3 credit hours
Prerequisite: PHYS 299 (Introductory Electricity, Magnetism, and Light)
and ENGR 201 (Engineering Analysis III)
Prerequisite or Corequisite: ENGR 205 (Differential Equations for
Engineering)
Corequisite: ECE 221 (Network Analysis I Lab)
Enrollment restricted to Electrical and Computer Engineering students only, or
with permission of the Electrical and Computer Engineering Department Chair.
Topics include basic circuit laws, circuit solving methods, independent and
dependent sources, resistance, inductance, capacitance, introduction to
operational amplifiers, Thevenin's Theorem, superposition, first and second
order circuits, power, energy, AC circuit analysis using impedance, phasors,
and the power triangle, balanced three-phase power, and critical thinking.
Note: Tablet PC required.
Instructor: Dr. Karla
C. Welch, Room 448, Lutz Hall, 852-3622
Syllabus
Course Schedule
References
Lesson 1 Basic Elements and Circuit Laws
Lesson 2 Resistors in Series and Parallel
Lesson 3 Circuit Solving with Kirchhoff's Laws
Lesson 4 The Node Voltage Method
Lesson 5 The Mesh Current Method
Lesson 6 Thevenin's Theorem, Maximum Power Transfer, and
Superposition
Lesson 7 Inductors and Capacitors and Their Uses
Lesson 8 First Order Systems
Lesson 9 Second Order Systems
Lesson 10 Sinusoids, Complex Numbers, and Periodic Waves
Lesson 11 AC Circuits
Lesson 12 Power in AC Circuits
Lesson 13 Operational Amplifiers and Three-Phase
Power
Lesson 14 Electrical Safety
All Lessons Composite of all 14 lessons