Kapanadze Cousin - DALLY FREE ENERGY

[d3x0r]

https://www.youtube.com/watch?v=CYx-9WI8TNo  (toroid demo)


guess he went up in power a little from when it was 1W
https://www.youtube.com/watch?v=jVTKRLWAo_c (stivep1 translation)
http://www.overunity.com/14654/akula-1w-pnp-biasing/

[NickZ]

  Void:
   Thanks for the reply. Yes, I did have it backwards. Would still be good to find one that works for our devices, though.
   I'm in the process of making a new Akula type air coil, that has the 48,48, 24,24, 12,12 turns, for magnetic cancelling effect. I didn't get much out of my last one air coil. Probably be done with the new one soon.

  And yes, I'd like to make the right pulser module for both the magnetic part of the circuit, as well as one for the HV pulser.
               
 

[magpwr]

Can anyone translate what the Asian looking guys are saying ? It seems they are not that impressed and the toroid cut up
was not the device I seen power anything.

And his loads are LED's ? Wow. Asian looking guys are probably laughing in their noodles.

..

hi Farmland,

I do understand Mandarin although i am not a Chinese although i am rusty on the written words and zero knowledge of any Chinese words related to "technical jargon" which was not taught.

I over heard one them said i not leaving until i buy something.

Laughing is normal part of the conversation in certain parts of Asia.

Can be considered rude or better word "cultural shock" for people in Europe eg:German and etc whom drop by in Asia.

[magpwr]

hi everyone,

This is the 3rd update on the longitudinal experiment i am doing.

I found last night that the more narrow the pulse is the " more higher amplitude" i get at the output- 500watt bulb.Guys please remember "nanopulser" it is the key to success.

Since i can't use virtual Amp meter or scope to show current since it is pulsing.I decided to use "fuse" the only sure way i know off.

This latest circuit of mine using mosfet connected as H-Bridge running on just 10volts at just tad below 9Amps (90watts using fuse to estimate) at 6% pulse at 32khz.The output is a 500watt bulb.
The COP is 500% base on virtual experiment.

ultra fast igbt is required it seems i get better result using igbt without protection diode built in as shown in attachment."But can't confirm yet at this moment after 1 night <1 hr of experiment"


I have attached video to show 500watt bulb destruction using dc 10.5volts at <=9Amp(fused) input.

[TinselKoala]

I found last night that the more narrow the pulse is the " more higher amplitude" i get at the output- 500watt bulb.Guys please remember "nanopulser" it is the key to success.

I've been telling you for years that _fast rise and fall times_ are the key to getting more voltage from your secondaries. 
-E = dB/dt, after all. Make the rise time small and the voltage goes up. MenOfFather has been telling you the same thing... I think.
Now... pulse width is a similar story. Obviously short pulses must have even shorter rise and fall times. How short is short? The answer is another question: What is your secondary's _resonant frequency_? The stimulating pulse should be no longer than half a cycle of the resonant frequency, otherwise you will be damping the resonant ringing.  If you drive at the resonant frequency, use a 50 percent or less HI duty cycle pulse with as fast rise and fall times as you can manage. If you drive at other frequencies, try to make it an integer multiple (or divisor) of the secondary's resonant frequency, and keep your HI duty cycle short.

Your longitudinal wave is a Standing Wave in the transmission line you have made with the caps and inductors. Your bulb blew out due to VRSWR: voltage rise through Standing Wave Resonance. I think.

Nice work!   

ETA: Everywhere I have "secondary" above, you can just substitute your transmission line.