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Keep shoppingAdvanced Circuit Analysis
1,985 students
Advanced Circuit Analysis
Explore advanced circuit analysis techniques to solve and analyze any circuit you want.
Created byAfterclap Team
Last updated 12/2022
English
What you'll learn
- Students will be able to analyze and solve any electrical circuit they want.
- The best part about this course is to be able to solve the circuits without applying extra methods.
- This course will give you a huge understanding on mathematical concepts such as ; Laplace Transform and Fourier Transform
- Laplace Transform, Fourier Transform and application on circuit analysis will be covered.
- Two-Port Networks will be covered.
- Students will be able to analyze circuits even when circuits have initial conditions.
- Students will learn to work with variety of different excitations ; not only sinusoid or constant functions but even the complex signals.
Explore related topics
Course content
6 sections • 77 lectures • 12h 37m total length
Requirements
- Circuit Analysis Knowledge
- Basic Math (including differentiation and integration)
- Excitement
Description
Advanced Circuit Analysis will help you to analyze any given circuit with ease. Rather than the techniques in AC Analysis, Advanced Analysis is applicable to any circuit you have.
The only necessity we have is to cover some mathematical concepts that will help us to solve any circuit. In our course, we are not only giving the circuit information but also spend a fair amount of time on the mathematical concepts.
The syllabus can be found below ;
1-) Introduction to Laplace Transformation
- Intro
- The Definition of Laplace Transform
- Properties of Laplace Transform
- The Inverse Laplace Transform
- The Convolution Integral
2-) Applications of the Laplace Transform
- Intro
- Circuit Elements
- Circuit Analysis
- Transfer Function
- State Variables
3-) The Fourier Series
- Intro
- Trigonometric Fourier Series
- Symmetry Considerations
- Circuit Applications
- Average Value and RMS Values
- Exponential Fourier Series
4-) Fourier Transform
- Intro
- Definition of Fourier Transform
- Properties of the Fourier Transform
- Circuit Applications
- Parseval's Theorem
- Comparison between Laplace and Fourier Transform
5-) Two Port Networks
- Intro
- Impedance Parameters
- Admittance Parameters
- Hybrid Parameters
- Transmission Parameters
- Relationship between Parameters
- Interconnection of Networks
All the above topics will be covered with the tiniest detail during the course.
Feel free to ask anything you have in your mind to our instructors, you can reach out to us any time you want via the available channels.
Who this course is for:
- Those who would like to find out more about secrets of solving any circuit.
- Those who want to obtain the skill to analyze circuits in a better understanding.
- Those who would like to know more about Laplace Transform and Fourier transform
- Especially students that contemplate a career in electrical engineering, must take this course to learn two basic tools ; Laplace and Fourier.