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 detailed approach to solve the numerical questions on Bode Plot along with Gain margin and Phase margin calculation.

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

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Hindi

(Hindi) Numerical Questions on Bode Plot

Frequency Response Analysis

Control Systems

Electrical Engineering

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Test Preparation

This lesson explains the overview of numericals on Bode plot, which will be covering a variety of questions.

Overview (in Hindi)

This lesson explains the concept of bode plot drawing with respect to numerical question containing one zero and two pole.

Numerical on Bode Plot - 1 (in Hindi)

This lesson illustrates the concept of quadratic pole in drawing of bode plot.

Numerical on Bode Plot -2 (in Hindi)

This explains the numericals which explained a different form of questions being asked on Bode plot along with quadratic pole and zeros at origin.

Numerical on Bode Plot - 3 (in Hindi)

This lesson explains a couple of questions which are different in this category and aslo includes the concept of transportation delay concept.

Numerical on Bode Plot - 4 (in Hindi)

This is a numerical example of a bode plot chapter in which we are determining the transfer function from the given bode plot.

Bode to Transfer Function (in Hindi)

This gives a example of a couple of numerical questions which hides the information in a different way and also explains the idea to extract the information from that kind of problems.

Bode to T.F . 2 (in Hindi)

This lesson explains the different kind of questions based on Bode plot to get transfer function from it. It is also explaining the effect of Gain variation on Bode plot.

Bode to T.F. 3 (in Hindi)

This lesson explains the remaining type of problems and their solution which generally come across in different exams .

Bode to T.F. 4 (in Hindi)

This lesson explains a couple of methods to find the Gain margin and Phase margin.

Gain Margin and Phase Margin (in Hindi)

#BE in Electrical and Electronics Branch .
#M-tech in power system and Control.
# PHD In Electrical Branch.
#UPSC Aspirant .
#Assistant prof

Chitransh Tiwari

This course has about 20 lesson of complete syllabus of control system,which will be very useful for gate aspirant,sem students for various university,and IES exam

(Hindi) Linear Control System

Shaym Shah

It consists the conceptual understanding of Nyquist plot. The concepts are explained with keeping im understanding the requirements of GATE/IES exam

Also some short tricks are explained in thr course to reduce the time for answering question

GATE - Control Systems - Nyquist Plot

Vaibhav Siwach

This course consists of how to draw a Bode plot and steps & short tricks to find Gain Margin and Phase Margin of a system in order to find stability of the system.

Thorough Understanding of Bode Plot Through PYQ: GATE (Electrical)

This course consists of the in-depth knowledge of Nyquist Plot and how to draw a Nyquist Plot through Polar Plot. I have also explained here the stability of a system through NP.

Easy way to understand Nyquist Plot through 15 GATE-PYQs

It consists the conceptual understanding of polar plot. The concepts are explained with keeping im understanding the requirements of GATE/IES exam

Also some short tricks are explained in thr course to reduce the time for answering questions

Polar Plots: Control Systems for GATE

This course is very important from GATE perspective. I will explain here the basics and the tricks of Root Locus techniques to find the stability of the system. I will discuss it with GATE problems.

Lessons

10 lessons • 1h 30m

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Overview (in Hindi)

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Numerical on Bode Plot - 1 (in Hindi)

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Numerical on Bode Plot -2 (in Hindi)

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Numerical on Bode Plot - 3 (in Hindi)

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Numerical on Bode Plot - 4 (in Hindi)

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Bode to Transfer Function (in Hindi)

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Bode to T.F . 2 (in Hindi)

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Bode to T.F. 3 (in Hindi)

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Bode to T.F. 4 (in Hindi)

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Gain Margin and Phase Margin (in Hindi)