5.1 状态反馈与输出反馈 5.2 闭环系统的能控性与能观性 5.3 单输入／多输出系统的极点配置 5.4 状态反馈对系统零极点的影响 5.5 输出反馈实现极点配置 5.6 全维状态观测器及其设计

2.1线性系统的数学描述 2.2状态空间的基本概念 2.3线性定常连续系统的状态空间表达式 2.4线性离散系统的状态空间表达式 2.5状态空间的线性变换 2.6线性定常连续系统状态方程的解 2.7传递函数矩阵

目录 第一章电力系统的基本概念 第二章电网等值 第三章电力系统潮流计算 第四章电力系统运行方式的调整和控制 第五章电力系统故障分析 第六章电力系统稳定性分析

课程简介 一、什么是电力系统? 二、电力系统工程学科包括哪些内容 三、学习《电力系统分析》课程要能完成什么工作? 三大计算: 1.潮流 2.短路 3.稳定

9.1 Routh's Stability Criterion About Stability: (P145. Section 1) 9.1.1 Define on the Stability of Closed-loop System: When the transfer function of system is(s), the output

Module 8 System Type: Steady-State Error and Muriple Control (3 hours) Definition of the system type The kind of input of system How to identify steady-state error quickly · How to eliminate steady-state- error

Module 7 Higher -Order Systems (1 hour) TF in Evans or Bode form Approximate a higher order system with a first or second order one Effect of zeros and poles on the transient response Origins of zeros

Module 6 Second-Order System Disturbance Rejection and Rate Feedback I hour

Module 5 Second-Order System Time-Domain Response (2 hours) Ramp response Harmonic response Transient response as a function of the location of the poles

Second order systems systems described by a second order differential equation Second order systems contain two kinds of energy storage elements: Lump mass and spring