Quote from: xenomorphlabs on July 17, 2011, 04:41:19 PM
Unfortunately there is no easily accessable literature on bucking coils.
...

There are literature on the internet about bucking coils. If you look up 'linear variable differential transformer (LVDT)'  like here; http://www.rdpe.com/ex/hiw-lvdt.htm you will see that only the difference between the output of each coil will be output. If the coils cancel each other there will be no output voltage. Also the electronic flux gate compass uses the canceling principle.

In Romeo's generator the magnets bring the cores into saturation. This gives a great change in the inductance of the coils. If you use an inductance meter, L-meter, and move the magnets slowly towards the coils, you will see the distance where the coils goes into saturation. Do it slowly as not to induce a too high voltage into the L-meter. By using this principle it should be possible to make a cycle like the Carnot cycle known in heat engines. This is a reversible cycle making it possible to either put in or take out energy.

Regards
Ole Nielsen

I'd like to take the opportunity to quote user "Bolt" in regards to the strange spikes in Plengo`s waveform possibly being magnetic ambient spikes:

Quote... so the opposite happens to normal conventional
current in phase induction. This inrush of
ambient energy produces an outward pulse of
magnetic flux which propels the rotor faster
because it happens to be of the same polarity
of the neo that just passed off Top Dead Centre  
So each side of the coil releases a corresponding
magnetic pulse of the same polarity as the magnet
just a moment after the virtual capacitance field
begins to decrease the coil now releases energy
taken into its core from the ambient.

In order to make sure this pulse acts uniform
and equally from both sides the back end magnet
acts as a magnetic bias adjustor to ensure that
the magnetic pulse is equal from both sides will
maximise the pushing effort to accelerate the
rotor under higher loads.

I will asap delete this post, should Bolt disagree with the possible correlation
between what he describes and Plengo's effect.

Quote from: xenomorphlabs on July 17, 2011, 07:23:51 PM

Quote... so the opposite happens to normal conventional
current in phase induction. This inrush of
ambient energy produces an outward pulse of
magnetic flux which propels the rotor faster
because it happens to be of the same polarity
of the neo that just passed off Top Dead Centre   
So each side of the coil releases a corresponding
magnetic pulse of the same polarity as the magnet
just a moment after the virtual capacitance field
begins to decrease the coil now releases energy
taken into its core from the ambient.

In order to make sure this pulse acts uniform
and equally from both sides the back end magnet
acts as a magnetic bias adjustor to ensure that
the magnetic pulse is equal from both sides will
maximise the pushing effort to accelerate the
rotor under higher loads.

I'd like to take the opportunity to quote user "Bolt" in regards to the strange spikes in Plengo`s waveform possibly being magnetic ambient spikes:

I will asap delete this post, should Bolt disagree with the possible correlation
between what he describes and Plengo's effect.

This could definitely explain why I can without load have a speed of 1100 rpm and with load and lots of bias magnets 900+ rpm which is not much loss in rpm if you think about it.

Without those bias magnets the same load would stop the rotor just like the "Lenz Law" would require.

So those spikes could be the ones that pushes the rotor further the TDC and wins the Lenz's effect.

I wonder what kind of experiment one could do not inline with Muller design to have the same effect.

I have been noticing those spikes for a little while but always thought it may be my "bad" science causing it. Later i had this "voice" telling me to pay attention to that "very constant and properly repetitious spike in the same location" because they may not be an static event but an effect event.

I wonder why so many EEs are so quiet now and not ready to kill my scope shot with trillion of debunking clever solutions .

I am willing to admit my probes are not "best practices" for measuring the voltage BUT I am not looking for voltages. I am looking for "patterns" that shows where to go.

Fausto.

Quote from: xenomorphlabs on July 17, 2011, 07:23:51 PM
I'd like to take the opportunity to quote user "Bolt" in regards to the strange spikes in Plengo`s waveform possibly being magnetic ambient spikes:

I will asap delete this post, should Bolt disagree with the possible correlation
between what he describes and Plengo's effect.

Absolutely DO NOT DELETE this post!

Shit!  I have not even read it yet!

But the last thing I want is for you to start "censoring" yourself!

FWIW, I just spent the last 4 hours of my life taking my daughter and foster girls to "Grand-ma's" house to swim in her pool.  We also put together a new Bar-B-Que grill (well I did anyway) and then had a great Hot Dog dinner.  (Which was a great escape from the mental torrent that this project creates).

We (meaning us forum geeks) all kinda get overly frustrated while "noodling" and experimenting on this project.  That (I think) is a natural and cyclical thing...

So don't think we all don't appreciate it when it is your time to vent!!!

Let it out!

And then let's all work this out. 

Together.

M.

Quote from: plengo on July 17, 2011, 08:21:47 PM
This could definitely explain why I can without load have a speed of 1100 rpm and with load and lots of bias magnets 900+ rpm which is not much loss in rpm if you think about it.

Without those bias magnets the same load would stop the rotor just like the "Lenz Law" would require.

One important question would be: How much power can you transfer to a load without the bias mags compared to with?

Note, you should be able to get a good idea what the output is capable of even though it quickly slows without the bias mags applied. Take note of the brightness of your bulb for the first few seconds after connecting it, then compare that brightness to the same bulb driven off the output with the bias mags applied.

.99