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EEC 239 Electrical Circuit Theory I

ND2 levelEngineering & Technology29 topics

EEC 239 covers 29 topics. StudyPath paces them into daily study sessions that finish before your exam date, with practice questions and worked answers for each one.

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Course outline

The topics this course covers, in teaching order.

  1. Kirchhoff’s voltage and current laws
  2. Series and parallel DC circuits
  3. AC signal representation and j-notation
  4. Phasors and phasor diagrams
  5. Reactance, impedance and phase relationships
  6. Series and parallel AC circuits
  7. Resonance in AC circuits
  8. Q-factor, bandwidth and dynamic impedance
  9. Mesh analysis
  10. Nodal analysis
  11. Star-delta network transformation
  12. Duality principle
  13. Thevenin’s theorem
  14. Norton’s theorem
  15. Millman’s theorem
  16. Superheterodyne receiver principles
  17. Receiver interference and image suppression
  18. Automatic gain control
  19. FM radio receiver block diagram
  20. Radio transmission: AM and FM
  21. Black-and-white TV transmission
  22. Frequency bands and spectrum allocation
  23. Aerials and antenna characteristics
  24. Electromagnetic wave radiation
  25. Radio wave propagation
  26. Ionosphere and troposphere effects
  27. Modulation and demodulation experiments
  28. Superheterodyne receiver experiments
  29. TV receiver waveform experiments

A sample from this course

One topic, as StudyPath teaches it.

Kirchhoff’s voltage and current laws

Kirchhoff’s laws—Voltage Law (KVL) and Current Law (KCL)—are the backbone of circuit analysis. KVL states that the algebraic sum of all voltages around any closed loop equals zero, while KCL asserts that the algebraic sum of currents entering a node equals zero.

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