Shivangi Dwivedi

Introduction to control systems, Laplace transforms, transfer functions, block diagram reduction , signal flow graphs and mason's  gain formula. At last we will be learning about how to model our own control system. Electrical and mechanical models.

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Basics of Control System Components: GATE

Introduction

Control Systems

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Introduction of the course on basic control system components

Course Overview

Signals, systems, types of systems, control system , open and closed loop control systems

Laplace transforms and it's properties, initial and final value theorem

Laplace Transform

Inverse Laplace transforms , their properties , convolution, and example on Laplace transforms

Inverse Laplace transform

Definition of transfer function, standard test signals, impulse response, poles and zeroes of transfer function, procedure of determining transfer function

Transfer Functions

Basic control system configuration, open and closed loop transfer function, characteristic equation, open loop DC gain.

Transfer Function- 2

Loading effects in transfer function, numericals on transfer functions

Loading Effect

Fundamentals of block diagrams, advantages of block diagram, block diagram reduction techniques

Block Diagrams

Block diagram reduction techniques, problems based on block diagram reduction

Block Diagrams -2

Definition of signal flow graph, advantages of SFG over block diagrams, Terminologies used in signal flow graphs, forward path gain, loop gain.

Signal flow graphs

Construction of signal flow graphs from system equatios and block diagrams

Construction of signal flow graphs

Mason's gain formula, overall gain using mason's gain formula and a numerical problem based on this formula.

Masons gain formula

Feedback control systems, advantages and disadvantages of a feedback controlled system, what motivated us to use a feedback controlled systems

Feedback analysis.

Effect of feedback on overall gain, effect of feedback on sensitivity

Feedback analysis -2

Effect of feedback on stability, control over system dynamics by the use of feedback, control on effects of the disturbance signals by use of feedback, effect of noise on control system.

Feedback analysis -3

#Gate Ranker # Mtech from JEC Jabalpur. use code " MACHINE20" to attend my Classes. I don't teach "I simply explain the topic."

Ravendra Yadav

This course is very important for the students preparing for GATE/ESE and other electrical engineering government exam.

(Hindi) Control Systems Complete Syllabus Simplified : GATE/ESE

I  worked as a Asst . professor and Head of Department from 2004 to till  2017  in ECE Branch in Engg. college .Now I am  a Freelancer .

Meenakshi Bhalla

Rules of Block Diagram Reduction Technique and Signal Flow Graph and also  solved Problems on both of it.

Block Diagram Reduction Techniques and Signal Flow Graph

M.E. (ECE) , NITTTR CHANDIGARH,  GATE QUALIFIED , PUBLISHED  RESEARCH  PAPERS IN INTERNATIONAL JOURNALS

Pushpa Devi

In this course, all the important topics of Control System will be covered with examples.Notes are short and to the point, so it's easy to revise them again

Control System: GATE and ESE

Electrical engineer. Preparing for IES exams. Love to study new things .

Ankush Chhikara

This course is about the signal flow graphs.How we can change block diagram to signal flow graphs and their numericals.With this there is the ' Masons gain formula' which is very important.And two lessons are on the Steady state time analysis for LTI systems this is very important course for GATE 2018.

(Hindi) Control System: Signal Flow Graphs and Steady State Analysis

B.Tech ECE.
KNOWLEDGE INCREASES BY SHARING BUT NOT BY SAVING.
Took GATE+ESE coaching.
youtube :- easyEC

Sneha Maduru

This course is related to second chapter of control systems which is time response analysis. This course is designed for competitive examinations like GATE,ESE,PSU and other competitive examinations and this course is also useful to B.TECH graduates.

Time Response Analysis - GATE (ECE)

This course is related to third chapter of control systems which is stability of control systems. This course is designed for competitive examinations like GATE, ESE, PSU and this course is also useful to btech graduates.

Lessons

15 lessons • 2h 56m

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Course Overview

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Introduction

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Laplace Transform

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Inverse Laplace transform

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Transfer Functions

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Transfer Function- 2

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Loading Effect

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Block Diagrams

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Block Diagrams -2

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Signal flow graphs

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