SEM-V EC Engg.: Control System

1 sections • 14 lectures • 00h 20m total length

	Lecture 11 Bode Plot, Gain Margin, Phase Margin		02:13:35min
	Lecture 12 Polar Plot & Nyquist Plot		02:46:12min
	Lecture 13 State Space Analysis		01:37:14min
	Lecture 14 Lead & Lag Compensator. Controller, PI, PD, PID Controller		01:28:24min
	Lecture 01 System, Control System, Open Loop & Close Loop System, Gain, Dominant Pole, Insignificant Pole, Time Constant		01:59:05min
	Lecture 02 Transfer Function of Electrical Neywork, RC & RLC Network, Transfer function of Differential Equation, Sensitivity		01:38:05min
	Lecture 03 Purpose, Difference between Open Loop & Close Loop, Connections, Block Diagram Reduction		01:20:04min
	Lecture 04 Purpose, Difference between Open Loop & Close Loop, Connections, Block Diagram Reduction		02:21:13min
	Lecture 05 Purpose,Time response, Transient, Steady State, Response of 1st & 2nd Order System		01:27:16min
	Lecture 06 Impulse Responmse (Undamped, Underdamped, Critically Damped, Overdamped), Unit Step Response		01:45:14min
	Lecture 07 Rise Time, Dealy Time, Peak Time, Time Period, Steady State Error		02:27:15min
	Lecture 08 R-H Criteria, Frequency of Occilation, Stability, Poles in R.M.S., L.H.S.		01:55:35min
	Lecture 09 Angle Condition, Magnitude Condition, Asymptote, Angle of Arrival, Angle of Departure		03:32:08min
	Lecture 10 Inverse Root Locus, Addition of pole & zero, Frequency domain specification		01:08:04min

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