ENERGY AMPLIFICATION

[forest]

displacement current
self-induction
reactive power


all in the end are manifestation of the same .... energy source

[Jeg]

Hello Jeg,


I appreciate you being here participating in this exchange of ideas...


My dogma....


A careful examination of the ozone circuit reveals that there are several oscillators operating simultaneous-sequentially.

Great post exposing some dark corners of this Tesla's quote which is really an art. "'When the conditions are such that the general law of harmonic vibrations is followed...''

I see that many years now you refer to cemf and its significance. I started studying it in more depth before few months and it is really a great tool for someone if realize its origin and behavior. Mostly its behavior. It is a well misunderstood action. But I know how it goes. One recognizes something only if and when he recognizes it. Not even a minute before.

Before few days you spoke about Impedance mismatch... I can see the picture. I wonder if the high frequency oscillations across the parallel tank, induce HF currents across the motor coils when they are charging.     

Regards

[citfta]

After a chat with erfinder the other day I decided to try a little experiment.  I modified a universal motor by adding a wire from one of the commutator segments out to a slip ring to see what I would get on that slip ring.  I am not the first person to do this and I am not making any claims that this is some kind of OU device.  But I do think it makes an interesting research tool.

The motor I used is from a 120 volt weed eater.  I think almost any universal motor will work.  I disconnected the field windings from the armature windings.  They were all connected in series before.  Since this was a 120 volt motor and I wanted to run it on a lower voltage I wired the two field coils in parallel so they would need less voltage to generate a strong field.  However I discovered it would run without any current being applied to the field windings.

In the test scope shot I am running the motor on 24 volts at about 450 milliamps.  You can see there are quite a few spikes.  The scope is connected from the slip ring to ground (the return side of the armature supply).

Some of the questions that could be learned maybe are questions like can we increase the spikes if we narrow the brushes so they only contact one commutator segment at time?  What is the best way to harness the spikes?  Can we adjust the motor to get more of the spikes to the peaks of the voltage sine wave?

I will try to answer questions as best I can.  I don't stay on my computer all the time so you may have to wait for an answer although I do check it several times a day if I am not too busy.

Carroll

[Jeg]

Nice work Carroll.
I was looking for those peaks when i asked about a possible interaction between parallel LC and motor coils. As it seems the multiple commutator segments are the cause of them. (I need to find a motor to play with )
Thanks for sharing.

Regards

[a.king21]

After a chat with erfinder the other day I decided to try a little experiment.  I modified a universal motor by adding a wire from one of the commutator segments out to a slip ring to see what I would get on that slip ring.  I am not the first person to do this and I am not making any claims that this is some kind of OU device.  But I do think it makes an interesting research tool.

The motor I used is from a 120 volt weed eater.  I think almost any universal motor will work.  I disconnected the field windings from the armature windings.  They were all connected in series before.  Since this was a 120 volt motor and I wanted to run it on a lower voltage I wired the two field coils in parallel so they would need less voltage to generate a strong field.  However I discovered it would run without any current being applied to the field windings.

In the test scope shot I am running the motor on 24 volts at about 450 milliamps.  You can see there are quite a few spikes.  The scope is connected from the slip ring to ground (the return side of the armature supply).

Some of the questions that could be learned maybe are questions like can we increase the spikes if we narrow the brushes so they only contact one commutator segment at time?  What is the best way to harness the spikes?  Can we adjust the motor to get more of the spikes to the peaks of the voltage sine wave?

I will try to answer questions as best I can.  I don't stay on my computer all the time so you may have to wait for an answer although I do check it several times a day if I am not too busy.

Carroll

Narrowing the brushes is the secret of the Lockridge device. Your scope shot is getting close to the Alexander patent, which was cloned by Lutec (and banned by the Ausie NWO govt.)  Remember: excessive humidity destroys static.........think....