Power Electronics: Linear Circuits and Transfer Functions

Focused View

Siri Subrahmanyam Vadlamani

2:56:05

35 View

1 - Introduction to the Course

1 - Introduction to the Course.mp4

02:02

2 - Fundamentals of Circuit Theory

2 - Voltage and Current Divider Circuits.mp4

04:46

3 - Circuit Theory Jargons.mp4

03:24

4 - Linear and Time Invariant Systems.mp4

05:16

5 - The Superposition Theorem.mp4

02:39

6 - Thevenins and Nortons Theorem.mp4

06:28

7 - Order of a System and the Degenerate Case.mp4

04:35

3 - Basics of Transfer Functions

8 - Necessity of Linearization.mp4

06:12

9 - Laplace Transforms.mp4

03:16

10 - Transfer Functions.mp4

06:30

11 - BruteForce Analysis.mp4

02:38

12 - Time Constants.mp4

03:22

13 - Poles and Zeros in a Transfer Function.mp4

02:09

14 - Transfer Functions Standard Formats.mp4

13:06

15 - Low and High Entropy Transfer Functions.mp4

02:44

4 - First Order Systems

16 - Dr Middlebrooks Extra Element Theorem.mp4

15:46

17 - EET in Action.mp4

05:18

18 - LTSpice based Circuit Verification.mp4

02:02

19 - Generalized Transfer Function.mp4

07:28

20 - GTF in Action.mp4

04:09

21 - Methods to Evaluate Zeros.mp4

03:49

22 - Practice Circuit Example 1.mp4

05:36

23 - Practice Circuit Example 2.mp4

03:08

5 - Second Order Systems

24 - Polynomial Forms of Secondorder Transfer Functions.mp4

05:03

25 - LowQ Approximation.mp4

05:09

26 - 2EET.mp4

08:23

27 - 2EET in Action.mp4

05:47

28 - Generalized Transfer Function.mp4

02:45

29 - Methods to Evaluate Zeros.mp4

03:48

30 - GTF in Action.mp4

04:50

6 - nth Order Systems

31 - nEET.mp4

12:16

32 - nEET in Action.mp4

05:17

33 - Generalized Transfer Function.mp4

01:14

34 - GTF in Action.mp4

03:17

7 - Conclusion and References

35 - Conclusion.mp4

01:53

35 - References-Siri.xlsx

Description

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

What You'll Learn?

Basics of Circuit Theory - Divider Circuits, Circuit Theory Jargons, Superposition Theorem, Thevenin's and Norton's Theorem, Order of a System, Degenerate Cases
Fundamentals of Transfer Functions - Definition of Transfer Function, Linear Systems, Necessity of Linearization, Standard Formats of Transfer Functions
Brute-force Analysis, Zeros and Poles in a Transfer Function, Inverted Pole and Inverted Zero Definition, Low and High Entropy Forms of Transfer Functions
First-order Systems - Dr. Middlebrook's Extra Element Theorem, Generalized Transfer Function Method, Methods to Evaluate Zeros, First-order Circuit Examples
Second-order Systems - 2EET, Generalized Transfer Function Method, Methods to Evaluate Zeros in a System, Second-order Circuit Examples
Nth-order Systems - nEET, Generalized Transfer Function Method, Methods to Evaluate Zeros in a System, Third-order Circuit Examples

Who is this for?

Engineering Students Dealing with Control Systems and Network Theory Related Problems

Electronic Designers and Industry Professionals Working on Control of Power Systems or Power Converters, Electrical Circuits

Researchers working on Control Systems, Network Theory Related Problems

All Power Electronics Enthusiasts

What You Need to Know?

Basic Understanding of Electrical Engineering Principles - Voltage, Current, Power, etc.

Circuit Analysis using KCL, KVL

Basics of Algebra

Genuine Interest in the Subject Matter.

More details

Description
Hello There!
Welcome to my course titled "Power Electronics: Linear Circuits and Transfer Functions"
In this concise three-hour course, You will learn methods to master the art of deriving complex transfer functions with ease and precision in a simple, intuitive and meaningful manner, demonstrated with numerous circuit examples. You can now say goodbye to the old Brute-force analysis which always involved tedious calculations taking extensive amounts of time, resulting in final equations that are hard to analyze and understand. This course builds from the fundamentals of linear circuits and basics of transfer functions slowly advancing to the methods that help you derive transfer functions very quickly and effectively!
Key Learning Objectives:
1. Mastering Transfer Functions:
Through simple and intuitive methods, students will gain the expertise to derive transfer functions effectively, avoiding common mistakes encountered in traditional brute-force approaches.
2. Enhanced System Understanding:
Gain a deeper understanding of systems by exploring the system gains, poles, and zeros, enabling a more comprehensive grasp of system behaviors and characteristics.
3. Refined Problem-Solving Skill:
Equip yourself with the capability to adeptly solve electrical circuits and network-related problems, applying newfound skills and confidence gained from this course.
Join us on this learning journey and elevate your expertise in Power Electronics, empowering yourself to navigate and analyze linear circuits with precision and confidence.
My Other Design Courses:
1. Power Electronics Design Series: Power Factor Correction (One of the Top Rated in the 'Power Electronics' Category)
Master the PFC circuit Design in the World of Power Electronics!
We look forward to your participation and support in all our courses!
Who this course is for:
Engineering Students Dealing with Control Systems and Network Theory Related Problems
Electronic Designers and Industry Professionals Working on Control of Power Systems or Power Converters, Electrical Circuits
Researchers working on Control Systems, Network Theory Related Problems
All Power Electronics Enthusiasts

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Hello there!I am Siri Subrahmanyam, an accomplished Electrical Engineer with nearly five years of professional expertise in Power Electronics. I earned my Bachelor's degree from the esteemed National Institute of Technology, Warangal, and subsequently pursued Master's degrees in Electrical Engineering at the renowned Indian Institute of Science, Bengaluru.My professional pursuits encompass a wide array of domains, including but not limited to:- SMPS (DC-DC converter) design- Inverters and their associated testing and control- Converter modeling and closed-loop control- EMI/C filter design- Motor control and analog circuit design- Sensor circuits and schematic design- Power factor correction- Soft switching and gate driver design- Magnetics and PCB design- Charger design- LTpice, Matlab and related topics.I take pride in the fact that my courses delve into the intricate design aspects of subjects often given less attention in academic settings but are of paramount importance in the industry. If you have any inquiries related to my areas of expertise or courses, please do not hesitate to reach out to me at your convenience.

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