ECE 3510
Introduction to Feedback Systems
Spring 2024
Homework and Notes
To request
a permission code to add this class,
please go to:
http://www.ece.utah.edu/course_perms
Week |
Subject(s) | Download
Packet (Notes & Homework) |
1 |
Introduction
and Syllabus Feedback Systems, Block diagrams Transfer functions and signals |
ECE3510_Initial_handouts_S24.pdf
AND ECE3510_Week01_S24.pdf AND Hw01g.pdf AND Hw02.pdf |
2 |
Laplace
transforms, poles and signal shapes Inverse of Laplace transforms |
ECE3510_Week02_S24.pdf
AND Hw03A.pdf AND Hw03B.pdf |
3 |
Transfer
functions Responses to step inputs |
ECE3510_Week03_S24.pdf
AND Hw04.pdf AND Hw05d.pdf |
4 |
Responses
to sinusoidal inputs Effect of Initial Conditions State Space (barely) |
ECE3510_Week04_S24.pdf
AND Hw06b.pdf AND Hw07f.pdf |
5 |
Electrical
analogies of mechanical systems Exam 1 Examples |
ECE3510_Week05_S24.pdf
AND Hw08b.pdf AND Hw09b.pdf |
6 |
Stability
and Performance of Control Systems Routh-Hurwitz |
ECE3510_Week06_S24.pdf
AND Hw10e.pdf |
7 |
Root-locus |
ECE3510_Week07_S24.pdf
AND HwRL2c.pdf |
8 |
Root-locus
breakin & out, departure & arrival angles Root-locus design |
ECE3510_Week08_S24.pdf
AND HwRL3b.pdf AND HwRL4b.pdf AND HwRL5g.pdf |
Spring
Break |
||
9 |
Root-locus
design Exam2 Phase Locked Loops (PLL) |
HwRL6b.pdf AND HwRL7c.pdf ECE3510_Week09_S24.pdf AND HwRL8.pdf |
10 |
Variations
of Root Locus Physical realization PID tuning |
ECE3510_Week10_S24.pdf AND HwFC1.pdf AND HwFC2.pdf |
11 |
Ladder
Logic & Programmable Logic Controllers (PLCs) Frequency-Domain Analysis of Control Systems (Bode plots) |
ECE3510_Week11_12_S24.pdf AND HwBd1d.pdf AND HwBd2d.pdf |
12 |
Bode
Plots to Transfer functions Exam 3 Gain and phase margins |
HwBd3d.pdf HwBd4d.pdf |
13 |
Frequency-Domain
Design, Zin, Zout Feedback used in Linear Amplifier Designs |
ECE3510_Week13_S24.pdf
AND HwAF1.pdf AND HwAF2.pdf |
14 -15 |
Discrete-time
Signals and Systems The z-transform |
ECE3510_Week14_S24.pdf
AND HwZ1d.pdf AND HwZ2d.pdf AND HwZ3d.pdf |
Subjects below may still change. | Packets below may still change |
Homework | |||
Homework |
Assignment |
Answers |
Due |
1 |
|
F, 1/12/24 |
|
2 |
|
W, 1/17 |
|
3 |
|
3A: F 1/20 |
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4 |
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F, 1/26 |
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5 |
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W, 1/31 |
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6 |
|
S, 2/3 |
|
7 |
|
T, 2/6 |
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Exam 1 |
Exam1_StudyGuide
|
Old Exams are available for
download in |
W, 2/7 W, 2/14 |
8 |
|
F, 2/10 |
|
9 |
|
W, 2/14 |
|
10 |
|
S, 2/17 |
|
10 |
This homework is done in class |
W, 2/21 |
|
12 |
|
S, 2/24 |
|
13 |
|
W 2/28 |
|
14 |
|
S, 3/2 |
|
Spring Break | |||
15 |
Hw_RL5g.pdf Includes
help |
More Matlab help below |
T, 3/12 |
Exam 2 |
Old Exams are available for
download in |
W, 3/13 F, 3/15 |
|
16 |
|
S, 3/16 T, 3/19 |
|
17 |
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M, 3/18 F, 3/22 |
|
18 |
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S, 3/23 |
|
19 |
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M, 3/25 |
|
20 |
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W, 3/27 |
|
21 |
Hw_FC2.pdf
|
Ladder
Logic Fundamentals PLC tutorial.pdf |
S, 3/30 |
22 |
|
T, 4/2 |
|
Paper for Bode plots |
|
|
|
23 |
|
Th, 4/4 |
|
Exam 3 | Exam3_StudyGuide.pdf
Exam3_info.pdf |
Old Exams are available for download in Exam Study Help section, below |
