Ultimate 2023 Electric Circuits Masterclass for Beginners

"Ultimate 2023 Electric Circuits Course from A to Z for Beginners"

This is the only course with everything you need to know about the basics of electric circuits for complete newbies without any previous knowledge.

This course starts with the basic concepts of electricity to the level you will be very familiar with circuits.

First Course "Basic Concepts and Basic Laws of Electric Circuits"

What are we going to learn from this course?

• Fundamentals of electric DC circuits

• SI units or International Units

• Definition of the electric charge

• Definition of the electric current

• Definition of the electric voltage

• Definition of the electric power

• Definition of electric energy

• Difference between dependent and independent sources

• Applications of DC Circuits

• Know the principle of TV picture tube or CRT

• Know about the electricity bills calculations

• Basic laws of Electricity

• Understand Ohm's law

• Difference between an Open Circuit and Short Circuit

• Difference between Fixed and Variable Resistance

• Definition of Conductance

• Know the difference between series and parallel connection

• Definition of the Nodes, Branches, and loops in the electric circuit

• Definition of Kirchhoff's laws

• Definition of Kirchhoff's current law

• Definition of Kirchhoff voltage law

• The series resistor and voltage division

• Know parallel resistor and current division

• Wye-Delta transformations and vice-versa

• Understand Applications as Lightning Systems

All of these topics are in a step by step lessons with many solved examples.

Second Course "Methods of Analysis and Basic Theorems of Electric Circuits"

What are we going to learn from this course?

• Understand Nodal analysis no voltage source

• Understand Nodal analysis with voltage sources

• Understand the supernode

• Understand Mesh analysis no current Source

• Understand Mesh analysis with current Sources

• Understand the super mesh.

• Compare between Nodal and Mesh analysis

• Understand applications as DC transistor circuits

• Understand the meaning of the linearity property

• Use the Superposition theorem

• Understand Thevenin's theorem

• Understand Norton's theorem

• Maximum power transfer

• Understand the source transformation

All of these topics are in a step by step lessons with many solved examples.

Third Course "Operational Amplifiers, Capacitors, and Inductors in Electric Circuits"

What are we going to learn from this course?

• Understand the various types of operational amplifiers

• Understand ideal op-amp, inverting amplifier, non-inverting amplifier

• Understand summing op-amp circuit

• Understand the difference op-amp circuit

• Understand cascaded op-amp circuit

• Know the applications of op-amp like Digital-to-Analog converter

• Know the applications of op-amp like instrumentation amplifiers

• Know what is a capacitor

• Understand how to simplify series capacitors

• Understand how to simplify parallel capacitors

• Know what an inductor is

• Understand practical capacitors and practical inductors

• Understand how to simplify series inductors

• Understand how to simplify parallel inductors

• Know how to get energy stored in the capacitor

• Know how to get energy stored in the inductor

• Know the applications of capacitors and inductors as the integrator

• Know the applications of capacitors and inductors as differentiators

Fourth Course "First Order Circuits"

What are we going to learn from this course?

• Source-free RC circuit

• Solved examples on source-free RC circuits

• Source-free RL circuit

• Solved examples on source-free RL circuits

• Step response of an RC circuit

• Solved examples on step response of an RC circuit

• Step response of an RL circuit

• Solved examples on step response of an RL circuit

Fifth Course "Basics of AC Circuits"

What are we going to learn from this course?

• Definition of AC circuits

• Difference between AC and DC circuits

• Phasor representation of AC

• Phasor relationships for circuit elements

• Impedance and admittance

• Kirchhoff’s laws and impedance combinations in the frequency domain

• Application of nodal analysis in AC circuits

• Application of mesh analysis in AC circuits

• Application of Thevenin and Norton theorems in AC circuits

• Application of source transformation in AC systems

• Application of superposition theorem in AC circuits

All of these topics are in a step by step lessons with many solved examples.

Take this bundle if you've been looking for ONE COURSE BUNDLE with in-depth insight into the basics of electric circuits.

