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Level
Advanced

Units
134
Duration
15.21 Hours

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  • Course Highlights

The Electric Circuits Complete Training course is your one-stop shop for learning everything you need to know about electric circuits. From the basics of voltage and current to advanced topics like circuit analysis and theorems, this course will teach you everything you need to become a certified electrical engineer. This course isn’t just a collection of units; it’s a transformative experience that will reshape your understanding of circuits. Imagine peeling back the layers of mystery that shroud the behaviour of electrons, revealing the intricate dance of currents and voltages that power our modern lives.

From the very first unit, you’ll be drawn into a tapestry of knowledge where basic concepts become the foundation upon which you’ll construct your expertise. As you progress, the journey unfolds through the corridors of basic laws and methods of analysis, guiding you towards the heart of circuitry’s core principles. But this isn’t just theory – brace yourself for interactive simulations that let you witness the magic of circuits coming to life before your eyes.

Venture deeper, and you’ll encounter the enlightening world of operational amplifiers, where abstract concepts materialise into powerful tools used in countless electronic applications. Capacitors and inductors, often shrouded in mystique, will be demystified, allowing you to wield their potential confidently.

Are you ready to step into the realm of electric circuits like never before? This course isn’t just about learning – it’s about transformation. Whether you’re an aspiring engineer, a curious tinkerer, or someone seeking a deeper understanding of the technology shaping our world, this journey will equip you with skills that resonate far beyond the confines of the classroom. Let your curiosity ignite, your understanding deepens, and your potential be amplified with “Electric Circuits Complete Training.”

  • Learning outcome
  • Grasp fundamental concepts of electric circuits.
  • Apply basic laws to analyse circuit behaviour.
  • Employ diverse methods to dissect circuit complexities.
  • Utilise circuit theorems for efficient problem-solving.
  • Understand operational amplifiers and their functions.
  • Design circuits involving capacitors and inductors.
  • Develop a strong foundation for advanced circuitry.
  • Requirements
  • Basic understanding of mathematics and physics.
  • Familiarity with fundamental electrical terms.
  • Access to a computer for online course materials.
  • Why should I take this course?
  • Gain mastery over electric circuit essentials.
  • Acquire skills applicable to various engineering fields.
  • Unlock the ability to design and troubleshoot circuits.
  • Boost your career prospects with practical knowledge.
  • Learn from engaging modules and real-world examples.
  • Career Path:​
  • Electrical Engineer
  • Electronics Technician
  • Circuit Designer
  • Systems Analyst
  • Automation Specialist
  • Renewable Energy Consultant

