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Control Theory

Root Locus Site
Root Locus Plot 3.4

In the previous tutorial, we learned about the Routh Hurwitz Criterion and how we can use it ...

In the previous tutorial, we learned about the Routh Hurwitz Criterion and how we can use it to determine the stability of control systems. We also ...

In the previous tutorial, we learned about the Routh Hurwitz Criterion and how we can use it to determine the stability of control systems. We also discussed the special cases ...

Routh Hurwitz Criterion Part 2
Routh Hurwitz Criterion Part 2 - 3.3

In the last tutorial, we started with the Routh Hurwitz Criterion to check for stability of ...

In the last tutorial, we started with the Routh Hurwitz Criterion to check for stability of control systems. We ended the last tutorial with two ...

In the last tutorial, we started with the Routh Hurwitz Criterion to check for stability of control systems. We ended the last tutorial with two characteristic equations. As was ...

Routh Hurwitz Criterion
Routh-Hurwitz Criterion for Stability Part 1 - 3.2

With the background obtained on stability in the previous tutorial, we shall start this ...

With the background obtained on stability in the previous tutorial, we shall start this tutorial on the Routh-Hurwitz criterion (RH Criterion for ...

With the background obtained on stability in the previous tutorial, we shall start this tutorial on the Routh-Hurwitz criterion (RH Criterion for short).First, let’s understand ...

Stable and Unstable Systems Analogy Site
The Concept of Stability 3.1

In the previous chapter, we learned about the time response analysis of control systems. ...

In the previous chapter, we learned about the time response analysis of control systems. Starting with this tutorial, we shall discuss the stability ...

In the previous chapter, we learned about the time response analysis of control systems. Starting with this tutorial, we shall discuss the stability of control systems. We shall ...

Error Analysis 2.5
Error Analysis 2.5

In the previous tutorial, we understood several time response specifications and how they are ...

In the previous tutorial, we understood several time response specifications and how they are crucial in the design of control systems. Error in a ...

In the previous tutorial, we understood several time response specifications and how they are crucial in the design of control systems. Error in a system is also one such crucial ...

Second Order Systems 2.3

In the previous tutorial, we learned about first order systems and how they respond to various ...

In the previous tutorial, we learned about first order systems and how they respond to various inputs with the help of Scilab and XCOS. In this ...

In the previous tutorial, we learned about first order systems and how they respond to various inputs with the help of Scilab and XCOS. In this tutorial we will continue our time ...

First Order Systems 2.2

In the previous tutorial, we familiarized ourselves with the time response of control systems ...

In the previous tutorial, we familiarized ourselves with the time response of control systems and took a look at the standard test signals that are ...

In the previous tutorial, we familiarized ourselves with the time response of control systems and took a look at the standard test signals that are used to study the time response ...

Introduction to Time Response Analysis and Standard Test Signals 2.1

In the previous tutorial, we learnt about signal flow graphs and completed the first chapter ...

In the previous tutorial, we learnt about signal flow graphs and completed the first chapter in our control systems tutorial series. With this ...

In the previous tutorial, we learnt about signal flow graphs and completed the first chapter in our control systems tutorial series. With this tutorial, we shall be starting with ...

Signal Flow Graphs 1.5

In the last tutorial, we understood how we can represent a system by means of block diagrams. ...

In the last tutorial, we understood how we can represent a system by means of block diagrams. As the complexity of the block diagram increases, this ...

In the last tutorial, we understood how we can represent a system by means of block diagrams. As the complexity of the block diagram increases, this approach will start giving us ...

Block Diagrams 1.4

In the last tutorial, we learnt about transfer functions. In this tutorial we shall learn ...

In the last tutorial, we learnt about transfer functions. In this tutorial we shall learn about block diagrams in control systems. A block diagram is ...

In the last tutorial, we learnt about transfer functions. In this tutorial we shall learn about block diagrams in control systems. A block diagram is an intuitive way of ...

Transfer Functions 1.3

In the previous tutorial, we saw how we can model physical systems. In this tutorial, we shall ...

In the previous tutorial, we saw how we can model physical systems. In this tutorial, we shall move forward to learn about transfer functions. Before ...

In the previous tutorial, we saw how we can model physical systems. In this tutorial, we shall move forward to learn about transfer functions. Before that, why do we need a ...

Introduction to XCOS

XCOS is a tool in Scilab that is used to model and simulate dynamic systems that is similar to ...

XCOS is a tool in Scilab that is used to model and simulate dynamic systems that is similar to Simulink in MATLAB. XCOS can be used for both ...

XCOS is a tool in Scilab that is used to model and simulate dynamic systems that is similar to Simulink in MATLAB. XCOS can be used for both continuous time and discrete time ...

Introduction to Scilab

Scilab is a free, open-source numerical computation software that is similar to the popular ...

Scilab is a free, open-source numerical computation software that is similar to the popular MATLAB. In this tutorial series, we shall see how we can ...

Scilab is a free, open-source numerical computation software that is similar to the popular MATLAB. In this tutorial series, we shall see how we can use Scilab to model and ...

Mathematical Modelling of Physical Systems 1.2

In this tutorial, we shall understand how we can develop mathematical models of physical ...

In this tutorial, we shall understand how we can develop mathematical models of physical systems. As we discussed earlier, a physical system is a ...

In this tutorial, we shall understand how we can develop mathematical models of physical systems. As we discussed earlier, a physical system is a collection of objects connected ...

Introduction to Control Systems 1.1

Control Systems is an interdisciplinary topic involving all different types of engineering and ...

Control Systems is an interdisciplinary topic involving all different types of engineering and it has applications everywhere, from small electronic ...

Control Systems is an interdisciplinary topic involving all different types of engineering and it has applications everywhere, from small electronic circuits to a big industrial ...

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