Understanding electricity in the TPU.

[giantkiller]

Current build:

[wattsup]

@GK

Nice one man. I see it is in @gotoluc's bucking mode.

Youz gonna have sum fun wit dat. lol

Also, noticed you have a good number of secondary turns which makes it a perfect candidate to also try the Tesla Coil method.

Send pulse into one Pri, then send that Pri to either the Sec under it or opposing it, in either direction. Like a cannon. I think your build will be better then mine when I test it that way this weekend.

Then consider from there either open ended system or closed via a capacitor and load.

Have fun. Will be back soon. lol

[giantkiller]

Thanks.
I had the primary winding of 24awg(gold) on the secondary(red) at the start/break of the secondary(red) windings before and wound in the opposite wrapping direction but pulsed in the same secondary winding direction for about 1/3 the way. I stripped it off and rewound it going the same direction both in the wrap and wind direction for a full 100% of the secondary. I have 2 more rings from Ironhead that I can also config up. I have seen 3 distinct types of primaries, and this has not been mentioned to my knowledge. One is a heavy gauge low wind count, two is medium gauge, semi high winding count, 3 is sloppy. Type 1 is not included in the resonance factor but merely a loop transmission with the energy impacting the secondary perpendicular. Type two relies on resonance of 1/4, 1/2 or full wavelength of the secondary resonance. Both types have their place. I believe the stun gun circuit is a type 3 which is no resonance but just a charge pump. The transformer is merely used as an isolation and transfer component.

My curiosity has always been piqued by the low loop count primaries positioned at one place on the secondary or spread across the full length. The GK4 was an iron core conductor winding with high awg and high wind count secondary. And the primary was multistrand for the full length of the secondary. But the bucking mode was only half correct because the winding segments were all wound in the same wrap and wind direction. The semi bucking config could only be gained by jumpers like Tesla's patent,390721, 382282. I see this as important based on Wattsup's and Gotoluc's current build. So I felt this could not be used at this time.

This current build is 11:308 ratio. Not mass to mass matched, nor resonant matched or (sub)wavelength matched. Wattsup kept repeating 'The specs are not important at this time'. Golden words to my ears. This also matches up with Don Smith's wire wrapping demo around his arm, saying 'just do this'.

@GK

Nice one man. I see it is in @gotoluc's bucking mode.

Youz gonna have sum fun wit dat. lol

Also, noticed you have a good number of secondary turns which makes it a perfect candidate to also try the Tesla Coil method.

Send pulse into one Pri, then send that Pri to either the Sec under it or opposing it, in either direction. Like a cannon. I think your build will be better then mine when I test it that way this weekend.

Then consider from there either open ended system or closed via a capacitor and load.

Have fun. Will be back soon. lol

[sparks]

 Two bucking magnetic fields create consequent poles.  This creates more torsion at the expense of angular velocity.
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[giantkiller]

Wattsup's setup reproduced.
5 dcv 718khz square wave in. Stressed 2.92vac sine wave out on secondary.
Odd: LED is brightest when the secondary is lowest 2.9vac p-p.
But that could the resonant freq of the secondary.
Yep! Amperage is lowest.

I use 30kv 510pf cap and HVR-1X microwave diode.
I have amp meter in line with main and voltage across battery supply.
I need to put ampmeter in line with coil and vom across cap.