Kapanadze Cousin - DALLY FREE ENERGY

[a.king21]

yes; but in applying this, I see some hope of it working


they are definately a flip-flop; one should open the instant the other closes.... thinking about getting a 12V motor and putting a wheel on it with strips of aluminum tape staggered so 2 leads short on one, as it turns, the other 2 leads short on the other... something like... forget whose it was (It was a generator with an armature that swapped between coils and capacitors)


Yes larger inductances definately reduce the switching rate (although increased resistance also); and increase the charging potential on the load.


I do want to put this together; was thinking I have some reed switchs too; could put magnets on the motor/wheel... a pulse motor with a stout flywheel doesn't require much power

Welcome to the world of the Tesla controller: Also sometimes known as the Tesla switch.
The Tesla igniter patent 1896 - 1898 and patents around that time show some good Tesla mechanical switches.

[verpies]

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[verpies]

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[d3x0r]

Dear d3x0r.

Music, sweet music !!

Think about it for a moment ?? BIG 3 limb transformer like Stephanov !! Less resistance with bigger conductors !! This could be the start of something really great !! 

For the Tesla switch you could use pieces of Copper water pipe  slipped onto an insulating shaft and by cutting them with a triangular section create a variable "On" time. I could draw a sketch if you require ??

A.king21 and I are with this, and you 110 %  !! We thank you for doing the simulation !! 

Cheers Grum.

I got a relay that actually seems to have pretty good frequency response, and is DPDT...
I don't actually get current; I get some spikey things that look like it might be current... but it takes quite a voltage to actually get a current flowing in this transformer; probably too high of resistance from too thin of wire; need to try some other coils in its place; but basically I have my signal generator driving a power transistor to toggle the relay; and a constant power supply until I get anything at all working...


The one thing I didn't see in the simulator, and is clearly denoted on the schematic is the feedback loop block... but have to get some useful power out; right now all I have is the supply voltage


Hmm maybe I should put a switch on that too... and start with nothing... without; then the core is already saturated...
I added a 10ohm CSR and hence why I don't think I have current... wanted to see the saturation curve there to see if I was even in the ballpark....


then I found if you have too high of a resistance, then there can be no current flow, or a diminished current; the resistance needs to be just enough such that the load cap is near empty when s1 closes...


which also means if your resistance is too low, when S1 closes, the power cap (C1) will dump to ground and that's the end of that...


But then it really needs to be an impulse... but then a current doesn't really flow to cause saturation... see I'

[Grumage]

Dear All.

Verpies kindly PM'd the link to the inductor charging table. Here it is.

http://www.overunity.com/8411/steorn-demo-live-stream-in-dublin-december-15th-10-am/msg360397/#msg360397

Cheers Grum.