B.tech(ECE) with CGPA-8.5/10,GATE(2017)  qualified, teaching experience-3 years,love playing badminton.

Ruhika Ruhi

In this course I will be dealing with each details of Time Response Analysis from the scratch and will later wrap it up with some GATE previous years questions.

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Time Response Analysis:Target GATE-2019

Time Domain Analysis

Control Systems

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

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In this lesson I have talked about the Transient response and some important points related to it.

Introduction: Transient Response

This lesson tells us about the Steady State Response of the system and the concept of Type and Order of the system.

Steady State Error,Type and Order of the System

In this lesson I have explained how to extract the OLTF from CLTF and then I have discussed about the Time Response for the first order system in RC and RL circuits.

Finding OLTF and Time Response for First order System

In this lesson I have explained the concept of Steady State Error,Types of Test signals and then I have explained the time response for the first test signal,i.e.,impulse input.

Steady State Error,Time Response for Impulse Input

In this lesson I have discussed the Steady State Error for the Impulse Input (test signal) and then I have explained  the output for the second test signal I.e.,Unit step for the First order system.

Unit Step Response for First Order System

In this lesson I have discussed the Steady state error for Unit Step Input,Unit Ramp Response and its Steady State Error and Parabolic Response and its Steady State Error.

Ramp and Parabolic Response for First Order System

In this lesson I have discussed the Important Parameters for the Unit Step Response for the First Order System:Time Constant,Rise Time and Settling Time.

Parameters for Unit Step Input for First Order System

In this lesson I have discussed the Settling Time with Tolerance Bands,Delay time and Time Response for Second Order System.

Time Response Analysis for Second Order System

In this lesson I have discussed the concept of Nature of roots of Second Order system for different values of Damping Ratio(Zeta).

Nature of Roots for Second Order System

In this lesson I have discussed about the different Damping Mechanism like Undamped Systems and Critically Damped Systems.

Damping Mechanism(Undamped and Critically Damped)

In this lesson I have discussed about the Oversampled case and the Under damped case and Time Constants for all these systems.

Damping Mechanism(Underdamped and Overdamped) and Time Constant of Systems

In this lesson I have discussed the Root Locus Representation of various Damping systems and have also Understood some important Locus.

Root Locus Representation and Important Locus

In this lesson I have discussed the Impulse Response and The Unit Step Response for Second Order System in which we have seen their outputs and the respective graphs.

Impulse and Step Response for Second Order system

In this lesson I have discussed the Important Parameters for Second Order system like Rise Time and Peak Time and we have also understood the Overshoot and Undershoot.

Parameters for Second Order system.

In this lesson I have discussed other important Parameters for Second Order System :Peak Overshoot,Percentage Overshoot and Settling Time.

Parameters for Second Order System(Part-2)

In this lesson I have discussed the Error Constants:Static Positional Error Constant,Static Velocity Error Constant and Static Acceleration Error Constant.

Error Analysis

In this lesson I have discussed the Steady state error and Steady state error Constants for different Type of the system.

Steady State Error for different 'Type'

In this lesson I have discussed some more Steady State Error and Steady State Error Constants for different types of the system and at the end we have seen the Tabular Representation for this which proves to be a 'shortcut'!

Steady State Error for different 'Type'(Part-2)

B.Tech ECE.
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Sneha Maduru

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.

Stability and R- H Crietria: GATE

Qaisar Hafiz

This course covers the concepts of - Effect of PD controller on system response by QAISAR HAFIZ Ex- IES

(Hindi) PID Controller : ESE

B.E (ECE) , M.E ( Power Electronics), PhD(Electrical Engineering). 20 years of Teaching Experience in Engineering subjects.Cracked Teachers 

Stella S A G

This video lecture explains about steady state behavior of a system when subjected to standard test signals like impulse, step, ramp and parabolic inputs. This Course is beneficial for GATE (ECE) aspirants.

Steady State Analysis - Introduction : GATE (ECE)

The mathematical expression for standard second order system is derived.

Transient Response of Second Order Systems - GATE(ECE)

Electronics Researcher at University of Southern California. Mentored over 200+ on their path of success in ECE.

Akash Roy

This course covers all the concepts needed to solve problems of Time Domain Responses in a Control System.

Time Domain Analysis : Control Systems : GATE ECE

#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.

Lessons

18 lessons • 3h 4m

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Introduction: Transient Response

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Steady State Error,Type and Order of the System

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Finding OLTF and Time Response for First order System

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Steady State Error,Time Response for Impulse Input

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Unit Step Response for First Order System

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Ramp and Parabolic Response for First Order System

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Parameters for Unit Step Input for First Order System

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Time Response Analysis for Second Order System

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Nature of Roots for Second Order System

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Damping Mechanism(Undamped and Critically Damped)

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