Course Syllabus
Instructor's Name：CHING-LONG TSAI
Year：97
Semester：2 (1-autumn term 2-spring term)
Class Number：37101
Course Number：37105
Course Name：Electronic Circuits I
Total credits：3
Weekly classroom hours：3
Department：37 Electronic Engineering
Is this course a
semester Course ?
Week
Unit
1 Basic Concepts
required
Course ?
Points to be covered
Units and basic definitions.
2
Basic Laws
Ohm's Law; Nodes, branches and loops;
3
Basic Laws
4
Methods of analysis
Series resistors and voltage division; parallel resistors and current
division; wye-delta transformation
Nodal analysis; nodal analysis with voltage sources
5
Methods of analysis
Mesh analysis; mesh analysis with current sources
6
Circuit theorems
Linearity property; superposition and source transformation
7
Circuit theorems
Thevennin's theorem; Norton's theorem
8
Circuit theorems
Thevennin's theorem; Norton's theorem
9
Op Amp
Ideal, inverting and noninverting Op Amp
10
Op Amp
Ideal, inverting and noninverting Op Amp
11
Op Amp
Summing, difference and cascaded Op Amp
12
Capacitors and inductors
Capacitors; series and parallel capacitors
13
Basic Laws
Inductors; series and parallel inductors
14
First - order circuits
The source free RL and RC circuit
15
First - order circuits
Step response of an RL or RC circuit; 1st order Op Amp
16
Second - order circuits
The source free series RLC and parallel RLC circuit
17
Second - order circuits
Step response of a series RLC and parallel RLC circuit; 2nd-order circuit
18
Second - order circuits
Step response of a series RLC and parallel RLC circuit; 2nd-order circuit
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