Confirming the Delayed Lenz Effect

[DeepCut]

Hi, today i have been doing multiple-coil tests with the device i'm using to investigate acceleration-under-load.

The point of today's tests was to investigate the acceleration effect with a group of coils, connected in series.
The results have revealed a major drawback in my rotor geometry.





Because i am using a single, diametrically magnetised magnet, there is no point at which a coil is not within a rotating magnetic field.
This results in some undesirable behaviour.

With three coils in series, arranged around the rotor in a circular fashion, 90 degrees apart (there is a fourth, small drive coil), one of the coils will always have part of it in the North magnetic field and part of it in the South magnetic field, during this phase in rotation, the other two coils will have either North only or South only passing through them.

With regards to power generation, am i right in thinking this means that the half North/half South coil has current trying to flow in both directions ?

If so then i have to use two larger coils or go for a multi-magnet rotor setup.

It's very annoying because my device take 6 or 7 Watts to run and two coils gets me 5.7 Watts ...

Any help with the AC aspect of this greatly appreciated, i think i've diagnosed the problem correctly   


Cheers,

DC.

[Magluvin]

Hey Deep

Try a cap in series with your load after the gen coil.

Try 1uf to 10uf   not polarized(electrolytic) and of a voltage above the coils output.

It just might take ya over the edge.  ;]

Mags

[DeepCut]

Not yet mate, i want to solve this, someone here must know enough about AC to confirm my theory ?

[CRANKYpants]

Not yet mate, i want to solve this, someone here must know enough about AC to confirm my theory ?

ARE YOU STILL DRUNK OR JUST HUNGOVER AT THIS POINT DUDE? 

CAN YOU DESCRIBE YOUR UNDESIRABLE EFFECTS IN GREATER DETAIL PLEASE?

CHEERS
T

[CRANKYpants]

Hi, today i have been doing multiple-coil tests with the device i'm using to investigate acceleration-under-load.

With regards to power generation, am i right in thinking this means that the half North/half South coil has current trying to flow in both directions ?

NO IT MEANS THAT THE SINE WAVE IS PASSING THROUGH THE ZERO POINT ON THE Y AXIS.

If so then i have to use two larger coils or go for a multi-magnet rotor setup.
Cheers,DC.

WHAT TYPE OF COILS ARE YOU USING?

CHEERS
T