Module 1: L1 Problem on Mechanical Translational System
Prashant Kadi
Module 1: L1 Problem on Mechanical Translational System
15:02
Syncro Transmitter and Receiver Pair
Prashant Kadi
Syncro Transmitter and Receiver Pair
6:49
DC Servomotor
Prashant Kadi
DC Servomotor
8:09
Module-3 L-18 Calculating the Rise Time, Peak Time and Peak Overshoot
Prashant Kadi
Module-3 L-18 Calculating the Rise Time, Peak Time and Peak Overshoot
8:53
Module-3 L:17 Problems on Time Domain Specification Continued
Prashant Kadi
Module-3 L:17 Problems on Time Domain Specification Continued
6:58
Module-3 L:16 Problems on Time domain specification
Prashant Kadi
Module-3 L:16 Problems on Time domain specification
8:39
Module-3 L-15: Expression for Peakovershoot
Prashant Kadi
Module-3 L-15: Expression for Peakovershoot
6:59
Module-3 L-14: Expression for Peak time
Prashant Kadi
Module-3 L-14: Expression for Peak time
12:48
Module-3 L:13 Expression for Rise Time
Prashant Kadi
Module-3 L:13 Expression for Rise Time
6:42
Module-3 L:12 Response of second order undamped system excited by unit step input.
Prashant Kadi
Module-3 L:12 Response of second order undamped system excited by unit step input.
13:57
Module-3 L:11Time Response Specification of Second order system
Prashant Kadi
Module-3 L:11Time Response Specification of Second order system
5:39
Module-3 L-10: Time response of second order system
Prashant Kadi
Module-3 L-10: Time response of second order system
10:32
Frequency Response of Lead Compensating Network
Prashant Kadi
Frequency Response of Lead Compensating Network
11:57
Module-3 L:9 Ramp Response of first order system
Prashant Kadi
Module-3 L:9 Ramp Response of first order system
13:55
Module-3: L-8 Response of First order system when step input is applied
Prashant Kadi
Module-3: L-8 Response of First order system when step input is applied
11:48
Module-3: L-7 Standard test signals in control system
Prashant Kadi
Module-3: L-7 Standard test signals in control system
5:40
Module-3: L-6 Introduction to Time Response Analysis in Control System
Prashant Kadi
Module-3: L-6 Introduction to Time Response Analysis in Control System
12:23
Module-3: L-5 Problems on RH criteria continued
Prashant Kadi
Module-3: L-5 Problems on RH criteria continued
13:52
Module-3: L-4: Difficulties in Routh Hurrwitz Criteria ( Part-2)
Prashant Kadi
Module-3: L-4: Difficulties in Routh Hurrwitz Criteria ( Part-2)
10:52
Module-3: L-3: Difficulties in Ruth Hurwitz Criteria
Prashant Kadi
Module-3: L-3: Difficulties in Ruth Hurwitz Criteria
9:31
Module-3 (L-2) Numericals on ROUTH-HURWITZ criteria
Prashant Kadi
Module-3 (L-2) Numericals on ROUTH-HURWITZ criteria
15:01
Module-3 (L:1)- Introduction to Routh - Hurwitz Criterion
Prashant Kadi
Module-3 (L:1)- Introduction to Routh - Hurwitz Criterion
11:51
Module-2 (L:6): Conversion of Electrical Network to Signal Flow Graph
Prashant Kadi
Module-2 (L:6): Conversion of Electrical Network to Signal Flow Graph
11:58
Module-2 (L-4) Introduction to Signal Flow Graph
Prashant Kadi
Module-2 (L-4) Introduction to Signal Flow Graph
14:53
Module-2 (L-5) Numerical on Signal Flow Graph
Prashant Kadi
Module-2 (L-5) Numerical on Signal Flow Graph
11:49
Module-2 (L-2) Numerical on block Diagram
Prashant Kadi
Module-2 (L-2) Numerical on block Diagram
11:11
L-3 Problems on the block diagram
Prashant Kadi
L-3 Problems on the block diagram
6:21
Module-2 (L:1) -Block Diagram Reduction in Control System
Prashant Kadi
Module-2 (L:1) -Block Diagram Reduction in Control System
15:02