Neuman Motor (br549)

[Raycathode]

Hi The device will run from 3.5volts to 9 volts but will go up to 12 volts or higher
but current is from 50 ma to 250ma at over 12 volt I have the hall devices
running off the main rotating magnets but they are not to good as the halls latch on
till the next polarity turns them off  it needs more work doing on it positioning and magnets
on the flywheel perhaps or it won't charge and it wastes power.

I don't have a battery it charges a large capacitor or should.

[br549]

What do the blue and the yellow wave forms represent.? 

[br549]

I was wondering what it would take to eliminate the voltage drop across the battery
during commutation (when power is connected to the coil). When I added 4uf of capacitance
across the battery, the voltage drop was reduced to 44 volts, which is a 30 volt change.
It's Sunday, and I don't have any more HV capacitors on hand, but doing the math:
(4uf / 30 volt) = 0.1333,     so to raise it 74 volts (during commutation) it would take:
(74 V * 0.1333) = 10. uf. Have to wait till next week to try.

[br549]

I was a little hung up on whether of not I was getting voltage and current back to my
batteries and how much. The wave forms are still a little evasive to me, with all the
stuff in Neuman's book about negative pulses and revers electrolises of the battery.
So last night I went to the "Mountain"  (the local bar) and after numerous shots of
Tequila I seen the light. When I woke up, I realized that I had passed out in the bars
parking lot, and was laying on my back----staring up at the street light. Any way today
I decided to return the energy to some capacitors with and without the #2 wire pulsing
commutator  which is in series with the #1 commutator. At first I tried it with the #2 wire commutator,
and then with just the #1 commutator.  It was interesting to note (see  below video)  that the
voltage in the cap. almost tripled when I used the #2 wire commutator in series with the #1
commutator, and there was no noticeable change in my input current. My battery voltage is 454 volts
(which hasn't change much in the last month or so. I am using 56 (9 volt) batteries in series.
From this test, I believe that I will dedicate some time towards improving the #2
brush commutator. I am no expert on this stuff, but I am thinking that you can emulate
Joe's results of excess energy out, with out using 56 miles of wire, but some of the other
parameters will need to be changes, (commutator design, pulse width, number of pulses,
resonance, etc).
https://www.youtube.com/watch?v=hPTDyVH0TOU

[skywatcher]

I don't get it why some people claim that a motor which is running from a battery and charges another battery produces more energy than it consumes. If this would be the case then it should be possible to close the loop directly, maybe using a capacitor for buffering but definitely without 1 or 2 batteries.