EX-405 Control System Notes
5 notes for Control System, unit by unit.
Notes for EX-405
- Unit 1 · Short notes Modeling of dynamic systems Modeling of dynamic systems: Electrical, Mechanical and hydraulic systems · Concept of transfer function · Laplace Transform · State space description of dynamic systems: Open and closed loop systems · Signal flow graph · Mason’s formula
- Unit 2 · Short notes Time‑domain analysis of closed loop systems Test signals · Time response of first and second order systems · Time domain performance specifications · Steady state error & error constants · Feedback control actions: Proportional, derivative and integral control
- Unit 3 · Short notes Stability Routh‑Hurwitz stability analysis · Characteristic equation of closed loop system · Root loci construction · Effect of adding poles and zeros on the loci · Stability by root loci
- Unit 4 · Short notes Frequency‑domain analysis Bode plots · Effect of adding poles and zeros · Polar plot · Nyquist stability analysis · Relative stability: Gain and phase margins
- Unit 5 · Short notes Design of control systems Design of control systems with PD/PI/PID control in time domain and frequency domain · Lead‑lag compensation · Lag‑lead compensation · Design of compensating networks · Solution of state equation: Eigenvalues & eigenvectors · Digitalization of state transition matrix
More for EX-405
Other 4th semester EX subjects
- BT-401 Mathematics-III
- EX-402 Electrical Machine-I
- EX-403 Digital Electronics Logic Design
- EX-404 Power System-I
- EX-406 Python