W, 4/3 may move to F, 4/5 Listen in class |
23 |
|
Th, 4/4 |
|
23 |
|
T, 4/9 |
|
24 |
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S, 4/13 |
|
25 |
Hw_AF1.pdf
|
|
M 4/15 |
26 |
Hw_AF2c.pdf
|
|
W 4/17 |
27 |
HW M1,
see: HwAF2_M1.pdf
2012 Capture the
Flag 2009 Mechatronics Competition: Indiana Jones and the Secret Warehouse: Mechatronics_2008_09_rules.pdf 2008
Mechatronics Competition: |
|
Requires action on Th, 4/18 |
25 |
HwNq1b.pdf (Not used this semester) | |
Th, 4/18
|
26 |
HwNq2c.pdf (Not used this semester) | |
M, 4/22
|
28 |
Hw_Z1d.pdf
|
F, 4/19 |
|
29 |
Hw_Z2d.pdf
|
|
T, 4/23 |
30 |
Hw_Z3d.pdf
|
|
T, 4/23 (may be handed in Fri, 4/27) |
ECE Technical Open House |
Presentation of Senior Design Projects |
W 4/24 ?? 1 - 4 pm in |
|
Final Exam |
Final_StudyGuide_F24.pdf
|
Old Exams are available for
download in |
M, 4/29 10:30-12:30 |
Handouts Below may still Change. | Dates Below may be Wrong | ||
Handouts Below may still
change. Weekly packet will have official copy. |
Dates Below are Wrong |
Grader
Leo
Wang
"Leo Wang" <u1368998@utah.edu>
(763) 283-8737, text first, begin text with"ECE 3600", regular
call may not get answered
Office hours: text phone and ask for appointment
Notes | |
Subject |
Download (s) |
|
|
Lecture 1 notes, Introduction |
|
Lecture 2 notes, Basic Laplace transforms |
|
Laplace Transform table and Properties table |
|
Inverse Laplace & |
|
Finish Chapter 2 |
Finish_Ch2.pdf Finish_Ch2_filled.pdf
|
Transfer functions and Systems
(Bodson, Ch.3) |
|
System Impulse and Step Responses |
Notes_System
Responses_S24.pdf |
AC Steady-State analysis |
Notes_Complex_Numbers_S06.pdf
|
AC Notes from ECE 2210 class |
|
Effects of Initial
Conditions and State Space |
Notes_Init_cond_State_Space_S21.pdf
|
Electrical Analogies of Mechanical Systems |
|
Control System Characteristics & Performance |
|
Routh-Hurwitz Stability test |
|
Root-Locus Plots |
Notes_Root_Locus_S24.pdf all 4 pages |
Root-Locus Plot Examples (blank) |
|
Root-Locus Plot Examples filled out in class |
|
Root Locus Add. Rules Lecture Notes |
|
Matlab help and GUIs |
http://www.cs.utah.edu/~malko/controls/
|
Root Locus Design Crib Sheet |
|
Root Locus Design Example |
|
Phase-Locked Loops |
|
Unconventional Root Locus Plots |
|
Physical Realization |
|
PID Tuning |
Notes_PID_Tuning_long.pdf
Notes_PID_Tuning.pdf |
Ladder Logic and
PLCs |
Notes_Ladder_Logic_PLCs.pdf
|
Bode Plots |
|
Bode Plot Examples (blank) |
|
Bode Plot Examples filled out in class |
|
Bode Plot to Transfer Functions blank examples |
|
Bode Plot to Transfer Functions examples filled out in class |
|
Bode Plot GM, PM, DM |
|
Bode Plot GM, PM, DM filled out in class |
|
Paper for Bode plots |
|
Frequency-domain Design with a Lead Controller | Notes_Bode_Design.pdf
|
Nyquist Plots (no longer
needed for class) |
|
Frequency-domain Design with a Lead Controller (repeated) | Notes_Bode_Design.pdf
|
Feedback in Amplifiers
Bandwidth Extension Input and Output Impedance |
Notes_Amplfier_Feedback.pdf
Notes_Zin_Zout_S22.pdf |
Digital Signals and
Systems |
Notes_z-Discrete-Time_S23.pdf
|
z-transform Table etc. |
|
Inverse z-transform examples |
|
Digital Systems and
Transfer Functions |
Notes_Discrete_TranFunc_Systems.pdf
|
|
|
Useful Links:
Laplace Transform Tables |
http://tutorial.math.lamar.edu/AllBrowsers/3401/Laplace_Table.asp |
|
http://www.engineering.com/content/ContentDisplay?contentId=41005009 |
Laplace Transform Properties Table |
http://www.outfo.org/mathematics/tranformations/laplace/tables/transform_properties/ |
|
|
Notes: