Confirming the Delayed Lenz Effect

[rogla]

I am performing a 3D Maxwell simulations right now to get the 3 stages you mentioned.
As soon as I have them finalized I will post them here, so we can discuss.

Aha, ok, I did a simple test with two of my coils and my oscilloscope. A generator coil that generates volage behaves diffrent from a solenoid! Because the voltage is in the other direction in a generator, the resulting current lags the voltage in the cirquite. Same direction as for the capacitor. I think this is what you mean. Thanks, teslaalset, I wasn't aware. I stillbe live in the basic idea, diffrent timing. Still fun to learn!

PS. Now I'm thinking of switching a transformer to be able to get phase shift in the other direction. I think I have to finish my evaluation platform and do all my planned tests before I get involved in discussions like this and get new ideas. DS.

[teslaalset]

Aha, ok, I did a simple test with two of my coils and my oscilloscope. A generator coil that generates volage behaves diffrent from a solenoid! Because the voltage is in the other direction in a generator, the resulting current lags the voltage in the cirquite. Same direction as for the capacitor. I think this is what you mean. Thanks, teslaalset, I wasn't aware. I stillbe live in the basic idea, diffrent timing. Still fun to learn!

You got the hang of it.
Current through the coil shapes the total flux.
Current through the capacitor does not create flux.

My sims take forever, so probably they will not be finished today, but I will post them later on.
It's still educating stuff, also for other members that still want to know.

I can already forecast that anyone that can get the current leading to the flux in a coil of such a device will have a running ZPE device.

[Overunityguide]

@toranarod,

Really nice work, very impressive. I Like your setup especially with the brushless engine outer runner.

Kind Regards, Overunityguide
http://www.youtube.com/watch?v=Kluw71YC5p4

[rogla]

@teslaalset
I appreciate that you are willing to help. I really want to understand everyting I get intrested in in detail.

I think we booth was thinking of a capacitor bank in series with a coil.
In that case I understand that the phase shift can be max 90 deg and min 0 deg with a large capacitor bank (voltage in the generator coil is 180 deg compared to a solenoid).

But what if the capacitor is in parallel with the coil?
In this case, the voltage in the coil is clamped to the voltage in the capacitor.
If the impedance in the coil and capacitor is equal, the resulting phase shift is 0.
If the impedance of the capacitor is much larger than the coil, the current is 90 deg before voltage.
Any opinion on this?

In my mind, it is some basic configurations that produce phase shift (of current and thus flux in coil). I think it is possible to combine two of them or possibly only use one of them in combination with disconnet/short the coil for a part of the wave, by switching.  This is my goal, to really understand how diffrent setups impacts the phase shift in the generator coil.

[mariuscivic]

Hi!
Is this the delayed lenz?
http://www.youtube.com/watch?v=OhWVBpPGO1M