IST! NEO ZAP! TECK Breakthrough ....

[tosky]

Nothing to do with the Neo-magnet, which has a good conducting surface. Same result if clean surface copper. Strong spark comes from [strong transformer inductor] with (4A big current) which equal to (high Volt) in a [big capacitor] stored much energy. Play something else useful, don't waste your precious time.

[innovation_station]

please explain allcanadians replication then with 24v 1 amp


ist

[sm0ky2]

@Inno

great work!   i want to make a suggestion.

take your stack of neos, wether it be round, square, whatever...
slide it inside an appropriately sized metal casing (tight fit).

solder a cable to that and connect it to a proper spark-gap.

this will allow you to maintain a steady frequency, from which measurements can be made.

There is some induction, even though you are only using the primary - i imagine this 19v comes out something like 30-50v?  the current will appear confusing without frequency / capaticance measurements.

the current flows in, and is slowed not only by its own induction, but by the secondary field presented in the ferrous by the NEO's FIELD!!!  basically turning it into an LC circuit. we know the induction value of the primary, thats in the specs of the transformer.

what we need to figure out is the capacitance. AND/OR the frequency,DC voltage and curent values on the output.  The change in input current should reflect this frequency. 

what would be ideal is to see this thing on a dual-scope input vs output.
the above mentioned modification will make this possible.

[tosky]

@innovation_stat
Other players have longer charge time.
Replace the Neo-magnet with a shiny metal plate, you will see same result.
Replace the transformer inductor with a smaller inductance inductor, you will see different result.
Then you will end this game.

[Goat]

@ IST! & All

How do you make this work to an OU advantage?  The spark tells the tale but how do you go about amplifying the energy?  Somehow this has to progress from a spark to a useful output circuit?  So how does one couple the output usefully to a gain in the end?

Sorry for all the questions.

Regards,
Paul