Sun / WEEK / Mon / Tuesday / Wed / Thursday / Fri / Sat
3 / 1 – Chapters 1 & 2
Introduction, Systems of Units, Electric Circuit and Currents
Voltage, Power and Energy,
Resistors, Ohm’s Law / April 4 / 5
Assign HW Set #1 / 6 / 7
Lab # 0 / 8 / 9
10 / 2 – Chapters 2 & 3
Independent and Dependent Sources
Kirchhoff's Laws
Voltage/Current dividers / 11 / 12
HW Set #1 due
Assign HW Set #2 / 13 / 14
LAB # 1 / 15 / 16
17 / 3 – Chapter 4
Node Voltage Analysis
Mesh Current Analysis / 18 / 19
HW Set #2 due
Assign HW Set #3 / 20 / 21
LAB # 2 / 22 / 23
24 / 4 – Chapter 5
Superposition
Thevenin's Theorem
Norton's Equivalent Circuit / 25 / 26
HW Set #3 due
Assign HW Set #4 / 27 / 28
Exam I / 29 / 30
1 / 5 – Chapter 6
Operational Amplifier(Op-Amp)
The Ideal Operational Amplifier
Nodal Analysis with Ideal Op-Amp / 2 / 3
HW Set #4 due
Assign HW Set #5 / 4 / 5
LAB # 3 / 6 / 7
8 / 6 – Chapter 7
Capacitors
Series and Parallel Capacitors
Inductors
Series and Parallel Inductors / 9 / 10
HW Set #5 due
Assign HW Set #6 / 11 / 12
LAB # 4 / 13 / 14
15 / 7 – Chapter 8
RL and RC Circuits
Response of a First-Order Circuit
Unit step and non-constant sources / 16 / 17
HW Set #6 due
Assign HW Set #7 / 18 / 19
Exam II / 20 / 21
22 / 8 – Chapter 9
RLC Circuits
Natural Response
Forced Response / 23 / 24
HW Set #7 due
Assign HW Set #8 / 25 / 26
LAB # 5 / 27 / 28
29 / 9 – Chapter 10
Sinusoidal Steady-State Analysis
Source and Response / 30 / 31
HW Set #8 due
Assign HW Set #9 / 1 / 2
Exam III / 3 / 4
5 / 10 – Chapter 10
Phasors
Frequency Domain
Review / 6 / 7
HW Set #9 due / 8 / 9
LAB #6
Take home Final / 10 / 11
12 / 11 – Chapter 12
Introduction to 3 Phase Circuits
Y-to-Y and Y-to-Δ / 13 / 14
Dead Day / 15
Final due 8:00am / 16 / 17 / 18