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Find the transmission parameter of the resulting Ckt. when both are in a cascade connection.
1 Answer
written 2.5 years ago by |
Solution:
$ \begin{aligned} \\ &K V L \text { to } 100 p \\\\ &V_1(s)-10 I_1(s)-10\left[I_1(s)-I_3(s)\right]=0 \\\\ &V_1(s)=20 I_1(s)-10 I_3(s)...(1) \\\\ &K V L \text { to } 100 p(2) \\\\ &V_2(s)-10\left[I_2(s)+I_3(s)\right]=0 \\\\ &V_2(s)=10 I_2(s)+10 I_3(s).....(2) \\\\ &K V L \text { to } 100 p(3) \\\\ &-10 I_3(s)-10\left[I_3(s)+I_2(s)\right]-10\left[I_3(s)-I_1(s)\right]=0 \\\\ …