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Electricity and Electric Circuit Simulation: Master Current Electricity and DC Circuits (with Thinkercad)
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Highlights
On-Demand course
10 hours
All levels
Description
About Course
Course Description:
This course is designed to teach you the fundamentals of current electricity and DC circuits, as well as how to use Thinkercad to simulate circuits. It is perfect for students of electrical, electronics, instrumentation, biomedical, and robotic engineering, as well as anyone who is curious to learn more about electronics.
In Part 1, you will learn:
- The difference between conductors and insulators
- What current is and how to measure it
- What a resistor is and how to find its value
- What voltage is
- What power is and how to calculate it
- The difference between AC and DC circuits
- Ohm's law with experiment
- Series and parallel circuits with numerical examples
In Part 2, you will learn:
- What nodes, meshes, and loops are
- KVL and KCL rules
- Mesh analysis
- Supermesh analysis
- Nodal analysis
- Voltage and current divider rules
- Thevenin's law
- Norton's law
You will also learn how to simulate circuits in Thinkercad.
By the end of this course, you will have a solid understanding of current electricity and DC circuits, and you will be able to use Thinkercad to simulate circuits.
Who this course is for:
- Students of electrical, electronics, instrumentation, biomedical, and robotic engineering
- Anyone who is curious to learn more about electronics
Why take this course?
- Learn the fundamentals of current electricity and DC circuits in a clear and concise way
- Master the use of Thinkercad to simulate circuits
- Get a head start on your engineering studies or prepare for a career in electronics
Enroll today and start your journey to becoming an expert in current electricity and DC circuits!
What Will You Learn?
- In part 1 you will learn some basic concepts of current electricity like current, voltage, resistor, etc along with introduction to Thinkercad software.
- In part 2 you will learn different techniques to solve complex circuits along with simulation of that circuits on the thinkercad software
- Network Theory concepts (Mesh, super-mesh, Nodal analysis, Voltage and current divider techniques, Thevenin's and Norton's theorem)
- Simulation of different circuits on Thinkercad software
- You will learn to operate voltmeter, ammeter and multimeter
- You will learn how to measure voltage and current of any circuit and resistance of any resistor
- You will learn how to generate different ac signals like Sine wave, Square wave and Triangular wave
- You will be able to convert any complex circuit into it's simple form
Course Content
Introduction
Courses Overview
Current Electricity
Difference Between Conductors, Insulators and Semiconductors
What is a Current
What is a Resistor
What is a Voltage
What is a Power
Difference Between AC and DC Circuits
Introduction to Thinkercad Software
Thinkercad Software
Understanding Different AC Signal, DC Offset Voltage and Concept of Frequency
Understanding the Concept of Time and Frequency in Depth on Thinkercad Software
Ohms Law
Introduction to Ohms Law
Experimental Analysis of Ohm's law (Experiment - 1)
Experimental Analysis of Ohms Law (Experiment - 2)
Ohms Law Conclusion
Series and Parallel Circuits
Introduction to Series and Parallel Circuits
Basic Numerical on Deries and Parallel Circuits
Numerical on the Combination of Series Parallel Circuits
Complex Numerical on Series Parallel Circuit
Electrical Circuits
Concept of Nodes, Meshes and Loops
KVL and KCL
Introduction to Kirchoff's Voltage Law
Introduction to Kirchoff's Current Law
Basic Numericals on KVL and KCL
Mesh Analysis
Understanding Mesh Analysis
Solving Circuit with Two Meshes in a Loop Using Mesh Analysis
Simulation of the Above Circuit
Solving Circuit with Three Meshes in a Loop Using Mesh Analysis
Simulation of the Above Circuit
Shortcut Trick to Solve Mesh Analysis
Supermesh Analysis
Basics of Supermesh
Example of Supermesh
Supermesh Numerical
Nodal Analysis
Understanding Definition and Basic Concept of Nodal Analysis
Nodal Analysis Example
Numerical on Nodal Analysis
Simulation of Nodal Analysis Circuit (Part-1)
Simulation of Nodal Analysis (Part -2)
Voltage Divider Technique
Introduction to Voltage Divider Technique
Numerical on Voltage Divider Technique
Example of Voltage Divider Technique
Current Divider Technique
Introduction to Current Divider Technique
Numerical on Current Divider Rule
Thevenin's Theorem
Introduction to Thevenin's Theorem
Numerical on Thevenin's Theorem
Norton's Theorem
Introduction to Norton's Therom
Numerical on Norton's Theorem
Audience
- Those who are curious to learn arduino
- Those who are curious to learn electronics
- Those who are curious to learn electric circuits
- Those who are curious to learn simulation software
- Anyone opting for electrical or electronics engineering
About The Provider
Xpert Learning is a UK-based online course provider that believes in quality and excellence.
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