A set of three demonstrations showing the behavior of narrow pulses injected into various coil configurations. Experiment pertains to research related to the Steven Mark Toroidal Power Unit and it's principle of operation.
The joule thief flyback emf, radiant, or static field may be igniting piezo electric crystals in the torroid core; magnifying wattage/amperage and amperage to a little joule thief circuit. If so his torroid is working like a spark tube or Tesla's magnifier.
The joule thief flyback emf, radiant, or static field may be igniting piezo electric crystals in the torroid core; magnifying wattage/amperage and amperage to a little joule thief circuit. If so his torroid is working like a spark tube or Tesla's magnifier.
LoneOarman 2 years ago
Opposing separate freqs traveling thru ea wire of the bifilar
Coil.direction of rotation, CW or CCW would be based on the freq
Difference of higher to lower freq beteen the two coils.
Small coil wound on small 1/4segment of core acts as pickup
As wave passes by.also giving it a kick.current withdrawn is
Replenished via the magnet coupling
kunadude 2 years ago
Bifilar wound toroid and fed 2separate freqs to initiate the
Traveling wave. This would circulate the core. If ea wire of
The bifilar was closed off in its own tank ckt, then a magnet
Introduced would be the impulse.another pickup coil wound
Only on small portion of this coil sees the wave pass by. Could
Be the gyroscopic effect
kunadude 2 years ago
Great work. I presumed this TPU worked off the ideas that you learn
From rythmodynamics with they're "lively standing wave" discovery.
Mark did mention on 1vid that he used 2 separate freqs during a demo.
All would need then is a magnet and a pickup coil.
kunadude 2 years ago
Looks great Jason! I will have to try to put that circuit together sometime.
omnispace 4 years ago