- Introduction to control system,
- Mathematical modeling of dynamic systems,
- Hardware: sensors & actuators,
- Software: Matlab & Labview,
- Dynamic system description: transfer function & state space form,
- System performance: transient response for 1st & 2nd order systems, steady state errors,
- Classical control methods, root locus, frequency response analysis in Bode & Nyquist diagrams,
- Stability analysis: Routh-Hurwitz criterion, stability criterion in Nyquist & Bode diagrams,
- Control system design:
o PID, phase lead and phase lag controllers, digital control,
o Stability & precision compromise.
- Mathematical modeling of dynamic systems,
- Hardware: sensors & actuators,
- Software: Matlab & Labview,
- Dynamic system description: transfer function & state space form,
- System performance: transient response for 1st & 2nd order systems, steady state errors,
- Classical control methods, root locus, frequency response analysis in Bode & Nyquist diagrams,
- Stability analysis: Routh-Hurwitz criterion, stability criterion in Nyquist & Bode diagrams,
- Control system design:
o PID, phase lead and phase lag controllers, digital control,
o Stability & precision compromise.