Basics of Circuit Theory

Focused View

Syed Hasan Saeed

4:38:04

14 View

1. Introduction

1. Introduction.mp4

01:41

2. Course Objectives and Course Outcomes

1. Course Objectives and Course Outcomes.html

3. UNITS

1. UNITS.mp4

06:55

2. Calculate Volume of a cube whose side is 1 cm, express your result in cubic mete.html

3. Quiz on Units.html

4. BASIC DEFINITIONS

1. BASIC DEFINTION USED IN CIRCUIT THEORY.mp4

08:05

2. BASIC TERMS AND DEFINITION.mp4

07:11

3. NETWORK ELEMENTS.mp4

13:31

4. RESISTANCE OF METALLIC CONDUCTOR.mp4

05:56

5. SOLVED EXAMPLES BASED ON RESISTIVITY.mp4

07:19

6. BASIC DEFINITIONS.html

7. OHMS LAW & KRICHHOFFS LAW.mp4

24:37

8. COMBINATION OF RESISTORS.mp4

17:10

9. SOURCE TRANSFORMATION.mp4

09:02

10. CURRENT SOURCES IN PARALLEL AND SERIES.mp4

04:20

11. QUIZ ON LAWS.html

12. Mega Quiz.html

5. CAPACITORS

1.1 CAPACITOR 02092022.pdf

1. CAPACITORS.mp4

08:22

2. CAPACITANCE.mp4

03:43

3. COMBINATION OF CAPACITORS.mp4

05:40

4. EXAMPLE.mp4

05:27

5. MORE EXAMPLES.mp4

04:08

6. INDUCTORS

1. Combination of Inductors.mp4

05:54

2. Examples based on combination of Inductors.mp4

04:25

7. MESH ANALYSIS

1. How to write the mesh equation by apply KVL.mp4

21:03

8. NODAL ANALYSIS

1. Procedure for writing the equation by nodal analysis.mp4

09:37

2. Example 1.mp4

06:06

3. Example 2.mp4

07:42

4. Example 3.mp4

08:11

9. D.C.THEOREM

1. Superposition Theorem.mp4

08:41

2. Example 2.mp4

04:55

3. Example 3.mp4

04:26

4. Thevenins Theorem.mp4

09:43

5. Example 2.mp4

04:33

6. Example 3.mp4

05:16

7. Example 4.mp4

06:09

8. Nortons Theorem.mp4

07:24

9. Example 2.mp4

03:58

10. Example 3.mp4

07:28

11. Maximum Power Transfer Theorem.mp4

07:22

12. Example 1.mp4

05:41

13. Example 2.mp4

06:23

14. Quiz.html

Description

Fundamentals of circuit theory. Ohm's law, Kirchhoff's law, Thevenin's theorem, Norton's theorem, Maximum Power Theorem

What You'll Learn?

 To understand the concepts of Basic Units of electrical engineering.
 To understand the concepts of Basic definitions of different terms used in circuit theory
 To understand the concepts of basic elements used in circuit theory also commonly used in electrical engineering
 To learn the analysis of electrical circuits by basic law’s, DC theorems and Kirchhoff’s law
To understand the concepts to solve the electrical circuits
To provide a systematic approach for analysis of circuits and solution of electric circuits
Student shall be able to understand and analyze the series, parallel and series-parallel combination of the elements.

Who is this for?

Students of class 12, B. Tech of first year students for all branches of engineering.

What You Need to Know?

Basic mathematics of class 12

More details

Description
This course is designed for the students of 12th class and first year engineering students for all branches where the course Basic Electrical Engineering is in their curriculum. In this course student shall be able to understand the basic units, derived units, basic electrical elements, combination of elements, analysis of the given circuit in terms of voltage, current and power. Also student shall be able to analyze the circuit by using Ohm's Law, Kirchhoff's law, Thevenin's theorem, Norton's Theorem, Maximum Power Transfer Theorem. After completion of this course student can solve the circuit. Student can learn different types of input signals used in circuit theory.
This is basic course by which fundamentals are clear and can be helpful to analyze the circuit. In this course student shall be under stand the series, parallel and series-parallel combination of the circuit elements. Student shall be able to formulate the equilibrium equations usingÂ Kirchhoff's law, mesh analysis and nodal analysis for DC circuits. This Circuit theory course provides you the knowledge of basic principles that you need to understand the behavior of electric circuits. A step by step procedure emphasizes principles and concepts. Solved examples step by steps are provided in each section also unsolved problems with answers will be provided. This course clears the student's doubts about the analysis of given circuit.Â Â
Who this course is for:
Students of class 12, B. Tech of first year students for all branches of engineering.

User Reviews

Rating

average 0

Total votes0

Focused display

Presently working as Professor and Head of Electronics & Communication Engineering INTEGRAL UNIVERSITY, LUCKNOW (U.P.) INDIA. I have more than 23 years of teaching experience. I wrote 8 books related to engineering. Best seller books are "Automatic Control System" and "Non-Conventional Energy Resources". These books are available on Amazon also. My publisher is S.K. Kataria & Sons, New Delhi, India

Udemy

View courses Udemy

Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.