1) mass-inductance analogy
质量电感模拟
2) simulated inductor
模拟电感
1.
Thus,we develop the principle with the simulated inductor instead of inductor.
本文通过采用Matlab仿真研究,揭示出此测量系统存在有些电压值无法测量、测量的精度不一致和测量范围小的问题,提出以模拟电感替代电感方法。
2.
In this paper, Chua s circuit and its characteristics, as well as the circuit of realizing non-linearity resistance are firstly described; And then, a simulated inductor composed of op amps, linear resistances and capacitances is designed, Chua circuit is also improved by means of simulated inductor with good results obtained.
首先介绍了Chua电路及其特性,给出实现非线性电阻的一种电路;然后设计了一种用集成运放、线性电阻和电容组成的模拟电感电路,利用模拟电感对Chua电路进行改进,取得了良好的效果;并且利用改进后的Chua电路构成的驱动-响应式混沌同步系统具有一定的鲁棒性、抗干扰等特性,为混沌在保密通信的实际应用奠定了基础。
3.
Thus,we develop the principle with the simulated inductor being instead of inductor.
因此,为了更好地运用此混沌测量系统,深入地探讨其特性,指出测量微弱直流电流仅达μA数量、有些电流值无法测量和测量的精度不一致的缺点,为改善此测量系统,提出以模拟电感替代电感方法。
3) stimulated inductor
模拟电感
1.
The experiment study of multiscroll chaotic circuit based on a stimulated inductor circuit;
基于模拟电感的多涡卷混沌电路实验研究
2.
The experiment study of chaos and chaotic control by means of stimulated inductors
利用模拟电感实现混沌及控制的实验研究
3.
Secondly, a stimulated inductor circuit is introducted.
然后,引入一个模拟电感电路,分析了该模拟电感电路的等效原理,并将该模拟电感代替蔡氏电路中实际的电感,通过电路实验验证了该方案可行,进一步证实了该模拟电感在振荡电路中性能更加优越。
4) simulated inductance
模拟电感
1.
Simulated inductance based on MDDCC;
基于多输出端差动差分电流传送器的模拟电感
2.
This paper is on the basis of the realized method which introduces active simulated inductances, using the active simulated inductances to replace ideal inductances to make research of the realization of integrative chaotic signal generator.
在基本有源模拟电感实现方法的基础上,以有源模拟电感代替理想电感元件,对混沌信号发生器的集成化进行研究。
3.
A sinusoidal oscillation circuit composed of simulated inductance and negative resistance converter is put forward according to the principle of simulated inductance and negative resistance conversion.
提出了一种由模拟电感和负阻变换器组成的正弦波振荡电路。
5) Analog Inductance
模拟电感
1.
On the basis of traditional band-pass filter with coupled tunability, the basic cercuit modes of a V-I coverter, a analog resistor, a earthed and a floating-earthed analog inductance were all given by CCCⅡ.
以传统的双调谐带通滤波器为原型,先利用CCCⅡ设计出V-I变换器、模拟电阻、接地和浮地模拟电感,再用这些基本电路模块分别代替滤波器原型中的端接电阻、接地和浮地电感等,从而设计出了电控双调谐四阶电流模式带通滤波器。
补充资料：电感器(见电感和标准电感器)
电感器(见电感和标准电感器)
inductor
diongon印电感器(inductor)见电感和标准电感器。
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