Quote from: mariuscivic on June 26, 2011, 04:58:24 PM
Hi

This is how i connected the coils

That simple!  Wow.. so both coils are going the same direction.. like having one long coil cut in half and then spaced so that the rotor can go through.

Quote from: mariuscivic on June 26, 2011, 04:58:24 PM
Hi

This is how i connected the coils

Hi Mariuscivic,

MOST EXCELLENT.  THank you for the clarity of your post!!!!!

If I might ask a few more questions, did you parallel all the coil pair outputs from the bridge into the LED load lamp, or was that just one pair! Also if you have time, can you measure the output current into LED lamp and into a short?  Also is the Cap non polarized as drawn or a polarized Cap?

Thank you again for the quick answer.

Most Respectfully
Ben K4ZEP

Quote from: k4zep on June 26, 2011, 05:58:17 PM
Hi Mariuscivic,

MOST EXCELLENT.  THank you for the clarity of your post!!!!!

If I might ask a few more questions, did you parallel all the coil pair outputs from the bridge into the LED load lamp, or was that just one pair! Also if you have time, can you measure the output current into LED lamp and into a short?  Also is the Cap non polarized as drawn or a polarized Cap?

Thank you again for the quick answer.

Most Respectfully
Ben K4ZEP

Hi Ben

All 7 BR are in paralell connected. I get around 2V for each pair of coils.

0.05 is the current thru all 26 leds

0.18 is the current of the output in dead short

The cap is made of 2   22uF electrolitics cap connected back to back (-++- it should give me an 10-11 uF non-polarised cap)

I'll try to improve something tomorow ; i have the impresion that, becouse the rpm is high, doesnt slow down and my multi meters are not so precise. Anyway, i'll dig into it tomorow

When one-way gen coils, for example just counterchange IN and OUT of bridge rectifier and burn out your bridges and then use just two new diodes ...  ... choice the right polarity of coil wires then rotor magnet just repulses flux of opposite magnet on the top of coil and because "wrongly connected" diodes this repulsing what rotor magnets doing happens with no load and of course Lenz influence to rotor is very small.  Only when rotor magnet leaves then recovery the flux (from top of coil magnet) "makes real work". When output loaded then because Lenz law this flux recovery from top of coil magnets happens with difficulty, this flux recovery is what makes real work and takes some time, as heavier load as longer time, this time of course in milliseconds, shorted coil means zero output but also keeps flux from top of coil as petrified. It is like you drop down magnet through aluminium tube (shorted coil) ...  There must to be one the best rotor speed area for certain load when at first you need to spin rotor up, then to switch on the load and ... only coil top magnets will make serious business with Lenz.
Myself I do not replicate, I hope I do not need to explane one time more why    just thought why the hell Ro has these additional two diodes there on the bridges ... and of course why to use this kind clay_bridges at all,  one-way coil could be done with just one or two diodes as well. Perhaps he just bought and later was no matter to throw away. Yeah, perhaos these bridges was burned off and used just as stands for these two diodes 
Im continually whole ensured about - no results without lenz, you kill lenz you get zero output, at best you´ll get "very freely" spinning disc, but then arises one question - then why all these coils and magnets 
Hopfully my this time thoughts are not disapproving again
cheers,
khabe

Quote from: mariuscivic on June 26, 2011, 04:58:24 PM
Hi

This is how i connected the coils

Thanks for the schematic.

One last thing: What is the polarity of the 3 magnets?

Regards,
.99