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 is all about the mathematical modelling of physical systems by finding first differential equations and then Transfer Function for the particular system. Explaination of Servo motor and Synchros made this lesson interesting and very important for an engineering student.

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Hindi

(Hindi) Mathematical Models of Systems - Part 1

Math model, Block Diag & SF Graph

Control Systems

Electrical Engineering

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Overview of Mathematical Models of Systems answers all the reasons and benefits to study this course. It briefly explains the lessons to be covered during this course.

Overview of Mathematical Models of Systems (in Hindi)

This lesson explains the types of motions that mechanical systems follow. It also explains the Newton's 2nd law of motion which will help to find the differential equations in the coming lessons.

Introduction of Mechanical Systems (in Hindi)

This lesson illustrate the elements of different mechanical systems with day to day life examples. It also explains the question that are important from competitive exams point of view.

Elements of Mechanical Systems (in Hindi)

This lesson explains the method to obtain the differential equations of both Translational and Rotational mechanical systems. It also explains the  Transfer Function approach to make analysis easy.

Differential equation and Transfer Function of Mechanical systems (in Hindi)

This lesson illustrates the electrical  analogies , which helps in obtaining the electrical system from a mechanical system. This lesson also contains the trick to remember the analogies in a easy way.

Electrical Analogous System (in Hindi)

This lesson explains the FTV Loop and FTV Nodal methods of analyzing electrical systems with basic KVL and KCL equations, to make the electrical analogous of mechanical systems. It also contains the application of tricks what we learnt in last lesson.

FTV Loop and FTC Nodal Analysis (in Hindi)

This lesson illustrates an example of mechanical systems which needs to be changed in its equivalent electrical system. This lesson explains the Nodal method to draw the equivalent mechanical system for obtaining the differential (equilibrium) equation. And it also explains the drawing method of electrical circuit with the help of differential equations.

Electrical Analogous circuit of Mechanical system(in Hindi)

This lesson is about the mecahnical system which is having rotational motion, we implemented the Newton's law of motion to get the differential equations and later with the help of Electrical analogies, converted it into Electrical circuits.

T-V and T-I Analogies (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

8 lessons • 1h 24m

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Overview of Mathematical Models of Systems (in Hindi)

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Introduction of Mechanical Systems (in Hindi)

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Elements of Mechanical Systems (in Hindi)

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Differential equation and Transfer Function of Mechanical systems (in Hindi)

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Electrical Analogous System (in Hindi)

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FTV Loop and FTC Nodal Analysis (in Hindi)

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Electrical Analogous circuit of Mechanical system(in Hindi)

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T-V and T-I Analogies (in Hindi)