Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Will post this  one more time.
Seems most have just bypassed my very last post except Hoppy's attention towards it

See how the effect works and how he lets the arc take place at the 1000W halogen.
Almost at the very end of the vid you'll see it.
Yet the entire vid is valuable how he puts different loads and see how it works.
but what is most important here to see is when
a Kacher / Tesla coil Radient RF Arcs at the lamp, that is RF Radiant HV arcing with amps in sync!
Very hot and visible to see how bright it gets when it arcs and flashes.
Same as Ruslan's latest 4kW demonstration when he tries to connect the other 2KW load to the system
you can see how it heavily arcs while trying to fit the wire to the connections.  Urfa sanli has the same arcing.
That is the result that has to be achieved! that is it. This Works! don't you all see it!?
Yet in the vid of Urfa there is no loopback/feedback part. it's just to show how he gets the effect.
Very important Vid here

https://www.youtube.com/watch?v=LeJfRlvUU2A&feature

Trying to point out Valuable stuff here, not here to play games.

All the information is on the net how and yet alot of tempered information too.
But some ppl try to help many get the right ones for them to continue on with the work.
   Cheerz~

hi Geofusion,

The video of URFA may look funny like 1Amps 220volts  (Around 220watt  of power)to power 500watt halogen at around 130watt.... brightness.
The video raise some questions since he is using UPS(Battery in built) to the power  220volts for the 220volts to 24volts converter.

Unless URFA want to clarify with us why is he is using a UPS -Backup power supply.

-Latest update at estimate 220watt power input there is nothing special about URFA video.

I have done some crazy things like running a computer system for 1hour using car battery to UPS.
Although i have never experienced a blackout for the last 15years in my country since year 2000.
--------------------------------
The Akula kapanadze replication is placed on hold for the time being until i got some ideas.I am working on some other projects.

[TinselKoala]

(snip)

  I count 6.8 sections of the 0.1us sections, with the scope set as before, using the .5us/Div setting. So, putting 0.680 into the CalTool, I get my 1.47Mhz. So, I'm almost to my expected 1.5Mhz minimum frequency starting point. And, I'm still getting decent output, but smaller streams, only about 2mm at the antenna.  No noticeable reaction yet at the bulbs, when connecting the Kacher to induction circuit, to be noticed still, even when using a 10 or 20w bulb.
 
(snip)

That doesn't seem to jive with the scopeshot you presented. One full cycle on the scopeshot takes just under one full division of 0.5 microseconds/div, I'll call it 0.45 microseconds.
So that's actually about 2.2 MHz.

Or, looking at it another way, two full divisions is one microsecond. And there are about 2 1/4 cycles in two divisions. So.... about 2.25 MHz.

Did you post the right scopeshot? I don't see how you are counting 6.8 minor divisions.  Oh.... did you accidentally count a cycle-and-a-half? That would be about 6.8 minor ticks.

[Jeg]

The video raise some questions since he is using UPS(Battery in built) to the power  220volts for the 220volts to 24volts converter

Hi Magpwr
Why is that so important? His current meter is at his converter input. Even if he is using a ups or mains grid, the current consumption indication would be the same at converter's input.

[Hoppy]

-Latest update at estimate 220watt power input there is nothing special about URFA video.

Its quite likely that URFA's bulbs were consuming less that 220W, given that once again all we have to go on is the brightness of the bulbs on camera. Again and again we see demonstrations that do not provide adequate measurements. I'm not saying that Geo's comment that he believes the angry sparking is very important is not valid, just that there was insufficient evidence that output was greater than input and that is what URFA was presumably trying to show us.

[itsu]

  Itsu:
  I've re wound the Kacher secondary, this time a bit more carefully. I also removed some more wire turns, several meters of the mag wire. And further spread the wires apart. Easier said than done...  Agreed!

  I count 6.8 sections of the 0.1us sections, with the scope set as before, using the .5us/Div setting. So, putting 0.680 into the CalTool, I get my 1.47Mhz. So, I'm almost to my expected 1.5Mhz minimum frequency starting point. And, I'm still getting decent output, but smaller streams, only about 2mm at the antenna.  No noticeable reaction yet at the bulbs, when connecting the Kacher to induction circuit, to be noticed still, even when using a 10 or 20w bulb.
 
  T-1000 is right in that I'll have to also tune the yoke 3 turns coil circuit to the Kacher circuit. As well as the 3 turns to the grenade output coil, all with an 37.5m earth ground connected. But, I'll need my WIMA caps that are coming in a couple more days, for that round of tuning.
The fun is just beginning... 

   Geo: I'll review that video again.  And get back to you.  How's your project coming???
 
  Here's some shots:

Nick,  i have to agree with Tinselkoala, i also fail to see the 6.8 sections for one period, but count 4.5, meaning the mentioned 2.2MHz

Try more amplitude and less peaks on the scope, that will increase your accuracy.

Anyway, you are almost at your 2,4Mhz    if that is what you still want (at 24Khz on the mazilla/inductor coil).

Regards Itsu