I seem to have Negative Electricity but what do you do with it?

[hartiberlin]

Hi Luc,
I had simular glowing of the 25 Watts bulbs with a sparkgap and
my Newman coil !
The bulb glowed due the big RF burst current spikes on the line
of the coil flowing also through the bulb in series...





http://overunity.com/newman/dragone.jpg



http://overunity.com/newman/glow15ma.jpg


http://overunity.com/newman/capcharge.jpg

check out:
http://overunity.com/newman

[hartiberlin]

These are the big negative current spikes ( RF current bursts from the sparking)
that flow on the line also through the
bulb and make it  glow:



(Scopeshot done on a shunt to see the input current into the coil.
during the sparking the input current is very big NEGATIVE ! )

These also recharge batteries as they flow back to the batteries.

[gotoluc]

These are the big negative current spikes ( RF current bursts from the sparking)
that flow on the line also through the
bulb and make it  glow:



(Scopeshot done on a shunt to see the input current into the coil.
during the sparking the input current is very big NEGATIVE ! )

These also recharge batteries as they flow back to the batteries.

Hi Stefan,

thank you for sharing your tests, this is good information. I have been working now for 5 hours on my circuit and taking one piece away at a time to try and find what is going on. It maybe nothing usefull in the end since I have found a ground related problems. I think if I am to do more of these kind of tests I will need a separate ground and not use the home electrical ground.

I will report more later on.

Thanks for your help and support

Luc

[Groundloop]

@gotoluc,

If you live in USA then there is a good reason NOT to use the electrical ground.
The electrical ground is the middle pin of a utility transformer. If the utility transformer
is not 100% equal made on both sides (Eg. same turns of wire etc.) then there will
be a small potential voltage on the ground line. Also if there is a ground fault then
your ground point may inject energy into you device. I had the same problem when
using a o-scope connected to one of my devices. The ground lead on the scope
was injecting a very small AC current into my circuit. This little AC current was enough
to increase the energy so much that my circuit appeared to be o/u. It was not.
BTW, my o-scope was not grounded so the energy came from a "leaky" power supply
inside the o-scope. Because of that I now never use any outside connections when I
try to make a circuit o/u. I design the circuit to use ONE rechargeable battery.
Then I measure the battery with my volt meters at intervals to see if the voltage
in the battery has gained or dropped. Also, I always run my tests over a long period of
time. That to ensure that I'm not fooled by battery recover or the "Jeesus battery effect".
The "Jeesus battery effect" is when you connect a load to a battery the voltage will first
climb before the battery goes down in voltage. The climbing CAN take several hours based
on the current draw of you battery.

Groundloop.

[gotoluc]

Hi everyone,

this message is to confirm that my test had a grounding problem, so I have removed the youtube videos. Thank you to all who have looked and mostly to those who have taken the time to replied with suggestion as to help understand what could be happening.

The lesson here is not to use the home electrical ground on these kind of tests. I will have my own grounding rod for future tests.

Thanks again.

Luc