1
Q
What is a model and why are they important
A
2
Q
What are SISO and MIMO systems
A
3
Q
What are static and dynamic systems
A
4
Q
What are two types of system model classification: Distributed Parameter Models & Lumped Parameter models
A
5
Q
What types of models come up in this module
A
6
Q
What makes systems Linear-Time Invariant and Linear-Time Variant
A
7
Q
What are LTI systems often used for in control engineering
A
Y2 SEM2: CONTROL ENG 2123
flashcards
Decks in class (26)
# Cards
-
L1: Introduction to Control8
-
L2: Key Definitons25
-
L3: Laplace Transformation Intro11
-
L4: Dirac Function & its Laplace Transform3
-
L5: Inverse Laplace Transform & its first set of properties14
-
L6: Laplace Transform of derivatives and its application to the solution of linear ordinary differential equations (ODEs)5
-
L7: Initial and Final Value theorems of the Laplace Transform and their application to linear ODEs6
-
L8: Inverse Laplace Transform of rational polynomial functions12
-
L9: Modelling in Control Engineering7
-
L10: Examples of Modelling Mechanical Systems5
-
L11: Examples of Modelling Electrical Systems3
-
L12: Examples of modelling flow systems and some additional notes on modelling4
-
L13: Transfer Function9
-
L14: Transfer Function of interconnected dynamic systems12
-
L15: Stability12
-
L16: Introduction to system dynamics and characteristics of the step response9
-
L17: Dynamic behaviour of first order systems10
-
L18: Dynamic Behaviour of 2nd order systems14
-
L19: Time Delay Systems7
-
L20: Higher order systems and systems with zeros11
-
L21: Qualitative analysis of the step response3
-
L22: Feedback Control9
-
L23: Transfer Functions of Closed-Loop Control Systems2
-
L24: PID Controllers13
-
L25: Proportional (P) Mode9
-
L26: Integral (I) Mode7
