The puncture resistance of the insulator used in an AA cable with a conductor cross section of 150 mm2 is 200 kV / cm for the most convenient layout. Which of the following is the maximum effective value of the voltage that can be applied to this cable with relative dielectric coefficient kapasitesi, = 4.4, and the capacity of the unit length of the cable? Take the dielectric constant 8,86.10 ^ -12)
The puncture resistance of the insulator used in an AA cable with a conductor cross section of 150 mm2 is 200 kV / cm for the most convenient layout. Which of the following is the maximum effective value of the voltage that can be applied to this cable with relative dielectric coefficient kapasitesi, = 4.4, and the capacity of the unit length of the cable? Take the dielectric constant 8,86.10 ^ -12)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The puncture resistance of the insulator used in an AA cable with a conductor cross section of 150 mm2 is 200 kV / cm for the most convenient layout. Which of the following is the maximum effective value of the voltage that can be applied to this cable with relative dielectric coefficient kapasitesi, = 4.4, and the capacity of the unit length of the cable? Take the dielectric constant 8,86.10 ^ -12)
Transcribed Image Text:a) OU= 111,952899 kV
C= 222,676087 pF/m
b)OU = 113,540963 kV
C = 278,345109 pF/m
c) U= 43,974226 kV
C = 278,345109 pF/m
d) U= 103,648244 kV
C = 222,676087 pF/m
e) U= 56,418958 kV
C = 261,644402 pF/m
f)OU = 97.720502380 kV
C =244,943696 pF/m
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