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Time Machines & Experiments
Delta T, Helmholtz Variation
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<blockquote data-quote="Einstein" data-source="post: 186470" data-attributes="member: 288"><p>It occurred to me that maybe you weren't aware that your description "2 sets of coil-pairs-in-series" would only require two signal sources that are from an AC source. Which means a true alternating current sine wave paired with another sine wave 90 degrees apart in time. All of the IC circuits that I had available to me at the time I built a rotating field generator operated on DC only. A square wave is really only 1/2 of a wave because the other 1/2 of the square wave is at zero voltage potential. So if I fed a sine-cosine square wave signal into just 2 sets of coil-pairs-in-series I would just get a compass needle that oscillates back and forth. To get the full rotation with a DC source requires 4 coils running independent of each other. So there are 4 quadrature square wave signals required. That is why I was a bit confused when you showed me the Dual D Flip Flop IC with only 2 quadrature square wave outputs. These IC chips will not transmit an AC signal source. </p><p></p><p>Now if you are determined to use an AC signal source, you could just buy a cheap function generator with sine-cosine wave outputs and then feed the outputs into a high wattage audio amplifier. The amplifier will likely be able to handle an output frequency up to around 100 kilohertz. The 2 amplifier outputs can then be fed into 2 sets of coil-pairs-in-series. The impedance of your coils will have to be high enough to avoid frying your amplifier.</p><p></p><p>I was always curious as to how the Delta-T antenna was setup. Since a standard antenna is usually tuned and designed to enhance voltage instead of current. So I always suspected that the Delta-T antenna was actually creating a rotating electric field.</p></blockquote><p></p>
[QUOTE="Einstein, post: 186470, member: 288"] It occurred to me that maybe you weren't aware that your description "2 sets of coil-pairs-in-series" would only require two signal sources that are from an AC source. Which means a true alternating current sine wave paired with another sine wave 90 degrees apart in time. All of the IC circuits that I had available to me at the time I built a rotating field generator operated on DC only. A square wave is really only 1/2 of a wave because the other 1/2 of the square wave is at zero voltage potential. So if I fed a sine-cosine square wave signal into just 2 sets of coil-pairs-in-series I would just get a compass needle that oscillates back and forth. To get the full rotation with a DC source requires 4 coils running independent of each other. So there are 4 quadrature square wave signals required. That is why I was a bit confused when you showed me the Dual D Flip Flop IC with only 2 quadrature square wave outputs. These IC chips will not transmit an AC signal source. Now if you are determined to use an AC signal source, you could just buy a cheap function generator with sine-cosine wave outputs and then feed the outputs into a high wattage audio amplifier. The amplifier will likely be able to handle an output frequency up to around 100 kilohertz. The 2 amplifier outputs can then be fed into 2 sets of coil-pairs-in-series. The impedance of your coils will have to be high enough to avoid frying your amplifier. I was always curious as to how the Delta-T antenna was setup. Since a standard antenna is usually tuned and designed to enhance voltage instead of current. So I always suspected that the Delta-T antenna was actually creating a rotating electric field. [/QUOTE]
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