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[darkspeed]

GOD?

Sure! Like this: "There is absolutely NO denying the fact that those two carrier frequencies of 115 KHz and 222 KHz were found and engineered in that sense to do EXACTLY what they do." what? 


Not yet.

Good - that would ruin all the fun lol..

Im still waiting for the secret photo of S.M. at E.V.Grays estate sale to surface...lol...

.

[giantkiller]

@wattsup,
I follow your work. I am using the items you have displayed. I took the ECD switched the controls from the large bottom ring and switched them to the smaller top ring (Can you say magamp toroid?). I use a Homebrew version of JDO300 USB connected controller to drive 2 of his SSR fet boards with the 2 pulse kick accepting protocol. 
And guess what?

@all,
Remember 2 things. My spastic results from the GK4(iron core, mobius wound) and JDO300's lightbulb flash ECD video. With the controller connected via USB I have a firewall against the 'Bang on' effect, NO?! So when I reach that poynt, guess what happens?

This latest setup is the smaller ring is 2" diam and the larger ring is 15" diam. in series with one inside the other and 2 control coils. Just like the toroid thingy. I turn this thing on and tune the 2 freqs and adjust the delay. I have 180vdc across the collector. I have a 1 layer device. But have the other layers at my beck and call. But that addition is in a few. I believe the capture happens from another layer.

The spikes are 400vdc. There are ringing bursts across the full graticle of all 4 scope channels, 2 scopes. This is the kick taking off. They look like quick random shotgun blasts. It runs for a while then the meters go to '1' (haywire), the scope screens are full of freqs higher than the driving one, the amperage goes to 10millamps( ). It is not about current flow...
The 'Bang on' gets more and more until the final hit. Then the USB acts like a safety switch and shuts down leaving the SSRs full on with no pulsing. The amperage exceeds that of the controller power supply and the lm317 thermally shuts down the controller.
I do this over and over again. This is with a microwave oven cap and a 1uf mylar cap in parallel to the 180vdc supply across the coil. Resonance.

Now I go back and address the capture to avoid the RF/RE emissions.
I now have a device that is a hybrid design of the ECD and SM17.
Does everybody see this? This is what Bruce is talking about. Very feasible with or without control. But, I could be wrong (legal caveat).

A side step is to work the waveform capture and fourier transforms with the 2 scope's / 4 channel data. The displays go by too fast to acurately show the static results.

Pix#1: Controller and SSR fet boards
Pix#2: HV power supply
Pix#3: Coil with toroid thingy inside

--giantkiller. I continue on. I got to get this done.

[stprue]

Do you have any pictures?

[stprue]

@Gk

what are your thoughts on Bruce's releases?  Do you know if he actually has voltage gains?

[giantkiller]

That is his domain. I only pull the nuggets from the mine to make my jewelry.

But for now the process does exist randomly in this form I have. Capture or control is the next path to take. If I do the capture then the control wouldn't be so neccessary. This would keep it simple. But to try control first means energy still flying away and this would just keep shutting things down. And that can hurt. The largest dog in the house wants to hide under the couch when the the burst happens. WaHaaHaa! I have to be careful, again.

--giantkiller.