灵敏度，热膨胀，偏频量及偏频稳定性等方面都符合抖动偏频的要求。
The nature frequency of dither mechanism will drift when temperature is changing. And this may lead to dither mechanism failure in the extreme.
在抖动偏频激光陀螺的工作过程中，抖动机构的自然频率会随温度漂移，极端情况下可能导致机构破坏。
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