Topic outline

  • Instructors

    Group 01 02
    Instructor  Prof. Dr. Osman KÜKRER Muhammad SOHAIL
    Office EE 205 EE 214
    Email osman.kukrer@emu.edu.tr muhammad.sohail@emu.edu.tr
    Telephone +90 392 630 1304 +90 392 630 1656
    Office Hours TBA TBA

  • Course Rationale and Goals

    This course aims to develop knowledge of the fundamental concepts and building blocks of electrical & electronic circuits for non electrical engineering students i.e. Industrial engineering and mechanical engineering. 

  • Chapter 1

    Introduction to DC Circuits:

    • System of Units
    • Charge and Current
    • Voltage
    • Power and Energy
    • Circuit Elements

    • Chapter 2

      Basic Laws:

      • Ohm's Law
      • Nodes, Branches & Loops
      • Kirchoff's Laws
      • Series and Parallel Resistors
      • Voltage and Current Division
      • Wye-Delta Transformation
      • Delta-Wye Transformation

      • Chapter 3

        Methods of Analysis:

        • Nodal Analysis
        • Nodal Analysis with Voltage Source
        • Mesh Analysis
        • Mesh Analysis with Current Source

        • Chapter 4

          Circuit Theorems:

          • Linearity and Superposition
          • Source Transformation
          • Thevenin's Theorem
          • Norton"s Theorem

          • Chapter 6

            Capacitors and Inductors:

            • Capacitors
            • Series and Parallel Capacitors
            • Inductors
            • Series and Parallel Inductors

            • Chapter 7

              First Order Circuits:

              • First Order Circuits
              • The Source Free RL Circuits
              • The Source Free RC Circuits

              • Mid Term Examination

                All the topics studied till now are to be prepared for midterm examination. The weightage of mid term examination is 30%.

                • Chapter 8

                  Second Order Circuits:

                  • Second Order Circuits
                  • The Source Free Series RLC Circuits
                  • The Source Free Parallel RLC Circuits

                  • Chapter 9

                    AC Circuits:

                    • Sinusoids
                    • Phasors
                    • Phasors Relationship for Circuit Elements
                    • Impedance & Admittance
                    • Impedance Combinations

                    • Chapter 11

                      AC Power Analysis:

                      • Instantaneous and Average Power
                      • Maximum Average Power Transfer
                      • Effective or RMS Value
                      • Apparent Power & Power Factor
                      • Complex Power

                      • Chapter 13

                        Magnetically Coupled Circuits:

                        • Magnetic Circuits
                        • Magnetic Field & Magnetic Flux
                        • Energy Conversion Devices
                        • Flux Linkage
                        • Inductance & Energy
                        • Ideal Transformers

                        • Final Examination

                          Final Term Examination