15 ES (SEC-II) Lectures
Lecture-1: Transfer Function & Stability of LTI Systems
Lecture-2: Mathematical Modeling of Dynamic Systems
Lecture-3: Block Diagram Representation of Control Systems
Lecture-2: Mathematical Modeling of Dynamic Systems
Lecture-3: Block Diagram Representation of Control Systems
14 ES (SEC-1) Lectures
Mid Semester Result
Lecture-1: Introduction to Subject & Preliminary Concepts
Lecture-2: Mathematical Modeling of Dynamic Systems
Lecture-3: Block Diagram Representation of Control Systems
Lecture-4: Signal Flow Graphs
Lecture-5: Transient Response Analysis of Control Systems
Lecture-2: Mathematical Modeling of Dynamic Systems
Lecture-3: Block Diagram Representation of Control Systems
Lecture-4: Signal Flow Graphs
Lecture-5: Transient Response Analysis of Control Systems
lecture_6_steady_state_error.pptx | |
File Size: | 834 kb |
File Type: | pptx |
lecture_7_roth_herwitz_stability_criterion.pptx | |
File Size: | 593 kb |
File Type: | pptx |
lecture_8__root_locus.pptx | |
File Size: | 1268 kb |
File Type: | pptx |
13 ES Class Lectures & Handouts
Course Contents
Tentative Teaching Plan (Theory)
Tentative Teaching Plan (Practical)
Lectures
Lecture-1: Introduction to Subject
Lecture-2: Transfer Function, Poles, Zeros and Stability
Lecture-3: Mathematical Modeling of Electrical Systems
Lecture-4-5: Mathematical Modeling of Mechanical Systems
Lecture-6-7: Mathematical Modeling of Electromechanical Systems
Lecture-8-9: Block Diagram Representation of Control Systems
Lecture-10-11: Signal Flow Graphs
Lecture-12-13: Time Domain Analysis of 1st Order Systems
Lecture-14-15: Time Domain Analysis of 2nd order Systems
Lecture-14-15: Supplementary slides
Lecture-16: Steady State Errors
Lecture-17: Routh-Herwitz Stability Criterion
Lecture-18-19-20-21: Frequency Domain Analysis Semilog Graph Paper Nichol's Chart
Lecture-22: Introduction to Root Locus
Lecture-23-24: Construction of Root Loci
Lab Handouts
Laboratory-1 Presentation Handout
Laboratory-2 Presentation Handout
Laboratory-3 Presentation Handout
Laboratory-4 Presentation Handout
Laboratory-5 Presentation Handout
Laboratory-6 Presentation Handout
Tentative Teaching Plan (Theory)
Tentative Teaching Plan (Practical)
Lectures
Lecture-1: Introduction to Subject
Lecture-2: Transfer Function, Poles, Zeros and Stability
Lecture-3: Mathematical Modeling of Electrical Systems
Lecture-4-5: Mathematical Modeling of Mechanical Systems
Lecture-6-7: Mathematical Modeling of Electromechanical Systems
Lecture-8-9: Block Diagram Representation of Control Systems
Lecture-10-11: Signal Flow Graphs
Lecture-12-13: Time Domain Analysis of 1st Order Systems
Lecture-14-15: Time Domain Analysis of 2nd order Systems
Lecture-14-15: Supplementary slides
Lecture-16: Steady State Errors
Lecture-17: Routh-Herwitz Stability Criterion
Lecture-18-19-20-21: Frequency Domain Analysis Semilog Graph Paper Nichol's Chart
Lecture-22: Introduction to Root Locus
Lecture-23-24: Construction of Root Loci
Lab Handouts
Laboratory-1 Presentation Handout
Laboratory-2 Presentation Handout
Laboratory-3 Presentation Handout
Laboratory-4 Presentation Handout
Laboratory-5 Presentation Handout
Laboratory-6 Presentation Handout