Basics of Electrical Systems
Course Content
0 / 46 completedWhat is a system
Control Systems - Open Loop and Closed Loop
Time Invariant, Time Variant Systems
SISO, MISO, Linear, Non Linear Systems
Causal, Non Causal Systems
Standard Test Signals - Unit Step Function
Impulse - Analogy with Cricket
Ramp, Parabolic Signals
Relation between all the test signals
Introduction to Laplace Transforms
Why Transforms are required - Time Domain, Frequency Domain
Laplace Transforms of Exponentials, Step Function
Laplace Transforms of Sinusoids, Ramp, Parabola
Properties of Laplace Transforms
Inverse Laplace Transform
A review on LT
Laplace Transform to solve Differential Equations
What is Transfer function
Transfer function of a Low Pass Filter
Basics of Electrical Systems
Introduction to Block Diagrams
A tricky question in Block Diagrams
Advanced rules to find out transfer function from block diagrams
Example Problem 2 on Block Diagrams
Rules to reduce Block Diagram and an example problem
Poles and Zeroes of a Control System
DC Gain of a Control System
Type Numbers of Systems
Five Examples on Poles and Pole Zero Map
Time response analysis, Order, First Order Systems
Transient response and Steady State response of first order systems
Transfer function of Second Order Systems, Damping ratio, Natural Frequency
Types of damped systems
Pole Locations of Second Order Systems
Error Constants Kp, Kv, Ka
Equation for Steady State Error, Final Value Theorem
Introduction and Methods to find Stability
Determining Stability from Characteristic Equation
Determining Stability from Impulse Response
Determining Stability from Pole Locations
Introduction to Routh's Method
Hurwitz Stability Criterion
Problems on Routh's Method
Tricks to draw Polar Plot
Gain Margin and Phase Margin
Polar Plot