Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[itsu]

@ 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

[ramset]

jibness
Quote:
Coat that wire in Silver and man We might have a winner here.


----------------------
Why not gold??
I'll send you some in solution NC  [PM me]
Or any others here that want to try it??


From an Old "moon shaker" [those things were Huge!!]


Chet

[zhak]

СемениÑ...ин! 200000Ñ€. -- 6 322,60 $

посÑ,авь цену по божесÑ,венней
продайÑ,е людям за 1Ñ,.Ñ€.

[ramset]

Itsu
Quote:
but it is hard to arrive to a firm wattage statement with these values.


-------------------------------------------------------


Make some tea..............


It was my Auction request  [post number 9791]

[jbignes5]

@ 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

Remember the fields around the Tesla coil part. It is like a double stemmed bulb. When you use the copper coil on the base it squeezes the field into a pine tree shape. Pulse the form from the top to ground would fill the bulb and squeeze it out the base. The copper should only be in the high current area and that would be the lower section near the thick copper winds. I think the thick copper winds are only for constricting the induced high voltage. This in turn screws the field into a spring like tension. When we are pulsing the coil it is tightening the spring. This spring would have dimensions as well. These have to be taken into account when designing a way to get power out of this. The ferrite core needs to be played with as well. Maybe the same 1/4 length might work here.


Oh whoever put the rodin coil on top of the Tesla coil well what about driving it from the bottom as the primary? The Rodin type coils have documented increased magnetic response. I bet we could get additional 20-40% there... I'm not sure it is the correct geometry come to think of it. The coils run sideways when you insert a magnet. Dang.. It would be worth a try though.

Has anyone tried using bifilar coils for the primary of the Kacher?

Also we need to pay attention to balances of mass between the coils. This might have something to do with resonance with the device. Every part must be delicately balanced and in resonance with the associated drive coil or even to each other. This might cause some confusion as to the outcomes we are seeing. Doing it the Stevep way does help but most don't know what it is for really. I think the initial drive coil must be the start place for resonance then move into the respected coils part by part. Resonance is the key to perfect transfers in energy and we need to balance that resonance so that any incoming energy can be picked off via induction through that resonance.

Ok whats next then... I think we should start looking at the shape of the Tesla coil. Up to now it has been flat wound. What if we tried it on curved surfaces? Like this http://en.wikipedia.org/wiki/Parabola

This shape would spread and focus at the same time! This would cause a density change in the network. I would say go for the Bifilar version with heavy copper on one side and very fine wire on the other. This means you could use the bifilar as a center tapped or commonly grounded system. The Fat coil will focus more on a point source and we could iron shunt the space to change that focus in the interior of the coil. Gold plated would be the best wire to use but for sake of brevity and low cost in the beginning we can get silvered wire real easily and cheaper.