A single circuit three-phase line operated at 60 Hz is arranged as shown in figure. The conductors are ACSR Drake. Find the inductive reactance per phase per mile. Use the required values from table....


A single circuit three-phase line operated at 60 Hz is arranged as shown in figure. The conductors are<br>ACSR Drake. Find the inductive reactance per phase per mile. Use the required values from table.<br>20 ft<br>20 ft<br>38 ft<br>Inductance and capacitance is given for above mentioned line. Design a transmission line of same length<br>with minimum reactance keeping in view the following factors,<br>Bundling of conductors<br>Type of conductor<br>Height of conductor<br>Cross sectional area of conductor<br>Use best possible parameters to justify your design and compare your results with given line.<br>

Extracted text: A single circuit three-phase line operated at 60 Hz is arranged as shown in figure. The conductors are ACSR Drake. Find the inductive reactance per phase per mile. Use the required values from table. 20 ft 20 ft 38 ft Inductance and capacitance is given for above mentioned line. Design a transmission line of same length with minimum reactance keeping in view the following factors, Bundling of conductors Type of conductor Height of conductor Cross sectional area of conductor Use best possible parameters to justify your design and compare your results with given line.

Jun 10, 2022
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