Contacts
Community
Search
IT | EN | FR | عربي | GR
Uninettuno University Logo

Corso Vittorio Emanuele II, 39 - Roma 0669207671

Contacts
Community

MOOC Massive Open Online Courses (Academic Year 2019/2020)

Basic circuit theory



Slides

Lesson n. 1: Circuit Variables
   Definitions
   The Concept of Electric Charge
   The Voltage and the Current
   Power and Energy
   Classification of Circuit Elements
   Independent Voltage and Current Sources
   Dependent Voltage and Current Sources 		Go to this slide Kamel Al Tallaq
Lesson n. 2: Circuit Analysis
   The Purpose of Circuit Analysis
   Resistance
   Ohm’s Law
   Energy Dissipated
   Instantaneous Power
   Power Rating
   Conductance
   Alternative Forms of Ohm’s Law and Power
   Short circuit and open circuit 		Go to this slide Kamel Al Tallaq
Lesson n. 3: Kirchhoff s Current and Voltage Laws
   Definitions
   Kirchhoff’s Current Law
   Kirchhoff’s Voltage Law
   Series Connection
   Parallel Connection 		Go to this slide Kamel Al Tallaq
Lesson n. 4: Resistive Circuits
   Illustrative Examples
   Measuring Instruments
   Physical Resistor 		Go to this slide Kamel Al Tallaq
Lesson n. 5: Simultaneous Equations
   Terminology
   Simultaneous Equations 		Go to this slide Kamel Al Tallaq
Lesson n. 6: Node-Voltage Tecnique
   Node - Voltage Equations
   Example 		Go to this slide Kamel Al Tallaq
Lesson n. 7: Node-Voltage Method
   Circuits Containing Dependent Sources
   Special Cases Independent VS Between two nodes
   The Concept of a super node 		Go to this slide Kamel Al Tallaq
Lesson n. 8: Mesh Current Analysis
   Mesh-Current Analysis
   Y and DELTA Networks 		Go to this slide Kamel Al Tallaq
Lesson n. 9: Source Transformation Theorem
   Practical Voltage Source
   Practical Current Source
   Source Transformation Steps 		Go to this slide Kamel Al Tallaq
Lesson n. 10: Thevenin s and Norton s Theorems
   Thevenin’s Theorem
   Determination of Thevenin equivalent
   Norton Equivalent
   Illustration 		Go to this slide Kamel Al Tallaq
Lesson n. 11: Thevenin Equivalent and Maximum Power Transfer
   Finding Thevenin Equivalent
   Maximum Power Transfer 		Go to this slide Kamel Al Tallaq
Lesson n. 12: Millman s and Superposition Theorems
   Millman’s Theorem
   Superposition Theorem 		Go to this slide Kamel Al Tallaq
Lesson n. 13: Indipendence of Equations
   Graph of a Network
   Trees and Co-trees
   Independent Voltage Equations
   Illustrative Example 		Go to this slide Kamel Al Tallaq
Lesson n. 14: Link Current Method
   Application of the Tree Branch Voltage Method
   The Link Current Method 		Go to this slide Kamel Al Tallaq
Lesson n. 15: Energy Storage Elements
   Introduction
   Capacitors
   Inductors 		Go to this slide Kamel Al Tallaq
Lesson n. 16: Transient Analysis
   Introduction To Transient Analysis
   The Natural Response of an RL Circuit 		Go to this slide Kamel Al Tallaq
Lesson n. 17: Natural and Step Responses of RL and RC Circuits
   The Natural Response of RC Circuits
   The Step Response of RL Circuits 		Go to this slide Kamel Al Tallaq
Lesson n. 18: The Step Responses of RC Circuits
   The Step Response of an RC Circuit
   General Solution for Step and Natural Responses
   Summary 		Go to this slide Kamel Al Tallaq
Lesson n. 19: Sinusoidal Source and Sinusoidal Response
   Introduction
   Sinusoidal Sources
   Properties of Sinusoids
   Sinusoidal Response 		Go to this slide Kamel Al Tallaq
Lesson n. 20: The Phasor and V-I Relationships for Circuit Elements
   The Phasor
   Inverse Phasor Transform
   V-I Relationship for Circuit Elements
   The Impedance and The Admittance
   Kirchhoff’s Laws in The Frequency Domain 		Go to this slide Kamel Al Tallaq
Lesson n. 21: Techniques of Circuit Analysis
   Series, Parallel, Wye, and DELTA-Y Simplifications
   Parallel Simplification
   Source Transformation
   Thevenin-Norton Equivalent Circuits 		Go to this slide Kamel Al Tallaq
Lesson n. 22: Techniques of Circuit Analysis - part II
   Thevenin-Norton Equivalent
   The Node-Voltage Method
   The Mesh-Current Method
   The Phasor Diagrams 		Go to this slide Kamel Al Tallaq
Lesson n. 23: Sinusoidal Steady-State Power Calculation
   Instantaneous Power
   Instantaneous power Properties
   Average and Reactive Power 		Go to this slide Kamel Al Tallaq
Lesson n. 24: Complex Power
   The RMS Value and Power Calculation
   Complex Power Calculation
   Additional Forms For Power 		Go to this slide Kamel Al Tallaq
Lesson n. 25: Maximum Power Transfer
   Example on Power Calculation
   Maximum Power Transfer 		Go to this slide Kamel Al Tallaq