Magnetic amplification and neutralization motor by Art Porter

[ramset]

KehYo77

Sometime late last year a team went to help qualify Art's  claim
there was an error found in the Duty cycle application [from the scope] to the output measurement.


pleas do not take my word for this
ask Art ,he is a good and honest fellow who sincerely believes in this quest.

respectfully
Chet
PS
I am having extreme difficulty reading and writing ATM [eye surgery issues]
I will not be available to discuss this here .

[alextecmen]

Greetings
  It has been a long time since any advance of this engine has been written, or replicates that they have been realized.

I would like to know if anyone knows how this coil is built:
1.- what gauge of wire is used in its construction
2.- how many turns of wire does it have

I would appreciate if someone can inform
see you soon

[kolbacict]

Where does energy go from hysteresis losses? Into the warmth? 

[synchro1]

@Alextecmen,

It's all good! Art's coil looks around 30 gauge. (28-32)

Every magnet core coil shares the same features regardless of the copper wire gauge or number of turns:

The magnet reduces the coil's inductance. This allows the coil to switch on and off at a higher frequency. This causes the coil to draw more power and consequently raises the level of recoverable backspike.

Art Porter found that the ratio of magnet strength and coil inductance (Wire gauge and number of turns), and the frequency and strength of his A.C. input resulted in OU COP's of BEMF.

Anything will work depending on how you phase power to it. Ring frequency is the only factor that matters.

[synchro1]

The amplitude of the AC input needs tp power the coil to an equal gauss of the magnet. The frequency of current reversal, timed to coincide with the Lenz reversal of the coil.


The coil inductance measured with the magnet inside the coil core will yield the correct SRF with the standard equation: