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Magnet Core power coil.
Here's my first one from 10 years ago:
Here's my first one from 10 years ago:
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Dragone and Zaev.
A few contributors have offered theories about the magnet core coil gain; mentioning field compression etc. These guys are reinventing the wheel.
Tinman and Itzu need to take caliometric readings of the coil's core magnet. They will find their magnets are cooling.
The PM field is not compressed it is annihilated by a dealignment of polarized electrons caused by the electrical pulse.
The Neo-magnet material has to work on the quantum plane to reorganize its alignment and consumes heat in the process. Electricity is generated by the work.
These are the theories of Dr. Leon Dragone and Nicoli Zaev.Comment
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Tinman has a few nice looking boxes of test gear, thinks he is a proOriginally posted by Allen Burgess View Post
spends most of the video talking in circles, breathing thru he nose as
symbol of his high minded view of himself. I am never impressed.
I think your delivery is far better than his Allen. Show me anything
that gets extra. All the rest is speculation to me. I watched Tinman
for decades, he just like to hear himself talk.
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What did you get from it?Originally posted by Allen Burgess View PostHere's my first one from 10 years ago:
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The power gain from the "Magnet Core Coil" comes from electron forces within the atomic structure of the Neodymium material not the action of it's magnetic field.Comment
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Gadolinium flux diode:
" generation device for providing electric power by utilizing magnetocaloric effect".
"Processes or apparatus peculiar to the manufacture or treatment thereof or of parts thereof using thermal change of magnetic permeability, e.g. working above and below the Curie point, e.g. pyromagnetic devices".
https://patents.google.com/patent/US8692438
Last edited by Allen Burgess; 01-14-2019, 12:52 PM.Comment
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<SPDT Micro Limit Switch "H" Bridge>
Ludic's video below shows how to wire an "H" bridge with two SPDT toggle switches. This allows for current reversing. A single coil can generate a power pulse in opposite directions with a monopole magnet piston. Two axial polarized magnet tubes with the same poles attached to a ferrite plug between them would act as a monopole piston.
Two SPDT limit switches wired as an "H" bridge on each end of the tube coil would reverse the direction of the coil polarity and supply power to the magnet piston from each end. One coil can drive a Scotch Yoke with a connecting rod extending from one side of the magnet piston, and two diodes, one from each end of the coil would connect to the positive of the capacitor and battery for the feedback loop. The output would be pulsed D.C.
Naturally linking two current reversing "H" bridge monopole magnet pistons to a scotch yoke would double the feedback power. One set of switches on each end would work for the two coils. Half the A.C. power is wasted by a half wave rectification of the changing current to the capacitor through the diode. The real advantage to the monopole "H" bridge is that the pulsed D.C. output would amount to twice the magnitude for storage in the capacitor.
We can completely eliminate any full wave "rectifier voltage drop", 81.2% maximum efficiency. This is important at 12 volts. With the pulsed "H" bridge D.C. output, all the feedback output would reach the storage capacitor with all the current traveling in one direction through diodes at each end of the coil to the shared battery capacitor positive in parallel.
https://www.youtube.com/watch?v=SpyGdoPPV7kComment
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Monopole cylinder
This guy creates "Monopole Neo Magnets" by freezing them: He says they remain stable as monopoles at room temperature!
https://www.youtube.com/watch?v=fn4A6VJodowComment
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Connecting either two outside pins acts as an SPDT common. This micro limit switch was pirated from a push button lamp switch. It's a bit smaller then the other switch and fits more easily into the tube.
Last edited by Allen Burgess; 04-08-2019, 02:32 PM.Comment
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This schematic shows the two SPDT limit switches with two outer pins connected on each switch at the top. These connections are the "Common" of the switch. The common's go to the ends of the coils and the NO/ and NC/ pins go to the power positive and negative wire taps.The NC electrode connects to the negative or ground.
This "H" bridge circuit will shuttle a Monopole piston inside the polarity reversing coil and output D.C. feedback current!
Two diodes one from each common electrode at each end of the coil connect to the positive tap. The positive of the capacitor ties into that junction and the battery's in parallel.
A Scotch Yoke connecting rod on one side would move the switch around to the end of the yoke link. Replacing it with a micro roller limit switch would improve it. Depressing the button switches the NO/ power on to that side of the coil and the other side is normally closed to ground and vice versa.
The necessary prerequisite for the charging is that the output be a higher voltage then the input.
Last edited by Allen Burgess; 04-09-2019, 11:19 PM.Comment
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Here's a Monopole piston in a polarity reversing circuit with two batteries reversed through an op amp.
Last edited by Allen Burgess; 04-10-2019, 02:23 PM.Comment
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