Lesson 23 of 24 • 1 upvotes • 13:45mins
In this lesson I have solved two GATE previous years questions based on the State Space Representation for Transfer Function and have also discussed another question based on the Eigen-vectors andEigen values.
24 lessons • 4h 29m
Introduction
13:32mins
Concept of State,State Variables,State Vector,State Space and State Space Model
14:38mins
State Space Representation: Physical Variable Method
14:41mins
State Space Representation:Phase Variable Method
10:25mins
State space Representation:Phase Variable Method-Example
8:42mins
State space Representation:For Transfer Function (in English)
12:40mins
Transfer function Decomposition:Direct Decomposition (in English)
9:59mins
Transfer function Decomposition: Cascade Decomposition (in English)
7:41mins
Transfer function Decomposition: Parallel Decomposition method (in English)
10:02mins
Transfer function Decomposition: Parallel Decomposition (repeated roots)(in English)
11:42mins
Transfer Function Decomposition:Signal Flow Graph:Direct Decomposition (in English)
11:50mins
Transfer Function Decomposition: Signal Flow Graph: Cascade Decomposition(in English)
9:57mins
Transfer function Decomposition: Signal Flow Graph: Parallel Decomposition method(in English)
11:41mins
Transfer Matrix (in English)
11:00mins
State Transition Matrix (in English)
10:52mins
Transfer function Decomposition: Signal Flow Graph: Decomposition method (repeated roots)(in English
12:38mins
Controllability (in English)
9:30mins
GATE PYQs:Part-1(in English)
9:52mins
Observability (in English)
10:27mins
GATE PYQS: Part-2(in English)
10:01mins
GATE PYQs: Part-3(in English)
12:07mins
GATE PYQs:Part-4(in English)
10:07mins
GATE PYQs:Part-5(in English)
13:45mins
GATE PYQs:Part-6(in English)
11:47mins