GATE-ESE Faculty | 5+ yr. Exp | Post graduated from NIT KURUKSHETRA | Ex-NIT faculty | 300+ batches completed.

Srikanth Muppalla

This Course is about
Basics of Network analysis. This Course is beneficial for GATE (Electrical) aspirants.

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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English

Network Analysis: GATE (Electrical)

Mesh & Nodal Analysis

Network Analysis

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Definitions of current, voltage and power.

Analysis of Kirchoff's Current Law ( KCL ).

Analysis of Kirchoff's Voltage Law ( KVL ).

Active, passive elements and different sources present in a Network, Definition of Resistor and it's properties, Analysis of Ohm's law.

Classification of Network elements and Ohm's law.

Voltage, current relationship with respect to inductor and properties of a inductor.

Analysis of Inductor.

Overview of Network Analysis.

Realtion of Voltage and current with respect to Capacitor and it's properties.

Analysis of Capacitor.

Ideal sources and practical sources of voltage and current.

Concept of Independent sources.

Concepts of dependent voltage sources and source transformation techniques.

Analysis of Dependent sources and source transformation.

Star Delta techniques based on numerical analysis.

Star Delta conversions.

Mesh Analysis.

Nodal Analysis.

Advantages of sine wave , RMS, FORM FACTOR, PEAK FACTOR and AVERAGE values of different waveforms.

Concept of AC analysis.

RMS, Avg, F.F, P.F of different waveforms like triangular, sawtooth, full wave rectifier, halfwave rectifier etc.

Basics of AC analysis - 2.

AC analysis with respect to Resistor, Inductor and capacitor. Variations of voltage, current, power waves.

AC source across R,L,C.

Analysis RL,RC networks with impedance triangle, power triangle and voltage trangels, power expressions.

Series RL, RC circuits.

Analysis of parallel Networks with respect to RL & series RLC networks.

Series RLC & Parallel RL circuits.

Analysis of parallel RL, RLC networks with admittance, power triangle's .

Parallel RC & RLC circuits.

Analysis of locus diagrams with respect to variable resistor & variable inductor.

Locus Diagrams - 1.

Locus Diagrams with respect to Capacitors, impedance locus and admittance locus Diagrams.

Locus Diagrams - 2

Previous year questions on basics of Network Analysis.

Practice Questions on Basics.

Previous year GATE questions for practice.

Practice questions on basics - 2

Series resonance significance, conclusions and its applications.

Series Resonance - introduction.

Quality factor for series resonance circuits.

Series resonance - Quality factor.

Analysis of Bandwidth in series resonance circuits.

Series resonance - Bandwidth.

Realtion between Quality factor and resonance frequency.

Series Resonance - Bandwidth 2

Series resonance - Curves.

Parallel Resonance - 1

Parallel resonance - 2.

Tank circuit

Practice questions on series resonance & parallel resonance concepts.

Practice questions on Resonance - 1

Practice questions on series resonance and parallel resonance concepts.

Practice questions on resonance - 2

Transients analysis and inductor concepts.

DC Transients - 1

DC transients - 2.

Source free RL circuits, RL circuit with source, RC circuit with source and without sources.

DC transients - 3

Practice questions on t=0-  t=0+ concepts.

DC transients - 1 ( practice questions ).

Practice questions on inductor & capacitor when t > 0.

DC transients - 2 ( practice questions ).

Ac transients

AC transients conclusions & practice questions.

Ac transients - practice questions

Laplace transform approach basics & analysis.

Lapalce transform approach - 1

Laplace transform approach - 2

Introduction of two port networks and analysis of impedance parameters.

Two - port networks

Practice questions based on impedance parameters.

Practice questions on Z - parameters.

Admittance parameters analysis and practice questions.

Y - Parameters.

H - parameters.

g parameters, ABCD parameters and abcd parameters.

G & ABCD parameters.

Conclusions of two port networks and practice questions.

Conclusions & practice questions

Lattice networks

Interconncetion of 2- port networks

Practice questions on 2- port networks

GATE Coaching for ECE/EE/CE/ME/IN/CS/IT.
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Defined for Quality Education.
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Prime Gate Institute

In this course, the educator discusses New Circuits Terms: Node, Path, Loop and Branch, KCL and KVL, Series and Parallel, Combination of Resistors, Voltage and Current Division Rule etc.

(Hindi) Voltage and Current Laws: GATE (Electrical)

In this course, the educator discusses basic electrical quantities and associated units. The course will be beneficial for GATE (Electrical) Aspirants.

(Hindi) Basic Components and Electric Circuits: GATE (Electrical)

5 years of exp
YouTube channel :Sunil Engineering Academy
Referral code SUNEELSIRSSC to get discount in plus

Suneel Kumar Bandaru

In this course I have explained Magnetic Circuits in detailed. This Course covers magnetic materials concepts of flux mmf reluctance, comparison b/w electric and magnetic Circuits, series parallel connections, coupled Circuits, Faraday's laws and current carrying conductors.

Magnetic Circuits : GATE (Electrical)

#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 various topics in Electrical energy utilization subject and this course will be narrated in english for my english viewers.

Electrical energy utilization

In this course we will be discussing about the questions asked in UPSC ESE previous 2016 papers of network theory.

(Hindi) Network Theory ESE 2016 Paper Solution

Pawan Chandani

In this course Pawan will discuss all network theorems in detail like Superposition theorem, Thevenin's Theorem, Norton's theorem, maximum power transfer theorem, milliman's theorem and tellegen's theorem in detail with appropriate example

Lessons

50 lessons • 9h 27m

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Definitions of current, voltage and power.

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Analysis of Kirchoff's Current Law ( KCL ).

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Analysis of Kirchoff's Voltage Law ( KVL ).

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Classification of Network elements and Ohm's law.

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Analysis of Inductor.

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Overview of Network Analysis.

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Analysis of Capacitor.

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Concept of Independent sources.

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Analysis of Dependent sources and source transformation.

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Star Delta conversions.

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