Circuit Theory

Course Code: 
CEID_NΥ182
Type: 
Semester: 
Instructors: 
Credit Points: 
4

Course Outline

  • Fundamentals of Electric Circuits
    • Features of Networks and Circuits - Charge, Current, and Kirchhoff’s
    • Current Law Voltage and Kirchhoff’S Voltage Law-Power and The Passive Sign Convention
    • I-V Characteristics and Sources - Resistance and Ohm’S Law
    • Resistors in Series and Voltage Division - Resistors in Parallel and Current Division
    • Equivalent Resistance Between Two Nodes - Practical Voltage and Current Sources
    • Measurement Devices - The Source-Load Perspective
  • Resistive Network Analysis
    • Network Analysis - The Node Voltage Method - The Mesh Current Method
    • Node and Mesh Analysis with Dependent Sources-The Principle of Superposition
    • Equivalent Networks - Maximum Power Transfer - Non-Linear Circuit Elements
  • AC Network Analysis
    • Capacitors and Inductors - Time-Dependent Sources
    • Circuits Containing Energy Storage Elements
    • Phasor Solution of Circuits with Sinusoidal Sources - Impedance - Ac Circuit Analysis
  • Frequency Response and System Concepts
    • Sinusoidal Frequency Response- Low- and High-Pass Filters
    • Bandpass Filters, Resonance, Quality Factor
  • AC Power
    •  Sinusoidal Instantaneous and Average Power - Complex Power- Power Factor Correction

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