LaFonte Group can turn off permanent magnet without work

[LarryC]

[A author=hartiberlin link=topic=8852.msg236281#msg236281 date=1270433455]
so you have probably many magnetic losses there.
Could you please show the coils and the rotor ?
[/quote]

In the first picture the H shaped transformer is backed away from the toroid and the toroid slits can be seen. Both surfaces have been planed down to make a tight fit when placed together.

The second pictures shows the 1" diameter neos.

I did notice that the clogging at the slits, which is very slight normally, is stronger when the H transformer is backed away.

Regards, Larry

[gyulasun]

Hi Larry,

Thanks for your earlier answer and the latest photos too.

Would you mind telling the unloaded rms value of the output voltage in this latest setup? (maybe 15-20V rms?)

Thanks,  Gyula

[Butch LaFonte]

@Butch

You tried the switcher as a motor and you did not see any A?     I hope you realize that you won't see a torque except when the angle theta is close to zero, in my drawing below.   Did you try it in this configuration?   

EM

EM,
We did our torque tests with a slot free Switcher stator and got no torque. Our simulations show no torque to speak of with 1/16" slots. What amazed me was the voltage we were able to produce with a slot free stator ring, 220 VAC.
The smaller the gap of the slots the smaller the cogging force, very little gap is needed to get the switching effect.
How we got it with no gaps is still being looked at. Very interesting things going with the fields in that stator during high rpm operation. It could be a whole new behavior we have not see before. I do know this, I have never see such a work free means of reversing a field and the power produced by that reversing having so little effect on the cause of the reversing.
It must sometimes look like a DNA spiral with that stator rotor interaction. Really fun stuff here.
Butch

[LarryC]

@All,

Wanted to present another simple reciprocating concept of the Lafonte group generator in the attached picture.

@Gyula,

Will have to get back to you on your request. Reduced the air gap between the rotor and stator and getting some weird results with your test. My AC induction motor is very responsive to slight changes in torque.

Regards, Larry

[LarryC]

Would you mind telling the unloaded rms value of the output voltage in this latest setup? (maybe 15-20V rms?)

Okay, setup back to original, Vrms is 27.2 unloaded.

Regards, Larry