GATE EC Weightage Analysis for Control Systems

By Kajal Vats|Updated : August 17th, 2021

GATE (The Graduate Aptitude Test in Engineering) Exam is a gateway for aspiring candidates to take admissions in postgraduate programs in IISc's and IIT's. This year IIT Kharagpur is organising an institute for the GATE 2022 Exam. In this article, we are providing the detailed GATE EC weightage analysis for Control Systems. GATE EC Exam is conducted in various sessions. The following weightage analysis helps you to understand the importance of the subject in the GATE Exam.

GATE (The Graduate Aptitude Test in Engineering) Exam is a gateway for aspiring candidates to take admissions in postgraduate programs in IISc's and IIT's. This year IIT Kharagpur is organising an institute for the GATE 2022 Exam. In this article, we are providing the detailed GATE EC weightage analysis for Control Systems. GATE EC Exam is conducted in various sessions. The following weightage analysis helps you to understand the importance of the subject in the GATE Exam.

Control Systems Analysis 

  • GATE Electronics and Communication Engineering 2021
    • Paper Analysis: 9 Marks
  • GATE Electronics and Communication Engineering 2020
    • Paper Analysis: 8 Marks
  • GATE Electronics and Communication Engineering 2019
    • Paper Analysis: 8 Marks
  • GATE Electronics and Communication Engineering 2018
    • Paper-1 Analysis:  8 Marks
  • GATE Electronics and Communication Engineering 2017
    • Paper-1 Analysis: 11 Marks
    • Paper-2 Analysis: 9 Marks
  • GATE Electronics and Communication Engineering 2016
    • Paper-1 Analysis: 12 Marks
    • Paper-2 Analysis: 8 Marks
    • Paper-3 Analysis: 8 Marks
  • GATE Electronics and Communication Engineering 2015
    • Paper-1 Analysis: 8 Marks
    • Paper-2 Analysis: 9 Marks
    • Paper-3 Analysis: 11 Marks

Important Topics

  • Topics Covered in 2020: Steady-state error, Steady-state output of the system, Root locus, Pole-zero plot, Routh array
  • Topics Covered in 2019: Bode Plot, Stability analysis, Signal flow graph, Transfer function
  • Topics Covered in 2018: Nyquist plot, RH criterion, State Space Analysis, Frequency response, Bode Plot
  • Topics Covered in 2017: State Space Analysis, Block Diagram, Time Domain Analysis, Nyquist plot, compensators, transfer function, Nyquist plot, RH criterion, Compensator, Root locus, Steady-state error, TDA.
  • Topics Covered in 2016: State Variable Analysis; Stability & R-H Criterion; Time-domain Analysis; Basics, Bode Plot; Time Response; Nyquist Plot; Initial Value (L.T), Root Locus Technique.
  • Topics Covered in 2015: Basic of Control System, Stability & Routh-Hurwitz Criterion, Root Locus Technique, Frequency Response Analysis Nyquist Plot, Compensators & Controllers, Time-domain Analysis, Frequency response Analysis using bode plot, State Variable Analysis.

We hope this analysis will be useful to prepare Control Systems. You can analyse frequently asked topics in GATE from the given analysis to crack the GATE 2022 Exam.

Previous Year Papers

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