Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[baroutologos]

Playing with kachers and ferrites, i noticed another thing.

When the ferrite rod is properly inserted to the Kacher coil, and by touching with the screw driver the HV output, the ferrite rings! Yeap, it rings down to accoustic level. It does like a small metallic buzz or better a clinging sound. Obviously this is due to magnetostriction properties of some ferrites, whereas the spark produces all kind of frequencies from high to low audio level ones.

I noticed also, the effect peaks towards saturation. Adding more rods, gradually diminishes the effect. Also by saying the rod sould be insterted properly, i mean slowly sliding it inside and finding the sweet spot that the clinging sound climaxes. Actually in one instance, by touching with the screw driver the hot part and making an instant tiny spark (not streamer since in saturation Kacher runs very inefficient and ferrite gets hot) i managed to hear the clinging sound for 1-2 secs!, while spark is discontinued.

Is it illusion or my ears are true i cannot say for sure. I invited another witness to hear the effect and she claimed the same thing. I tried to make a video, but my cam is not "hearing" the subtle ringing ferrite.
In case anyone interested in hearing the effect, he must asseble the kacher in order to circulate some current instead going for plain high voltage based on the stray capacitance of the coil. In my case, i added to the usual coil, (except from the ferrite rod) 5 x 150pf 16Kv caps in series. (the red ones)

[Kator01]

@ All,

I did some more measurements on the input of my Delamorto's device replication.
I used better leads and moved the kachercoil at some distance from my measuring/supply equipment.
Now i can use my multimeter's for doing voltage and current measurements together with my scope.

Result is that the device pulls about 15 Watt.

So at these frequencies, use good solid leads/clamps, as the normally used crocodile type testleads induce much stray capacitance/resistance.

Video to be seen here:  http://youtu.be/Hvn_WpjiLNQ



Inspired by Woopy's result, i pushed on and made a quick and dirty setup like Delamorto using a split copper pipe (same length as secondary coil) and a thirth coil (10 turns / 1.5mm wire) attached to a 220V / 10W bulb with a 345pF variable capacitor parallel.
I use no ferrite in the copper pipe yet.

Result is that this bulb, after tuning, lights up at about 60% of its normal brightness (6 W)
I made some scope measurements of the output voltage across the bulb (392V PP at 1.2Mhz), and the current through a 1 Ohm resistor (172mA PP), but it is hard to arrive to a firm wattage statement with these values.

Video to be seen here:  http://youtu.be/xprfMwZCXxw

Offcource, further improvements should be done to maximize the output, but right now i seems the efficiency of my device is around (15/6=) 40%

Regards Itsu

Hey Itsu,

time for filters. See attachment. This is from Stiffler ESEG-Setup. Filter should be implemented both - one in the supply-path and one in the path to your meters.

Regards

Kator01

[jbignes5]

Hey Itsu,

time for filters. See attachment. This is from Stiffler ESEG-Setup. Filter should be implemented both - one in the supply-path and one in the path to your meters.

Regards

Kator01

I don't know if filters are gonna work. We are dealing with a field here and not anything in the wires.

[ronotte]

Playing with my Cacher I noted some interesting features:
1 - I have been unable to rectify voltage for the lamp load. I tested both single diode and bridge diode unsuccesfully with and without a levelling capacitor. It is like impossible to drive any load different from the incandescence lamp. Simply the cacher does not work...not found a way to restart it in the new conditions.
2 - Open voltage (without the 240V/60W lamp) is very high, about 600V at 1.6MHz.
3 - Overall efficiency is for operation with only a small slitted Cu tube without ferrite core and a small ferrite core located in correspondence of the location of the 3 coils.
4 - marginal sweet points are with a 5 cm long Cu tube located approximately at the middle of the magnifier coil
5 - Equivalent operation (200V @1.6MHz measured on lamp load) found in using 2 x spiral coil or 2 x linear coils.
6 - any neon lamp put at 20cm distance from the device is lit without lowering the incadescence lamp luminosity.
7 - running the scope's probe along the magnifier coil does show the tipical 1/4 wave voltage distribution as expected. The node of course is at the magnifier beginning
8 - running a simple 1 turn wire loop shunted by a small lamp does light from about the half lenght of the coil and max nearing the initial node.
It is also interesting to note that irrespective of any variation I have been unable to rise the loaded voltage of 200Vpp. I am waiting now to receive the new transistor I ordered with a much higher ft for seeing if any difference.
Roberto

[xenomorphlabs]

Playing with kachers and ferrites, i noticed another thing.

When the ferrite rod is properly inserted to the Kacher coil, and by touching with the screw driver the HV output, the ferrite rings! Yeap, it rings down to accoustic level. It does like a small metallic buzz or better a clinging sound. Obviously this is due to magnetostriction properties of some ferrites, whereas the spark produces all kind of frequencies from high to low audio level ones.

I noticed also, the effect peaks towards saturation. Adding more rods, gradually diminishes the effect. Also by saying the rod sould be insterted properly, i mean slowly sliding it inside and finding the sweet spot that the clinging sound climaxes. Actually in one instance, by touching with the screw driver the hot part and making an instant tiny spark (not streamer since in saturation Kacher runs very inefficient and ferrite gets hot) i managed to hear the clinging sound for 1-2 secs!, while spark is discontinued.

Is it illusion or my ears are true i cannot say for sure. I invited another witness to hear the effect and she claimed the same thing. I tried to make a video, but my cam is not "hearing" the subtle ringing ferrite.
In case anyone interested in hearing the effect, he must asseble the kacher in order to circulate some current instead going for plain high voltage based on the stray capacitance of the coil. In my case, i added to the usual coil, (except from the ferrite rod) 5 x 150pf 16Kv caps in series. (the red ones)

I was able to perceive an audio range ringing too sometimes with this set-up.
Good that you brought that up. When i was hearing it, i kept thinking that it actually can't be
happening because the resonance frequency of the circuit can impossibly be in the audible range.
This is the only thing that i could think of being responsible for the non-linear behaviour in
Delamorto's Set-up (Ferroresonance)