| 1. | The three phase currents lag their corresponding phase voltages by \ delta.
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| 2. | Consequently, the DC voltage level limits the amplitude of the generator phase voltage.
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| 3. | However, the flux estimation is usually based on the integration of the motor phase voltages.
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| 4. | Rectiverters can be connected between any of the three phase voltages and a common neutral connection.
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| 5. | Figure 3 shows the circuit schematic of the single-phase voltage source full-bridge inverter.
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| 6. | The phase voltages VaN and VbN are identical, but 180 degrees out of phase with each other.
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| 7. | The lamps can be connected to go dark when the phase voltages are identical and in-phase.
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| 8. | This keeps the magnitude of the phase voltages identical, but out of phase with each other by 120 degrees.
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| 9. | The output voltage is equal to the difference of the two phase voltages, and do not contain any even harmonics.
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| 10. | With a non-linear load the generator phase voltage will reach maximum amplitude which is approximately equal to the DC voltage.
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