Self-Runner NS Coil Pulse Motor Live Video Stream. It's been going for months!

[Rosemary Ainslie]

Good point Don. If you let these clowns derail the thread by talking to them you only have yourselves to blame. They're full of crap. Don't let them suck you in. Don't take the bait. Stick to the topic.

Ted

Ted - Sorry.  You're right.  I'll try and remember.  I'm just so sorry that they can be so effective. My hackles rise - every time.

Kindest regards,
Rosemary

[dllabarre]

  To avoid any confusion on my part for some. The copper and iron wires around the core are of equal length. That is considered 1 or unity. That is the primary. The copper coil wound on top of that is the secondary. I assume most of you address it in this manner.

Good point to reference.
My bare gal. steel wire and enamel insulated copper wire are of the exact same length and turns.

The gal. bare steel wire is 20 awg and the enamel insulated copper wire is 18 awg.

DonL

[Ted Ewert]

A note about this device running on "RF", or even induced house current.
If this were an RF induced device, the voltage potential would be between one end of the coil winding and the other, not between the two conductors AT THE SAME END.
I want to know how two conductors, running side by side, in very close proximity can develop two separate electrical potentials from the same EM field? Two vertical antennas of the same height, in the same location, will develop the same voltage potentials with the same polarity, across their length. One will not develop the opposite polarity at the same end.
This is the same with these parallel conductors. If they are acting as antennas for any type of EMF, then the voltages along their lengths will be virtually identical. Even if you have a diode developed by the oxides, there is no differential in potential between the two conductors and therefore no conduction will occur across the diode.
The RF theory is a straw man. Don't pay any attention to it. If you want further clarification on this subject, please PM me so we don't have to waste any more thread space on it.

Cheers,

Ted

[Rosemary Ainslie]

A note about this device running on "RF", or even induced house current.
If this were an RF induced device, the voltage potential would be between one end of the coil winding and the other, not between the two conductors AT THE SAME END.
I want to know how two conductors, running side by side, in very close proximity can develop two separate electrical potentials from the same EM field? Two vertical antennas of the same height, in the same location, will develop the same voltage potentials with the same polarity, across their length. One will not develop the opposite polarity at the same end.
This is the same with these parallel conductors. If they are acting as antennas for any type of EMF, then the voltages along their lengths will be virtually identical. Even if you have a diode developed by the oxides, there is no differential in potential between the two conductors and therefore no conduction will occur across the diode.
The RF theory is a straw man. Don't pay any attention to it. If you want further clarification on this subject, please PM me so we don't have to waste any more thread space on it.

Cheers,

Ted

Of course.  THANK YOU TED.  A really good point.

Kindest regards,
Rosie

[dllabarre]

I got a new compass.

Magnetic response:
Dry: moves the compass needle when I pass the compass by each end.
One end likes North and the other end likes South as expected.
Even after I short the steel & copper wire together to 0mV (it moves up to at least 1mV after I remove the short)  there is still the same magnetic pull on the compass.

Cheap-o Faraday cage - I wrapped a cardboard box with aluminum foil with my coil inside.  I shorted the wire until there were 0mV and disconnected my digital meter for 2 minutes.  Upon reconnecting my digital meter it read over 2mV.  Nothing connected to the wires and coil was in the Faraday cage. Repeated this 2 times more with similar results.

Also I did not move anything around the Faraday box.  I sat still.  See next post for why I wrote this.

DonL