Replication Don Smith's Device No. 9

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ScientificVoyager posted this 4 weeks ago

Hi everyone. 

For some time now, I have been interested in Don Smith's replica No. 9. There is not much information about this device, but I decided to make a small replica of it.

Any information about this device would be greatly appreciated.

I have conducted some small tests and the results are really interesting because I managed to light a small bulb with two small coils, magnets and a steel disc with holes.

When powering the motor rotating the disc and connecting the load to the coils, the motor driving the steel disc did not feel any resistance while the bulb was lit, with no change in current consumption. That is why I found the effect very interesting and decided to do something more meaningful.

I am in the process of gathering materials and will share my observations with you from time to time.
In general, I have made a wooden structure to put it all together. I commissioned a company that laser cuts such things to make metal discs. The first discs will be made of ordinary steel. I designed the coil spools in FreeCad and they are being printed. Now I am waiting for a delivery of silicon sheet metal to make the coil cores.

Has anyone attempted to investigate this effect?

The future belongs to those who can imagine it. N.Tesla

ScientificVoyager posted this 19 hours ago

Quoting:Jagau

Bearndorfer is right, and it works well that way.
Another circuit you can try is an open circuit connected with a single wire plugged into the center of the two red coils. That's where you'll get the most voltage with the diode connected to a single wire at that point.

Jagau

Jagau got me thinking, I'll check it out

What would happen if I tapped into my resonant circuit like this?

Would this also work with my resonant circuit around 295Hz?

The future belongs to those who can imagine it. N.Tesla

baerndorfer posted this 13 hours ago

depending on coils there are a few options that you can try. i suggest playing around with it. you can connect node-A directly into resonance system and use this 'signal' as input. node-B can go to a different 'mass' - earthground for example if your system is floating and not connected to ground. i play with this thing for a couple of years now and am still not able to give absolute recommendations. 

it works perfect when you have a reactive power situation and extract from it. if the load is in the lower voltage region, then i can extract more energy, than in the higher voltage regions. but this depends on input scenario (the higher voltage the better) and also on frequency (higher frequencies are 'better' than low frequencies).

i'm sure you will succeed

regards

B

Jagau posted this Just now

Quoting SV

What would happen if I connected to my resonant circuit in this way?

The best answer I can give you for now is that of the author donot disturb resonance with this way.

Quoting Pachuka about ferrite:

The ferrite acts as a magnetic flux concentrator, thus increasing the efficiency of energy transfer to the load. It is important that this transfer does not disrupt the system's resonance. Excessive load will lead to a decrease in the quality factor and disruption of the system's operation.

Jagau

What we consider to be empty space is merely a manifestation of unawakened matter. N.T.

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