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A Dual-T Quartz Crystal Resonator Circuit and its Application to 10MHz Oscillator

机译:双T石英晶体谐振器电路及其应用于10MHz振荡器

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In this paper, we have proposed a dual-T quartz crystal resonator circuit of which its resonance frequency can be changed a several thousand ppm exceeding the limit of the piezoelectric coupling factor of a crystal resonator. We have made the measurement of the frequency characteristics of the proposed dual-T circuit composed of 9.995MHz and 10.005MHz crystal resonators having the same quality factors. The dual-T circuit showed a single resonant not filter characteristics. And the resonance frequency could be changed about 1000 ppm between the resonance frequencies of the two crystal resonators. We have made an oscillator using the dual-T circuit and measured its performance, too. The variable range about 1000 ppm of the oscillation frequency was observed.
机译:在本文中,我们提出了一种双T石英晶体谐振器电路,其谐振频率可以改变几千ppm超过晶体谐振器的压电耦合因子的极限。我们已经通过9.995MHz和10.005MHz的晶体谐振器进行了频率特性的测量,该频率特性由9.995MHz和10.005MHz具有相同质量因子的谐振器。双T电路显示单个谐振不滤波器特性。并且在两个晶体谐振器的共振频率之间可以改变谐振频率约1000ppm。我们使用双T电路制作了振荡器,并测量了其性能。观察到振荡频率约1000ppm的可变范围。

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