Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

  Magpwr:
   Thanks for your comments.  It looks like there are only a few of us actually working on some circuits these days. I guess most others are waiting for a guarantee that what they are going to build, is going to work.  Well,  keep waiting...
   
   I'm still tuning away.  Yes, it takes some time. But, time is about the only thing that I have plenty of. At times...

  I was trying to adapt a 12v florescent bulb circuit for my HV pulcer, but I blew one of the smaller caps. It went of like a firecraker. Bang, right in my face. Any ways, so much for that.  I'll try something else.
  I with that I could just buy the two needed adjustable pulser circuits, connect them to my coils, and be done with it.   Wishful thinking, again.

hi NickZ,

After doing couple of experiment and reading some tips provided in pjkbook.pdf

Base on longitudinal experiment i was doing.Base on my observation i noticed there seems to be a pattern- "ou" is obtained only if the output frequency is around 2 or 3 times higher than the source likely due to waveform bouncing from left from right then back again in the circuit.
This increases the vibration of the frequency.It's hard for me to co-relate this experiment with the singing bowl experiment where slow movement around bowl with water create higher frequency vibration like momentum of the waveform keeping building up to a certain maximum point base on medium.

My instinct is telling me it's likely Akula\Ruslan device is also using this principle of gaining momentum related to frequency which it vibrates to and fro between one coil to another in order to generate "ou".
I do already know recently Don smith device was already using this method to achieve "ou" via longitudinal wave which is travelling to and fro in the secondary coil which gain momentum.

--------------------------------
This is my version 5 of the virtual longitudinal experiment while waiting for those components.
I found out the resonance frequency of the inductor/capacitor circuit is 24525khz and there is another 2 similar resonance frequency around 32khz and 62khz.

By applying frequency  24.525khz i am able see maximum of 80.5khz at the output of the secondary coil.That's 3.2 times of the original input frequency which the circuit is vibrating at and this translates to higher output voltage "ou" under load.I can't use 4Amp fuse at supply so my guess is it's between 4Amp...5Amp current.

[mscoffman]

Magpower,

Congradulations on the simulation circuit. It caught my eye as being a really elegant
solution.  Keeping my fingers crossed that it will work.


:S:MarkSCoffman

[zcsaba77]

hi NickZ,

After doing couple of experiment and reading some tips provided in pjkbook.pdf

Base on longitudinal experiment i was doing.Base on my observation i noticed there seems to be a pattern- "ou" is obtained only if the output frequency is around 2 or 3 times higher than the source likely due to waveform bouncing from left from right then back again in the circuit.
This increases the vibration of the frequency.It's hard for me to co-relate this experiment with the singing bowl experiment where slow movement around bowl with water create higher frequency vibration like momentum of the waveform keeping building up to a certain maximum point base on medium.

My instinct is telling me it's likely Akula\Ruslan device is also using this principle of gaining momentum related to frequency which it vibrates to and fro between one coil to another in order to generate "ou".
I do already know recently Don smith device was already using this method to achieve "ou" via longitudinal wave which is travelling to and fro in the secondary coil which gain momentum.

--------------------------------
This is my version 5 of the virtual longitudinal experiment while waiting for those components.
I found out the resonance frequency of the inductor/capacitor circuit is 24525khz and there is another 2 similar resonance frequency around 32khz and 62khz.

By applying frequency  24.525khz i am able see maximum of 80.5khz at the output of the secondary coil.That's 3.2 times of the original input frequency which the circuit is vibrating at and this translates to higher output voltage "ou" under load.I can't use 4Amp fuse at supply so my guess is it's between 4Amp...5Amp current.

Hi MagPwr

Its hardly to believe possible simulate 'ou' in this circuit simulator 
btw: which version is this one circuit simulator? and these coil from L1 to L(x) is separate coils or they are on one core?

regards zcsaba77

[d3x0r]

Hi MagPwr

Its hardly to believe possible simulate 'ou' in this circuit simulator 
btw: which version is this one circuit simulator? and these coil from L1 to L(x) is separate coils or they are on one core?

regards zcsaba77

They're all independant cores.


@magpwr
does it actually need the whole chain of modules or does one work the same?
does more generate a higher power?

[magpwr]

Hi MagPwr

Its hardly to believe possible simulate 'ou' in this circuit simulator 
btw: which version is this one circuit simulator? and these coil from L1 to L(x) is separate coils or they are on one core?

regards zcsaba77

Hi,

My previous 25mV joule thief and my recent powerful toroidless joule thief was both originated from multisim.
The version is irrelevant since it's just basic inductors and capacitors.
The only fact for virtual environment all the components are based on selected value applied and it's 100% ideal component with zero loss or etc these which don't exist in real world.

For the Longitudinal experiment i am using 5amp fuse instead of scope via 0.1 ohms to easily show the estimated current drawn.There is no other better way to show current drawn other than using the primitive fuse.

The inductor  part will be the mystery since i don't know which approach will work "toroid or rod" until i start on actual experiment.

Just wait out for my actual findings to appear in a couple of days later for you to decide in order to believe.

I have just received the 8 x capacitors in 3 variant (Mica and non mica version)

Important requirement- Signal generator,Scope,L/C meter and electronics knowledge is a must have for this project.

As usual last warning i don't advise anyone to follow me unless you know what you are doing.