What is Thevenin's theorem \(R_{Th}\) and \(V_{Th}\)?
\(V_{Th}\) = The open circuit voltage (\(V_{OC}\)) between terminals is called as Thevenin's voltage. \(R_{Th}\) = The equivalent resistance of the network as seen from the two terminals called Thevenin’s Resistance.
What is Thevenin’s impedance formula?
Thevenin’s impedance formula is denoted by \(Z_{TH}\) and it is the equivalent of the impedance of the given circuit when we simplify it into the simpler circuit. \(Z_{TH}=jZ_{TH} \)
What are the two parameters of Thevenin's circuit?
\(V_{Th}\) Thevenin's voltage and \(R_{Th}\) Thevenin’s Resistance are the two parameters in Thevenin's circuit
What are the conditions to apply Thevenin's theorem?
It can be applied to only two terminal linear bilateral networks. Some assumptions are made and situations where this theorem is not applied.
Where is Thevenin's theorem not applicable?
It can be applicable only for linear circuits, other than Resistors, Capacitors, and Inductors, in the circuit this theorem cannot be used. And any two-port networks, unilateral networks also it fails.