Consider an open – wire telephone line, which is 200 km in length, is terminated by - its characteristic impedan ce at the receiving end. At the sending end, it is driven by a generator which has a frequency of 1 KHz, Vg= 10Vms, and an internal impedance of 500 2. At this frequency, the line has Zo = 683 - j138 2 and y = 0.0074 + jo.0356/Km. Find the receiving end voltage, current, and power.

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ISBN:9780133923605
Author:Robert L. Boylestad
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Consider an open – wire telephone line, which is 200 km in length, is terminated by
its characteristic impedan ce at the receiving end. At the sending end, it is driven by a
generator which has a frequency of 1 KHz, Vg= 10Vms, and an internal impedance
of 500 Q. At this frequency, the line has Zo = 683 - j138 Q and y = 0.0074 +
jo.0356/Km. Find the receiving end voltage, current, and power.
Transcribed Image Text:Consider an open – wire telephone line, which is 200 km in length, is terminated by its characteristic impedan ce at the receiving end. At the sending end, it is driven by a generator which has a frequency of 1 KHz, Vg= 10Vms, and an internal impedance of 500 Q. At this frequency, the line has Zo = 683 - j138 Q and y = 0.0074 + jo.0356/Km. Find the receiving end voltage, current, and power.
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