用拉普拉斯变换用MATLAB求解二阶电路微分方程验证了得到的各元件参数。
Secondly, solving differential equation in LAPLACE transformation with MATLAB validates the acquired parameters.
应用集总电感元件的传输线建模方法(TLM)构造了一种基于数值求解微分方程的数字仿真算法。
This paper presents a numerical simulation algorithm based on numerically solving differential equation system by means of the Transmission Line Modeling (TLM) for lumped inductor.
首先对非线性PID方法的基础元件——跟踪微分器进行了改进，以提高其性能。
Tracking differentiator as an elementary unit for nonlinear PID technology is improved so that it can yield better differential signal.
首先对非线性PID方法的基础元件——跟踪微分器进行了改进，以提高其性能。
Tracking differentiator as an elementary unit for nonlinear PID technology is improved so that it can yield better differential signal.
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