Control Systems

 This course covers the following topics: mathematical modeling of dynamical systems, transfer functions & block diagrams of dynamic systems, transient response analysis, first order system, state variable models; characterization of systems: linearity, time invariance, and causality; general feedback theory; time and frequency domain analysis of feedback control systems; stability criteria and analysis; root locus methods; design of feedback control systems PID; design of different actuators and sensors, statespace representation of linear system, stability in the Zdomain, time domain analysis and root locus technique in the discrete time domain, statespace representation of discrete systems.

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