Partnered Output Coils - Free Energy

[hyiq]

What's the best wind to get high voltage?
Thin ,lots of turns, as a primary and heavier secondaries?
Or thick less turns, with high turns 2nd's?
Just asking artv

Hey ArtV - Stick to the same basic outlay, same wire gauge and turns as has been shown already.

P.S:   -    3-5:1 / 1:3-5 Turns Ratio is about where this seems to work best. What's your approx. ratio?

As an example, for every 100 turns on the primary, you have approx. 1/3 or 33 turns on each Secondary. Same is also true the other way around. 33 Turns on Primary, to 100 turns on each Secondary.


   Chris Sykes
       hyiq.org

[Meta]

What's the best wind to get high voltage?
shylo

___________________________________

Joseph Newman, in his high voltage coil, with a large magnet rotating 90 degrees in the center of the coil, uses 54 miles of wire to get very high voltage....ie, the longer the coil, the more voltage it is capable of. The motor runs on high voltage and a bank of 9v batteries in series to keep the amperage way down...the more voltage in the windings, the less amps it uses. Amps and volts are a logarithmic relationship.

The way Newmans motor works is the 90 degree rotation of the magnetic field kicks out electron pairs from the material of the copper coil (ie, affects the mass of the copper)...its literally E=mc2, turning the mass of the copper into energy (electron pairs) which now can spiral around the wire in both directions, as usable electricity. The process is exactly like the movements of tiny gyroscopes (the electrons or atoms if you dont believe in electrons, as I dont)

[tinman]

 author=hyiq link=topic=15395.msg499594#msg499594 date=1486591087]

Electromagnetic Induction is still 100% valid in this configuration and is the reason you have Output (V and I).

You have a System that allows for Electromagnetic Induction Twice.

Let me be more specific
Is it the electric field or the magnetic field that induces the secondaries ?


Brad

[hyiq]

author=hyiq link=topic=15395.msg499594#msg499594 date=1486591087]






Let me be more specific
Is it the electric field or the magnetic field that induces the secondaries ?


Brad

Hey Brad - Electric Field, the Magnetic A Vector Potential, or the Motional Electric Field, they are the same things.


   Chris Sykes
       hyiq.org

[tinman]

Hey Brad - Electric Field, the Magnetic A Vector Potential, or the Motional Electric Field, they are the same things.


   Chris Sykes
       hyiq.org

First-there is no !bloch wall! at the pole center of a magnet-->how many times do we have to go through this. The center of a magnet(between poles) is where the strongest/most uniform part of the magnetic field is found.

The E field induces the EMF across the secondaries.
When a load is placed across that EMF,a current begins to form/flow,and this flow of current is what forms the magnetic field.

The flow of current that dose not change in time, creates a magnetic field,--but a magnetic field that dose not change in time,dose not create the flow of current.


Brad