Test source method is used if the circuit contains dependent sources and resistors only. In this video, I showed how to reduce a circuit with dependent source, and resistors to a Thevenin Equivalent Circuit
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RC Parallel Circuit : AC Example
Op - Amp Current to Voltage Converter
R-L-C Parallel AC Circuit
R-C Parallel AC Circuit
RL Parallel Circuit (AC) : Example
R-L Parallel AC circuit
Complex Power : Example 1
Op - Amp Schmitt Trigger Circuit ( easy explanation )
Complex Power : Example 2 (very hard)
Op Amp Integrator : Circuit Example (hard)
Theorem of Conservation of Complex Power
Maximum Average Power Transfer Theorem and it's Derivation (ac circuit)
Complex Power : Example 3 ( hard )
AC Example : Supermesh Method
AC Example : Nodal Analysis ( Hard )
AC Example : Maximum Average Power Transfer Theorem
Clipper Circuit : Example 8
Introduction to and Classification of Digital Logic Families (w subtitles)
Op-Amp Differentiator : Circuit Example
Maximum Power Transfer Theorem : Example 4 (very hard)
Maximum Power Transfer Theorem : Example 3
Maximum Power Transfer Theorem : Example 2 (easy solution)
Source Transformation : Example 3 (hard)
AC Circuit Example 4: Series RLC Circuit