1) fractional order circuit
分数阶电路
1.
A hyperchaotic system and its fractional order circuit simulation;
一个超混沌系统及其分数阶电路仿真实验
2) fractional telegraph equation
分数阶电报方程
1.
We mainly study numerical solution and approximate analytic solution for the time fractional telegraph equation.
研究了分数阶电报方程的近似解析解与数值解。
3) complex order bits in circuits
电路的复杂性阶数
4) second-order circuits
二阶电路
1.
model of the general second-order circuits.
通过对一般二阶电路的数学模型分析,分别用三种方法建立了电路的仿真模型,并给出设计模块图和仿真实例;演示了二阶电路仿真模型的封装,在子系统的参数设置窗口中统一设置电路变量。
5) first-order circuit
一阶电路
1.
A new method for solving full response of first-order circuit under arbitrary excitation
一种求解任意信号激励下一阶电路全响应的新方法
2.
Firstly,as viewed from energy,the reason why the first-order circuit must go with a transition is exposed.
从能量观点出发,揭示一阶电路暂态过程产生的原因;对于一阶电路的三要素,重点分析储能元件初始状态和稳态的等价电路;深入讨论时间常数的性质。
3.
Based on the example of first-order circuit s resolving under sinusoidal excitation,this article introduced dynamic circuit s modeling and simulation process in detail,and the process is realized through the classic method and the three-essential-factor method with the help of MATLAB.
结合正弦激励下线性一阶电路的求解实例,较详细地介绍了动态电路建模与仿真的过程,分别采用经典法和三要素法借助MATLAB来实现之。
6) second order circuit
二阶电路
1.
Some applications in a second order circuit by means of MATLAB are given.
以某一实际二阶电路为例 ,展示了MATLAB语言分析计算暂态电路的全过程 ,大大提高了计算效率 ,获得了可视化的计算结
2.
The transient process of RLC second order circuit under D.
通过对直流激励下的RLC串联二阶电路暂态过程的讨论,说明了暂态过程中的过电压现象以及初始状态对暂态过程的影响
3.
By the analogical method,the quantization for a second order circuit is realized.
本文将复频率谐振子量子化，然后利用类比的方法，实现了二阶电路的量子化。
补充资料：一阶电路
见暂态时域分析。
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