GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this course, Shrenik Jain discusses transient or steady state analysis. Along with the concepts, some tricks and techniques are also provided to solve GATE questions.

(Hindi) Transient or Steady State Analysis: GATE (ECE)

This course will discuss some previous GATE questions regarding the topic Sinusoidal Steady State Analysis and understand the concepts quickly.

Sinusoidal Steady State Analysis for GATE/ESE/PSU (EE, EC, IN) - Learn from Scratch

This course discusses the topic Network Synthesis.

(Hindi) Network Synthesis

This is course is on Basics of Network which is specially designed for competitive exams like GATE/ESE /PSU for those who are looking for high quality content in a precise manner in very quick time. Please keep in mind that concept and shortcuts be discussed here to save time and to make sure that given content is highly efficient. It is strongly recommended to apply these tricks and shortcuts by practicing previous year GATE and ESE papers.

(Hindi) Basics of Network: Part 1

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.

(Hindi) Network Theory for IES : Part 2

A pair of terminals through which a current may enter or leave a network is known as a port. Two-terminal devices or elements (such as resistors, capacitors, and inductors) result in one-port networks. Most of the circuits we have dealt with so far are two-terminal or one-port circuits. We have considered the voltage across or current through a single pair of terminals—such as the two terminals of a resistor, a capacitor, or an inductor. We have also studied four-terminal or two-port circuits involving op amps, transistors and transformers. In general, a network may have n ports. A port is an access to the network and consists of a pair of terminals; the current entering one terminal leaves through the other terminal so that the net current entering the port equals zero. In this chapter, we are mainly concerned with two-port networks (or, simply, two-ports).

Two Port Networks for GATE/ESE/PSU (EE, EC, IN)

This course gives solutions on how to solve problems and calculation of equivalent resistance of complex symmetrical networks.

Networks : GATE (ECE)

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, Manoj will cover the introduction to Network Theory, one of the most important subjects for Electrical Engineering studies. This will be particularly aimed at helping GATE and IES aspirants.

Network Theory Part 1 : Basics

This course covers the DC and AC analysis of various combinations of R,L and C elements. This course also covers the Laplace Transform.

(Hindi) Transient Analysis - Network Theory

In this course, Nikhil Nakka helps you to quickly learn Transient Response Analysis through Previous year GATE problems. This course will be beneficial for GATE and ESE aspirants.

Transient Response Analysis: GATE and ESE

In this course, Kartik will discuss Two port Network. This course is specially designed for competitive exams like GATE, ESE, PSU and other aspirants.

(Hindi) Two Port Network for GATE Exam

This course discusses Transient Analysis in detail. This course will be beneficial for GATE aspirants.

(Hindi) Transient Analysis: GATE (ECE)

In this course we will be discussing about the ideal and practical current and Voltage source, dependent and independent sources, superposition theorem etc

Network Theory for IES : Part 3 (in Hindi)

In this course, Smita Gupta explains all the theorems to solve a complex circuit. This course will be beneficial for GATE (ECE) aspirants.

(Hindi) Network Theorem: GATE (ECE)

It describes two port network and it's parameters

(Hindi) Two-Port Network: GATE (ECE)

English

All questions

Network Theorems

Steady State AC Analysis

Transient Analysis

Two Port Networks

Miscellaneous Topics

Circuit Basics

Network Theory

GATE & ESE - EE, EC

IITian 12 years of exp EX. ACE FACULTY ,  to get 10% discount use the referral code : BVREDDY

B V Reddy

Ex Deputy Engineer ( BEL ) , GATE Qualified, YouTuber (10x preparation) , Motivational speaker , Mentor

Kartik Bhardwaj

Nikhil Nakka

Download Shrenik Jain - Study Simplified App to study LIVE  from Shrenik Jain sir 

Shrenik Jain Study Simplified

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

Shubham Kore

Presently working at STQC DIRECTORATE as a scientist
Written cleared BARC , ISRO , BEL,  BSNL JTO, NIELIT ,AAI 
ESE -2017 (Rank -36)

Smita Gupta

Writer. B. E. Electrical Engineering. Avid reader.

The Manoj Arora

Follow me and Learn Electrical Engineering.
use code " MACHINE20" to attend my Classes.
and Make Electrical your Passion

Ravendra Yadav

Sports enthusiast, Particapted in National circket meet twice, cleared GATE thrice, SSC-CGL mains, UPSC CSE Mains 2019

SELF STUDY

Network Theory

Network Theorems

Two Port Networks

Transient Analysis

Steady State AC Analysis

Network Theorems

Networks : GATE (ECE)

4.9

(Hindi) Basics of Network: Part 1

4.6

Network Theory Part 1 : Basics

4.6

(Hindi) Transient Analysis - Network Theory

4.9

Two Port Networks

(Hindi) Network Theory for IES : Part 2

4.5

Network Theory for IES : Part 3 (in Hindi)

4.7

Two Port Networks for GATE/ESE/PSU (EE, EC, IN)

4.8

(Hindi) Two Port Network for GATE Exam

4.8

Transient Analysis

Transient Response Analysis: GATE and ESE

4.8

(Hindi) Transient Analysis: GATE (ECE)

5

(Hindi) Network Theory - Transient Response

5

(Hindi) Transient or Steady State Analysis: GATE (ECE)

4.7

Steady State AC Analysis

Sinusoidal Steady State Analysis for GATE/ESE/PSU (EE, EC, IN) - Learn from Scratch

4.7

(Hindi) Network Theorem: GATE (ECE)

4.2

(Hindi) Two-Port Network: GATE (ECE)

5

(Hindi) Network Synthesis

5