In
a tuned line
receiving
end voltage and current are numerically equal to corresponding sending end
values
receiving
end voltage and current are greater than corresponding sending end values
receiving
end voltage is greater than sending end voltage, but the corresponding currents
are equal
receiving
end voltage and sending end voltages are equal, but the sending end current is
less than receiving end current.
receiving
end voltage and current are numerically equal to corresponding sending end
values
When
receiving end voltage and current are numerically equal to corresponding
sending end voltage and current then that transmission line is a tuned power
line for a tuned line propagation constant is zero. In a power transmission
line we can see that the capacitance and inductance are distributed along the
lengths of transmission line.
Hence,
the correct option is (A).
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