# Important Topics of Network Theory For GATE Electrical Engineering Exams

By Kajal Vats|Updated : August 12th, 2021

GATE EE 2022 would be a target for many aspiring candidates preparing with full dedication and enthralled to crack it with a good score. It is beneficial to focus on important topics for each subject to prepare for the GATE Electrical Engineering keeping in mind the vast syllabus and proper time management for each subject.

In this article, we provide the Important topics for Network Theory based on the previous year's analysis and Expected pattern of questions which would be useful in preparing for the GATE Electrical 2022 exam and aiming to grab maximum marks out of Network Theory.

## Expected Topics of Network Theory for GATE EE 2022 Exam

Based on the analysis of previous GATE EE exam papers it has been observed Not many questions were asked of this subject in the GATE EE exam. The most important topics in Network Theory may be expected for GATE EE 2022 exam.

• D.C. Analysis, AC Analysis, 3-Phase System, Ladder Network, Graph Theory, Network-Theorem & h-Parameter.
• Network Solution, Two-Port Network, Thevenin's Theorem, Transfer Function, Transient & Steady State Analysis. Network Solution, Two-port Network, Network Topology, Dependent Source, Maximum Power Transfer.

## Network Theory Topics Asked in GATE Electrical Previous Exams

 Average Marks 11 Topic Covered Network Function, First Order RL circuit, Thevenin's Theorem, Three-phase system, Maximum Power Transfer Theorem

### GATE EE 2020 Exams

 Average Marks 5 Topic Covered Maximum Power transfer theorem, Thevenin's theorem, first-order RC circuit

### GATE EE 2019 Exams

 Average Marks 10 Topic Covered Transients, Basic concept of network, Milliman's theorem, capacitor charging, power calculation, Three-phase circuits.

### GATE EE 2018 Exams

 Average Marks 10 Topic Covered D.C. Analysis, AC Analysis, 3- Phase System, Ladder Network, Graph Theory, Network -Theorem & h-Parameter

### GATE EE 2017 Exams

 Average Marks 8 Topic Covered Network Solution, Two-Port Network, Thevenin's Theorem, Transfer Function.

### GATE EE 2016 Exams

 Average Marks 9 Topic Covered Network Solution, Transient Analysis, Two-port Network, Network Topology, Star-Delta, Basic Networks, Dependent Source, Maximum Power Transfer

Candidates can get unlimited access to all structured live courses and mock tests to boost up your preparations for ESE/GATE 2022 from the following links:

### ESE and GATE EE Online Classroom Program (25+ LIVE Courses and 190+ Mock Tests)

All the best!

Sahi Prep Hai to Life Set Hai !!!!