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Faculty of GATE. Top Educator - GATE (Engineering Mathematics). 

Sanjay Yadav

This course is continuation course of Part 1 and Part 2 Network Theory Basics GATE.   In this course we will cover the further basic topics of Network Theory, the topic which will be discussed in this course are : 
1. Nodal Analysis
2. Concept of Supernode
3. Problem Series on Nodal Analysis
4. Series and Parallel combination of resistors
5. Series and Parallel combination of inductors 
6. Series and Parallel combination of capacitors
7. Problem Series on Equivalent Resistance - Part 1
8. Problem Series on Equivalent Resistance - Part 2
9. Problem Series on Equivalent Capacitors - Part 1
10. Voltage and Current divider rule
11. Star to Delta and Delta to Star Network
12. Network Elements
13. Problem Series on Equivalent Capacitors - Part 2

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

GATE - Iconic Pro

English

Part 3 : Network Theory Basics GATE

Semiconductor Electronics

Electrical Materials

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and SSC JE

Ace the toughest competitive and government exams in India 

Test Preparation

This is is the first lesson of the course Part -3 Network Theory Basics GATE, where we will understand the course overview that we are going to learn during this course. We will also understand the concept of Nodal Analysis, how to solve the nodal analysis problem.

Nodal Analysis

In this lesson we will be understand the concept of Nodal Analysis with Voltage source and utilising this concept we will solve the problem as well. We will also understand the concept of Super node and understand how does the supernode exist in the circuit. At the end of the lesson we will also understand the procedure to solve the supernode problem.

Concept of Supernode

In this lesson we will understand how to solve the problem on nodal analysis and supernode analysis. We will also understand how to apply the supernode concept in case of dependent voltage source.

Problem Series on Node Analysis

In this lesson we will understand the series and parallel combination of resistors and we will identify the equivalent resistance when the resistance are in series and parallel. At the end of the lesson we will also solve the problem based on the concept.

Series and Parallel Combination of Resistors

In this lesson we will understand the series and parallel combination of Inductors and we will identify the equivalent Inductance when the inductors are connected in series and parallel. At the end of the lesson we will also solve the problem based on the concept.

Series and Parallel Combination of Inductors

In this lesson we will understand the series and parallel combination of capacitors and we will identify the equivalent capacitance when the capacitors are connected in series and parallel. At the end of the lesson we will also solve the problem based on the concept.

Series and Parallel Combination of Capacitors

In this lesson we will understand the Important characteristics summary of the circuit elements. We will also understand the voltage divider rule for the resistance, Inductance and capacitance.

Voltage Divider Rule

In this lesson we will understand the current divider rule for the resistance, Inductance and capacitance. We will also analyse how to identify the branch current using the current divider rule.

Current Divider Rule

In this lesson we will solve the problem on the equivalent resistance, and understand how to redraw the circuit in order to solve the problem in more effective way.

Part 1: Problem Series on Equivalent Resistance

In this lesson we will solve the problem on the equivalent resistance, and understand how to redraw the circuit in order to solve the problem in more effective way. We will also learn the concept of Balanced bridge and to solve the equivalent resistance problem using the balanced bridge concept.

Part 2: Problem Series on Equivalent Resistance

In this lesson we will solve the problem on the equivalent capacitance which appeared on GATE and ESE, and understand how redrawing the circuit is helping to solve the problem in more effective way.

Part 1: Problem Series on Equivalent Capacitor

In this lesson we will understand the concept of Star to Delta and Delta to star conversion for the resistor, Inductor and capacitor. We will also understand how to remember this formula considering its importance for the GATE examination.

Star to Delta and Delta to Star Network

In this lesson we will understand the concept of Active elements and Passive elements. We will also understand the concept of Bidirectional and unidirectional elements. At the end of the lesson will also identify the network elements based on the V-I characteristics.

Network Elements

This is the last lesson of our course "Part 3 : Network Theory Basics GATE". In this lesson we will solve the GATE problems on the equivalent capacitor. We will also understand the course completion overview. At the end we will have basic summary of the entire Network Theory Basics topic that we have completed.

Part 2 : Problem Series on Equivalent Capacitor

Electrical engineer. Preparing for IES exams. Love to study new things .

Ankush Chhikara

This course is a practice course for the students preparing for Electric Circuits subject. It contains best selected 100 MCQ's type question which may come in GATE 2019 Exam.

Top 100 MCQs from Electric Circuits

This course will cover the basics of Network Theory, the topic which will be discussed in this course are : 
1. Introduction to Network Theory
2. Concept of Electric charge
3. Electric Current
4. Electrical Potential Difference
5. Electric Power
6. Circuit Elements (Resistor)
7. Ohm's law
8. Concept of short circuit and open circuit
9. Circuit elements - Inductor
10. Circuit elements - Capacitor
11. Concept of Dependent and Independent Source.

Part 1: Network Theory Basics - GATE

Graduated from KEC Dwarahat (EE), Appeared in UPSC ESE twice, Preparing!!

Shruti Joshi

This course will deal with the materials which are used in the electrical industry and of prime importance for the commercial as well as research purposes.  It will discuss some important phenomenon like Superconductivity, Hall Effect and the Band Theory and basic elements like Conductors, Insulators and Semiconductors which serve as a base for electronics industry.

(Hindi) Electrical Engineering Materials

I love teaching... It gives me a great satisfaction...... 


Anan Bari Sarkar

In this course Anan Bari Sarkar talks about Superconductors, Magnetism.

Superconductivity

AIR 17 in ESE 2018(EE), former Software Engineer, graduate from NIT Allahabad(Dept. Rank 2), avid reader and writer.

Deepak Chauhan

This Course covers few topics from Nano Material and last year questions asked. This Course is beneficial for ESE - Electrical Engineering aspirants.

Nano Materials : ESE - Electrical Engineering

Sanidhya Somani

In this course, Sanidhya encapsulateS the basics of LCD. He explains its concept in a compact and understandable way.

Lessons

14 lessons • 2h 39m

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Nodal Analysis

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Concept of Supernode

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Problem Series on Node Analysis

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Series and Parallel Combination of Resistors

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Series and Parallel Combination of Inductors

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Series and Parallel Combination of Capacitors

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Voltage Divider Rule

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Current Divider Rule

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Part 1: Problem Series on Equivalent Resistance

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Part 2: Problem Series on Equivalent Resistance

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