Giantkiller moves forward into Full Heterodyning.

[Motorcoach1]

@GK know wonder you hurt the dogs ears LOL at 2 hz at 3db you probabily went 90 degree phase shift it's a wonder you didn't blow your ear drum bone. Did your ever read about Estine almost killing his assistant doing basicly the same expriment ? mine was at 5hz and going up and blew at about 7.8hz and the controls were 2 feet under the coils so the dipole wouldn't be effected but I was wrong LOL. I need to get back out in the country where the power grid is smaller , right now i'm sitting under a 25th volt powerline  3 phase  that gos in the plant and drives me nuts. the fuse blew twice so I had to stop testing the wieard stuff.

[Grumpy]

Thought I'd go back in time and resurrect an old test:
I have a stun gun feeding a diode 1, cap 1, inductor primary loop to cap 2, diode 2, sparkgap, back to gun. The catch is one side is open,  the extended spark gap. The current trap is set.  I pull the trigger and fill up the caps. I released the trigger and waited 1 minute. The scope shot shows the spikes that appeared to show the ringing. The ringing lasted 3 minutes at an average of 49v pk-pk and a frequency of 2hz. Thats right 2 per second. The stun gun has 2 nine volts in parallel.

I couldn't pull the trigger anymore. It took down the router, froze the pc-s, scared the dogs(they'll probably break bond with me), and upset my wife's dog, who jumped in the shower with her.
You too can enjoy youself with miniture weapons of mass destruction. Maybe I should switch to FETs, eh? I could control the frequency better.

Forget the pix. this site is screwed.

--giantkiller. 'I just want to ring the bell' quote Quasimoto.

Switch to  a Tesla Magnifier - desktop version.

[sparks]

    @GK

   Keep screwin around with them scalar long waves and they are sure to get over to the neighbors house.   I don't think the building codes include scalar wave insulation values as a prerequisite for an occupancy permit.

 
@ motorcoach

   Don't get any em vortexing going around them high tension lines.  Hate to see 80' leaders coming in your front  door.

[giantkiller]

GK

I don't want to sound as a naysayer, but.....   30KV at 8A!

That would be 240000 Watts for the time that it flowed.  How did you even test that?
Or are we talking I misread the info, or maybe that is calculated.

The only experience I have up in that energy area is a plasma welder (Can't say where or what.)
that the power supply is 50KV at 50mA.  The cable that this goes through is 20' long from the
power supply that is about 8' by 5' by 3' and cost over 50000$.

If this ckt could produce anywhere near an mA for fore than, say, 50nS, then This is POWER!

Please let me know, and also, if you could, tell me what the "LT44" transformer is.

PLEASE.  This looks VERY interesting.  (By the way, the diode/cap arrangement that
you show is the standard voltage multiplier used in TV's for many years.  How it gets
to 30Kv is where I'm curious.)

Art.

The 8A could have been 8ma typo. That was just a schem I got ahold of. What I focusing on was the fact that there was no internal sparkgap. That then explains the long ladder.

I did screw up channel 1 on my scope. Gotta send it in for fixin's. Oh Well. I did get the test results I wanted.

--giantkiller.

[giantkiller]

http://www.keelynet.com/
04/13/08 - Mysterious Sound Waves Can Destroy Rockets
"Scientists believe that powerful and unstable sound waves, created by energy supplied by the combustion process, were the cause of rocket failures in several US and Russian rockets. They have also observed these mysterious oscillations in other propulsion and power-generating systems such as missiles and gas turbines. Now, researchers at the Georgia Institute of Technology have developed a liquid rocket engine simulator and imaging techniques to help demystify the cause of these explosive sound waves and bring scientists a little closer to being able to understand and prevent them. The team was able to clearly demonstrate that the phenomenon manifests itself in the form of spinning acoustic waves that gain destructive power as they rotate around the rocket's combustion chamber at a rate of 5,000 revolutions per second. Researchers developed a low-pressure combustor to simulate larger rocket engines then used a very-high-speed camera with fiber optic probes to observe the formation and behavior of excited spinning sound waves within the engine. 'This is a very troublesome phenomenon in rockets,' said Professor Ben Zinn. 'These spinning acoustic oscillations destroy engines without anyone fully understanding how these waves are formed. Visualizing this phenomenon brings us a step closer to understanding it.'" - http://www.gatech.edu/newsroom/release.html?id=1815&ga=1

5khz, spinning acoustic sound waves, destruction of matter. hmmm.

Attached is the circuit that took out my scope.

--giantkiller.