Pierre's 170W in 1600W out Looped Very impressive Build continued & moderated

[keykhin]

Test mosfet 2xirf540n; 1 coil in stator;

8Hz

5V@1.2A
6V@2.2A
6.5V@3.8A

20V@ A


IRF540 will overheat due to his high drain-source ON resistance Rds(on). Use IRF3205, it has Rds(on)= 0,008 ohm and can handle up to 110 Amp. And the most important thing is to use a proper gate driver circuit like IR2301. http://www.hobbytronics.co.uk/datasheets/IR2301.pdf

[seaad]

Stefan, all
N-N or S-S ends opposing each other makes the Flux Lines to "escape" from the iron core where they collides!  Is an iron core (perpendicular) nearby it sucs in the flux.  ,      Regards  / Arne

About Pierre's "100 % free energy step by step dz générator 2 ( part 1)" film.

[listener191]

Pierre's new build is starting to look like the reciprocal of the attached.

It also would seem from his previous comments about leaving a gap between the poles, that the idea is to keep the flux in the stator in the form of alternating polarity & rotating  pole sections, except for where the rotor is located, where the flux would cross the rotor to the opposite  pole.

L192

[seaad]

Enhansed N-field with three coils or just coil A and B. Just playing.
SN-NS coils is more power consuming than SN-SN. (AC)

listener191 Not fed from DC anymore?

[e2matrix]

Those Crydom SSRs seem to be selling for between about 12 and 20 dollars US each, depending on ratings and quantity purchased. So say you need 72 of them to replace Pierre's relays.... Well, nobody ever said Free Energy would be cheap, I guess.

Who is going to spend that kind of money on something where the original claims are still not verified?

For this application a jarfull of cheap SMD mosfets, mosfet drivers, and a custom-designed PCB could probably be built to handle all the switching for under a hundred bux (estimated of course). The major time consumer would be designing the PCB and sending the design off to a fab house in China.

Yes SSR's would not be cheap.  $20 x 72 = $1440 or $12 x 72 = $864.   Or make your own as r2fpl said $2 x 72 = $144 and you have to build all those yourself.   So why not just do it the way Pierre did as I mentioned earlier for $45 you can get all 72 relays mounted with the Arduino ready board with 8 relays per board which appearidentical to what Pierre used?    For $45 you can verify if it all works versus spending hundreds of dollars to find out if a different method works which has never been shown to work yet.   Then if it works this way builders could try one of the solid state methods.   Seems the most logical and affordable way to go about this.  It also avoids introducing variables into a build which may prevent it from working.

Pierre's boards below and identical one from eBay for $4.87 each: