Question: A transmission line having primary constants L,C, R, and G has length and is terminated by a load having complex impedance R L +
A transmission line having primary constants L,C, R, and G has length ℓ and is terminated by a load having complex impedance RL + j XL. At the input end of the line, a dc voltage source, V0, is connected. Assuming all parameters are known at zero frequency, find the steady-state power dissipated by the load if
(a) R = G ≠ 0;
(b) R ≠ 0, G = 0;
(c) R = 0, G ≠ 0;
(d) R ≠ 0, G ≠ 0.
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a Here the line just acts as a pair of lossless leads to the impedance At zero frequency the dissipa... View full answer
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