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DYNAMIC MODELS 01

1.		DYNAMIC MODELS 01
2.		DYNAMIC MODELS 02 & DYNAMIC RESPONSE 01
		DYNAMIC RESPONSE 02 & THE LAPLACE TRANSFORM 01
3.		THE LAPLACE TRANSFORM 02
		THE LAPLACE TRANSFORM 02 & THE FINAL VIEW THEOREM
4.		LTI SYSTEM
		ELEMENTARY BLOCK DIAGRAM
5.		EFFECT OF POLE LOCATION 01
		EFFECT OF POLE LOCATION 01 & TIME FUNCTION ASSOCICATED WITH POLES
6.		THE LAPLACE TRANSFORM 03 & STABILITY 01 & ROUTHS
		STABILITY 01 & CLOSED ROOP SYSTEM
7.		THE BASIC EQUATION OF CONTROL & TIME DOMAIN SPECIFICATION & STABILITY 02
8.		STABILITY 03 & CONTROL OF STEADY-STATE ERROR TO POLYNOMI INPUT: SYSTEM TYPE & SYSTEM TYPE FOR TRACKING 01
9.		SYSTEM TYPE FOR TRACKING 02 & SYSTEM TYPE FOR REGULATION AND DISTURBANCE REJECTION
		THREE TERM CONROLLER:PID CONTROLL & PROPOTIONAL-INTEGRAL-DERIVATIVE CONTROL(PID) 01
10.		ROOT LOCUS 01
		ROOT LOCUS 02 & PROPOTIONAL-INTEGRAL-DERIVATIVE CONTROL(PID) 02 & DESIGN USING AND LEADING COMPENSATION
11.		REVIEW & APPRENDIX WA
12.		HW & FREQUENCY RESPONSE 01 & 2 ORDER STANDARD SYSTEM 01 & BODE PLOT 01
		FREQUENCY RESPONSE 02 & & 2 ORDER STANDARD SYSTEM 02 & BODE PLOT 02
13.		BODE PLOT 03
		OVER SHOOTS VS DAMPING RATIO
14.		COMPOSITE CURVE & STEADY STATE ERROR & NEUTRAL STABILITY & THE NYQUIST STABILITY CRITERION 01 & NYQUIST PLOT & STABILITY MARGIN 02
		THE NYQUIST STABILITY CRITERION 01 & STABILITY MARGIN 02 & BODE GAIN-PHASE RELATIONSHIP & ROOT LOCUS 03 & BODE PLOT 04

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운영자2019-08-27 13:46: 참고도서는 Automatic Control System 9th ed., Benjamin C. Kuo and F. Golnaraghi Control System Engineering 3rd ed., Norman S. Nise 입니다. 자세한 내용은 강의계획서를 참고하여 주시기 바랍니다.