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DC Circuit Analysis using MATLAB SIMULINK (Models Included)
Rating: 3.6 out of 5(9 ratings)
1,055 students

DC Circuit Analysis using MATLAB SIMULINK (Models Included)

Have fun with designing your circuits and computing all required parameters (Current, Voltage, Power)
Created byMostafa Salama
Last updated 9/2019
English

What you'll learn

  • Revise the basics that are used to analyze DC circuits.
  • Learn how to design DC circuits using SIMULINK.
  • Measure different parameters in the DC circuits.

Course content

9 sections • 26 lectures • 2h 34m total length

  • Introduction1:04

    Explore dc circuit analysis with MATLAB Simulink; learn to build and measure dc circuit models, revise basics, and design different dc circuits for electrical engineering applications.

  • Our Reference Book0:48

    Use the reference book Fundamentals of electric circuits, 5th edition by Charles Alexander and Matthew Saadiq, to study circuit analysis with easy explanations, methods, and examples.

Requirements

  • You should be familiar with basics of DC Circuits.

Description

Circuit analysis, or solving a circuit, means figuring out voltages and currents in each element.

This course starts off covering how to design your DC circuits using MATLAB SIMULINK and compute all required parameters.

During this course, you will be able to revise all the principles for direct current analysis and would be skilled in usage of MATLAB Simulink.

During the first part of this course, you will get some basics for MATLAB SIMULINK that would be deeply brief and helpful for you. For the next parts, you will revise Ohm's Law and practice many examples.

After this, you will revise Kirchhoff laws for both voltage and current and practice different examples.

After this, we will revise series resistors equation and voltage division as well as parallel resistors equation and current division. In the next chapter, we will start solve many problems and examples on these concepts.

During this course, you will be able to compute and determine the values of the different parameters such as voltage V, current I and power P.

We have also included the designed models through this course for your reference.

You are definitely able to download them at any time, modify any parameters value and run.

Who this course is for:

  • Electrical Engineering Students.

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