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Using Eq. (5.23), determine the capacitancc to neutral (in µF/km) of a three-phase linc with threc Cardinal ACSR conductors equilaterally spaced 20 ft apart. What is the charging currcnt of the linc (in A/km) at 60 Hz and 100 kV line to linc? 2 Tk Eq. (5.23) :- C,n F/m to neutral %3D In(Djr)

Using Eq. (5.23), determine the capacitancc to neutral (in µF/km) of a three-phase linc with threc Cardinal ACSR conductors equilaterally spaced 20 ft apart. What is the charging currcnt of the linc (in A/km) at 60 Hz and 100 kV line to linc? 2 Tk Eq. (5.23) :- C,n F/m to neutral %3D In(Djr)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Using Eq. (5.23), determinc the capacitancc to neutral (in uF/km} of a three-phase linc with three Cardinal ACSR conductors equilaterally spaccd 200 ft apart. What is the charging current of the linc (in A/km) at 60 Hz and 100 kV line to linc? Еq. (5.23) :- С, 3 F/m to neutral In(Djr) (Kindly do not copy-paste answer from any other source. Kindly answer as asked in the question. Kindly show detailed steps, workings and provide explanantions for your answer. If you are confused about showing detailed steps, workings and providing explanations, then kindly skip the question and leave it for someone else.)
Transcribed Image Text:Using Eq. (5.23), determinc the capacitancc to neutral (in uF/km} of a three-phase linc with three Cardinal ACSR conductors equilaterally spaccd 200 ft apart. What is the charging current of the linc (in A/km) at 60 Hz and 100 kV line to linc? Еq. (5.23) :- С, 3 F/m to neutral In(Djr) (Kindly do not copy-paste answer from any other source. Kindly answer as asked in the question. Kindly show detailed steps, workings and provide explanantions for your answer. If you are confused about showing detailed steps, workings and providing explanations, then kindly skip the question and leave it for someone else.)
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