lc oscillator

This article introduces how to simulate LC oscillator using EWB.

分别对 LC振荡器的元器件参数改变、起振过程、振荡电压波形及间歇振荡进行了观察和分析。

Fully digitally controlled LC oscillator (DCO), which is presented recently, is the typical realization of digital RF.

最近几年才开始出现的全数控LC振荡器(DCO),正是将数字射频思想应用于射频电路设计的典型代表。

The paper introduces the train of thoughts of the low noise and wide cover voitage controlled oscillators.

介绍了低噪声宽复盖压控振荡器 VCO的设计思路 ,给出了设计中参数的合理取值范围 ,对 VCO的设计方法进行了阐述 ,并对其相位噪声进行了分析 ,同时结合实际 ,设计了实用的VCO,并给出了 VCO的特性曲线图。

Four models of time with timer of human beings time action:scalar time model,counting model,oscillators predictions model,and VET model,were reviewed and discussed.

介绍了探讨人类时间行为内部机制的4个理论模型:等级时间模型、计数模型、振荡器预测模型、和记忆的VET模型,对各种模型进行了讨论,提出从多学科、多因素的角度来研究人类时间行为的计时机

In order to obtain a stable output of oscillator in traditional ascillators, the adjustment of oscillators loop gain is realized by the nonlinearity of devices.

在传统的振荡电路中，为了得到稳定的振荡输出，其环路增益的调控是依靠器件的非线性来实现，因此这类振荡器很难产生谐波失真很小的纯正弦波。

Modified Leeson formula and low phase noise oscillator design;

改进的相位噪声公式与低相位噪声振荡器设计

The analysis of noise voltages influence on the amplitude stability of LC oscillator;

噪声对 LC 振荡器振幅稳定性的影响分析

Study on chaotic control of Colpitts oscillator based on Washout filter technique;

基于Washout滤波器技术的Colpitts振荡器混沌控制研究

The present paper presents a study of synchronization of two Colpitts oscillator.

对系统的某一状态变量差进行离散反馈滤波后 ,可以使两个结构相同的Colpitts振荡器达到同步 ,并讨论了反馈因子、采样脉冲宽度及参数失配对混沌同步的影响 。

Chaotic Colpitts oscillator systems are studied by using the theories of differential geometry and nonlinear control systems.

利用微分几何和非线性系统控制理论 ,研究由控制输入驱动的混沌 Colpitts振荡器系统的控制问题。