A single circuit 30 transposed TL is composed of 3 ACSR 1272000 cmil conductor per phase, with configuration as shown above. The self-geometric mean distance for the selected conductors (Ds) is 1.6 cm and their diameter is 4.5 cm. The distance between any 2 bundled conductors is 40 cm. Find the Geometric Mean Distance (GMD) in meters (m) for the selected TL: Choose..... Find the Inductance Geometric Mean Radius (GMR) in centimeters (cm) for the selected TL: Find the Capacitance Geometric Mean Radius (GMRC) in centimeters (cm) for the colected TL. Choose.... Choose... (4) 46 4

A single circuit 30 transposed TL is composed of 3 ACSR 1272000 cmil conductor per phase, with configuration as shown above. The self-geometric mean distance for the selected conductors (Ds) is 1.6 cm and their diameter is 4.5 cm. The distance between any 2 bundled conductors is 40 cm. Find the Geometric Mean Distance (GMD) in meters (m) for the selected TL: Choose..... Find the Inductance Geometric Mean Radius (GMR) in centimeters (cm) for the selected TL: Find the Capacitance Geometric Mean Radius (GMRC) in centimeters (cm) for the colected TL. Choose.... Choose... (4) 46 4

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Concept explainers

Capacitor

The capacitor is an element used to store electrical energy in the electrical field. A capacitor is a form of passive energy.

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obo
18 m
O
d = 40 cm
Find the Geometric Mean Distance (GMD) in meters (m) for the selected TL:
Find the Inductance Geometric Mean Radius (GMR) in centimeters (cm) for
the selected TL:
16 m
20 m
A single circuit 30 transposed TL is composed of 3 ACSR 1272000 cmil conductor per phase, with
configuration as shown above. The self-geometric mean distance for the selected conductors (Ds)
is 1.6 cm and their diameter is 4.5 cm. The distance between any 2 bundled conductors is 40 cm.
Find the Capacitance Geometric Mean Radius (GMRC) in centimeters (cm)
for the selected TL:
Find the Inductance in mH/Km for the selected TL:
CO
Choose...
Choose...
Choose....
Choose....
4

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Step 1: Determine the given variables

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Step 2: Calculating the Geometric Mean Distance (GMD) for the selected TL

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Step 3: Calculating the Inductance Geometric Mean Radius (GMR)

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Step 4: Calculating the Capacitance Geometric Mean Radius (GMRC)

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Step 5: Calculating the Inductance

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