Chapter 1: Netwok graphs: matrices associated with graphs | |
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Review Of Signals And Systems | |
Network Equations; Initial And Final Conditions | |
Problem Session1 |
Chapter 2: Incidence | |
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Review Of Signals And Systems | |
Network Equations; Initial And Final Conditions | |
Problem Session1 |
Chapter 3: Fundamental cut set and fundamental circuit matrices | |
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Review Of Signals And Systems | |
Network Equations; Initial And Final Conditions | |
Problem Session1 |
Chapter 4: Solution methods:nodal and mesh analysis | |
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Network Equations; Initial And Final Conditions |
Chapter 5: Network theorems:superposition | |
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Network Theorams And Network Functions | |
Amplitude And Phase Of Network Functions | |
Problem Session 3 : Network Theorems Transform |
Chapter 6: Thevenin and norton's maximum power transfer | |
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Network Theorams And Network Functions | |
Network Functions(contd.) | |
Amplitude And Phase Of Network Functions | |
Problem Session 3 : Network Theorems Transform |
Chapter 7: Steady state sinusoidal analysis using phasors | |
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Steady State Sinusoidal Analysis Using Phasors | |
Phasor Analysis Part 1 | |
Phasor Analysis Part 2 |
Chapter 8: Linear constant coefficient differential equations | |
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Review Of Signals And Systems | |
Network Equations; Initial And Final Conditions | |
Problem Session1 |
Chapter 9: Time domain analysis of simple RLC circuits | |
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Elementary Rlc One-port Synthesis |
Chapter 10: Solution of networks equations using laplace transform:frequency domain analysis of RLC circuits | |
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Network Equations; Initial And Final Conditions |
Chapter 11: 2 port network prameters:driving point and transfer functions | |
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Problem Session 5 | |
Minor - 1 | |
The Hybrid & Transmission Parameters Of 2 Ports | |
Problem Session 6: Two - Port Networks | |
Two - Port Network Parameters | |
Two - Port Network Parameters | |
Two-port Interconnections | |
Interconnection Of Two-port Networks(contd.) | |
Problem Session 7 : Two-port Networks(contd.) | |
Scattering Matrix | |
Scattering Parameters Of A Two-port |
Chapter 12: State equations for networks | |
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Resonance |
Chapter 13: Time and frequency analysis of LC and RLC circuits | |
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Lc Driving Point Functions | |
Lc Driving Point Synthesis (contd.) | |
Rc And Rl Driving Point Synthesis | |
Problem Session 10 : Lc Driving Point Synthesis | |
Rc & Rl One-port Synthesis (contd.) | |
Elementary Rlc One-port Synthesis |