Shaym Shah

It will be a full fledged course on GATE - ELECTRONICS Control Systems, where students will prepared for Control Systems as per GATE perspective

It will cover the entire syllabus for GATE- CONTROL SYSTEMS, covering theory as well as numericals asked in GATE or other Engineering Competitive Exams

Students aspiring for GATE in EC/EE/IN, ESE in EE/EC, and other PSU's  like DRDO/ISRO/BARC are recommended for this course 
If the students are willingly following the course, they are expected to score good marks/rank in GATE

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE & ESE

English

GATE - Control Systems for EC/EE/IN

Math model, Block Diag & SF Graph

Control Systems

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Lecture consist of Introduction to GATE, Analysis, Difficulty level of subjects, Syllabus for GATE- Control Systems, Introduction to Control Systems

Information is also provided regarding reference books, strategy to prepare notes etc.

Introduction to GATE and GATE - Control Systems

Lectures defines about the Basics of Control System, Feedback Principles, Transfer Function, Stability - Gain Relations using Transfer Functions, Conclusions

Basics of Control Systems and Feedback Principle - 1

This chapter describes about the GATE  - Control Systems, concepts of Transfer Function, Unity Feedback Systems, conversion to unity feedback systems.GATE Questions, Mathematical time domain  Representation of feedbacks

Basics of Control Systems and Feedback Principles - II

This video provide information regarding Control Systems - Sensitivity for Open & Closed Loop System. Differential Equations, Transfer Functions properties

Basic Controls and Feedback Systems - III (Sensitivity )

This video provide information regarding the Analogous systems, mechanical & electrical system relation, Errors in Transfer Function equation

GATE - Control Systems ( Analogous Systems and Errors)

Mathematics Model for Control Systems, Rotational & Translational Systems

Mathematical Models

Block Diagram Reduction, Rules for Block Diagram Reduction

Block Diagram Reduction - I

Block Diagram Reduction - II

This video consist of GATE- Questions for Block Diagram Reduction and Control Systems

Block Diagram Reduction - (GATE Questions)

Signal Flow Graph Theory, Errors signal in the closed loop negative Feedback system

Signal Flow Graph

Signal Flow Graph - (GATE - Questions)- I

Signal Flow Graph - (GATE Questions - II)

Gate Numericals for Signal Flow Graphs & Transfer Function

Signal Flow Graph - Gate Questions - II

GATE questions, Time Domain Analysis, Transient part, Steady State Part

Time Domain Analysis

Introduction to Signals in Control Systems, Questions regarding order of the system, Properties regarding Time Response,

Time Domain Analysis, Order of System, Signals

Time Domain Response for First Order Functions

Type of Systems, Time Response Analysis

Error in Output Response due to Impulse & Step Input provided to a single Order System

Time Response Error

Error due to Ramp Input toSingle Order system, Settling Tine, Sinusoidal Responses

Time Domain Specifications

Second Order Systems, Gate Questions on Sinusoidal Responses

Second Order Time Domain Analysis

Second order time domain responses, critically damped systems, Undamped Systems, cases

Second Order Time Response 2

Time response, Settling Time Relation with Dominant Pole Concept on Overdamped Systems

Settlin Time, Dominant Pole, Time Responses

Second Order Time Domain Response for step Input for undamped & Under damped oscillations

Second Order Time Response with Step Input Function

Time Response for Second Order System with Unit Step Input, Time Domain Specifications

Time Domain Specifications II

Settling Time, Number of Oscillations in Time Domain Specifications

Time Domain Analysis III

GATE Questions on Transient Time Domain Response, Maximum Peak Overshoot for Overdamped & Undamped Responses

Time Domain Specifications IV

Locus for Damping Factor, Natural Frequency, Damped Frequency

Time Domain Analysis, Locus for Time Domain Specifications

Locus of Time Domain System Parameter, GATE Questions for Time Domain Analysis

Locus of Time Domain Responses II

GATE Questions for Time Domain Specifications

Locus for settling Time, Questions on Settling Time

GATE QUESTIONS - Time Responses

Gate Questions - Time Series Responses

GATE Questions for Settling Time, Steady State Value

GATE Questions: Settling Time

Gate Questions - Overdamped Responses , Settling Time, Positions of Poles

Gate Questions - Time Responses

Steady State Errors for Inputs

Steady State Error 1

Steady State Error for Parabolic & Ramp Input

Steady State Error for Unit Ramp Input

Conclusion & Summary of Steady State Error

GATE Questions -Steady State Error

GATE Questions - Steady State Error

GATE questions on steady state error, sensitivity

Gate Questions

Steady State Error Conditions, Errors for Undamped Oscillations

GATE Questions

Conclusion & Summary to Steady State Error

Routh Hurwitz Criterion, Time Domain & Frequency Domain Stability

Time Domain Stablity

Routh Hurwitz Criterion

Routh Hurwitz, Stability Techniques

Routh Hurwitz: Stability Analysis

Routh Hurwitz Criterion: Case for Undamped Response

Routh Hurwitz: Case of Undamped Oscillations

Routh Hurwitz Criterion: Case for Undamped Response II

Routh Hurwitz Criterion: Range for K Marginal for Stable Responses

Routh Hurwitz: Gain, K Marginal

Routh Hurwitz : K Marginal & Marginal Frequency

Routh Hurwitz : K Marginal II

Routh Hurwitz : GATE Questions

GATE Questions : Routh Hurwitz

Gate questions: Routh Hurwitz II

Gate Questions : Time Domain Responses

Gate Question III

Gate Questions, Summary for Routh Hurwitz Criterion

Introduction to Root Locus : Need of Root Locus

Complexity of Systems: Need of Root Locus

Need Of Root Locus

Conclusion for Need for Root Locus, Example

Complexity of higher Order Closed loop Systems: Need of Root Locus

Conclusion for Need for Root Locus & Relation between Open Loop & Closed Loop Transfer Function

