Course Curriculum
Total learning: 202 lessons Time: 10 weeks
- Introduction 15
- IntroductionLecture1.1
- Introduction -1Lecture1.2
- Difference between Circuit Theory and Field TheoryLecture1.3
- Basics of Network ElementsLecture1.4
- Resistance and ResistivityLecture1.5
- Ohm’s Law and InductanceLecture1.6
- Ohm’s Law & Inductance – 2Lecture1.7
- CapacitanceLecture1.8
- Types of Network ElementsLecture1.9
- Types Of Network Elements – 2Lecture1.10
- Active ElementsLecture1.11
- Ideal & Practical sourcesLecture1.12
- Ideal and practical sources – 2Lecture1.13
- Ohm’s LawLecture1.14
- Basic problemsLecture1.15
- DC Circuits 9
- Series CircuitsLecture2.1
- Series Circuits – 1Lecture2.2
- Voltage Division TheoremLecture2.3
- Parallel circuits & Current division theoremLecture2.4
- Parallel circuits & Current division theorem -1Lecture2.5
- Kirchhoff’s Law ( KCL & KVL )Lecture2.6
- Kirchhoff’s Laws -1Lecture2.7
- Kirchhoff’s Laws – 2Lecture2.8
- Problems on Series and Parallel circuitsLecture2.9
- Problems on Series,Parallel circuits and source transformation 6
- Problems on Series and Parallel circuits – 1Lecture3.1
- Problems on series and parallel circuits – 2.1Lecture3.2
- Problems on Series and Parallel circuits – 3Lecture3.3
- Circuit reductionLecture3.4
- Source TransformationLecture3.5
- Problems on Source transformationLecture3.6
- Star and Delta Circuits 5
- Introduction to Star & Delta circuitsLecture4.1
- Problems on Star & Delta CircuitsLecture4.2
- Bridge balancing conditionLecture4.3
- Problems on Star & Delta Circuits – 1Lecture4.4
- Problems on Star & Delta Circuits – 3Lecture4.5
- MESH AND NODAL ANALYSIS 9
- Mesh Analysis IntroductionLecture5.1
- Basic problems on Mesh AnalysisLecture5.2
- Basic problems on Mesh Analysis – 2Lecture5.3
- Basic problems on Mesh Analysis – 3Lecture5.4
- Problems on Mesh Analysis – 1Lecture5.5
- Problems on Mesh Analysis – 2Lecture5.6
- Problems on Mesh Analysis – 3Lecture5.7
- Problems on Mesh Analysis – 4Lecture5.8
- Problems on Mesh Analysis – 5Lecture5.9
- NODAL ANALYSIS 6
- Introduction to Nodal AnalysisLecture6.1
- Basic Problems on Nodal Analysis – 1Lecture6.2
- Problems on Nodal Analysis – 2Lecture6.3
- Problems on Nodal Analysis – 3Lecture6.4
- Problems on Nodal Analysis – 4Lecture6.5
- Assignment – 1Lecture6.6
- Introduction 14
- IntroductionLecture7.1
- Complex signals representationsLecture7.2
- Complex signals representations – 01Lecture7.3
- Sinusoidal Signal RepresentationLecture7.4
- Sinusoidal Signal Representation -01Lecture7.5
- Sinusoidal Signal Representation -02Lecture7.6
- Square Waveform RepresentationLecture7.7
- Triangular Waveform RepresentationLecture7.8
- Average and RMS values from AC circuitsLecture7.9
- Form Factor and Peak FactorLecture7.10
- Average and RMS values of sinusoidal signalLecture7.11
- Average and RMS values of sinusoidal signal – 01Lecture7.12
- Average and RMS values of Other signalsLecture7.13
- Problems on AVG and RMSLecture7.14
- Voltage and Current relations in passive elements 5
- IntroductionLecture8.1
