. .
.
Verification of Substitution Theorem
.
.

Theory :

Let us consider a simple network (Fig.1) where the branch equivalence of the load resistance is R_L.

         Fig. 1. A simple dc circuit to explain substitution theorem.

Obviously,

 I=\frac{24}{3+5}=3A

                      Fig. 2. Equivalent of branch x-y of Fig. 1.

Figure 2 represents the branch equivalents of the x-y branch (R_L) where it may be noted that in all the cases of Fig. 2 , the terminal voltages and through currents are identical and equal to that of the branch x-y (R_L).

It may also be observed that a known potential difference and current in a branch can be replaced by an ideal voltage and current source respectively.

Limitation: This theorem can not be used to solve network containing two or more sources that are not in series or in parallel.

Cite this Simulator:

.....
..... .....
Copyright @ 2017 Under the NME ICT initiative of MHRD (Licensing Terms)
 Powered by AmritaVirtual Lab Collaborative Platform [ Ver 00.11. ]