ENERGY AMPLIFICATION

[void109]

I was working with the circuit, and I have one that will work with no manual switch, and shows OU results in the sim with or without trapazoidal approximation.  Attaching it as a txt file.  I replaced the switch with two diodes and a spark gap.  This of course means I had to increase the voltage.  I think 400V is a reasonable minimum for obtaining a solid spark gap. 

I may try to set this up with a 4kV power source as I have high voltage parts falling out of my ears (spent a long time working out that first tesla coil).  The only problem though is with higher voltages (4kV is the smallest HV transformer I have) is the inductor that's by the SG or where the manual switch was, will see voltages upwards of 1MV in the sim.  That is, with a 4kV source.  And I dont have nearly enough high voltage diodes to put in series to block that lol

Funny though, putting a spark gap in the circuit and looking at the inductor placement, I cant help but think of Kapanadze's device.

[void109]

Sorry for the double post, but I just tried taking the above circuit and changing the output load to higher values.  This does two things, it lowers the component voltages of the circuit significantly, and also smooths out the sim performance.  It retains its apparent OU behavior.  Try switching the load resistance to 100ohms

[forest]

I do not think that showing resonant circuits with extremely large current rise would help us.
It is probably only a first step to obtain energy gain.Remember that we accumulated energy in a long time run. The key is how to "spread" this accumulated energy around and collect it back - with gain from ambient source.

[void109]

Now I just feel like I'm spamming!  But I simplified the circuit greatly, so I'm posting another txt file with the import code for the falstad sim, as well as a screenshot.

[Magluvin]

Hey Void

Was watching your circuit.  I pulled up a scope of the source and it is running a constant 1.4kw or so.
I was shocked to see such flat seemingly dc ins and out power shots.  Then I slowed down the sim speed and I could see the current flow better.   Thats when I scoped the source.
I havnt tried anything with changing values yet.    I also tried to speed up the scopes to get a freq reading.   
Couldnt do it.   Your values are the same as my LC of the lrc. But it seems like very high freq. And thats ok.

Its good though.  Keep working on it.  The right basic ideas are applied, but cant say why the input res shows such a low value for power yet the source is almost output power.   Hmmm   I will try my circuit again with a source scope shot to see if we are missing this there also.  I dont think so since current visually stops from the source eventually.

Thanks for spending the time Void. I think we should have things worked out by the weekend pretty much.

I got distracted last night so I didnt get much done.   Just got off work and will be at it shortly.


Thanks Void.  We will get it.   I am tryin to stay low in power and voltages.  To see more power just increase the source.    Of course if we want the oscillations to last longer and give longer output for each discharge, the working voltages need to be high. Like in my first circuit with the diode regulation strips,  pealing off 7v per half cycle from almost 400kv, it takes a while, as compared to a couple thousand volts.

Tesla was MR. Megavolt   but in the end, he concentrated on small portable units.  Even he had seen, why have the big transmitter at all. We can just have small individual power units. 

ok Be back in a bit


Mags