- V and I relation in resistorLecture8.2
- Power in pure resistorLecture8.3
- AC Source across Pure InductorLecture8.4
- AC Source across Pure CapacitorLecture8.5
- Series RLC circuits 8
- V and I relations in R,L,C parametersLecture9.1
- RL series CircuitLecture9.2
- Power in AC circuitsLecture9.3
- RC series CircuitLecture9.4
- RLC series CircuitLecture9.5
- Problems on RLC series CircuitLecture9.6
- Problems on RLC series Circuit -1Lecture9.7
- Assignment – 1Lecture9.8
- Parallel RLC Circuits 4
- PARALLEL RL CIRCUITLecture10.1
- PARALLEL RC CIRCUITLecture10.2
- Parallel RLC CircuitsLecture10.3
- Problems on RLC circuits -03Lecture10.4
- RESONANCE 12
- IntroductionLecture11.1
- Introduction -1Lecture11.2
- Series Resonance CircuitLecture11.3
- Series Resonance Circuit -1Lecture11.4
- Impedance and frequency relationLecture11.5
- Quality Factor and Bandwidth of RLC circuitLecture11.6
- Power factor and frequency relation in series RLC circuitLecture11.7
- Problems on series resonance circuitsLecture11.8
- Problems on series resonance circuits -1Lecture11.9
- Problems on series resonance circuits -2Lecture11.10
- Parallel Resonance circuitLecture11.11
- Problems on Resonance circuitsLecture11.12
- LAPLACE TRANSFORM ANALYSIS CIRCUITS 7
- LAPLACE TRANSFORM INTRODUCTIONLecture12.1
- Series RC CircuitsvLecture12.2
- Series RC and RL CircuitsLecture12.3
- Problems on FiltersLecture12.4
- Second Order Systems -01Lecture12.5
- Step Response of RC CircuitLecture12.6
- Responses of Second Order SystemsLecture12.7
- NETWORK THEOREMS ( SUPER POSITION THEOREM ) 9
- Introduction – Superposition TheoremsLecture13.1
- Super Position Theorem – Lecture-01Lecture13.2
- Super Position Theorem – Lecture-02Lecture13.3
- Super Position Theorem – Lecture-03Lecture13.4
- Super Position Theorem – Lecture-04Lecture13.5
- Super Position Theorem – Lecture-05Lecture13.6
- Super Position Theorem – Lecture-06Lecture13.7
- Super Position Theorem – Lecture-07Lecture13.8
- Super Position Theorem – Lecture-09Lecture13.9
- NETWORK THEOREMS ( THEVENIN 'S AND NORTAN'S) 26
- THEVENINS AND NORTON’S THEOREM INTRODUCTIONLecture14.1
- PROBLEMS ON THEOREMS – 01Lecture14.2
- PROBLEMS ON THEOREMS – 02Lecture14.3
- PROBLEMS ON THEOREMS – 03Lecture14.4
- THEVENIN’S THEOREM_Problem04Lecture14.5
- THEVENIN’S THEOREM_Problem02Lecture14.6
- THEVENIN’S THEOREM_Problem01Lecture14.7
- THEVENIN’S THEOREM_Problem05Lecture14.8
- Maximum Power Transfer theoremLecture14.9
- Maximum Power Transfer theorem -01Lecture14.10
- Maximum Power Transfer theorem -03Lecture14.11
- Maximum Power Transfer theorem -02Lecture14.12
- MILLMAN’S THEOREMLecture14.13
- MILLMAN’S THEOREM -01Lecture14.14
- DUALITY THEOREMLecture14.15
- TELLEGEN’S THEOREM_0Lecture14.16
- TELLEGEN’S THEOREMLecture14.17
- RECIPROCITY THEOREMLecture14.18
- RECIPROCITY THEOREM-01Lecture14.19
- RECIPROCITY THEOREM-02Lecture14.20
- Assignmaent – 3Lecture14.21
- Assignmaent – 4Lecture14.22
- Assignmaent – 5Lecture14.23
- Assignment – 3_SolutionsLecture14.24
- Assignment – 4_SolutionsLecture14.25
- Assignment – 5_SolutionsLecture14.26
