Subject Details
Dept     : MECHATRONICS
Sem      : 3
Regul    : 2023
Faculty : J.Swathi
phone  : NIL
E-mail  : swathi.j.mct@snsct.org
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Lecture Notes

UNIT 1:
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Basic elements in control systems
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Open and closed loop systems
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Mathematical modelling of: electrical systems
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Mathematical modelling of: mechanical systems
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Transfer function
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State-space modelling of dynamical systems.
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Transfer function
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Mathematical modelling of: electro-mechanical systems
UNIT 2:
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Block diagrams, block diagram reductions.
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Signal flow graph
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Mason’s gain formula
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Linearity versus nonlinearity
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time-invariance versus time-variance
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Linearity time-invariance versus nonlinearity and time-variance
UNIT 3:
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Step response of standard first order systems
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Step response of standard second order systems
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time-domain specifications and their formulae
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Definition of stability
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Routh-Hurwitz test
UNIT 4:
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Lead compensator
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lag compensator
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lead-lag/lag-lead compensators and their design
UNIT 5:
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Introduction to SciLab & study of basic Commands
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Program to implement Arithmetic Operations in Scilab
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Relational and Logical Operations
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Control structures -if else, for and while and break and continue
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Develop PID Controller
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Simulation to control a DC Motor
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Simulation of Object Detection for Robot