Barto Lenzless Capacitor Thing

[baroutologos]

Back to experiementation again!

I spent some happy hours previous afternoon studying my coils with a draft cap bank so as to study resonance or near resonance volts-current alternating in coils.

My today experiementing was focus on coil-to-magnet GAP.
.....
1cm

Being my rotor magnets of Nd type, i decided to make the gap some 1 cm.
Coils were posing a minimum load to rotor by cogging. Current volatge creation is greatly reduced also.

Again, if i make the suitable cap combo, my coils at 2200 rpm, although far from rotor, pose a considerable drag as if were near it when progressing towards resonance.

3cm

At this distance, the energy creation in the coils is barely there. but, if i try to resonate the coils with my caps, again, rotor -after a point- start to have considerable drag till motor cannot rotate it.
Yes from this far!

5cm

Coil output are 3 vdc and when shorted 70 mA circulate. When resonating with caps i can manage to achieve some 30 vac between cap leads and 400 mA current circulating. But that's it. No more amplification from such distance.

That's all for now

Regards,
Baroutologos

[baroutologos]

Results from the workbench.

i decided for eliminating phasing problems to remove a coil and proceed epxerimenting with single coil. (400 turns ten-fillar 29 awg)

Neo rotor of alternating polarity
..........................................

With the 12 alternating neo magnet rotor, i can managed to achieved some 65 vac of voltage in cap and 2 amps circulating the system. (motor is heavy loaded that way consuming 4 amps at 15,5 volts).

Changing rotor
.........................
I though, since we are concern with resonance effects and not for direct energy production, to restore my old SSG driven 6 poles all N face out ferrite magnet rotor that its attracting force is a Joke comparing to strong neos.

Surprisingly, i could obtain at 2100 rpm, some 46 vac in cap and 2 amps in circulation in the system. But those are the top values. Rotor drag is baraly there, comparing to neo magnets for same ac/amps production.

So, for resonance effects i concluded that the magnets are just the stimulation, for acVolts/amps buildup.

(In neo setup top values can go as far as 10 amps and voltage as 500, whereas the rotor breaks as hell, so no use)

The peculiar effect
.....................................

In neo-rotor setup, if i aproach coil to magnet and short coil direct without any caps, almost 2 amps are circulating in it. Coil gets slightly warm, whereas core is cool. (coil resistance 1 ohm)

When i try to resonate in (near resonance) with a cap, in the same current circulating, core gets HOT. Almost burns to touch. Notice my cores are from audio equipment designed for ultra low hysteresis/eddies losses, high Q.

Again, those features are not stopping the core from getting hot when in near resonace mode. The same effect is there either with neos or ferrite magnet rotor. (so not magnets do that in first place)

The heat in my setup, DOES NOT come from windings.

Any suggestions?

Regards,
Baroutologos