首页> 外文会议>European Frequency and Time Forum, 1996. EFTF 96., Tenth (IEE Conf. Publ. 418) >Frequency stability control of carrier-envelope resonance in a surface acoustic wave delay line oscillator
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Frequency stability control of carrier-envelope resonance in a surface acoustic wave delay line oscillator

机译:声表面波延迟线振荡器中载流子包络共振的频率稳定性控制

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We have succeeded in measuring and explaining the frequency locking between the carrier and the envelope of a delayed electronic oscillator. It is shown that a nonlinear mapping accounts for the overall features of this synchronization and that the fine structure in the frequency noise can now he understood on a analytical basis. This extends previous work concerned with the origin of the correlations in 1/f frequency noise of a single frequency oscillator. This is an important step towards the development of new kinds of stable devices: frequency dividers, analog to digital converters, neural networks and highly sensitive sensors.
机译:我们已经成功地测量和解释了延迟电子振荡器的载波和包络之间的频率锁定。结果表明,非线性映射说明了这种同步的总体特征,现在可以从解析的角度理解频率噪声中的精细结构。这扩展了先前关于单频振荡器的1 / f频率噪声相关性起源的工作。这是开发新型稳定设备的重要一步:分频器,模数转换器,神经网络和高灵敏度传感器。

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