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Full course Circuit Analysis
Rating: 4.4 out of 5(297 ratings)
2,561 students

Full course Circuit Analysis

Introduction to circuit analysis
Created byMoe Alqarain
Last updated 3/2020
English

What you'll learn

  • The basic concepts to understand electrical circuits
  • Identify terms as ( Resistors , Current , Voltage , Power , Energy , Capacitance , inductance )
  • learn the Basic tools such as ( ohm's law , KCL , KVL , current & Voltage Division and circuit simplification )
  • learn techniques to solve complex circuits such as ( Nodal Analysis , Mesh Analysis , Source Transformation , Superposition and Thevinin Equivalent Circuit)
  • learn Natural Responses and Forced Responses of circuits containing (RL , RC and RLC circuits)
  • use the complex Frequency Domain to deal with circuits

Course content

16 sections • 123 lectures • 14h 52m total length

  • Introduction2:18

    Welcome all to the course .

  • What is a resistor?3:59

    at the end of this video students would understand the concept of resistance and its practice in real world.

  • Resistors color code5:27

    at the end of this session students would be able to find the resistance using the color code system

  • What is current ?6:19

    at the end of this session students would be able to define current , its equations and differentiate between AC and DC currents.

  • What is Energy ?6:59

    at the end of this session students would be able to articulate the concept energy , and will be able to make sense of the electricity bill .

  • What is Voltage ?4:44

    at the end of this session students would be able to define voltage and relate to energy , then learn the equations where it can be used.

  • What is power ?5:54

    at the end of this session students would be able to define power and differentiate between power , energy and voltage.

  • Independent and dependent sources4:26

    at the end of this session students would be able to differentiate between a dependent and independent sources through the shape and the value of those sources.


  • What is a Node and a Loop?3:58

    at the end of this session students would be able to mark a node and a loop and name them

  • Energy problem6:10

    after watching this video the students would be able to apply the power and energy formulas

    power = V * I [ Watt ]

    Energy = P * t [ Watt * sec ]

    and pay attention to units

  • Power problem6:14

    after watching this video the students would be able to apply the power formula

    P = V * I

  • Power sketching11:44

    after watching this video the students would be able to sketch the linear power graph knowing that

    Equation of a line is : y-y1 = m ( x - x1 )

    slope = m = (y2-y1) / (x2-x1)

  • Power ( Supply & Absorb )3:36

    after watching this video the students would be able to know if the circuit is real or not using the concept

    total power absorbed = total power supplied

  • the reversed element8:30

    after watching this video the students would be able to know if the circuit is real or not

  • Quiz 1 preparation5:34

    after watching this video the students would be able to remember

    1- when current enters the positive side this means the power is absorbed , while when current enters the negative side this means the power is absorbed .

    2- when the final answer for power is negative you can change it to positive by changing ( absorb to supply or vice versa )

  • Which element number is revered ?
  • Quiz 1 solution0:01

    after watching this video the students would be able to remember

    1- when current enters the positive side this means the power is absorbed , while when current enters the negative side this means the power is absorbed .

    2- when the final answer for power is negative you can change it to positive by changing ( absorb to supply or vice versa )

Requirements

  • this is the first course in electrical circuit

Description

this course covers four main ideas:

1- skills to solve and simplify single source circuits ( ohm's law , power concept , Voltage and current division , KVL , KVL , circuits simplification ).

2- methods to solve any complex resistive circuits with multiple sources.

3- Full discussion of natural and forced response for circuits with non-linear elements such as capacitors and induction .

4- Full discussion of circuit frequency domain , and how to apply the methods and skills explained earlier to solve those circuits.

Who this course is for:

  • Beginners in circuit analysis
  • Electrical Engineers
  • Mechanical Engineers
  • Industrial Engineers
  • Students that passionate to learn about fundamentals of circuits

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