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ECE 311: Circuits II

Steady-State AC Analysis of Linear Circuits

 

 

 

Instructor:  Jacob Glower

Email:                  Jacob_glower@yahoo.com

         

 

All Lectures in One File (click here): 


 

Topic

Homework

1

Introduction

 

2

Circuits and Differential Equations

HW 1

3

Steady-State Solutions: Sinusoidal Inputs

HW 2

4

Steady-State Solutions: Exponential Inputs

HW 3

5

Complex Numbers

HW 4

6

Phasors

HW 5

7

Superposition

HW 6

8

Fourier Series and Superposition

HW 7

9

KVL, KCL, Thevenin with Phasors

HW 8

10

Complex Power

HW 9

11

Transformers and AC Impedance

HW 10

12

3-Phase Analysis

HW 11

13

Review

 

14

Test #1

 

15

Differential Equations and Transfer Functions

HW 12

16

Bode Plots with Real Poles and Zeros

HW 13

17

Holiday!

 

18

Bode Plots with Complex Poles and Zeros

HW 14

19

RC Filters (real poles and zeros)

HW 15

20

RLC Filters (complex poles and zeros)

HW 16

21

Butterworth, Elliptic, Chebychev Filters

HW 17

22

Active Filters

HW 18

23

Active Filters on a Chip

HW 19

24

Review

 

25

Test #2

 

26

2-Port Models

HW 20

27

Convolution:  Time Domain Solution

HW 21

28

LaPlace Transform:  Frequency Domain Solution

HW 22

29

LaPlace Transform:  Derivations

HW 23

30

Solving Diffy Eq with Real Poles

HW 24

31

Solving Diffy Eq with Complex Poles

HW 25

32

Relationship Between LaPlace and Phasors

HW 26

33

Circuit Analysis:  Initial Conditions

HW 27

34

(cont’d)

 

35

State-Space Modeling of Circuits

HW 29

36

Transfer Functions in State Space

HW 30