Lords of the Ring

[innovation_station]

hi gk

here is a vid i made  the square wave at freq 101.5 khz with a spike on leading edge of peek pos and peek neg pluse

is

[giantkiller]

I did tests with the GK4 last night.
As usual this gem sings, click, whines, cries out for more energy.
+12v, 1 amp, 25khz - 400khz resonance window at 300khz.

@IS,
I can get those deprecating rings after my pulses also. This is normal.

I pump the BEMF into the next segment by interleaing a bridge diode configuration into the coil and viola the ring pulse becomes self sustaining. The harmonics are also present. With diodes I get 100v spikes, without diodes I get 400v spikes. That harmonic window shown is just the on time. The off time is flat.

I also put a bridge diode  on segment 1, half in, half out.  I get 1vdc. It's all good so far.

I think Tesla is absolutely correct.

--giantkiller. I just call it as I see it.

[dutchy1966]

What happens when you take one tuning fork (the primary one), strike it, and place it next to let's say 6 of the same kind (secondaries).
They will vibrate as well.
The sound/noise will increase a bit and then die down.

Why do the secondaries, which you place next to the primary not feed back to said primary, so that said primary gets louder and in turn feeds the secondaries again so that they get louder as well?
Why does the sound not increase for ever and ever (until the tuning forks self-distruct)?

Because primary and secondaries are not locked at zero degree phase shift.

As long as we allow phase shift between the signals comming from primaries and secondaries, all coils involved ?hh sorry, i meant tuning forks involved will actually dampen the signal of each other.

If we could manage the process, so that they were forced to operate in phase lock and force them to continue to operate at zero degree phase shift, we could achieve a positive feedback loop with the  signal actually increasing.

I don't know how to do this, but I believe it is possible.

Hi Gustav

Well it seems to me that this might happen when you derive harmonics from one and the same source. If you create a 1st and 2nd harmonic from the same source signal they will be phase locked.

What I don't understand is WHY does the secondary tuningfork (coil) become louder? Is there any link where such is explained?

Regards

Robert

[giantkiller]

@Dutch,
That is the quirk that so excites me about all this. I have 2 different coil types and have fet and tranny drivers circuits. The platforms are in place that I can now switch things around to run these combinatorial tests. And at a moments notice when I get a flash. I did tests last night and this morning. I want to know. Not the standard stuff either.

So I ran a single collector with the 4 segments in series coupled by diodes. Again the ringing did not subside. It followed the 'on' pulse till shut off. I had not gotten that before. 1 frequency. Tonight I hook in another frequency at 90 degrees on the circumferal. Or 180. I just plug and play. The standards don't apply here until the answer is found. Then we will see what we have been looking at all along.

Thanks for that post. I could see the forest growing but not the tree I need to climb.

--giantkiller.

[Thaelin]

   GK, that sure sounds like U2 to me