Now, the currents (I SC – Y T) and (I SC + Y T) flowing through the independent voltage sources can be added and subtracted by polynomial current controlled current sources to derive the Norton short ...

Figure 2 The Norton equivalent circuit for a linear network with an arbitrary load conductance of value ( G NOR /k) with k>0, is shown in 2a for the network; the load conductance G NOR /k in the ...

Here, i N = i SC because source current is diverted through the short circuit load. To find the equivalent resistance R N , remove all power sources and calculate total resistance at the load.