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w. e. f. Academic Year: 2024-25
Semester: 4
Category of the Course: Basic Science Course
Prerequisite: Fourier Transform, Differentiation, Basic Electronics, Mathematics
Rationale: This course will provide knowledge about fundamentals of the control system, various methods to find the transfer function, analysis of the control system with use of time domain and frequency domain techniques and stability of the control system.
Course Outcome: After Completion of the Course, Student will able to:
Gain an understanding of the types and concepts of control systems.
Determine the transfer function or mathematical representation for various systems.
Understand steady-state errors and their derivation for standard test signals by analyzing the responses of first and second-order systems.
Utilize the Root-locus technique, examine the stability criteria and optimal response of control systems
Utilize frequency domain techniques such as the Bode Plot and Polar Plot to evaluate the stability of the system.
Teaching Scheme (in Hours per Semester)
L - 45 Hours
T - NIL
PR - 30 Hours
PBL - 15 Hours
TH - 90 Hours
Total Credit - 03
Assessment Pattern and Marks
Theory :
ESE - 70
PA/M - 30
Tutorial / Practical :
PA (I) - 20
PBL (I) - 30
ESE(V) - 50
Total Marks : 200
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