GATE EE Weightage Analysis for Control Systems

Control Systems Analysis 

• GATE Electrical Engineering 2021
  • Paper-1 Analysis: 11 Marks
• GATE Electrical Engineering 2020
  • Paper-1 Analysis: 13 Marks
• GATE Electrical Engineering 2019
  • Paper-1 Analysis: 9 Marks
• GATE Electrical Engineering 2018
  • Paper-1 Analysis: 8 Marks

• GATE Electrical Engineering 2017
  • Paper-1 Analysis: 7 Marks
  • Paper-2 Analysis: 8 Marks

• GATE Electrical Engineering 2016
  • Paper-1 Analysis: 7 Marks
  • Paper-2 Analysis: 6 Marks

Important Topics

• Topics covered in 2021: Characteristic Equation to find Root in S-Plane, Time Domain Analysis, Signal flow graph, Nyquist criterion, DC gain, Stability of control system
• Topics covered in 2020: Routh Array, LTI system, Transfer function, Signal flow graph, Nyquist criterion, DC gain, Stability of control system
• Topics covered in 2019: Final value theorem, Nyquist Plot, Routh Hurwitz Stability Criterion, Bode Plot, compensator, State-space modelling
• Topics covered in 2018: Steady-State Value, R-H Criteria to find Limit of Forward Gain, Characteristic Equation to find Root in S-Plane, Time Domain Analysis.
• Topics covered in 2017: Time-domain Analysis, Frequency Response Analysis & Nyquist Stability Theory, State Variable Analysis, Basic of Control System, Frequency response & Transfer Function.
• Topics covered in 2016: Nyquist Plot; Routh Stability; Lag-lead system; Bode plot and transfer function,

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 2021 Exam.

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