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Electric Circuits
Rating: 4.2 out of 5(24 ratings)
1,194 students

Electric Circuits

electrical engineering electrical circuits Circuit Design
Created byIbrahim muakkit
Last updated 10/2020
English

What you'll learn

  • Basic Concepts: System of units (SI units), Charge & Current, Voltage Power & Energy, Circuit Elements.
  • Basic Laws: Ohm's Law, Nodes & Branches and Loops, Kirchhoff's Laws, Series Resistors And Voltage Division, Parallel Resistors And Current Division, Wye-Delta Transformation.
  • Methods Of Analysis(ADVANCED ANALYSIS): Nodal Analysis, Mesh Analysis, Super Nodes & Super Mesh.
  • Circuit Theorems: Superposition, Source transformation, Thevenin's Theorem, Norton's Theorem, Maximum Power Transfer.
  • Capacitors, Series And Parallel Capacitors.
  • Inductors, Series And Parallel Inductors.
  • Complex Numbers.
  • Sinusoids And Phasors and How to convert from Time Domain To phasor Domain.
  • Impedance For Capacitors And Inductors.

Course content

5 sections • 16 lectures • 6h 12m total length

  • Introduction: SI units, Charges, Current, Voltage + Energy & Power.22:33

    Explore electric circuits, focusing on si units, charges, current, voltage, and energy and power, with methods to convert units and model circuits mathematically.

  • Passive and active elements And their calculations.24:06
  • Dependent and Independent Sources.7:48

    Identify and differentiate independent and dependent sources, including current-controlled and voltage-controlled sources, and interpret their symbols and control relationships within circuits.

Requirements

  • No prerequisites or requirements, basic algebra will get you through the course.
  • I will explain everything from the ground up.

Description

Learn electric circuits and circuit analysis from ground up to advanced level

In this course you will learn:

-System of units(SI).

-Charge and current.

-Voltage.

-Power and energy.

-Circuit elements.

-passive and active elements.

-Ohm's law.

-Nodes and branches and loops.

-Kirchhoff's laws(KVL,KCL).

-Series resistors & voltage division.

-Parallel resistors & current division.

-Wye to Delta & Delta to Wye conversion.

-Nodal analysis & Super node.

-Mesh analysis & Super mesh.

-Superposition.

-Source transformation.

-Thevenin's theorem.

-Norton's theorem.

-Maximum power transfer.

-Capacitors.

-Series and parallel capacitors.

-Inductors.

-Series and parallel inductors.

-Complex numbers.

-Sinusoids & phasors.

-Converting from time domain to phasor domain.

-Impedance for capacitors & Inductors.


Who this course is for:

  • Any one who interested in electric circuits.
  • Or an electrical engineer who wants to enhance his skills.

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