Conclusion & Relation between Open & Closed Loop Poles/ Zeros

Relation between Open Loop & Closed Transfer Functions by varying Loop Gain (K)

Rules for Root Locus I

Root Locus: Rules, Relation between the Pole & Zeros of Closed & Open Loop TRansfer Function

Rules of Root Locus II

Root Locus : Conversion of Characteristics Equation to Open Loop Transfer Function

Root Locus :Conversion of Characteristics Equation to Open Loop Tranfer Function

Root Locus: Rules for the existence of the Root Locus in the particular region

Root Locus: Rules II

Root Locus : Asymptotes, GATE Question on Region of Root Locus

Root Locus: Assymtotes

Root Locus : Centroid, GATE Questions

Root Locus :GATE Questions

Root Locus :Break In & Break Away Point

GATE Question : Break In &Break Away Point

Root Locus : Steps for Break In & Break Away Point

GATE Questions & Concepts :Root Locus

GATE Questions & Concepts :Root Locus II

Root Locus: Angle of arrival/departure & Conclusions

Root Locus :Angle of Departure & Arrival, Gate Question

GATE Questions: Control Systems , Questions to be remembered during GATE

GATE Questions for Control Systems

GATE Questions: Error/Settling Time for higher order systems

Important GATE Questions: Concepts to remember for GATE

GATE Question: Important Concept based GATE Question to be revised before GATE Exam

GATE Question: Control Systems, Important Questions & Concepts to Remember for GATE

GATE : Controls Systems, Quick Revision module for Control systems (GAIN MARGIN)

GATE Questions Recap: Control System, Question on Polar plot

GATE Questions Related to Understanding of Gain Margin & Phase Margin

GATE Question: Control Systems

GATE: Revision Lecture Understanding the Concepts of Polar Plots : Numericals

GATE Questions related to Control Systems

GATE Revision Lecture: How to make Polar Plots & Nyquist Plots Directly

GATE : Control Systems: Revision Lecture:Polar Plots: How to draw Polar Plots Directly

How to Prepare for Control Systems targeting GATE 2019, Syllabus Discussion, Breaking to Modules, Books & content to read,

Control Systems: Syllabus Discussion & How to read Control System

Revision Lecture for Control Systems,: Time Domain Analysis

Revision lecture for Time Domain Analysis

Revision Lecture for Gain, Bandwidth & Stability

Revision related to Stability, Bandwidth & Gain

Revision Lecture for GATE - Control Systems, Frequency Domain Analysis

GATE: Revision Lecture for Frequency Domain Analysis

GATE 19: Revision of Order of System

GATE 2019: Revision for the Type of Signals for Control System

GATE 19: Revision for Type of Signals, Discussions about Bandwidth & Stability

GATE: Revision of Type of Signals, Conditions of Differentiation & Continuity

GATE:Revision fro Type of Signals, Conditions of Differentiation & Continuity

GATE: Revision related to Impulse Response & Step Response Numericals

GATE: Revision related to Type of Systems

GATE: Revision about the Type of the systems

GATE : Revision for Final & Initial Value Theorem

GATE: Revision to First Order Time Domain Response

GATE: Revision for First Order Systems & Analysis with time & Time Constant

Revision GATE 19: Errors in the Control systems

GATE: Revision 2019, Errors in the systems

GATE 19: Revision Video for understanding relation between Impulse & Step input

GATE: Revision on Step & Impulse Input being provided to Single Order Systems

GATE:Revision Lecture Understanding Error in the case of Step Input, Error doesn't exist in the case of Impulse Input

GATE:Revision Lecture Understanding Error in the case of Step Input, Impulse Input

GATE: Revision Lecture for Settling Time

GATE: Numericals on Phase & Magnitude Responses

GATE: Revision Lecture for Magnitude & Phase Reponse

Revision of GATE 19: Second Order Systems

GATE: Second Order Systems, Understanding the type of systems

Revion Lecture for GATE 19: Second Order System

#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 all about how to save time in solving control system problems.

(Hindi) How to Solve Control System Problems in Minimum Time

In this very new course of control Systems we will be discussing about Transfer function, Poles and zeros, open loop and cloased loop system and various other topics.

(Hindi) Control Systems for IES Part 1

This course is very important for the students preparing for UPSC IES prelims as well as mains. In this course educator discuss about signal flow graph by using Manson's gain formula.

(Hindi) Learn About Manson's Gain Formula (SFG) in Control System: ESE - Electrical Engineering

In this course we will be discussing about complete theory on control system.

(Hindi) Control System Complete Theory for GATE

In this course we will be discussing about the time response in the control systems and we will see the conditions of first order as well as second order with different types of input.

(Hindi) Time Response in Control Systems for ESE

This Course is about Module On RH Criterion For IES 2019. This course is very important for the students preparing for IES exams in electrical engineering stream.

Lessons

98 lessons • 17h 45m

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Introduction to GATE and GATE - Control Systems

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Basics of Control Systems and Feedback Principle - 1

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Basics of Control Systems and Feedback Principles - II

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Basic Controls and Feedback Systems - III (Sensitivity )

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GATE - Control Systems ( Analogous Systems and Errors)

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Mathematical Models

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Block Diagram Reduction - I

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Block Diagram Reduction - II

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Block Diagram Reduction - (GATE Questions)

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Signal Flow Graph

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