Agentgates´s TPU setup with strange wavehill hump

[agentgates]

This Tesla stuff keeps coming to mind. Impulse dc, and we are doing that here. Amplifying power, and we are supposedly doing that here.  Is it possible to just build a coil with optimum spacing between all windings and get a continuous flow from the other side from just a 50% duty cycle pulse?

That is the main goal. Get the most out of the smallest device without back EMF and other problems. I want to make it as continous as possible without ugly noises. If I reach that stage then we can presume that it performs on the maximum with the lowest intake.

[agentgates]

Tony any updates on your progress since your last failure? Do you need any arduino help or something?

@broli, if you could help me out with variable pulses on the arduino that would be handy to speed up the things. But if you don't have time, don't bother, I'll sort it out when the juicy gluing job's over.

[altair]

About the height/diameter ratio,
if you have a winding that makes 3 turns for each revolution of the core, the height should be .55 of the diameter.
For 2 turns per revolution, it's .80
This includes a little extra for the depth of the slots.

Altair

[altair]

@Mannix,
I was out of time, and had to leave, so didn't think it thru...
Here it is.

@altair
zip the file first  a pain ah?

[starcruiser]

From what I see and understand is;

If you want 2 or more primaries then you require an even number of slots (top and bottom), you can place multiple turns over the same wire if you want to increase wire length. The second or subsequent primaries would start on the next slot over and will never end up in the same slot as a prior primary.

If you want a single primary then you will need a odd number of slots (top and bottom), this will allow the winding pattern to eventually come back to itself.

he main issue is determining the height versus the length, this is simple geometry, to get a 45 degree angle the height and length in this should be equal, the height needs to be measured from the end of the slot since this will give the most accurate angle.

The rest, determining the slot spacing will rely on the circumference and the height and the required spacing between wires.