Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

   Hoppy:
   Seams like you're headed in the right direction. 
   Too bad that URSA has no time to check to see if his device will self run yet, or not. How much time would this really take?
   

Maybe Nick but the effect that URFA's Karcher is having on his grenade output is baffling and intriguing me and not something I can fully replicate on my setup.

[magpwr]

A few more measurements from my device: -

Total current draw at 25V: 5.6A
Temperature of Kacher transistor taken with I/R thermometer on plastic case: 30C.
Temperature of IGBT's taken with I/R thermometer on plastic case: 36C & 38C.

The temperatures have reduced significantly since I have carefully adjusted the Kacher frequency to grenade frequency. The spark is also reduced in length, something also observed by Mag earlier.

hi Hoppy,

At this stage of experiment.We have at least figured out why spark was tiny and harmless as previously seen in Ruslan video.

Words of caution please do not use 0.47uf caps after 3 turns as i know you and itsu are using L/C resonance of 0.47uf with inductance of 25 turns bifilar.This would resonant at around 24khz which consume the most current  and bulb would be lit at nearly full brightness.L/c resonance should not be applied which i had found out around 1 week back.My last advise on the caps selection.

I'm sticking with 1.3uf after 3 turns or can choose to stick with URFA 2.25uf.Yet we are using pwm frequency at around 26.xxkhz for my case and 34khz for URFA case since he is using 50 sub-harmonics.

At the final stage of the experiment we need to tamper with oscillation of the kacher at it's current resonance frequency.Base on URFA circuit diagram the primary coil was connected to center tap via choke which only then cause bulbs to be lit.
I'm now suspecting 2 frequency on kacher is needed
1)it's resonant frequency in Mhz which produce the smallest spark which we are now aware.
2)Additional 50 or 60 sub-harmonics spike or nanosecond pulse or frequency needs to be present in kacher primary coil in order to activate bulbs.


This does keep reminding me of this experiment below where 2 frequency needs to be present in tesla coil.

Corum Ball Lighting
http://home.dmv.com/~tbastian/ball.htm

Too bad we don't have high speed camera to observe small lighting ball before and magnified after passing through glass panel.

[Hoppy]

hi Hoppy,

Words of caution please do not use 0.47uf caps after 3 turns as i know you and itsu are using L/C resonance of 0.47uf with inductance of 25 turns bifilar.This would resonant at around 24khz which consume the most current  and bulb would be lit at nearly full brightness.L/c resonance should not be applied which i had found out around 1 week back.My last advise on the caps selection.

I'm sticking with 1.3uf after 3 turns or can choose to stick with URFA 2.25uf.Yet we are using pwm frequency at around 26.xxkhz for my case and 34khz for URFA case since he is using 50 sub-harmonics.

Hi Mag,

Please explain the criteria you used for sticking with 1.3uF? Apologies if you explained this earlier but a lot of water has passed under the bridge.

I have tried many cap values up to and above 1uF but my current does not drop below 4.29A from fully bright bulb at 5.6A. My bulb is very dim like yours with any value above 1uF.

[magpwr]

Hi Mag,

Please explain the criteria you used for sticking with 1.3uF? Apologies if you explained this earlier but a lot of water has passed under the bridge.

hi Hoppy,

It's late here at 2am.

Recall the 1/2 wave of actual resonance which i have mentioned previously.

For example if you got certain resonance point at around 20++ khz.Then take that frequency and divide by 2(1/2 wave).

Then take the inductance of your 25 turns bifilar measurement.Then use a suitable web site to derive the capacitor value after inputting your Inductance and 1/2 the Frequency.

Another reason i have mentioned there should not high voltage present across capacitor which means there is loss and there is lesser flow to the 25 turns bifilar coil."Recall the capacitor reactance \ohms i have mentioned previously."

That's all for today.

Even Don smith device do not use L/C resonance but it's 1/4 resonance / 4th sub-harmonics for the output.

I wish to solve this kapanadze device mystery by year end provided if i am lucky.Around 1.5months to  go.

[Hoppy]

hi Hoppy,

It's late here at 2am.

Recall the 1/2 wave of actual resonance which i have mentioned previously.

For example if you got certain resonance point at around 20++ khz.Then take that frequency and divide by 2(1/2 wave).

Then take the inductance of your 25 turns bifilar measurement.Then use a suitable web site to derive the capacitor value after inputting your Inductance and 1/2 the Frequency.

Another reason i have mentioned there should not high voltage present across capacitor which means there is loss and there is lesser flow to the 25 turns bifilar coil."Recall the capacitor reactance \ohms i have mentioned previously."

That's all for today.

Even Don smith device do not use L/C resonance but it's 1/4 resonance / 4th sub-harmonics for the output.

I wish to solve this kapanadze device mystery by year end provided if i am lucky.Around 1.5months to year end.

Thanks Mag.  Please see the added comment in my last post. If you are right about this, then this is clearly not how Ruslan has his device setup. However, as you will read into the comments in my earlier post, I'm not at all convinced that Ruslan has demonstrated a self-runner.

I wish you luck with solving the Kapanadze mystery!