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 explains the analysis of linear as well as non-linear system with the help of State Space Representation. It also explains the method to find the transfer function, block diagram and SFG from state model.

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Hindi

(Hindi) State Space Analysis

State Space Analysis

Control Systems

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

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Test Preparation

This lesson explains the overview of State space analysis with the answer of why to read this course and for whom it will be very beneficial.

Overview (in Hindi)

This lesson explains the introduction of State space with the definitions of state, state space and  state vector.

Introduction to State space ( in Hindi)

This lesson explains the in-depth analysis of State Space Representation with the state model by finding the State and Output equations.

State Space Representation (in Hindi)

This lesson explains the different forms of state space representation with the approach to convert one representation into form.

Canonical Form ( in Hindi)

This lesson illustrates the approach of finding the transfer function of a state model with detailed approach. It also explains the method to find the inverse of a matrix.

Transfer Function from SSR (in Hindi)

This lesson explains the derivation of State equation to find the State Transition Matrix. It also explains the complete solution of State equation by two different methods.

State Equation and STM (in Hindi)

This lesson explains the properties of State Transition Matrix in details and also explaining a example on finding the State Transition Matrix when system matrix is given.

Properties of STM ( in Hindi)

This lesson illustrates the method of finding the State Space Representation from a Electrical Network with the help of KVL and KCL. It is also explaining the easiest method to find the order of an complex electrical network.

State space from electrical network (in Hindi)

This lesson explains SFG to SSR with different  examples to brief the variety of questions , we can expect.

SFG to SSR 1 (in Hindi)

This lesson explains SFG to SSR, with totally different examples from last lesson, these questions are unique and tough when appeared in exam but can be solved easily with the mentioned method.

SFG TO SSR 2 (in Hindi)

This lesson explains controllability and observability phenomenon used in SSR. IT also explains the real meaning and understanding of Controllability and Observability.

Controllability and Observability (in Hindi)

Kalman's test is a method to find controllability and observability of a system with matrix formation in a particular manner for both the test. For this lesson, basic knowledge  of matrices like determinant and rank will be very useful.

Kalman's test (in Hindi)

This lesson explains the method which is very easy and time saving to find observability and controllability, but this is applicable only to DCF and JCF (forms of SSR).

Gilbert's test (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

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

I am an engineer by passion want to be a good researcher.I love to do Mathematics.optimistic by nature,love to help people,believe in fun le

Ravi Sharma

In this course, Ravi will be discussing an Introductory on State Variable Analysis. The concepts covered will be: State Space Model, Solution of State Equation, State Transition, Matrix, Controllability and Observability of Control System, Obtaining transfer function from State Model and vice-versa.

Introductory Course on State Variable Analysis

PhD   Research Scholar in Control Systems at IIT-BHU l M.Tech in Control Systems from IIT-BHU l B.E. in E&TC from BIT,Durg l 

Anil Pal

Controllers have a history of more than 300 years. PID control is used in almost 80   percent of Industrial applications. Therefore  this course is designed to throw light on the working of Controllers and thus develop a very basic understanding of Control Systems

College Notes : The Story of Controllers(Control Systems)

In this course Anil Pal explains about the State Space Analysis which is Modern Approach. It is Universal in Application.

College Notes: State Space Analysis

Chill! Your failures are going to make your TED Talk Longer...

Faraz Hussain

This Course deals about state variables, representing system using state model by physical and phase variables, Eigen values and Eigen vectors, feedback controllers, analysis of no-linear system, stability of systems.

Modern Control Theory: ESE - Electrical Engineering

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.

Lessons

13 lessons • 2h 12m

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Overview (in Hindi)

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Introduction to State space ( in Hindi)

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State Space Representation (in Hindi)

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Canonical Form ( in Hindi)

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Transfer Function from SSR (in Hindi)

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State Equation and STM (in Hindi)

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Properties of STM ( in Hindi)

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State space from electrical network (in Hindi)

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SFG to SSR 1 (in Hindi)

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SFG TO SSR 2 (in Hindi)

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