- Introduction 9
- IntroductionLecture15.1
- TWO PORT NETWORKSLecture15.2
- TWO PORT NETWORKS-INTROLecture15.3
- Introduction to Two Port NetworksLecture15.4
- Z – ParametersLecture15.5
- PROBLEMS ON Z-PARAMETERSLecture15.6
- PROBLEMS ON Z-PARAMETERS – 1Lecture15.7
- PROBLEMS ON Z-PARAMETERS – 2Lecture15.8
- PROBLEMS ON Z-PARAMETERS – 3Lecture15.9
- Y (ADMITTANCE) PARAMETERS 4
- Y – PARAMETERSLecture16.1
- Y – PARAMETERS OF DELTA NETWORKLecture16.2
- PROBLEMS ON Y-PARAMETERSLecture16.3
- RELATION BETWEEN Z & Y PARAMETERSLecture16.4
- HYBRID(h) AND TRANSMISSION PARAMETERS 16
- h PARAMETERS & g- PARAMETERSLecture17.1
- Transmission ParametersLecture17.2
- Problems on Two Port NetworksLecture17.3
- Problems on Two Port Networks -1Lecture17.4
- Problems on Two Port Networks -2Lecture17.5
- RELATION BETWEEN TWO PORT NETWORK PARAMETERSLecture17.6
- Problems on Two Port Networks-3Lecture17.7
- Inter connecting Two port networksLecture17.8
- Parallel Connection of networksLecture17.9
- Cascade Connection of NetworksLecture17.10
- Problems on Two Port Networks-4Lecture17.11
- Problems on Two Port Networks-5Lecture17.12
- Problems on Two Port Networks-6Lecture17.13
- Problems on Two Port Networks-7Lecture17.14
- TYPES OF NETWORKsLecture17.15
- Problems on Two Port Networks-8Lecture17.16
- TRANSIENT ANALYSIS 18
- IntroductionLecture18.1
- Transient and Steady state ConditionsLecture18.2
- Time Constants of RC and RL circuitsLecture18.3
- Initial and Final Conditions of passive elementsLecture18.4
- Initial and Final Conditions of passive elements – 1Lecture18.5
- Current through the inductor from RL circuitLecture18.6
- RC series Circuit excited by the DC sourceLecture18.7
- Problems_1Lecture18.8
- Transfer Function of NetworksLecture18.9
- Problems on Transient Circuits-1Lecture18.10
- RL series circuit analysis using Laplace TransformLecture18.11
- Source free Transient circuitsLecture18.12
- Problems on Transient CircuitsLecture18.13
- RLC Series Circuit ( DC Excitation)Lecture18.14
- RLC Series Circuit ( DC Excitation)-1Lecture18.15
- RLC Series Circuit ( DC Excitation)-2Lecture18.16
- RLC Series Circuit ( DC Excitation)-3Lecture18.17
- AC Transient AnalysisLecture18.18
- NETWORK TOPOLOGY (GRAPH THEORY) 10
- Introduction to Network Topology(Graph Theory)Lecture19.1
- Introduction to Network Topology(Graph Theory)-1Lecture19.2
- Incident MatrixLecture19.3
- TREE OF NETWORK GRAPHLecture19.4
- Tie set MatrixLecture19.5
- Tie set Matrix -1Lecture19.6
- KCL,KVL from Tie Set MatrixLecture19.7
- Cut Set of Network GraphLecture19.8
- Fundamental Cut-setLecture19.9
- Problem on Cut-set and Tie-setLecture19.10
- Magnetic Circuits 6
- IntroductionLecture20.1
- Self and Mutual InductanceLecture20.2
- Co-efficient of CouplingLecture20.3
- series and parallel couplingLecture20.4
- Problems on Coupling circuitsLecture20.5
- Magnetically CouplingLecture20.6
- Filters ( Passive ) 4
- Types of FiltersLecture21.1
- Low Pass FilterLecture21.2
- High Pass FilterLecture21.3
- BPF and BSFLecture21.4
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