Vaibhav Siwach

This course is on a practical implementation of a control system by finding analogy between Electrical and Mechanical systems.

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

Importance of Mathematical Modelling: GATE

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

This is a introductory lesson focussing on the target audience and the course outline.

Overview

This session consists of the basics of the Mathematical Modelling i.e. the need of such model. I have also discussed here what are different types of Mathematical Models.

What is Mathematical Modelling

This session carries the most important Mathematical model i.e. Differential Equation Model. I have discussed it here with an example in detail.

Differential Equation Model

This session consists of the Transfer function model approach for analysis of system dynamics of a system. I have discussed it with an example and have explained the constraints also for the same.

Transfer Function Model

This session is a detailed analysis of Mathematical Modelling of Translational mechanical systems and its basic elements.

Mathematical Modelling of Translational Mechanical Systems

This session is a detailed analysis of basic elements of Rotational Mechanical Systems with their Mathematical Modelling.

Mathematical Modelling of Rotational Mechanical Systems

This session is a detailed analysis of Force Voltage analogy of Translational Mechanical Systems. I have also explained the need of analogy.

Force Voltage Analogy

This session is a detailed analysis of Force-Current analogy of Translational Mechanical Systems. I have also compared it with Force-Voltage Analogy.

Force Current Analogy

This session is a detailed analysis of Torque Voltage analogy of Rotational Mechanical Systems. I have also compared it with Force-Voltage Analogy.

Torque Voltage Analogy

This session is a detailed analysis of Torque Current analogy of Rotational Mechanical Systems. I have also compared it with Force-Voltage & Torque-Voltage Analogy.

Torque-Current Anaalogy

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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

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 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

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

10 lessons • 1h 18m