Partnered Output Coils - Free Energy

[Magluvin]

Just thinking, but gota git...   so cant check right now but I suppose between 1-1 ratio and 1-3 we have all the other phase shifts from 0 to 180 inbetween there. Is it advantageous to have 90deg phase shift? I remember some talking about this before.

Mags

[Magluvin]

Played more on sim and I was mistaken about the 1 to 1.1 ratio.  Checked and rechecked.  Got it down to 1 to 1.01 ratio and the closer to 1 to 1, the less that enters the primary and the more the sec supplies the primary.  After a reset ya have to wait for the circuit to settle.. Seems to work with anything above 1 to 1.  But again, what can we do with that?


Code

$ 1 1.16E-6 1.2182493960703473 38 5.0 43
T 640 272 816 416 0 0.01 1.05 0.4627695199014563 -0.4084919462729011 0.999
r 640 272 640 208 0 0.01
r 864 272 864 208 0 0.01
w 816 464 640 464 0
w 640 464 640 416 0
w 640 208 816 208 0
r 496 464 416 464 0 0.01
v 416 464 416 208 0 1 2300.0 20.0 0.0 0.0 0.5
S 496 208 448 208 0 1 false 0
w 416 208 448 192 0
w 816 464 864 464 0
w 864 272 816 272 0
w 576 208 496 208 0
w 640 464 576 464 0
w 576 464 496 464 0
c 576 208 576 464 0 9.92E-7 19.95001656283452
w 864 464 864 416 0
w 864 416 816 416 0
w 816 208 864 208 0
r 576 208 640 208 0 0.01
o 7 1 0 289 10.0 0.2 0 -1
o 7 1 1 291 2.5 9.765625E-5 0 -1
o 15 1 0 33 10.0 3.2 1 -1
o 19 4 0 41 0.00244140625 0.8 2 -1
o 1 1 0 33 0.01953125 6.4 3 -1
o 2 1 0 33 0.01953125 6.4 3 -1


Mags

[Magluvin]

Same as before in the above pic

left stack scope shots are input current and power

next is cap current

top csr  and stacked csr for each winding

Mags

[Magluvin]

Ok. Seems to have an unusual effect im finding on sim.  The more I sim the more I will be familiar with the real circuit.

I decided to change the power input resistor to a higher number than 10mohm. I would have thought that there would be a reduction in currents flowing in the windings and cap respectively. But its not.  Also, jumping from 10mohm to 1ohm, the currents in the windings did not change at all, in fact, from fresh reset, the 1ohm allowed the currents to build and settle quite a bit faster than with the 10mohm.    And even at 100ohm, the situation didnt reduce much as in currents flowing, but, the time to settle was somewhat more than the 1ohm.

The 3 shots were taken after a reset and stopped when the circuits settled, going by the currents in the primary.   Interesting, to me. The time when stopped in in the bottom right corner of each shot.


Just going through some cores. I have one core that already has 2 windings of equal number on opposite sides of the core. Each reads around 8.5mh, of which my sime transformer is 10mh. Close enough. Now just remove some turns from one and get started.

Mags

[Magluvin]

Ok, here is my first go at it...

Using a 1 uf cap and a 50t to 60t ratio which is 1 to 1.2 .

It should be in the audio range hopefully below 10khz.

Just finished it. I used non inductive resistors throughout, .015 ohm on each winding each made with .03ohm pairs and been wanting to try my 1ohm csr I made from 8 8ohm non inductive from RS and finally 2 20ohm in parallel to be 10ohm on the input as it is an audio amp I dont want to hurt, but according to sim testing it should work well.

Mags