The Ossie motor

[Jimboot]

Just disconnected the battery and measured it. 1.36Volts! Before I hooked it up over 100 hours ago it was 1.32v!

[Jimboot]

Ok it ran for 3.5 mins on the cap. Now to rebuild with a resistor, shottkys & rectifier

[Jimboot]

11min on the cap. I really must build the latest version!

[techieatwork]

Gentlemen:

I've followed this thread with much interest, and it's time for me to say something that hopefully will help us all achieve OU out of this.

Please see the PDF from this link: http://www.mullerpower.com/Srinivasan/PDF/Secret_Of_Sankhya_Part_2.pdf

This PDF gives very good mathematical clues as to how to achieve OU.  It has the calculations based on actual real-life factors like speed of light, which is the same speed at which the electrons, protons, photons and every other particle moves in space.

I think this applies to this thread because we need to find the best ratios, and the optimum circumference size, optimum diameter, etc, so the EM pulses, BEMF  or CEMF do (hopefully) follow the same principle, and SWING (back and forth - back and forth)  at the optimum frequency calculated in the document, which is 536 cps, by tuning all the timings, etc.

I think we need to work together on the calculations, optimum parameters, circumference diameter, etc.

I hope I am making sense and you're still with me.

I know it can be a brick to read the complete document. Because of that, I copied below some for you. I have copied below just the portions of text that may interest us here.

The fun begins in page 381.

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....a self-charging battery that can remain on load perpetually ..(linking sentence removed).. will provide incontrovertible proof of Sankhya theory to scientific investigators.

(bottom of page 382):
If the battery current is switched on and off sharply, in the circuit configuration shown (page 383), the batteries remain charged despite having a load that consumes considerable power. The battery acts as a large capacitor with a very small resistance (comment from techieatwork: Lithium batteries do this more naturally, they have less internal resistance), that generates a large pulsing current. The efficiency of transformation of the pulsing current is directly proportional to the sharpness of the switching off process.

...
The green device represents the pulse transformer and the red unit the rotary high amperage sharp cut off  switch operating at 536 cps. The 4 numbers 12 volt batteries are cyclically switched into a series connection of 24 volts while the remaining two remain in parallel to maintain 12 volts. In the next cycle the series parallel state is changed over . In effect the series 24 volt charges the 12 volt parallel units within 1/536 of a cycle and immediately change over to discharge across the other configuration. At resonance the batteries act as mere capacitors while the space field around the conductors act is inductive devices to provide the pulsing current. The transforming ratio of the secondary can be designed to match the load plus losses of the circuit thus imposing no power-load on the batteries.

Experimental models have been test run successfully. Interesting equations confirming the effect described above are given (within, page 384).

...

Overunity generation of power is only possible if the reaction time to initiate the next cycle is eliminated. Similarly perpetual oscillation can be possible if the time cycle to transfer the reactive output before the start of the next cycle is eliminated.

The delay leads to the necessity of increasing the rate of transfer of the force needed to keep the system operating. A time lag keeps the initiating cycle following the sequence of action whereas it should be ahead. The conditions needed to sustain perpetual action or produce incremental power can be met only by using the systems internal energy to short-circuit cyclic time delay.

...
A pendulum or swing is kept in perpetual motion by changing the state of the driving force or momentum in time.

A child on a swing can keep the oscillations going continuously if it moves its body in time to initiate the next cycle at an accelerated level.

A pendulum clock does the same thing by triggering at the right moment but with an additional energy input to overcome the loss due to resistance.

An internal combustion engine varies output with the same fuel input if the ignition system is advanced or retarded thereby proving the point of timing conditioning output for the same input.

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[Jimboot]

@techieatwork The maths are a little beyond me at this stage which is why I'm taking the physical approach of tweaking & tuning. However I agree with you. It is finding the right frequencies for the rotor and also the switching. The circuit I had running for over 100 hours charged my battery. Before the run it was 1.32 it is now resting at 1.43. I achieved that primarily through tuning. Angling the coils & positioning the switches. My circuit is still using non-schottky diodes, no resistors or rectifiers. I believe the gold is in the tuning. Welcome aboard & thanks. I look forward to the responses of those more qualified than I.