Lesson 58 of 100 • 9 upvotes • 8:41mins
L58: Dynamic behaviour of P Controller (contd.2)
100 lessons • 15h 25m
L1: Introduction to the course (in Hindi)
9:16mins
L2: Control system (in Hindi)
12:06mins
L3: Classification of Variables (in Hindi)
10:28mins
L4: Control Configurations (Feedback and Feedforward)
10:30mins
L5: Different hardware of a control system
9:06mins
L6: Mathematical Modelling
10:31mins
L7: Mathematical Modelling (contd. 1)
13:39mins
L8: Mathematical Modelling (contd. 2)
11:14mins
L9: Laplace transform
10:12mins
L10: Numericals-1 (Laplace transform)
8:27mins
L11: Numericals-2 (Laplace transform)
10:09mins
L12: Input Functions
9:17mins
L13: Input Functions (contd.)
8:02mins
L14: Linearization of non-linear model
9:47mins
L15: Linearization of non-linear model (contd.)
8:01mins
L16: Transfer Functions
9:29mins
L17: Transfer Functions (contd.1)
8:10mins
L18: Transfer Functions (contd. 2)
8:58mins
L19: Numericals-3 (Modelling)
9:26mins
L20: Numericals-4 (Linearization)
8:52mins
L21: Transfer Functions (contd. 3)
12:18mins
L22: Poles and Zeros of a system
9:30mins
L23: Transfer Function and its Analysis
10:11mins
L24: Transfer Function and its analysis (contd.)
8:11mins
L25: Dynamics of I order system
7:43mins
L26: Dynamics of I order system (contd.)
8:49mins
L27: Dynamics of I order system (contd.2)
9:57mins
L28: Dynamics of I order system (contd.3)
7:51mins
L29: Transient response of I order system
7:31mins
L30: Transient response of I order system (contd.)
7:27mins
L31: Transient response of pure capacitive process
8:00mins
L32: Numericals-5
8:03mins
L33: Numericals-6
7:24mins
L34: Numericals-7
8:40mins
L35: Numericals-8
7:25mins
L36: Numericals-9
7:44mins
L37: Numericals-10
8:41mins
L38: Numericals-11
8:11mins
L39: Second order Dynamics
8:29mins
L40: Second order dynamics (contd.)
10:36mins
L41: Second order dynamics (contd.2)
11:15mins
L42: Non-interacting Systems
11:04mins
L43: Non-interacting system (contd.)
9:27mins
L44: Interacting systems
10:28mins
L45: I order with controller
7:23mins
L46: Inverse response
9:32mins
L47: Process with dead time
8:32mins
L48: Numericals-12
8:15mins
L49: Numericals-13
8:22mins
L50: Numericals-14
8:39mins
L51: Introduction to Feedback control system
10:43mins
L52: P Controller
10:40mins
L53: PI Controller
12:29mins
L54: PID Controller
10:00mins
L55: Dynamic behaviour of closed loop control system
9:56mins
L56: Dynamic behaviour of P Controller in the closed loop
11:21mins
L57: Dynamic behaviour of P Controller (contd.)
7:16mins
L58: Dynamic behaviour of P Controller (contd.2)
8:41mins
L59: Dynamic behaviour of PI Controller
8:43mins
L60: Dynamic behaviour of PID Controller
8:28mins
L61: Numericals-15
8:50mins
L62: Numericals-16
8:52mins
L63: Numericals-17
8:01mins
L64: Numericals-18
9:44mins
L65: Stability Analysis
8:41mins
L66: Routh Hurwitz Test
11:42mins
L67: Routh Hurwitz test (contd.)
7:52mins
L68: Numericals-19
8:50mins
L69: Numericals-20
8:58mins
L70: Numericals-20
9:07mins
L71: Root locus technique
12:42mins
L72: Frequency response analysis of linear processes
10:17mins
L73: Frequency response analysis (contd.)
8:26mins
L74: Frequency response analysis (contd. 2)
7:38mins
L75: Frequency response analysis (contd.3)
7:21mins
L76: Bode plot (Pure capacity and time delay)
9:16mins
L77: Bode Plot (I order system)
11:39mins
L78: Bode Plot (II order system)
10:00mins
L79: Bode Plot (PI Controller)
7:57mins
L80: Bode Plot ( P & PD Controller)
7:56mins
L81: Bode stability criteria
11:26mins
L82: Bode stability criteria (contd.)
8:55mins
L83: Gain Margin and phase margin.
9:05mins
L84: Ziegler Nicholas Tuning technique
9:37mins
L85: Numericals-22
8:17mins
L86: Numericals-23
8:01mins
L87: Numericals-24
9:01mins
L88: Numericals-25
8:09mins
L89: Numericals-26
8:54mins
L90: Numericals-27
8:23mins
L91: Numericals-28
8:32mins
L92: Numericals-29
8:29mins
L93: Control Valve characteristics
9:57mins
L94: Cascade control system
11:20mins
L95: Cascade control system (contd.)
9:00mins
L96: Cascade control system (contd.2)
9:04mins
L97: Feedforward control system
8:12mins
L98: Feedforward control system (contd.)
7:40mins
L99: Numericals-30
8:21mins
L100: Numericals-31
11:22mins