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Course Schedule



Week # Lecture Date

Chapter
 

Topics

1 Lecture 1:
Mon. Jan 7
1,2 Introduction, definitions, Ohm's law.
Lecture 2:
Wed. Jan 9
1,2 KCL, KVL, dependent sources.
Lecture 3:
Fri. Jan 11
1,2 Power, Nodal Analysis.
2 Lecture 4:
Mon. Jan 14
3 Nodal analysis.
Lecture 5:
Wed. Jan 16
3 Loop analysis
Lecture 6:
Fri. Jan 18
3 Linearity and superposition
HOMEWORK 1 DUE
3
LAB
WEEK
NO CLASS:
Mon Jan 21
  Martin Luther King Day
Lecture 7:
Wed. Jan 23
3 Source transformations
Start Thevenin, Norton equivalents
Lecture 8:
Fri. Jan 25
3 Thevenin, Norton equivalents.
4
PSPICE
HELP
WEEK
Lecture 9:
Mon. Jan 28
3 Finish Thevenin, Norton equivalents
Load line plots
Maximum power transfer
HOMEWORK 2 DUE
Monday Lab:
Mon. Jan 28
Because Monday was a holiday last
week during lab week, Monday
lab only will be held this week
Lecture 10:
Wed Jan 30
15 Amplifiers
Quiz #1:
Wed. Jan 30
Through Week 3 Quiz will be in discussion section
Wednesday 4:00 - 4:50
Lecture 11:
Fri. Feb 1
15 Amplifiers
LAB REPORT 1 DUE
5
LAB
WEEK
Lecture 12:
Mon. Feb 4
15 Amplifiers
Lecture 13:
Wed. Feb 6
9 Inductors and Capacitors
Lecture 14:
Fri Feb 8
10 Natural response of 1st order circuits
HOMEWORK 3 DUE
6
Lecture 15:
Mon. Feb 11
10 Natural response of 1st order circuits
Lecture 16:
Wed. Feb 13
10 Step response of 1st order circuits
Lecture 17:
Fri. Feb 15
10 Step response of 1st order circuits
LAB REPORT 2 DUE
7
LAB
WEEK
NO LECTURE:
Mon Feb 18
President's Day
Lecture 18:
Wed. Feb 20
5 Digital abstraction
Quiz #2:
Wed. Feb 20
Through week 5 Quiz will be in discussion section
Wednesday 4:00 - 4:50
Lecture 19:
Fri. Feb 22
6 MOSFETs
8 Lecture 20:
Mon. Feb 25
7 CMOS logic
HOMEWORK 4 DUE
Lecture 21:
Wed. Feb 27
13 Sinusoidal Steady State
Lecture 22:
Fri. Feb. 29
13 Sinusoidal Steady State
LAB REPORT 3 DUE
9
LAB
WEEK
Lecture 23:
Mon. Mar 3
13 Sinusoidal Steady State
Quiz #3:
Mon. Mar 3
Through week 7 Quiz will be in the discussion section
Monday 12:00 - 12:50
Lecture 24:
Wed. Mar 5
13 Sinusoidal Steady State
Lecture 25:
Fri. Mar 7
14 Resonance & Filters
10 Lecture 26:
Mon. Mar 10
14 Resonance & Filters
Lecture 27:
Wed. Mar 12
14 Resonance & Filters
HOMEWORK 5 DUE
Lecture 28:
Fri. Mar 14
all General Review
LAB REPORT 4 DUE
11 Final Exam
Mon. Mar 17 11:30
Comprehensive