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This section contains lecture outlines for the course. The instructor uses the blank spaces in these outlines to work through problems and concepts during class.

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1 ²¤¶(PDF)
Introduction (PDF)
2 ÀW²v¦^À³ªi¼w¹Ï¤§³W«h (PDF)
Frequency Response Bode Plot Rules (PDF)
3 ÀW²v¦^À³ (Äò) (PDF)
¼W¯q­È©M¬Û¦ìÃä­­ (PDF)
Frequency Response (cont.) (PDF)
Gain / Phase Margins (PDF)
4 ªi¼w¹Ï²ßÃD
Bode Plot Exercises
5 ¤£Ã­©w¶}°j¸ô¨t²Î¤§ªi¼w¹Ï
Bode Plots for Unstable Open - Loop Systems
6 ®Ú­y¸ñ½Æ²ß (PDF)
Root - Locus Review (PDF)
7 ®Ú­y¸ñ½d¨Ò
Root - Locus Examples
8 ¸ÉÀv³]­p­ì²z (PDF)
Compensation Design Principles (PDF)
9 ¸ÉÀv³]­p­ì²z(Äò)
Compensation Design Principles (cont.)
10 µ¥¤ñ±±¨î (PDF)
§ó¦hµ§°O (PDF)
Proportional Control (PDF)
Extra Handout (PDF)
11 ¸¨«á»P·L¿n¤À¸ÉÀv (PDF)
Lag and PID Compensation (PDF)
12 »â¥ý»P·L¿n¤À¸ÉÀv(PDF)
Lead and PID Compensation (PDF)
13 ½d¨Ò (PDF)
Examples (PDF)
14 °ªÀWºu°Ê¥W¥Y
¨t²Î³]¬I­Ë¸m (PDF)
High Frequency Roll-off
Notch and Plant Inversion (PDF)
15 »â¥ý/¸¨«á¸ÉÀv¤§
³]­p½d¨Ò(PDF)
§ó¦hµ§°O (PDF)
Design Example Lead-Lag Compensation (PDF)
Extra Handout (PDF)
16 ½d¨Ò (Äò)
Examples (cont.)
17 §ó¦h½d¨Ò
More Examples
18 ¤£Ã­©w¨t²Î³]¬I¤§±±¨î(PDF)
ÃB¥~ (PDF)
Control of Unstable Plants (PDF)
Extra (PDF)
19 ¤£Ã­©w¨t²Î³]¬I¤§±±¨î (Äò)
Control of Unstable Plants (cont.)
20 ¤p¦Ò
Quiz
21 «D½u©Ê¼Ò«¬(PDF)
Models of Nonlinearities (PDF)
22 «D½u©Êªº¤@¯ë¼vÅT(PDF)
Common Effects of Nonlinearities (PDF)
23 David Trumper ±Ð±Â¤W½Ò
Prof. David Trumper's Lecture
24 §Î®e¨ç¼Æ»P¥Î·N¤§Â²¤¶ (PDF)
Describing Functions
Introduction and Motivation (PDF)
25 §Î®e¨ç¼Æ¤§¤ÀªR (PDF)
Describing Function Analysis (PDF)
26 DF¤§­pºâ (DF = §Î®e¨ç¼Æ)
Computing DFs
27 DF ¤ÀªR: ½d¨Ò¤@, ²î¥Î¦Û°Ê¾r¾p¤§Ã­©w©Ê
DF Analysis: Example 1, Stability of Boat Autopiloot
28 DF ¤ÀªR: ½d¨Ò¤@ (Äò)
DF Analysis: Example 1 (cont.)
29 DF ¤ÀªR: ­­¨î©Ê´`Àô´Á(PDF)
DF Analysis: Limit Cycling (PDF)
30 DF ¤ÀªR: ¦@»ï¸õÅD
DF Analysis: Jump Resonance
31 DF-¬°°ò¦ªº¸ÉÀv³]­p
DF-based Compensation Design
32 DF-¬°°ò¦ªº¸ÉÀv³]­p (Äò)
DF-based Compensation Design (cont.)
33 ¬Û¦ì­±¤ÀªR»P¥Î·N¤§Â²¤¶ (PDF)
Phase-Plane Analysis
Introduction and Motivation (PDF)
34 ¬Û¦ì­±Ã¸¹Ïªk«h
Phase Plane Drawing Rules
35 ¬Û¦ì­±½d¨Ò¤@ Äâ±a¦¡¤½¨Æ¥]
Phase - Plane Example I Carry-on Suitcase
36 ¬Û¦ì­±½d¨Ò¤G ½Ã¬P¨t²Î
Phase - Plane Example II Satellite System
37 ¬Û¦ì­±½d¨Ò¤T ½Ã¬P¨t²Î
Phase - Plane Example III Satellite System
38 ¨t²Î°ÊºA¤§¬Û¦ì­±»P°Ñ¼Æ¨Ì¾a«×
Phase - Plane and Parameter Dependence of System Dynamics
39 ¨t²Î°ÊºA¤§¬Û¦ì­±»P°Ñ¼Æ¨Ì¾a«× (Äò)
Phase - Plane and Parameter Dependence of System Dynamics (cont.)
´Á¥½¦Ò (¤T¤p®É)
Final Exam (3 hours)


 
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