Course Curriculum

Unit 1- Basic Concepts
Module 1- What Is an Electric Circuit 00:02:00
Module 2-System of Units 00:07:00
Module 3- What Is an Electric Charge 00:05:00
Module 4- What Is an Electric Current 00:08:00
Module 5-Example 1 00:01:00
Module 6- Example 2 00:02:00
Module 7- Example 3 00:02:00
Module 8- What Is Voltage 00:07:00
Module 9- What Is Power 00:06:00
Module 10- What Is Energy 00:04:00
Module 11- Example 4 00:03:00
Module 12- Example 5 00:02:00
Module 13- Dependent and Independent Sources 00:05:00
Module 14- Example 6 Part 1 00:04:00
Module 15- Example 6 Part 2 00:01:00
Module 16- Application 1 Cathode Ray Tube 00:04:00
Module 17-Example 7 00:04:00
Module 18- Application 2 Electricity Bills 00:02:00
Module 19- Example 8 00:03:00
Unit 2- Basic Laws
Module 1- Introduction to Basic Laws 00:01:00
Module 2- Definition of Resistance 00:06:00
Module 3- Ohm’s Law 00:02:00
Module 4- Types of Resistances 00:06:00
Module 5- Open and Short Circuit 00:05:00
Module 6- Definition of Conductance 00:04:00
Module 7- Example 1 00:02:00
Module 8- Example 2 00:03:00
Module 9- Example 3 00:03:00
Module 10- Branch, Node and Loops 00:07:00
Module 11- Series and Parallel Connection 00:04:00
Module 12- KCL 00:04:00
Module 13- KVL 00:03:00
Module 14- Example 4 00:05:00
Module 15- Example 5 00:02:00
Module 16- Example 6 00:06:00
Module 17- Series Resistors and Voltage Division 00:07:00
Module 18-Parallel Resistors and Current Division 00:12:00
Module 19- Analogy between Resistance and Conductance 00:07:00
Module 20-Example 7 00:03:00
Module 21-Example 8 00:04:00
Module 22- Introduction to Delta-Wye Connection 00:06:00
Module 23-Delta to Wye Transformation 00:05:00
Module 24- Wye to Delta Transformation 00:07:00
Module 25-Example 9 00:03:00
Module 26- Example 10 00:15:00
Module 27- Application Lighting Bulbs 00:03:00
Module 28-Example 11 00:05:00
Unit 3- Methods of Analysis
Module 1- Introduction to Methods of Analysis 00:02:00
Module 2- Nodal Analysis with No Voltage Source 00:15:00
Module 3- Example 1 00:06:00
Module 4-Cramer’s Method 00:04:00
Module 5-Nodal Analysis with Voltage Source 00:07:00
Module 6- Example 2 00:05:00
Module 7- Example 3 00:13:00
Module 8-Mesh Analysis with No Current Source 00:10:00
Module 9-Example 4 00:04:00
Module 10- Example 5 00:00:00
Module 11-Mesh Analysis with Current Source 00:07:00
Module 12-Example 6 00:08:00
Module 13-Nodal Vs Mesh Analysis 00:04:00
Module 14-Application DC Transistor 00:04:00
Module 15-Example 7 00:04:00
Unit 4- Circuit Theorems
Module 1-Introduction to Circuit theorems 00:02:00
Module 2-Linearity of Circuit 00:07:00
Module 3-Example 1 00:04:00
Module 4-Superposition Theorem 00:07:00
Module 5- Example 2 00:04:00
Module 6-Example 3 00:06:00
Module 7-Source Transformation 00:08:00
Module 8-Example 4 00:05:00
Module 9-Example 5 00:03:00
Module 10-Thevenin Theorem 00:10:00
Module 11-Example 6 00:06:00
Module 12-Example 7 00:05:00
Module 13- Norton’s Theorem 00:05:00
Module 14-Example 8 00:04:00
Module 15-Example 9 00:05:00
Module 16-Maximum Power Transfer 00:05:00
Module 17-Example 10 00:03:00
Module 18-Resistance Measurement 00:05:00
Module 19-Example 11 00:01:00
Module 20-Example 12 00:04:00
Module 21-Summary 00:05:00
Unit 5- Operational Amplifiers
Module 1-Introduction to Operational Amplifiers 00:03:00
Module 2-Construction of Operational Amplifiers 00:07:00
Module 3-Equivalent Circuit of non Ideal Op Amp 00:10:00
Module 4-Vo Vs Vd Relation Curve 00:04:00
Module 5-Example 1 00:09:00
Module 6-Ideal Op Amp 00:07:00
Module 7- Example 2 00:04:00
Module 8-Inverting Amplifier 00:05:00
Module 9-Example 3 00:02:00
Module 10-Example 4 00:02:00
Module 11-Non Inverting Amplifier 00:08:00
Module 12-Example 5 00:03:00
Module 13-Summing Amplifier 00:05:00
Module 14-Example 6 00:02:00
Module 15-Difference amplifier 00:06:00
Module 16-Example 7 00:08:00
Module 17-Cascaded Op Amp Circuits 00:06:00
Module 18-Example 8 00:04:00
Module 19-Application Digital to Analog Converter 00:06:00
Module 20-Example 9 00:04:00
Module 21-Instrumentation Amplifiers 00:05:00
Module 22-Example 10 00:01:00
Module 23-Summary 00:04:00
Unit 6- Capacitors and Inductors
Module 1-Introduction to Capacitors and Inductors 00:02:00
Module 2-Capacitor 00:06:00
Module 3-Capacitance 00:02:00
Module 4-Voltage-Current Relation in Capacitor 00:03:00
Module 5-Energy Stored in Capacitor 00:06:00
Module 6-DC Voltage and Practical Capacitor 00:02:00
Module 7-Example 1 00:01:00
Module 8-Example 2 00:01:00
Module 9-Example 3 00:05:00
Module 10-Equivalent Capacitance of Parallel Capacitors 00:02:00
Module 11-Equivalent Capacitance of Series Capacitors 00:03:00
Module 12-Example 4 00:02:00
Module 13-Definition of Inductors 00:06:00
Module 14-Definition of Inductance 00:03:00
Module 15-Voltage-Current Relation in Inductor 00:03:00
Module 16-Power and Energy Stored in Inductor 00:02:00
Module 17-DC Source and Inductor 00:04:00
Module 18-Example 5 00:02:00
Module 19-Series Inductors 00:03:00
Module 20-Parallel Inductors 00:04:00
Module 21-Example 6 00:01:00
Module 22-Small Summary to 3 Basic Elements 00:02:00
Module 23-Example 7 00:05:00
Module 24-Application Integrator 00:05:00
Module 25-Example 8 00:03:00
Module 26-Application Differentiator 00:02:00
Module 27-Example 9 00:06:00
Module 28-Summary 00:05:00

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