Colpitts circuit
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美
网络 考毕兹电路
双语例句
- The second scheme is to use Colpitts circuit to generate microwave chaotic signals ( chapter 3).
第二种方案是使用Colpitts电路产生微波混沌振荡信号。 - Colpitts Quartz Crystal Oscillator Circuit Designed from the Concept of Negative Resistance
用负阻概念设计石英晶体Colpitts振荡电路 - The phase and amplitude balance condition for colpitts oscillator circuit are analyzed and deduced from the concept of "negative resistance", which has been used to design the practical oscillator circuit.
由负阻概念分析推导出科尔匹兹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； - Experiment study of microwave chaotic Colpitts circuit
微波Colpitts混沌电路实验研究 - A Study on Colpitts 'Oscillating Circuit by Root-Locus Methods
用根轨迹法研究考毕兹振荡电路 - 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； - Synchronization of chaotic Colpitts circuit is studied in the second part of this dissertation ( chapter 4).
对混沌Colpitts电路的同步研究是本文的第二部分工作。 - Based on the mathematic analysis of the Colpitts circuit model, this dissertation proposes a method to determine the parameter expressions of the main circuit components, given the fundamental frequency of the chaotic oscillation, and conducts circuit simulations to verify the circuit parameter expressions.
论文在对Colpitts电路数学模型分析的基础上，给出了在预设定频谱分布条件下主要电路元件参数的选择方法，并进行电路级的仿真验证。 - The results of circuit simulation are given, and we compare the spectrum of output signal of the coupled circuit with that of modified Colpitts circuit.
给出了基本改进型和两级耦合后的信号产生电路仿真结果，并对这种混沌雷达信号源和单级考必兹混沌电路的输出信号频谱进行了比较。 - Compared with the design of chaotic Chua's circuit with specified frequency distribution, the Colpitts circuit is more suitable for the implementation of high frequency broadband chaotic generator.
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。 - Simulation results indicate that with adaptive controller synchronization performance between the drive and response system of the chaotic Colpitts circuit pair can be significantly improved under constant and slow varying channel distortion.
仿真结果表明，对于恒定或慢变化的时变信道衰变，自适应控制器可以有效的提高Colpitts电路响应部分和驱动部分（Drivesystem）的同步性能。 - Adaptive synchronization of chaotic Colpitts circuit under non-idea channel
非理想信道下Colpitts混沌电路的自适应同步研究 - Based on the detailed analysis of the classic Colpitts circuit and subsequent two improved Colpitts structure, a novel chaotic Colpitts oscillator is proposed.
本文在具体分析了经典Colpitts结构与后续两种改进型Colpitts电路结构的基础上，综合了三种已有Colpitts混沌振荡器的优点，提出了一种新型的基于Colpitts结构的混沌振荡电路。 - In the classic Colpitts chaotic circuit, due to the parasitic effect of the employed transistor, the fundamental oscillation frequency and the signal bandwidth both can only up to be one tenth of the cut-off frequency of the transistor.
而经典Colpitts混沌电路由于受晶体管寄生参数的影响，其基本振荡频率与信号带宽最高只能达到所使用晶体管截止频率的十分之一。 - Then the phase noise of Colpitts oscillator circuit is analysed on the basis of phase noise equation of Leeson model in feedback oscillator and we can draw a conclusion that QL is a monotone increasing function of C 2 by MATLAB and VC++.
然后从反馈振荡器的李森模型出发，重点分析了科尔皮兹振荡器的相位噪声，通过MATLAB和VC++的混合编程得出QL是C2的单调递增函数。