Pulse Motor Fine Tuning Improvements

Fine tuning improvements with some success drawing input current below milli amp into micro amp range Need microamp meter to read exact current draw by experimenting different coil design configuration. One coil 24awg size wounded in short turns to limit resistance which's connected in series with another coil 31awg coil with much larger turns to create high inductive spike. The non polarized capacitor 472uf 3kv has been replaced with a 0.022uf 3kv to match the frequency with the new coil configuration along with the driver circuit producing no heat loss, charging a 40vdc 68000uf capacitor which settles at 31.2 volts without load within the15 minute time frame, excluding using any pick up coils, transformers, etc.
This pulse motor will get better once the Weigand Sensors, 2 x maxwell 16volt capacitor banks, plus other exotic materials arrives in the mail which will amplify more output power without compromising the current draw.

[@GuardianEngraving]

love those Maxwell Caps, nice build :) thanks for sharing.

[@11Sam11]

Thank you :)

[@ElectricActivity591]

Amazing Work!!! 👍

[@11Sam11]

Thank you

[@Jdecode]

exelente

[@11Sam11]

Thank you

[@whoam42a1]

Intresting but, what is the purpose? What are you trying to acheve ?

[@11Sam11]

A self sufficient generator.

[@doubleooh7337]

Why didn't you just make every coil the same?

[@11Sam11]

I'm experimenting various assymetrical coil designs of different length, diameter thickness, etc, to see whether if improves the pumping effect of an electromotive forces in a collapsing magnetic field, similar to a ram pump where inlet and outlet valve which fluctuates the flowing medium of pressure to a point where it maintains its own buoyancy without additional input power. The results in this video shows some merit to that idea, however more test needs to be done to confirm this conclusively. Thanks for watching

[@doubleooh7337]

@@11Sam11 i know the ram pump cool invention and scalable, well what ive learned from msking coils with different sized wires, wire can take 11,000v but different thickness take more or less amps thinner less amps thicker more amps,
As a generator thinner wire picks up higher volts but lower amps, thicker wire less v but more amps
, what I'm working on is a generator coil with thin wire for high voltage and 150 layers thin wires seperated so i csn connect them in parallel which adds the amps together, connecting them in series would increase the voltage , but many thin wires in parallel should give high v and high amps

[@doubleooh7337]

@@11Sam11 i got vids and doing more

[@doubleooh7337]

@@11Sam11 and i know a few ppl working on this stuff if you want there names to check?

[@11Sam11]

@@doubleooh7337 Yes please that sounds great. Thank you kindly.