Control Systems & Engineering

It is swipe based designed for engineering students to learn control systems. It almost cover important topics with their graphics chapter wise which are given below

Chapter 1 Control system & Component

1. Open loop and close loop control systems

2. Block diagram algebra and transfer function

3. Differential equations

4. Determination of transfer function by block diagram reduction technique & signal flow graph method

5. Mason gain formula and calculation of transfer function

6. Basic component of electrical control system

7. Armature and field control methods for Speed control

Chapter 2 Time response analysis

1. Transient and steady state response analysis

2. Steady state error & error constants

3. Dynamic error and dynamic error coefficient

4. Performance Indices

5. Effects of pole and zero addition on transient

Chapter 3 stability analysis

1. Stability Theory

2. ABSOLUTE STABILITY

3. Root locus method of analysis

4. Polar plots

Chapter 4 Approaches to system design

1. Design problem

2. types of compensation

3. design of phase-lag

4. proportional

5. integral and PID compensation

Chapter 5 Digital control systems

1. System with digital controller

2. difference equations

3. the z-transform

4. pulse transfer function

5. inverse ztransform

6. the s and z domain relationship

</div> <div jsname="WJz9Hc" style="display:none">它是基于刷卡专为工程专业的学生学习控制系统。它几乎囊括了重要的主题与图形章聪明的将在下面给出

第1章控制系统及组件

1.开环和闭环控制系统

2.框图代数和传递函数

3.微分方程

通过减少框图技术和信号流图的方法4.确定传递函数

5.梅森增益公式和传递函数的计算

电气控制系统6.基本组成部分

7.电枢和现场控制方式速度控制

第2章时间响应分析

1.瞬态和稳态响应分析

2.稳态误差和错误常量

3.动态误差和动态误差系数

4.性能指标

杆5，影响和零除瞬态

第3章稳定性分析

1.稳定性理论

2.绝对稳定性

分析3根轨迹法

4.极坐标图

第4章途径系统设计

1.设计问题

2.类型的补偿

3.设计阶段，滞后

4.比例

5，积分和PID补偿

第5章数字控制系统

1.系统的数字控制器

2.差分方程

3. Z-变换

4.脉冲传递函数

5.逆ztransform

6.在S和Z域关系</div> <div class="show-more-end">