Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Maybe the longitudinal wave to the earth via explosive pulse discharge may provide some clues in due time hopefully.Maybe it helps in the ringing of the device as a whole.

Hi magpwr. Yes, it is quite possible that nano-width pulses are important, as Akula seems to have
put emphasis on that as well for this type of device. Ruslan says the timing of the pulses is very
important as well, so that is the other angle to experiment with. Akula showed on his first self runner
video that the device was self running without the earth ground wire connected. If that was not
a trick, then it seems earth ground is not the main source of the over unity in this type of Akula device.

I have turned my attention to running tests on the ferrite core circuit itself, as I think that is possibly where
the overunity may be coming from. I just don't trust what Ruslan says much any more, as he seems to be playing games.

All the best...

[magpwr]

Hi magpwr. Yes, it is quite possible that nano-width pulses are important, as Akula seems to have
put emphasis on that as well for this type of device. Ruslan says the timing of the pulses is very
important as well, so that is the other angle to experiment with. Akula showed on his first self runner
video that the device was self running without the earth ground wire connected. If that was not
a trick, then it seems earth ground is not the main source of the over unity.
All the best...

hi Void,

Just to let you know 2 experiments i am currently working on or at planning in my head is related to longitudinal wave.

The another is the Don smith base on China  replication using around 220khz.Redesigning the 7.2kv 6x igbt in progress to handle around 100ns pulse width.Earth is optional as well.

[Void]

hi Void,
Just to let you know 2 experiments i am currently working on or at planning in my head is related to longitudinal wave.
The another is the Don smith base on China  replication using around 220khz.Redesigning the 7.2kv 6x igbt in progress to handle around 100ns pulse width.Earth is optional as well.

Sounds good magpwr. You are doing good work. Keep at it!
All the best..

[NickZ]

   I'm still wondering why some guys, like Hoppy, Itsu, and several others that have made a proper grenade/yoke/kacher circuits don't see much improvement at the bulbs output, even when the various frequencies are matched up.
  What are we missing? 

   Hoppy: Thanks for the advice on the scopes, I agree that a regular 2 channel 20000- 40000mhz would be best, but the shipping cost can be more than the cost of the scope. That's why I was interested in the hand held ones, or the ones that can be connected to tablets. Unless I can find a good used scope here. 
But, viewing the signals on a tablet screen (10 in), is great for guys with poor eye sight, like me. 
I'm already using the android app for tablets and phones, but I need to make a 10X probe for it that connects to the tablet.

   From viewing the Ruslan video where he is showing the scope readings from just the grenade, with no Kacher connected, I can see that his grenade is not putting out much, by itself. When he connects a second bulb the first bulb dims by quite a bit.  Very similar to what my grenade is doing.
  What gets me, also, is how Ruslan can start some of his devices using just a small 9 volt battery.

[Void]

Hi Nick. Here is something else to look at if you are trying to find a scope that works with an Android tablet.
It is a Bluetooth capable 2 channel digital scope. I have no idea if this device is
any good however, and whether it comes with an oscilloscope app for an Android tablet or not.
It also says its max measureable frequency bandwidth is only 1MHz, although the analog bandwidth
is supposed to be 10 Mhz. It looks like you would have to purchase x10 probes for it as well. It may not
be able to measure high enough frequencies for this sort of Akula type device such as up to 2MHz or so,
based on the specs, but you could ask the seller questions if you are interested. It looks like it may
only be useable for frequencies lower than 1MHz, so it may not be too useful. 
BlueDSO oscilloscope for Android and Windows
http://www.ebay.com/itm/BlueDSO-oscilloscope-for-Android-and-Windows-/171710348656?pt=LH_DefaultDomain_0&hash=item27fabbfd70

All the best...