High stability of capacitance and DF versus temperature and frequency.
电容量和损耗因数随温度和频率的变化小，稳定性好。
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。
Frequency stability and low impact of temperature, high-performance can be stable under high and low temperature conditions.
工作频率稳定，温度影响极低，可于高低温状况下稳定高效能。
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