ELECTRONIC CIRCUITS

  1. Course Description
    In this lecture, the study field will continue “Circuit theory” that cover the basics of magnetism, electromagnetism, relays, alternating voltage and current, capacitance, capacitor types, capacitive reactance, inductance, transformers, inductive reactance, inductive circuits, RC and L/R time constants, complex numbers, resonance, and filters. These chapters are considered the AC chapters since the voltages and currents used in analyzing the circuits in these chapters are primarily AC.
  2. Course Objectives
    In this lecture, students will study Chapter 13 through 26 that cover the basics of magnetism, electromagnetism, relays, alternative voltage and current, capacitance, capacitor types, capacitivie reactance, capacitive circuits, inductance, transformers, inductive reactance, inductive circuits, RC and L/R time constant, real power, apparenet power, power factor, complex numbers, resonance, and filters. These chapters are considered the ac chapters since the voltage and current used in analyzing the circuits in these chapters are primarily ac.
  3. Teachnig Method
    Lecture, PPT
  4. Textbook
  5. Assessment
  6. Requiments
    Basic calculation (included complex numbers) Circuit analysis (Ohm's law, Kirchhoff's law and etc.) Basic physical knowledge
  7. Practical application of the course
    Analog and digital circuits design
  8. Reference