该系统采用变PI参数调节器进行串联校正。
The system adopts parameter auto_adjustment PI regulator to perform serial correction.
给出了求解串联校正网络的通用方法，并讨论了一阶校正网络的特性设计。
In this paper, a general method to solve the series connection tuning network is provided, and the characteristics design of one order tuning network is discussed.
张力控制系统是参数时变、干扰较多的系统，采用串联校正设计方法很难得到希望的动态性能。
Tension control system is a time? Varying parameter system with disturbances, it is difficult to obtain desirable dynamic performance by means of series tuning design.
本文介绍有源串联校正器的时域的计算机辅助设计方法，该法设计的系统有良好的稳态和暂态性能。
This paper describes a method of the time-domain's computer aided design of active series compensator. The designed system using the method possesses a good steady-state and transient performance.
本文设计了一种串联校正网络，可以保证比较高的制导精度和稳定性，并且可以较好地抑制激光编码带来的非线性的影响。
A kind of series connection correction network is designed, which can obtain high accuracy of guidance and stability and can greatly restrain the non-linear effect caused by laser coding.
该软件是从自动控制原理教学实际出发，以MATLAB为平台，实现了线性系统分析、线性系统串联校正补偿器设计和PID参数整定。
Using MATLAB as a flat roof, this software implements linear-system analyses, linear-system corrector in series design and PID tuning.
本虚拟实验室共设计了十个实验，内容涉及线性系统时域分析、线性系统的根轨迹、线性系统频域分析、线性系统串联校正、离散系统分析和非线性系统分析。
The lab has ten experiments, covering time and frequency domain analysis of linear system, root locus and series compensation of linear system, analysis of discrete and nonlinear system.
本虚拟实验室共设计了十个实验，内容涉及线性系统时域分析、线性系统的根轨迹、线性系统频域分析、线性系统串联校正、离散系统分析和非线性系统分析。
The lab has ten experiments, covering time and frequency domain analysis of linear system, root locus and series compensation of linear system, analysis of discrete and nonlinear system.
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