Output resonance.
I have my twin bifilar Spiral Coil wired in series, as an output coil, sandwiched between the Spiral power Coil and the 2" spinner. The output coil delivers between 12 and 20 volts rectifed d.c. depending on the r.p.m. The twin wrap charges a large 12 volt 1 farad capacitor like a plug in wall charger. This size cap is just right to feedback to source from. This coil and feedback loop are independent of the power circuit.
I have included the 12 volt relay pots and resistors, to help curf the pulse width and save input power jonnydavro style. Next, I plan to wire the high voltage bemf through 4, 1200 volt rectifier diodes, and try and light those 120 volt Led's like Magnetman12003. The feedback loop reduces input to a real penny pinched amount of pulse power.
Tesla pointed out that his bifilar in resonance looses its normal resistance. In that range, the system can really begin to coast on it's own. I am running my coils taped together, and the 1 & 1/2" neo sphere induces resonance along with an increased chargeing rate. I'm waiting to see what this will do for the new lamp circuit.
I noticed that Jiffycoil is spinning over a flat pancake. My Spral won't spin a sphere lying flat, it has to be upright. My question is: Would the pancake coil spin a diametric tube positioned through the center like an axel? Just imagine how powerful a pulse motor could grow with rows of spiral pancake power coils wired in series around a 1' long industrial diametric tube magnet. Half the pancake coils could be designated for output, or dual purposed for power as well. This combination could provide very low cost lighting in the selfloop mode and do very meaningful work under full load, with all the coils for power. Circuitry could meter the load to task for peak efficency, as it does for our advaned a.c. motor counterparts.
A stack of bifilar spiral pancakes wired for hi-voltage, and in series, with a diametric neo tube through the centers, and wired also in series with a simple reed switch and relay would provide competative sports level torque.
I have my twin bifilar Spiral Coil wired in series, as an output coil, sandwiched between the Spiral power Coil and the 2" spinner. The output coil delivers between 12 and 20 volts rectifed d.c. depending on the r.p.m. The twin wrap charges a large 12 volt 1 farad capacitor like a plug in wall charger. This size cap is just right to feedback to source from. This coil and feedback loop are independent of the power circuit.
I have included the 12 volt relay pots and resistors, to help curf the pulse width and save input power jonnydavro style. Next, I plan to wire the high voltage bemf through 4, 1200 volt rectifier diodes, and try and light those 120 volt Led's like Magnetman12003. The feedback loop reduces input to a real penny pinched amount of pulse power.
Tesla pointed out that his bifilar in resonance looses its normal resistance. In that range, the system can really begin to coast on it's own. I am running my coils taped together, and the 1 & 1/2" neo sphere induces resonance along with an increased chargeing rate. I'm waiting to see what this will do for the new lamp circuit.
I noticed that Jiffycoil is spinning over a flat pancake. My Spral won't spin a sphere lying flat, it has to be upright. My question is: Would the pancake coil spin a diametric tube positioned through the center like an axel? Just imagine how powerful a pulse motor could grow with rows of spiral pancake power coils wired in series around a 1' long industrial diametric tube magnet. Half the pancake coils could be designated for output, or dual purposed for power as well. This combination could provide very low cost lighting in the selfloop mode and do very meaningful work under full load, with all the coils for power. Circuitry could meter the load to task for peak efficency, as it does for our advaned a.c. motor counterparts.
A stack of bifilar spiral pancakes wired for hi-voltage, and in series, with a diametric neo tube through the centers, and wired also in series with a simple reed switch and relay would provide competative sports level torque.
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