Weekly Course Contents and Study Materials for Preliminary & Further Study |
Week |
Topics (Subjects) |
Preparatory & Further Activities |
1 |
1 Introduction, Overview of Feedback. No file found |
No file found
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2 |
2 Introduction, Overview of Feedback. No file found |
No file found
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3 |
3 Dynamic Models: Mechanical systems. Electric circuits. Electromechanical systems. Block Diagram Reduction No file found |
No file found
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4 |
4 Dynamic Models: Mechanical systems. Electric circuits. Electromechanical systems : Signal Flow Graphs, Mason's Formua No file found |
No file found
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5 |
5 Dynamic Response: Laplace transform. System modelling diagrams. Time-domain specification. Effect of pole location and of zeros. No file found |
No file found
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6 |
6 Dynamic Response: Laplace transform. System modelling diagrams. Time-domain specification. Effect of pole location and of zeros. No file found |
No file found
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7 |
7 Dynamic Response: Laplace transform. System modelling diagrams. Time-domain specification. Effect of pole location and of zeros. No file found |
No file found
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8 |
8 Stability, Routh-Hurwitz criterion. System type, steady-state error. No file found |
No file found
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9 |
9 Stability, Routh-Hurwitz criterion. System type, steady-state error. No file found |
No file found
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10 |
10 Cases of Routh-Hurwitz No file found |
No file found
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11 |
11 Root Locus: Sketching a root locus. Design using root locus. No file found |
No file found
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12 |
12 Root Locus: Sketching a root locus. Design using root locus. No file found |
No file found
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13 |
13 Frequency Response: Bode diagrams. Nyquist stability criterion. Stability margins. No file found |
No file found
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14 |
14 Frequency Response: Bode diagrams. Nyquist stability criterion. Stability margins. No file found |
No file found
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