Power Electronics: Linear Circuits and Transfer Functions

سرفصل های دوره

Master the methods to derive complex transfer functions very quickly, in a simple, intuitive and meaningful manner

1 - Introduction to the Course

1 - Introduction to the Course

2 - Fundamentals of Circuit Theory

2 - Voltage and Current Divider Circuits

3 - Circuit Theory Jargons

4 - Linear and Time Invariant Systems

5 - The Superposition Theorem

6 - Thevenins and Nortons Theorem

7 - Order of a System and the Degenerate Case

3 - Basics of Transfer Functions

8 - Necessity of Linearization

9 - Laplace Transforms

10 - Transfer Functions

11 - BruteForce Analysis

12 - Time Constants

13 - Poles and Zeros in a Transfer Function

14 - Transfer Functions Standard Formats

15 - Low and High Entropy Transfer Functions

4 - First Order Systems

16 - Dr Middlebrooks Extra Element Theorem

17 - EET in Action

18 - LTSpice based Circuit Verification

19 - Generalized Transfer Function

20 - GTF in Action

21 - Methods to Evaluate Zeros

22 - Practice Circuit Example 1

23 - Practice Circuit Example 2

5 - Second Order Systems

24 - Polynomial Forms of Secondorder Transfer Functions

25 - LowQ Approximation

26 - 2EET

27 - 2EET in Action

28 - Generalized Transfer Function

29 - Methods to Evaluate Zeros

30 - GTF in Action

6 - nth Order Systems

31 - nEET

32 - nEET in Action

33 - Generalized Transfer Function

34 - GTF in Action

7 - Conclusion and References

35 - Conclusion

35 - References-Siri.xlsx

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