STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[wings]

Yes, I could see how that was confusing, since Ossie has presented so much.

Use Ossie's original technique to easy wind a toroid for the Orbo. Basically, If you want to wind 20 feet of wire on a toroid. Cut in half to give two 10 foot pieces. Then wind both together, cutting the wind time in half. After connect them in series to give the benefit of one 20 foot wire.

My change is to connect one 10 foot wire to itself and use the other to power the coil. This creates a 1 to 1 transformer with a high load, which will keep V and I in phase.

Regards,
Larry

You mean that there is hidden secondary coil shorted  in the Orbo coil?

Does flux exist inside an ideal transformer with a shorted secondary?
http://forum.allaboutcircuits.com/showthread.php?t=31989

http://www.eng.cam.ac.uk/DesignOffice/mdp/electric_web/AC/AC_9.html

can you explain more

[teslaalset]

It sounds like you've done some research on the Namlite.  I'm posting this for those who may have overlooked it.
GB

@GB,
I didn't do any research yet on Namlite, but I found this stuff while browsing for Superperm, which was mentioned in some patents I was reading.

It should be on the list of materials to be investigated, in addition to Finemet and Metglas.

[wings]

You mean that there is hidden secondary coil shorted  in the Orbo coil?

Does flux exist inside an ideal transformer with a shorted secondary?
http://forum.allaboutcircuits.com/showthread.php?t=31989

http://www.eng.cam.ac.uk/DesignOffice/mdp/electric_web/AC/AC_9.html

can you explain more

from:
http://www.cliftonlaboratories.com/ferrite_transformers.htm

Considering our simple transformer model, the effect of a short circuit on the secondary is illustrated below. The short circuit effectively removes the distributed capacitance, the core loss and the primary inductance from the model, leaving only the series resistance and  the leakage inductance.

Likewise, if the transformer's secondary is open circuited, and if (as is normally the case in a well designed transformer) the leakage and series resistance are small in comparison to the other transformer elements, the open circuit measurement effectively measures Cd, Rc an Lp.

[LarryC]

@wings

You mean that there is a hidden secondary coil shorted  in the Orbo coil?
Yes.

Does flux exist inside an ideal transformer with a shorted secondary?
Yes, the primary draws the most power.

can you explain more.

In a transformer with no load the V and I are out of phase by 90 degrees. In a highly loaded transformer the V and I are in phase or 0 degrees. On a scope the traces are the same when highly loaded.

The toroid when pulsed can only act like a transformer at the rise and fall of the pulse or if CEMF is created by magnet motion. A highly loaded secondary will keep V and I in phase and no drop in current will be seen due to magnet motion.

Steorn has been pushing his no CEMF message since the first video. I just realized on the last video that there was also no inductive rise and fall curve with and without the magnet. With the Orbo metal core the inductive rise and fall should have been much greater than the Pulse air core when no magnet was present.

Inductance of a toroidal coil is L = K N^2 A / 2 Phi r. K is the permeability of the core. Any metal attracted to the magnets would have a much  greater permeability than air. 

Regards,
Larry

[LarryC]

Thanks, wings

This statement is key:

Considering our simple transformer model, the effect of a short circuit on the secondary is illustrated below. The short circuit effectively removes the distributed capacitance, the core loss and the primary inductance from the model, leaving only the series resistance and  the leakage inductance.

Regards, Larry