Foundations of Electrical Circuits - DC Circuits

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Dhreen Tulsiani

4:30:45

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1. Basic Concepts

1. What is an Electrical Circuit.mp4

01:14

2.1 SI Units and SI Prefixes.docx

2. SI Units and SI Prefixes.mp4

04:56

3. Charge and Current.mp4

04:45

4. Voltage.mp4

02:14

5. Power and Energy.mp4

06:38

6. Circuit Elements.mp4

04:40

7. Basic Concepts Quiz.html

2. Basic Laws

1. Ohms Law.mp4

05:26

2. Branches, Nodes and Loops.mp4

08:29

3. Kirchoffs Laws.mp4

08:04

4. Series Resistors.mp4

02:23

5. Parallel Resistors.mp4

02:30

6. Basic Laws Quiz.html

3. Methods of Analysis

1. Nodal Analysis.mp4

12:58

2. Nodal Analysis with Voltage Sources.mp4

04:58

3. Mesh Analysis.mp4

07:50

4. Mesh Analysis with Current Sources.mp4

05:17

5. Methods of Analysis Quiz.html

4. Circuit Theorems

1. Linearity Property.mp4

01:26

2. Superposition.mp4

06:52

3. Source Transformation.mp4

07:00

4. Thevenins Theorem.mp4

11:52

5. Nortons Theorem.mp4

08:07

6. Circuit Theorems Quiz.html

5. Operational Amplifiers

1. Operational Amplifiers.mp4

11:45

2. Ideal Op Amp.mp4

08:39

3. Inverting Amplifier.mp4

06:52

4. Non-Inverting Amplifier.mp4

03:43

5. Summing Amplifier.mp4

05:08

6. Difference Amplifier.mp4

05:30

7. Operational Amplifiers Quiz.html

6. Capacitors and Inductors

1. Capacitors.mp4

03:09

2. Series Capacitors.mp4

01:21

3. Parallel Capacitors.mp4

01:13

4. Inductors.mp4

02:55

5. Series Inductors.mp4

01:15

6. Parallel Inductors.mp4

01:13

7. Capacitors and Inductors Quiz.html

7. First-Order Circuits

1. The Source-Free RC Circuit.mp4

07:38

2. The Source-Free RL Circuit.mp4

11:12

3. Step Response of an RC Circuit.mp4

10:32

4. Step Response of an RL Circuit.mp4

08:12

5. First-Order Circuits Quiz.html

8. Second-Order Circuits

1. The Source-Free Series RLC Circuit.mp4

11:05

2. The Source-Free Parallel RLC Circuit.mp4

14:10

3. Step Response of a Series RLC Circuit.mp4

16:44

4. Step Response of a Parallel RLC Circuit.mp4

20:50

5. Second-Order Circuits Quiz.html

Description

Electrical Engineering, DC Circuits, Electric Circuits

What You'll Learn?

Gain confidence in understanding and working with DC circuits and be prepared to further advance your knowledge in electrical circuits.
Develop a deep understanding of the fundamental concepts and principles of DC circuits, including charge, current, voltage, power, and energy.
Learn and apply circuit theorems, such as superposition, Norton's Theorem, and Thevenin's Theorem, to simplify and analyze complex DC circuits.
Develop a deep understanding of capacitors and inductors in DC circuits and learn how to apply this knowledge to optimize circuit performance.
Gain proficiency in applying various methods of analysis, such as nodal analysis and mesh analysis, to solve DC circuits.
Understand the principles of operational amplifiers, including ideal op amps, inverting op amps, and non-inverting op amps, in DC circuits.
Learn the concepts of first and second order circuits, including transient response and time constants.
Develop critical thinking and analytical skills by analyzing and designing DC circuits.
Analyze and interpret circuit diagrams and and circuit notations to understand the behavior of DC circuits.

Who is this for?

Students pursuing electrical engineering or related fields who want to build a strong understanding of DC circuits as a fundamental concept in their curriculum.

Professionals in the field of electrical engineering, electronics, or related disciplines who seek to refresh or deepen their knowledge of DC circuits.

Enthusiasts or hobbyists interested in learning about electrical circuits, electronics, and how devices and systems work.

Anyone seeking to improve their problem-solving skills and analytical abilities in the domain of electrical circuits.

Individuals preparing for engineering exams or certifications that cover DC circuit concepts.

Educators or instructors who want to enhance their teaching resources with a comprehensive course on DC circuits.

Those who have a curiosity or interest in electrical circuits and want to learn the foundational concepts and principles of DC circuits for personal or professional development.

What You Need to Know?

The course is suitable for beginners, students, or professionals looking to build a solid foundation in DC circuits and electrical engineering.

More details

Description
Are you looking to build a strong foundation in electrical circuits? This comprehensive course is designed to help beginners understand the fundamental concepts and principles of DC circuits. Whether you're a student, hobbyist, or aspiring electrical engineer, this course will equip you with the knowledge and skills needed to analyze and solve simple to complex DC circuits.
This course covers a wide range of topics, including
Basic concepts such as systems of units, charge, current, voltage, power and energy
Basic laws such as Ohm's Law and Kirchoff's Laws
Methods of analysis such as nodal analysis and mesh analysis
Circuit theorems such as superposition, source transformation, Norton's Theorem and Thevenin's Theorem
Operational amplifiers such as ideal op amps, inverting op amps and non-inverting op amps
Capacitors and inductors
First order circuits
Second order circuits
This course is packed with explanations, examples and step-by-step demonstrations that will strengthen your understanding of DC circuits.
By the end of this course, you'll have a solid grasp of the foundational concepts and techniques used in DC circuits, and be able to confidently analyze and design simple to complex circuits.
Whether you're pursuing a career in electrical engineering or simply interested in understanding how electrical circuits work, this course will provide you with the knowledge and skills to take your understanding to the next level.
Course Features:
Taught by an experienced instructor with expertise in electrical engineering
Covers a wide range of topics to provide students with a solid foundation in DC circuits
Clear explanations and demonstrations of complex concepts
Includes quizzes after each section to evaluate and reinforce understanding of the course concepts
Lifetime access to course materials and updates
Certificate of completion
Who this course is for:
Students pursuing electrical engineering or related fields who want to build a strong understanding of DC circuits as a fundamental concept in their curriculum.
Professionals in the field of electrical engineering, electronics, or related disciplines who seek to refresh or deepen their knowledge of DC circuits.
Enthusiasts or hobbyists interested in learning about electrical circuits, electronics, and how devices and systems work.
Anyone seeking to improve their problem-solving skills and analytical abilities in the domain of electrical circuits.
Individuals preparing for engineering exams or certifications that cover DC circuit concepts.
Educators or instructors who want to enhance their teaching resources with a comprehensive course on DC circuits.
Those who have a curiosity or interest in electrical circuits and want to learn the foundational concepts and principles of DC circuits for personal or professional development.

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My name is Dhreen Tulsiani. I have been an entrepreneur since 2018 and I own multiple businesses. I decided to become an instructor at Udemy to share my experience with everyone. My motive is to help people succeed. I want you to avoid the mistakes that I made in my journey, so I am here to lay down the foundations and share the knowledge I have learned over the last few years. If you’re already one of my students, feel free to reach out to me if you’re stuck. If you’re not currently one of my students, I look forward to helping you out in your journey.

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