Vaibhav Siwach

This course is specially designed for imparting the basic and advanced level knowledge of Steady State Response of an AC circuit. We will cover steady state response of all kind of circuits possible i.e. parallel of series combination of passive elements. This course will also help in gaining knowledge of different types of power in AC circuits.

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Steady State Response of AC Circuits - GATE 2019

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This lesson is just an overview lesson for the knowledge of the students who should go with this course and what are the lessons I am going to cover under this course.

Overview

This lesson is all about different kinds of representation of AC signals i.e. Polar, Instantaneous and Rectangular. I have also explained here the mixing of different kinds of representations.

AC Signals Representation

This lesson is dedicated to different types of power in AC circuits. I have explained here Instantaneous, Real, Average, Complex and Reactive powers in detail with examples.

Power in AC Circuits

This lesson covers the basics of RMS and average value calculations of AC signals and composite signals. I have explained here its utility with some examples.

RMS and Average Value Calculation

This lesson is the most basic lesson of studying steady state response of passive elements in an AC circuit. I have explained here briefly the response of Resistance, Inductance and Capacitance via phasor diagram and power factor calculations.

Steady State Response of Passive Elements ( R, L & C)

I have covered here the series circuits i.e. RL, RC and RLC Circuits steady state response. It is related to the previous lesson, so the pre-requisites are that you cover last lesson first for better understanding of this one.

Steady State Response of Series RL, RC and RLC Circuits

This lesson covers the steady state response of Parallel Rl and RC circuits in detail and the results are compared with the series RL and RC Circuits.

Response of Parallel RL and RC Circuits

This lesson covers the remaining steady state response of AC circuits i.e. Parallel RLC circuits. Here the comparison of series RLC and parallel RLC circuits behaviour is done clearly.

Response of Parallel RLC Circuits

This lesson consists of previous years GATE questions on steady state response of AC circuits and dc circuits. Some problems on AC power calculations have also been explained in detail.

Previous Year GATE Problems

I have completed B.tech in E &T , Gate qualified, have appeared in UPSC ESE two times, love to learning, a you tuber (TARGET IES) and a pass

Preety 

This course include what is resonance , quality factor Q, series and parallel resonance

(Hindi) ESE (E&T) Resonance

B.Tech. graduate from ECE with First Division Honours. Engineer by profession Educator by passion. My Motive is to 'Grow & Learn' always.

Indu Yadav

Here we are going to study how to find transient values for different combinations passive elements with dc connected in circuit.

(Hindi) DC TRANSIENT For GATE

Dr Gaurav Vijay

Properties of Laplace Transform is discussed in this course

(Hindi) Laplace Transform Properties: ESE

I have completed my bachelor's degree in electronics engineering with first class from Shivaji University. currently I am preparing govt. ex

Shubham Kore

in this course Shubham Kore is going to discuss what is transient response, DC response of different circuits like RC, RL circuits etc.

(Hindi) Network Theory - Transient Response

in this course I am going to discuss how Circuits behaves when AC source is connected across it.we are discussing R-L,   R-C and R-L-C Circuit response and problem solving.

(Hindi) AC Response of Circuits

#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 Course we will be discussing about the Current division rule, Voltage division rule, star to delta and delta to star transformation, KCL and KVL.

Lessons

9 lessons • 1h 29m

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Overview

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AC Signals Representation

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Power in AC Circuits

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RMS and Average Value Calculation

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Steady State Response of Passive Elements ( R, L & C)

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Steady State Response of Series RL, RC and RLC Circuits

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Response of Parallel RL and RC Circuits

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Response of Parallel RLC Circuits

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Previous Year GATE Problems