Confirming the Delayed Lenz Effect

[Farmhand]

All that's left for me to test is the difference in resonant frequency between two coils wound the same way Gyulasun did.
Both with the same total wire length, one single winding, one bifilar wound. I predict a big difference, so I can test that.
I'll do it tonight. Hopefully.

In my opinion that is the purpose for the patent. To lower the resonant frequency of a coil with a given length of wire and no external capacitors.

If it does that the patent claims are valid as far as I can tell.

Cheers

[Farmhand]

This is not astute. "to guarantee that they have the same current flow" ??

Would it be any different if they were in parallel or just individually?

Mags

Just like two lamps in series, if they both have the same DC resistance they will both get the same current and power.

It's a valid test as far as I see it.

Cheers

[Magluvin]

That demonstration was simply to assure that both coils were getting the same current in a simple manner. The results from powering the coils individually, at the same current, will not differ.

Oh. So he is going to do the individual tests next?


Mags

[synchro1]

In fairness as a replicator, standards of conformance are called for. The coils are close enough to one another to cause a horseshoe effect. This constitutes a serious departure from the original experiment.

[MileHigh]

Farmhand:

With the coils in series they don't have to have the same resistance.  That's the point for putting them in series, to negate any requirement to do precise current flow measurements.

Magluvin:

Of course it actually would be easy to do do separate tests.  All that you need is a multimeter set to read current and preferably a variable-voltage power supply.

Putting them in parallel is no good.   By the same token, their resistances are probably so close in value that putting them in parallel would probably work and show the same field strength.  The point is that you should be aware that you don't want to do this.

MileHigh