About Course
ENGINEERING CIRCUIT ANALYSIS
This subject is commonly known as Network theory, Electrical circuit, Network analysis, circuit theory.
This course explains how to analyze circuits that have direct current (DC) current or voltage sources. A DC source is one that is constant. Circuits with resistors, capacitors, and inductors are covered. Network theorem is covered.
After completing this course, you will be able to solve any DC circuit easily. I have explained each and everything with solved examples.
Course Content
ENGINEERING CIRCUIT ANALYSIS

Introduction to ECA Session 1
00:00 
voltage and power #ECA Session 2
00:00 
Independant Sources #ECASession 3
00:00 
Dependent Sources #ECASession 4
00:00 
Problems on Power Abs/Gen #ECA Session 5
00:00 
Networks, Circuits and Ohm’s law #ECASession 6
00:00 
Some Problems on Ohms Law #ECASession 7
00:00 
Nodes, Path, Loop and branches #ECA Session 8
00:00 
Numericals on nodes, path, loops, branches # ECA session 9
00:00 
Kirchhoff’s Current Law (KCL) – Definition and simple problems #session10
00:00 
Numericals based on KCL #ECA#Session11
00:00 
Numericals on KCL #ECAsession12
00:00 
Introduction to Kirchhoff’s Voltage Law #ECASession 13
00:00 
Numericals on KVl continued……#ECA Session 15
00:00 
Combining voltage and current sources Session 16 #ECA
00:00 
Numerical on combining voltage and current sources #ECAsession 17
00:00 
Resistors in series and Parallel I circuit analysis  #ECA Session #18
00:00 
Series and Parallel circuits revisited #ECA #Session 19
00:00 
voltage and current division #ECA Session 20
00:00 
nodal analysis #ECAsession 21
00:00 
Numerical on Nodal Analysis #ECA session 22
00:00 
More numerical on Nodal analysis #ECA session 23
00:00 
More numerical on nodal analaysis cont….#ECA Session 24
00:00 
SuperNode in nodal analysis #ECA Session – 25
00:00 
Mesh analysis #ECAsession 26
00:00 
The Supermesh #ECA Session 27
00:00 
Numericals – Mesh analysis #ECA Session 28
00:00 
Superposition theorem #ECA Session – 29
00:00 
Numerical on Superposition theorem
00:00 
Practical Voltage and Current sources Session 31 #ECA
00:00 
Source transformation #session 32 ECA
00:00 
Thevenin and Norton equivalent circuits #ECA Session 33
00:00 
Norton Equivalent Circuit#ECA Session 34
00:00 
Thevenin equivalent circuit numericals – dependent sources
00:00 
Introduction to Maximum power transfer theorem #ECA Session 36
00:00 
Star Delta and Delta Star transformations ECA Session 37
00:00 
capacitors – circuit point of view #ECA Session 38
00:00 
Introduction to Inductors in circuit point of view only #ECA Session 39
00:00 
series/parallel combination of inductors/capacitors #ECA Session 40
00:00 
Numericals on capacitor voltage vs current relationship..imp for interviews…session 41
00:00 
inductor vi chara numericals – important for interviews
00:00 
Introduction to Transient Analysis – The circuit timeline
00:00 
Introduction to source free RL Circuits – #transient analysis#ECA
00:00 
Simple numerical of source free RL – transient analysis session 44
00:00 
Properties of exponential response RL circuits #Transients #ECA
00:00 
Numericals on Source free RL circuit 1 #Transient Analaysis #ECA
00:00 
Numerical Source free RL circuits – part2 #transients #ECA
00:00 
Numericals source free RL circuits – part3 #transients#ECA
00:00 
Numerical of source free RL circuits – part4 #transients #ECA
00:00 
Numericals on Source free RL circuits – part5 #transients#ECA
00:00
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