Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

hi everyone,

This is the continuation of my earlier post as shown above related to resonance.

"This is another latest discovery of importance -If Kacher  is running at 1/4 resonance frequency of the multilayer coil eg:1.66Mhz for my case.
Then you check again using test pen touching the antenna.This would produce very little /harmless/friendly spark like Ruslan.If you don't tune this right.The spark length would be longer and looks more serious"

Objective small spark obtained at 1/4 resonance is correct.

I have attached to show that by connecting bulb 60watt 220volts bulb.The total current consumption of unit kacher,pwm and bulb is just 1.21Amp
At bulb disconnect the power consumption is mere 1.05Amp this is the current consumption of the complete unit including kacher and pwm.

This means that the 60watt bulb is consuming mere 1.21Amp - 1.05Amp = 0.16Amps or 160mA

This is interesting guys 160mA x 30.42volts = 4.8watt for the 60watt bulb connected to get this brightness as attached.

-------------------------------
Next stage i will use 1000watt halogen bulb to check.I will report if there is any useful findings.
Lastly nanopulse injection\moustache may come after i sort out the pwm generator issue if there is additional frequency injection at kacher primary via choke."I am very sure this is the last stage to go into ou mode.Provided if law of harmonics 60 or 50 sub-harmonics is strictly followed as shown in my earlier posting"
I may go for the pll but without all the on and off section.

[Jeg]

Good job guys, well done. Even i don't comment to every of your videos and images separately, the help that you offer is very valuable.

Hoppy i wonder if it is easy for you to show us two waveforms taken at the cathode of the diode (the only diode in Ruslan's hand drawing) which feeds the 10uF capacitor. One without katcher, and one with katcher. It would be very helpful to have some references as you are the first of us that have these flashing results.

There are sure many ways to sync. but what bothers me is something that is called coherent time of Katcher. This is the time that charges need to accumulate over the secondary Tesla up to their maximum point. The best way for feeding katcher we know that is only at the peaks of the low frequency pulses. But what will be the minimum on time for having enough time to reach the right frequency and pressure? Is there any safe way to calculate this coherent time for our katchers?

Guys don't you find it interesting enough the fact that Urfa's bulbs don't give any light without katcher? And when they do is for a short time. Why is that?

[itsu]

Hi Itsu,
Thanks for your video. Interesting idea tuning by ferrite bar.

I want to try  to change my antenna it in to the Tesla torus style. I have made a torus from hoover's hose, unfortunately I found the aluminium tape I have is  not a real aluminium . Have to go to the shop tomorrow to get some.  
The next thing, what mess my frequency is connection of the grounding cable. In my case around 11 meters of ground wire.  I took two cooper plates and isolated them between by kitchen foil. Such a primitive capacitor, just to get physical disconnection but close enough to suck some electrons from or to the wire Than I performed a test. I set my device to lit the bulb. When I connect the ground straight on the bulb-it  dies. When I connected one plate to bulb and other to the ground, the light intensity increased. I migh to try maybe Barnosa&Lela style by wrapping ground  wire around the insulated grenade coil wire.  Speaking just about the wave length resonance -the grenade doesn't change, because here is no physical continuity. So I do not need to think how to re- tune the inductor. And the change of the LC resonance doesn't bother me. As Ruslan said- Forget to search LC resonances- there is only one and it is three turns on the TV yoke."

Itsu, btw, your three turns on your yoke looks very close to hat 26 or 28 or what ever number of turns you have. By Ruslan and Akula there should be some bigger gap.

Hi John,

yes i have seen that but i do not understand why that would matter.
I have some space between the 28 turn coil, but that was to be able to "upgrade" from 2x 6 turn primary to 2x 12 for the 24V version.
I could try to squeeze the present 28 turns, but doubt it has any effect.


Regards Itsu

[itsu]

   Itsu:
  Thanks for showing us your current set up, which will hopefully work (in time), as good as it looks. Your work is the best replication I've seen yet. Best of luck.
 
  If you remember the GeoFusion MRG tests, the bigger output air coils could also be tuned by inserting pieces of ferrite into the former tube, but not a whole rod, as smaller pieces can be separated for best effect, and a rod can't. Also a rod does not act the same by just sliding it in and out of the tube, as the separated pieces of ferrite can. 
  I also tune my yoke frequencies, by placing magnetite (not ferrite), on the yoke core. You might give that a try.
  Even though Ruslan didn't use any ferrite rod, pieces, or magnetite.
I found that I could light 7 100 bulbs, or more, using that method. But, not so without doing that.
  Also, for me, placing ferrite into the Kacher tube only could decreased the output frequency, but could not increase it.  At least that is what I found.
Other Exciters that I made (and I built many), did give more light at the bulbs by placing ferrite rods, inside the former tube. But, not with this type of Kacher set up.

   I will also be tuning and testing the Kacher/grenade combo in a couple of days, as I ordered some more transistors from RadioShack here in C.R., although not the recommended ones, as they don't carry them, or the right fets, either. Hopefully the fets I ordered from China will not take too long.
   

Thanks Nick,

i plan to use the ferrite only for tuning purposes, when i found the correct frequency i plan to tailor the Kacher for this frequency without any ferrite.

Regards Itsu

[itsu]

Hi br549. If you mean the bifilar inductor which gets wound over the grenade coil
layers 1 & 2, you want to use thick gauge wire. This is because this is a high
current carrying wire. Using lighter gauge wire will degrade performance too much.
All the best...

Good point Void,

i have shown in an earlier video* that there is about 50A    sloshing forth and back in this bifilar coil / 3 turn / 0.47uF capacitor LC circuit

*) earlier post/video here:  http://www.overunity.com/12736/kapanadze-cousin-dally-free-energy/msg422291/#msg422291

Regards Itsu