ما هي أمثلة على التطبيقات الصناعية للتحكم الآلي؟

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أمثلة على التطبيقات الصناعية تشمل أتمتة خطوط الإنتاج، والروبوتات الصناعية، وأنظمة التحكم في المصانع والمعامل.

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دورة التحكم الآلي المتقدمة معتمد بشهادة

دورات هندسية

خطوات الحصول على شهادة دورة التحكم الآلي المتقدمة

Automatic Control | 1 1 | Definition of Laplace transform

Automatic Control | 1 2 | Basic Knowledge

Automatic Control | 1 3 | Laplace transform theorem

Automatic Control | 1 4 | Laplace transform of basics function 1

Automatic Control | 1 5 | Laplace transform of basics function 2

Automatic Control | 1 6 | Laplace transform of basics function 3

Automatic Control | 1 7 | Laplace transform of basics function 4

Automatic Control | 1 8 | Laplace transform properties 1

Automatic Control | 1 9 | Laplace transform properties 2

Automatic Control | 1 10 | Laplace transform properties 3

Automatic Control | 1 11 | Laplace transform properties 4

Automatic Control | 1 12 | Partial fraction technique 1

Automatic Control | 1 13 | Partial fraction technique 2

Automatic Control | 2 1 | Introduction to Block diagram reduction technique 1

Automatic Control | 2 2 | Introduction to Block diagram reduction technique 2

Automatic Control | 2 3 | Block diagrams example

Automatic Control | 2 4 | Basic reduction techniques 1

Automatic Control | 2 5 | Basic reduction techniques 2

Automatic Control | 2 6 | Basic reduction techniques 3

Automatic Control | 2 7 | Reduction blocks 1

Automatic Control | 2 8 | Reduction blocks 2

Automatic Control | 2 9 | Reduction blocks 3

Automatic Control | 2 10 | Reduction blocks 4

Automatic Control | 2 11 | Reduction blocks 5

Automatic Control | 2 12 | Reduction blocks 6

Automatic Control | 2 13 | Reduction blocks 7

Automatic Control | 2 14 | Signal flow graph 1

Automatic Control | 2 15 | Signal flow graph 2

Automatic Control | 2 16 | Signal flow graph 3

Automatic Control | 2 17 | Mason Rule and Signal flow graph 3

Automatic Control | 2 18 | Example 1 on Mason Rule

Automatic Control | 2 19 | Example 2 on Mason Rule

Automatic Control | 3 1 | Introduction to Time domain Analysis

Automatic Control | 3 2 | Used signals for testing feedback control system 1

Automatic Control | 3 3 | Used signals for testing feedback control system 2

Automatic Control | 3 4 | Time response of a dynamic system

Automatic Control | 3 5 | First order system introduction

Automatic Control | 3 6 | Impulse response of a first order system

Automatic Control | 3 7 | Step response of a first order system

Automatic Control | 3 8 | Time response of a first order system Plot

Automatic Control | 3 9 | Time response of a first order system Variation

Automatic Control | 3 10 | Example 1 Impulse response of a first order system

Automatic Control | 3 11 | Ramp response of a first order system

Automatic Control | 3 12 | First order system with delay

Automatic Control | 3 13 | Practical determination of a transfer function of a first order system

Automatic Control | 3 14 | Example of a first order system

Automatic Control | 3 15 | Time domain Analysis of a second order system 1

Automatic Control | 3 16 | Example 1 on a second order system

Automatic Control | 3 17 | Time domain Analysis of a second order system 2

Automatic Control | 3 18 | Under damped system most useful case

Automatic Control | 3 19 | Parameters determination of a second order system from figure

Automatic Control | 3 20 | Step response of under damped system

Automatic Control | 4 1 | P PI or PID controller

Automatic Control | 4 2 | PID controller

Automatic Control | 4 3 | PID structure

Automatic Control | 4 4 | Example problem of PID controller

Automatic Control | 4 5 | Effect of P I and D action on the dynamic response of a system

Automatic Control | 4 6 | Integral controller

Automatic Control | 4 7 | Derivative controller

Automatic Control | 5 1 | Introduction to stability of feedback control system