Compared to three-phase machines (for the same rated capacity), single phase machines have O higher power factor O less flexibility in the choice of voltages O higher efficiency O smaller sizes If the...

Compared to three-phase machines (for the same rated capacity), single phase machines have<br>O higher power factor<br>O less flexibility in the choice of voltages<br>O higher efficiency<br>O smaller sizes<br>If the line-to-neutral capacitance of a single-phase transmission line is 12 µF, then line- to-line<br>capacitance equals to<br>O 12 µF<br>O 24 µF<br>O 6 µF<br>O 3 µF<br>

Extracted text: Compared to three-phase machines (for the same rated capacity), single phase machines have O higher power factor O less flexibility in the choice of voltages O higher efficiency O smaller sizes If the line-to-neutral capacitance of a single-phase transmission line is 12 µF, then line- to-line capacitance equals to O 12 µF O 24 µF O 6 µF O 3 µF

Jun 11, 2022

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Compared to three-phase machines (for the same rated capacity), single phase machines have O higher power factor O less flexibility in the choice of voltages O higher efficiency O smaller sizes If the...

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