Design Engineer| M.tech in Power Electronics at NIT Trichy | Secured AIR 1305 in GATE'16 | Placed in Redpine Signals | TFI Campaign Lead

Anoop Jain

This course contains the objectives to read time response analysis, in addition to the list of topics that will be covered during this course.

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Hindi

(Hindi) Time Response Analysis

Math model, Block Diag & SF Graph

Control Systems

Electrical Engineering

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Test Preparation

This overview of time domain analysis explains the reason to read this course and a few advantages are making this course very important. It is also covering the topics to be covered during this course.

Overview - Time Response Analysis ( in Hindi)

This lesson explains the definition of response and types of domain.
It is also illustrating the types of responses with the rectified information from Individual response.

Definitions and Terminologies (in Hindi)

This lesson illustrates the type of test signals that are going to be used to analyse the time domain characteristics of a system.

Types of Signals (in Hindi)

This lesson gives the definition and analysis of all possible test signals. It also explains the graphical representation of test signals with the mathematical definitions.

Test Signal Analysis (in Hindi)

This lesson explains the Initial and Final value theorama used to find the initial and final value of the response in control systems. It also mentioned  the mandatory conditions to be remember for identifying the system where these theorams are applicable. A example at the end of the lesson is clearing the concept mathematically.

Initial and Final Value (in Hindi)

This lesson explains the type of response due to different different test signals including unit impulse, unit step and unit ramp signal.

First order circuit Analysis ( in Hindi)

This lesson explains the concept of steady state error in time domain analysis. It is also explaining the steady state error due to step, ramp and parabolic inputs.

Error Analysis ( in Hindi)

This lesson explains the method to find out the total steady state error due to disturbances and input.
It also explains the concept of type and order of a control system.

Steady state error with disturbances (in Hindi)

This lesson explains the conversion of non-unity feedback system to unity feedback system along with the concepts related to our last lessons.

Steady state error for non - unity feedback (in Hindi)

This lesson explains the definition of poles and zeros, which are the terms that mostly used in control systems for stability analysis.

Poles and Zeros ( in Hindi)

This lesson explains the the basics of 2nd order circuit analysis. It is also explaining the basic terminologies used in 2nd order control system analysis.

2nd Order system analysis (in Hindi)

This lesson explains the analysis of 2nd order circuit containing all the passive elements in it. It is also explaining the effect of damping ratio on the 2nd order control system response.

2nd order circuit analysis

This lesson illustrates the response of 2nd order control system by applying different different inputs. It is also explaining the various case of damping with the response graphs.

Response Analysis of 2nd order system (in Hindi)

This damping analysis lesson explains all the factors that are affected by damping ratio and also the locus of damping ratio as we changes it's value to decrease response time or to increase stability.

Damping Analysis (in Hindi)

This lesson explains the detail of different variables in the form of locus diagram of individual variable while others quantities are changing. It is also explaining the movement of poles with the variation in quantities.

Locus Analysis (in Hindi)

This lesson explains the quantities  related with the transient response of the 2nd order system. It also explains the definition of each quantity in addition to the graphical representation.

Transient Response (in Hindi)

This lesson gives the detailed analysis on transient response parameters for 2nd order system.
It also includes the overshoot and undershoot information used to analyse the control system along with the oscillation analysis to get frequency and time period of oscillation.
Desired response of the system makes this lesson complete.

Time Domain Specification (in Hindi)

#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

17 lessons • 2h 50m

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Overview - Time Response Analysis ( in Hindi)

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Definitions and Terminologies (in Hindi)

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Types of Signals (in Hindi)

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Test Signal Analysis (in Hindi)

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Initial and Final Value (in Hindi)

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First order circuit Analysis ( in Hindi)

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Error Analysis ( in Hindi)

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Steady state error with disturbances (in Hindi)

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Steady state error for non - unity feedback (in Hindi)

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Poles and Zeros ( in Hindi)

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