00:01
In the problem, first of all, we are going to define what is the thavening theorem.
00:05
So any combination of linear bilateral circuit element and active sources may be replaced by a simple two -terminal network consisting of a simple voltage source, that is vth, and a single impedance rth in series with voltage source across the two terminals of the load rl or the impudence zl.
00:30
Now the representation of the thapening theorem equivalent circuit is shown here this is vth rth and rtf and rl so this is the thiamine equivalent circuit now in the problem we have been given the diagram as this and you have to find the equivalent thurbanin circuit diagram of this.
00:59
So so step by step, it is drawn and this circuit is numbered in the numerical order, one, two, and so on.
01:13
Therefore, first of all, the first figure is given in the problem.
01:17
Second figure is here, we have converted the current source into voltage source.
01:26
Therefore, this six is added here.
01:28
Now in the third part, we have converted the voltage source into current source and this is shown in figure 3...