Confirming the Delayed Lenz Effect

[synchro1]

Conradelectro,

Then it would run off a single Reed switch in series with the power coils and the battery. That's the beauty of the bifilar, it's ambivilant. Of course it would kill it if you tried to run it with magnets in the power coils. The loads would work like Skycollection's rectifier LEDS on the magnet filled output coils.

[DeepCut]

Yes very nice platform, what's your maximum rotor speed and the maximum corresponding input ?

@synchro

I don't have a scope yet I use cheap USB sound sticks plus that soundcard oscilloscope software.

Luckily i've just landed some good work so hope to get a proper scope next month.

But i've ordered the parts i need to explore the tube magnet as a core idea.


All the best,

DC.

[synchro1]

Yes very nice platform, what's your maximum rotor speed and the maximum corresponding input ?

@synchro

I don't have a scope yet I use cheap USB sound sticks plus that soundcard oscilloscope software.

Luckily i've just landed some good work so hope to get a proper scope next month.

But i've ordered the parts i need to explore the tube magnet as a core idea.




All the best,

DC.

Thanks, a replication even with your modest digital testing equipment is more then I can supply.

[conradelektro]

Then it would run off a single Reed switch in series with the power coils and the battery. That's the beauty of the bifilar, it's ambivilant. Of course it would kill it if you tried to run it with magnets in the power coils. The loads would work like Skycollection's rectifier LEDS on the magnet filled output coils.

I have to think about this and do some tests. I did not know that a Tesla-Bifilar is independent of the polarity of a passing magnet.

I always dislike reed switches, they do not work very long (1 or 10 Million switch actions at the most, depending on quality)? And I think that the switching frequency is limited to about 1 KHz.

There are reed switches which work with both poles and some which only react to one pole. I have "closers" which react to both magnetic poles. They would be right.

In case alternating poles are absolutely necessary one would have to use a second disc. One disk (with all magnets in the same direction) for driving and a second disk (with alternating magnet poles) for generating power with synchro1 coils.

Or one drives the generator disk with an ordinary DC motor (but it has a low efficiency of 60%).

Greetings, Conrad

[DeepCut]

My pleasure sync

I don't think a bifilar coil is independent, polewise, in that sense it's just like a normal coil, all the wire wound in the same direction, so you couldn't have a bifilar drive coil that would drive N and S magnets.

e2a :

watch the OUG videos on my channel :

https://www.youtube.com/playlist?list=PL4CUJ-q-dXiRjiUaoaM_ReAtmGyM2Ic1q


atb,

DC.