A 50 load is attached to a 50 m section of the transmission line of Problem 10 1, and a 100 W signal is fed to the input end of the line (a) Evaluate the distributed line loss in dB m (b) Evaluate the reflection coefficient at the load (c) Evaluate the power that is dissipated by the load resistor (d) What power drop in dB does the dissipated power in the load represent when compared to the original input power (e) On partial reflection from the load, how much power returns to the input and what dB drop does this represent when compared to the original 100 W input power

Question: A 50- load is attached to a 50-m section of the transmission line of Problem 10.1, and a 100-W signal is fed to the input

A 50-Ω load is attached to a 50-m section of the transmission line of Problem 10.1, and a 100-W signal is fed to the input end of the line.

(a) Evaluate the distributed line loss in dB/m.

(b) Evaluate the reflection coefficient at the load.

(d) What power drop in dB does the dissipated power in the load represent when compared to the original input power?

(e) On partial reflection from the load, how much power returns to the input and what dB drop does this represent when compared to the original 100-W input power?

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