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Time Machines & Experiments
The Philadelphia Experiment (Variation)
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<blockquote data-quote="jiangnanah" data-source="post: 256014" data-attributes="member: 10748"><p>Oh, my God. I actually made a mistake. A two-phase electric motor is a direct current electric motor. I asked ChatGPT that the circuit generates pulsed direct current, and the DC motor should be better. Ordinary AC single-phase motors simply do not work. </p><p> “</p><p>In this case, the DC motor is usually connected in parallel with the capacitor to smooth out the output of the pulsed DC power supply, rather than being connected in series. Connecting capacitors in series will cause the motor to not work properly and may damage the motor.</p><p></p><p>Regarding going back to the neutral line of 110V AC, it depends on your specific circuit design. In general, if your motor only needs to be powered by a one-way power supply (e.g. only needs to rotate forward), then there is usually no need to return the motor to the neutral line of the 110V AC voltage. However, if you need the motor to move in both directions, or if the motor itself is designed to be grounded through the neutral line of the AC power source, then you may need to bring the motor back to the neutral line of the AC power source.</p><p>”</p></blockquote><p></p>
[QUOTE="jiangnanah, post: 256014, member: 10748"] Oh, my God. I actually made a mistake. A two-phase electric motor is a direct current electric motor. I asked ChatGPT that the circuit generates pulsed direct current, and the DC motor should be better. Ordinary AC single-phase motors simply do not work. “ In this case, the DC motor is usually connected in parallel with the capacitor to smooth out the output of the pulsed DC power supply, rather than being connected in series. Connecting capacitors in series will cause the motor to not work properly and may damage the motor. Regarding going back to the neutral line of 110V AC, it depends on your specific circuit design. In general, if your motor only needs to be powered by a one-way power supply (e.g. only needs to rotate forward), then there is usually no need to return the motor to the neutral line of the 110V AC voltage. However, if you need the motor to move in both directions, or if the motor itself is designed to be grounded through the neutral line of the AC power source, then you may need to bring the motor back to the neutral line of the AC power source. ” [/QUOTE]
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