SYSTEMS COMPONENTS AND THEIR REPRESENTATION
👉 Basic elements of control system
👉 Open loop and Closed loop systems
👉 Mechanical Translational systems
👉 Mechanical Rotational Systems
👉 Modeling of electrical system
👉Transfer Function
👉 AC Servo Motors - Control Systems
👉 DC Servo Motor - Control Systems
👉 Block diagram reduction Techniques - Transfer Function
👉 Signal Flow Graph Representation
👉 Time response
👉 Time response analysis
👉 Typical Input Signals
👉 System Time Response
👉 Steady State Error
👉 P, PI, PD and PID Compensation
👉Root Locus Technique, Analysis and Application Procedure
👉 AC Servo Motors - Control Systems
👉 DC Servo Motor - Control Systems
👉 Block diagram reduction Techniques - Transfer Function
👉 Signal Flow Graph Representation
TIME RESPONSE ANALYSIS
👉 Time response
👉 Time response analysis
👉 Typical Input Signals
👉 System Time Response
👉 Steady State Error
👉 P, PI, PD and PID Compensation
👉Root Locus Technique, Analysis and Application Procedure
FREQUENCY RESPONSE AND SYSTEM ANALYSIS
👉 Frequency Response
👉 Bode plot
👉 Polar plot
👉 Nyquist Plot
CONCEPTS OF STABILITY ANALYSIS
👉 Stability
👉 Routh Hurwitz Criterion
👉 Nyquist Stability Criteria
👉 Relative stability
CONTROL SYSTEM ANALYSIS USING STATE VARIABLE METHODS
👉 State space representation of Continuous Time systems
👉 Solution of State equations
👉 Concepts of Controllability and Observability
👉 State space representation for discrete time systems
👉 Sampled Data System and Sampling Theorem