1) colpitts circuit
Colpitts振荡电路
2) Colpitts oscillator
Colpitts振荡器
1.
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
2.
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 。
3.
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。
3) Colpitts circuit
Colpitts电路
1.
In order to find the design and synthesis guideline of chaotic Colpitts circuit, an empirical relationship between the frequency distribution and the fundamental frequency was proposed.
对混沌Colpitts电路和蔡氏电路的设计准则差异的研究表明,Colpitts电路更适合于高频宽带混沌发生器的应用。
2.
The mathematic model of Colpitts circuit is introduced and the parameter expressions of the main circuit elements are described for chaotic Colpitts circuits with prescribed frequency distribution.
本文首先介绍了Colpitts电路的数学模型,给出了基于预设定频谱分布的Colpitts混沌电路中主要电路参数的设计方法;然后对工作在微波频段的Colpitts混沌电路进行了实验研究,验证了给出的电路参数设计方案;最后对实验过程中的电路调试方法,电路频谱宽度的瓶颈问题,电路功耗问题以及进一步的工作进行了讨论。
3.
The aim of this paper is to investigate the synchronization of chaotic Colpitts circuit under non-idea channel.
给出了系统的数学模型,对恒定信道衰变和时变信道衰变两种非理想信道条件下的混沌Colpitts电路的自适应同步进行了数值仿真研究。
4) oscillation circuit
振荡电路
1.
Analysis of chaos phenomena in nonlinear oscillation circuit;
非线性振荡电路的混沌分析
2.
Objective To construct an oscillation circuit for a gene analyzer based on quartz crystal microbalance.
目的 研制石英谐振组合靶基因检测仪自激式振荡电路。
3.
A new type of nanosecond high voltage pulse generator is designed with oscillation circuit.
分析各种窄脉冲产生方法后用振荡电路原理研制了一种新型ns级高压窄脉冲发生器,可输出脉宽20～100ns、幅值500～1000V的可调ns级脉冲电压。
6) oscillator circuit
振荡电路
1.
To satisfy for oil environment, the sensor detector and oscillator circuit is developed.
利用石英晶体微天平传感器开发了一种新的油品粘度监测方法 ,阐明了石英晶体微天平传感器在油品粘度监测中应用的基本原理 ,研制了适合油液环境的传感器探头以及振荡电路 。
2.
A newly developed oscillator circuit of the three-point capacitance for variable-frequency eddy current sensors is presented.
为实现防水性电子数显卡尺,提出一种用于调频式电涡流传感器的改进型电容三点式振荡电路,讨论电路各主要参数对振荡器电路起振特性、频率稳定性等性能的影响,结合Spice程序对振荡电路进行时域仿真。
3.
The phase and amplitude balance conditions for Colpitts quartz crystal oscillator circuit are analyzed and deduced from the concept of negative resistance, which has been used to design the practical oscillator circuit and the component parameters are given.
由“负阻”概念分析推导出Colpitts石英晶体振荡电路的相位平衡条件和振幅平衡条件,并设计具体振荡电路,给出了实际电路参数。
补充资料：振荡电路
能产生振荡电流的电路。一般由电阻、电感、电容等元件和电子器件所组成。由电感线圈l和电容器c相连而成的lc电路是最简单的一种振荡电路，其固有频率为f=[sx(]1[]2πlc。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条