Which of the following is true for the performance analysis of medium transmission line using end condenser method?

Correct option is A

End Condenser method:

$$\text{ABCD parameter } \rightarrow A = 1 + YZ \\[4pt]B = Z \\[4pt]C = Y \\[4pt]D = 1 \\[8pt]\textbf{Explanation:} \\[4pt]\bullet \; \text{Since the load and the lumped line capacitance are connected in parallel at the receiving end, they both experience the same voltage.} \\[6pt]\bullet \; \text{This means the voltage across the load is equal to the voltage across the lumped capacitance.} \\[6pt]\bullet \; \text{This assumption simplifies calculations while still giving a reasonably accurate performance analysis for medium-length lines (typically between 80 km and 200 km).}$$​​