Currently working for an Engineering Consultancy. I have completed my Instrumentation Engineering from Swami Vivekanand college. Educating i

Pawan Bhatla

This course covers the concepts of various control system modules including stability Analysis, State space Analysis, etc.
Step wise understandting and solution for each topic is delivered in this course.

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

Control System: Easy Learning: GATE

Controllers and Compensators

Control Systems

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

The lesson covers steps to construct Root Locus

Construction of Root Locus

This lesson covers the methods to evaluate State Transition Matrix(STM).
Laplace Method and Cayley Hamilton Method

State Transition Matrix

This lesson deals with representation of various cannonical forms from a given transfer function

State Space Representation(Cannonical form)

This lesson covers the steps involved in designing a controller for a system using three different methods namely transformation, Ackermann's formula and matching coefficient.

Controller Design

This lesson covers the steps to design an observer along with the methods namely Transformation, Ackermann's formula and Matching Coefficeint.

Observer Design

This lesson covers the concept of Steady State Error. It also deals with various inputs and Type of a System.

Steady State Error

This lesson is particularly for Instrumentation branch.It covers the definition, types of singularity points and the method to evaluate singularity points.

Advanced Control System

This lesson is about control system design.Dominant poles and their significance are explained.
Lead and Lag compensators along with their circuit diagram and transfer function has been discussed.
The lesson covers the PID controller and each of its modes.

Design of Control System

This lesson deals with the stability analysis of a system using Routh Hurwitz criterion. Special case with all zero element row has also been discussed and solution of each case with an example has been explained in this lesson.

Stability Analysis using Routh Hurwitz

Ex Deputy Engineer ( BEL ) , GATE Qualified, YouTuber (10x preparation) , Motivational speaker , Mentor

Kartik Bhardwaj

In this course, Kartik will discuss controllers and compensators used in control systems. This course is specially designed for competitive exams like GATE and other aspirants.

(Hindi) Complete Course in Control System : Part 7 (Compensators and Controllers)

Sakshi Pandey

This course deals with the detailed explanation of various types of compensators. The course will be beneficial for GATE aspirants.

Compensators: GATE (ECE)

I am pursuing B.Tech (ECE) in CVSR college of engineering, Hyd.I stand first in my academics and teaching is my passion.

Vani Vardannagari

This course is to go through all the fundamentals of image compression and it's techniques.

Image Compression: GATE

BE (electrical and electronics engineering) , Two times gate qualified (2017, 2018),Two years of teaching experience.

Sanjeev Kumar

this course cover the in depths concept of frequency response analysis.

(Hindi) Frequency Response Analysis: GATE

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 the concept and detailed theory of Controllers and Compensators from the very basic and will also include some previous years questions.

(Hindi) Controllers and Compensators : Target-GATE 2019

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 course deals with different methods for the  solution of state equation. It also discuss how to obtain  system transient response from the solution.

Lessons

9 lessons • 1h 37m

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Construction of Root Locus

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State Transition Matrix

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State Space Representation(Cannonical form)

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Controller Design

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Observer Design

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Steady State Error

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Advanced Control System

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Design of Control System

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Stability Analysis using Routh Hurwitz