• Electric Circuits Promo
• Introduction to Electrical Systems
• Electric Circuits, Charges, and Current
• Solved Examples 1
• Voltage, Energy, and Power
• Solved Examples 2
• Dependent and Independent Sources
• Cathode Ray Tube and Electricity Bills
• Introduction to Basic Laws
• Ohm's Law and Conductance
• Solved Examples 1
• Branch, Nodes, Loops, Series and Parallel Connection
• Kirchhoff's Laws KVL and KCL
• Solved Examples 2
• Voltage Division, Current Division, Analogy between Resistance and Conductance
• Solved Examples 3
• Delta Wye and Wye Delta Transformations
• Solved Examples 4
• Application on Basic Laws with a Solved Example
• Methods of Analysis and Nodal Analysis with No Voltage Source
• Solved Example 1
• Nodal Analysis with a Voltage Source
• Solved Examples 2
• Mesh Analysis with No Current Source
• Solved Examples 3
• Mesh Analysis with a Current Source
• Solved Example 4
• Nodal vs Mesh Analysis
• Application Transistor Circuit with a Solved Example
• Introduction to Circuit Theorems
• Superposition Theorem
• Example 1 on Superposition Theorem
• Example 2 on Superposition Theorem
• Source Transformation Theorem
• Example 1 on Source Transformation Theorem
• Example 2 on Source Transformation Theorem
• Thevenin Theorem
• Example 1 on Thevenin Theorem
• Example 2 on Thevenin Theorem
• Norton Theorem
• Example 1 on Norton Theorem
• Example 2 on Norton Theorem
• Maximum Power Transfer
• Example on Maximum Power Transfer
• Introduction to Operational Amplifiers
• Example on Non Ideal Op Amp
• Construction of Ideal Operational Amplifiers
• Example on Ideal Operational Amplifiers
• Construction of Inverting Operational Amplifiers
• Example 1 on Inverting Operational Amplifiers
• Example 2 on Inverting Operational Amplifiers
• Construction of Non Inverting Operational Amplifiers
• Example on Non Inverting Operational Amplifiers
• Construction of Summing Operational Amplifiers
• Example on Summing Operational Amplifiers
• Construction of Difference Operational Amplifiers
• Example on Difference Operational Amplifiers
• Cascaded Operational Amplifiers
• Example on Cascaded Operational Amplifiers
• Digital to Analog Converter
• Example on Digital to Analog Converter
• Instrumentation Amplifiers
• Example on Instrumentation Amplifiers
• Introduction to Capacitors
• Equations of a Capacitor
• Solved Examples on Capacitors
• Series and Parallel Capacitors
• Solved Examples on Series and Parallel Capacitors
• Introduction to Inductors
• Solved Examples on Inductors
• Series and Parallel Inductors
• Solved Examples on Series and Parallel Inductors
• Application Integrator
• Application Differentiator
• Introduction to First Order Circuits
• Source Free RC Circuit
• Example 1 on Source Free RC Circuit
• Example 2 on Source Free RC Circuit
• Source Free RL Circuit
• Example 1 on Source Free RL Circuit
• Example 2 on Source Free RL Circuit
• Step Response of an RC Circuit
• Example 1 on Step Response of an RC Circuit
• Example 2 on Step Response of an RC Circuit
• Step Response of an RL Circuit
• Example 1 on Step Response of an RL Circuit
• Example 2 on Step Response of an RL Circuit
• Introduction to AC Electric Circuits
• Solved Examples 1
• Phasor Representation of AC
• Solved Examples 2
• Phasor Relationships for Circuit Elements
• Impedance and Admittance
• Kirchhoff’s Laws and Impedance Combinations in the Frequency Domain
• Solved Example 1 on Impedance Combination
• Solved Example 2 on Voltage Division
• Solved Example 3 on Impedance Combinations
• Solved Example 1 on Nodal Analysis
• Solved Example 2 on Nodal Analysis
• Solved Example 1 on Mesh Analysis
• Solved Example 2 on Mesh Analysis
• Solved Example 1 on Superposition Theorem
• Solved Example 2 on Superposition Theorem
• Solved Example on Source Transformation
• Solved Example 1 on Thevenin Theorem
• Solved Example 2 on Thevenin Theorem
• Solved Example on Norton Theorem
• Introduction to AC Power Analysis
• Instantaneous Power and Average Power
• Solved Examples 1
• Maximum Average Power Transfer
• Solved Examples 2
• Effective or RMS Value in AC Circuits
• Solved Examples 3
• Apparent Power and Power Factor
• Solved Examples 4
• Complex Power and Power Triangle
• Solved Examples 5
• Power Factor Correction
• Solved Example 6
• Introduction to Resonance in Electric Systems
• Definition and Equations of a Series Resonant Circuit
• Quality Factor of a Series Resonant Circuit
• Total Impedance VS Frequency in a Series Resonant Circuit
• Bandwidth and Selectivity Curve of a Series Resonant Circuit
• Derivation of Cutoff Frequencies
• Example 1 on Series Resonant Circuit
• Example 2 on Series Resonant Circuit
• Example 3 on Series Resonant Circuit
• Example 4 on Series Resonant Circuit
• Example 5 on Series Resonant Circuit
• Parallel Resonant Circuit
• Unity Power Factor of a Parallel Resonant Circuit
• Maximum Impedance of a Parallel Resonant Circuit
• Quality Factor of a Parallel Resonant Circuit
• Bandwidth and Cutoff Frequencies of a Parallel Resonant Circuit
• Effect of High Quality Factor on the Parallel Resonant Circuit
• Example 1 on Parallel Resonant Circuit
• Example 2 on Parallel Resonant Circuit
• Example 3 on Parallel Resonant Circuit
• Example 4 on Parallel Resonant Circuit
• Example 5 on Parallel Resonant Circuit
• Example 6 on Parallel Resonant Circuit