Course Curriculum
Total learning: 202 lessons Time: 10 weeks
- Introduction 15
- Lecture1.1
- Lecture1.2
- Lecture1.3
- Lecture1.4
- Lecture1.5
- Lecture1.6
- Lecture1.7
- Lecture1.8
- Lecture1.9
- Lecture1.10
- Lecture1.11
- Lecture1.12
- Lecture1.13
- Lecture1.14
- Lecture1.15
- DC Circuits 9
- Lecture2.1
- Lecture2.2
- Lecture2.3
- Lecture2.4
- Lecture2.5
- Lecture2.6
- Lecture2.7
- Lecture2.8
- Lecture2.9
- Problems on Series,Parallel circuits and source transformation 6
- Lecture3.1
- Lecture3.2
- Lecture3.3
- Lecture3.4
- Lecture3.5
- Lecture3.6
- Star and Delta Circuits 5
- Lecture4.1
- Lecture4.2
- Lecture4.3
- Lecture4.4
- Lecture4.5
- MESH AND NODAL ANALYSIS 9
- Lecture5.1
- Lecture5.2
- Lecture5.3
- Lecture5.4
- Lecture5.5
- Lecture5.6
- Lecture5.7
- Lecture5.8
- Lecture5.9
- NODAL ANALYSIS 6
- Lecture6.1
- Lecture6.2
- Lecture6.3
- Lecture6.4
- Lecture6.5
- Lecture6.6
- Introduction 14
- Lecture7.1
- Lecture7.2
- Lecture7.3
- Lecture7.4
- Lecture7.5
- Lecture7.6
- Lecture7.7
- Lecture7.8
- Lecture7.9
- Lecture7.10
- Lecture7.11
- Lecture7.12
- Lecture7.13
- Lecture7.14
- Voltage and Current relations in passive elements 5
- Lecture8.1
- Lecture8.2
- Lecture8.3
- Lecture8.4
- Lecture8.5
- Series RLC circuits 8
- Lecture9.1
- Lecture9.2
- Lecture9.3
- Lecture9.4
- Lecture9.5
- Lecture9.6
- Lecture9.7
- Lecture9.8
- Parallel RLC Circuits 4
- Lecture10.1
- Lecture10.2
- Lecture10.3
- Lecture10.4
- RESONANCE 12
- Lecture11.1
- Lecture11.2
- Lecture11.3
- Lecture11.4
- Lecture11.5
- Lecture11.6
- Lecture11.7
- Lecture11.8
- Lecture11.9
- Lecture11.10
- Lecture11.11
- Lecture11.12
- LAPLACE TRANSFORM ANALYSIS CIRCUITS 7
- Lecture12.1
- Lecture12.2
- Lecture12.3
- Lecture12.4
- Lecture12.5
- Lecture12.6
- Lecture12.7
- NETWORK THEOREMS ( SUPER POSITION THEOREM ) 9
- Lecture13.1
- Lecture13.2
- Lecture13.3
- Lecture13.4
- Lecture13.5
- Lecture13.6
- Lecture13.7
- Lecture13.8
- Lecture13.9
- NETWORK THEOREMS ( THEVENIN 'S AND NORTAN'S) 26
- Lecture14.1
- Lecture14.2
- Lecture14.3
- Lecture14.4
- Lecture14.5
- Lecture14.6
- Lecture14.7
- Lecture14.8
- Lecture14.9
- Lecture14.10
- Lecture14.11
- Lecture14.12
- Lecture14.13
- Lecture14.14
- Lecture14.15
- Lecture14.16
- Lecture14.17
- Lecture14.18
- Lecture14.19
- Lecture14.20
- Lecture14.21
- Lecture14.22
- Lecture14.23
- Lecture14.24
- Lecture14.25
- Lecture14.26
- Introduction 9
- Lecture15.1
- Lecture15.2
- Lecture15.3
- Lecture15.4
- Lecture15.5
- Lecture15.6
- Lecture15.7
- Lecture15.8
- Lecture15.9
- Y (ADMITTANCE) PARAMETERS 4
- Lecture16.1
- Lecture16.2
- Lecture16.3
- Lecture16.4
- HYBRID(h) AND TRANSMISSION PARAMETERS 16
- Lecture17.1
- Lecture17.2
- Lecture17.3
- Lecture17.4
- Lecture17.5
- Lecture17.6
- Lecture17.7
- Lecture17.8
- Lecture17.9
- Lecture17.10
- Lecture17.11
- Lecture17.12
- Lecture17.13
- Lecture17.14
- Lecture17.15
- Lecture17.16
- TRANSIENT ANALYSIS 18
- Lecture18.1
- Lecture18.2
- Lecture18.3
- Lecture18.4
- Lecture18.5
- Lecture18.6
- Lecture18.7
- Lecture18.8
- Lecture18.9
- Lecture18.10
- Lecture18.11
- Lecture18.12
- Lecture18.13
- Lecture18.14
- Lecture18.15
- Lecture18.16
- Lecture18.17
- Lecture18.18
- NETWORK TOPOLOGY (GRAPH THEORY) 10
- Lecture19.1
- Lecture19.2
- Lecture19.3
- Lecture19.4
- Lecture19.5
- Lecture19.6
- Lecture19.7
- Lecture19.8
- Lecture19.9
- Lecture19.10
- Magnetic Circuits 6
- Lecture20.1
- Lecture20.2
- Lecture20.3
- Lecture20.4
- Lecture20.5
- Lecture20.6
- Filters ( Passive ) 4
- Lecture21.1
- Lecture21.2
- Lecture21.3
- Lecture21.4
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