Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

itsu · December 22, 2011, 05:40:11 AM

@ all,

change from 7 turns pancake coil to 2 turns for the driver (secondary) coil shows stronger blue streamer = stronger HV RF (not shown).
It however does not results in stronger output on the bulb (L3 output coil).

Probing the outline of the kacher coil (primary) with an av-plug/scope shows i have standing waves on this coil with a dip (node) in the middle and antinodes on top/bottom.
This only is there with the 3th coil/copper pipe installed.

Moving the 3th coil upwards decreases the kacher coil resonance frequency until it stops oscillating.

Nice observations, but not very promising....:-(
Video to be seen here: http://youtu.be/MVq2Tr51YSw

@ jimboot,

thanks for the diagram in reply #9959.
It seems a strange configuration, and i certainly cannot explain what is happening there.
I will try tonight if i have similar results (burned transistor :-) )

Regards Itsu

jbignes5 · December 22, 2011, 08:30:53 AM

Quote from: itsu on December 22, 2011, 05:40:11 AM
@ all,

change from 7 turns pancake coil to 2 turns for the driver (secondary) coil shows stronger blue streamer = stronger HV RF (not shown).
It however does not results in stronger output on the bulb (L3 output coil).

Probing the outline of the kacher coil (primary) with an av-plug/scope shows i have standing waves on this coil with a dip (node) in the middle and antinodes on top/bottom.
This only is there with the 3th coil/copper pipe installed.

Moving the 3th coil upwards decreases the kacher coil resonance frequency until it stops oscillating.

Nice observations, but not very promising....:-(
Video to be seen here: http://youtu.be/MVq2Tr51YSw

@ jimboot,

thanks for the diagram in reply #9959.
It seems a strange configuration, and i certainly cannot explain what is happening there.
I will try tonight if i have similar results (burned transistor :-) )

Regards Itsu

Omg thats an awesome Detector. Why didn't I think of that. You are definitely brilliant. We need to map this in a computer. We can tell everything about the field from that. Distance and strength to the source! We could have an analogue picture of the field by using a computer USB sampling device. Make a servo tracker cage and let it loose. The longer it looks at that field the more information we can get about it's movements. Maybe we could have many sensors running at the same time? Responsible for tracking a certain space. They could be each a focal point to track this field. We can make a sensor cage then. What about assigning it a visual component and use the awesome real time nano screens to overlay all detected response from each element. I know there are guys out there with multiple cored computers. It's not that hard to dedicate a few cores to this experiment. We have the tools and now a nice detector.

We are gonna need a good programmer for the USB interface. The detector shouldn't be that hard to do. The software is the only thing. What do we use to track this? It has to be positional sensing and recording of the field as a value. Distance needs to be maintained all the wile. I'm thinking the size of the wire determines the resolution of the detector. The diodes are also very important to the detectors ability to accurately read the field.

jbignes5 · December 22, 2011, 08:41:17 AM

Your not using the tower coil right. the Tesla coil should be directly connected to the pulse, it is the primary coil or should be. The flat pancake coil should be a bifilar receiver coil to the load. Maybe if direct connecting the Tesla tower is too much you could flip the physical thing over and put the bifilar there on the bottom. This way the drive coil is on top and the bifilar would be on the bottom. The bifilar should be able to move up the Tower coil to find the optimum load balance. The same with the low turn power coil. Everything should be adjustable.

I'm sorry but you are gonna need a spark gap and cap. It is the only way to get real one way pulses. When you convert the pulses in a transformer the transformer makes up the difference in the one way pulses and turns it into real power. That blue streamer is a different kind of power as everyone has seen.

znel · December 22, 2011, 10:34:51 AM

Quote from: jbignes5 on December 22, 2011, 08:41:17 AM

I'm sorry but you are gonna need a spark gap and cap. It is the only way to get real one way pulses. When you convert the pulses in a transformer the transformer makes up the difference in the one way pulses and turns it into real power. That blue streamer is a different kind of power as everyone has seen.

jbigness, have you built a spark gap and experimented with a unidirectional pulse? I can't imagine the complications Tesla faced with such a feat. I've been working on several variations to produce this unidirectional pulse through a spark gap and so far have failed at most attempts. Just short of introducing a diode in the tank - which I've yet to find anything that would handle the voltage and amperage. The diodes fry at first impulse.

Magnetic blow outs don't work well enough, pressurized air quench same thing. The only thing I've found that even comes close is a rotary gap which does stop the reversing of a discharge. A simple commutator will work as well but the emf kick really eats the brushes and commutator quickly, even with a suppressor shield as tesla used. These methods wouldn't last long and would require high maintenance to maintain a continuous running device.

Transistors offer a very nice unidirectional pulse but none can handle the capacitive discharge current unless you do it on a small scale such as the kacher. Although the kacher is a viable option for small scale testing it is ominously limited to the transistors ability to handle voltage and current. A battery discharge isn't the same as a cap discharge in quality amperage conversion. I've used an IGBT with a 1000 amp rating but it's terribly limited to 1000 volts which limits power, as well, they are very limited to frequencies that they will operate efficiently.

A triggered spark gap also operates well and is capable of 1000's of amps and voltage isn't a restriction but they seem to misfire based on the trigger. All the spark gaps I've made to date have an overheating problem, you can see the tungsten tips glowing bright red hot when delivering amperage to the coil - I haven't lost any tips from it but I don't believe they would last much longer if forced to continue over extended run times.

With the small set ups were only looking at small potential differences ( 20-50kv ) you really don't start noticing the artifacts until your well above 200kv. Even then there are many other problems to overcome controlling the streamers. I believe,myself being on a strict budget, I can only dream of coming close to what tesla achieved.

I have a silo that is 80ft tall and 30ft in diameter with a beautiful aluminum half sphere which I've been considering a conversion. I do believe, if I did decide to move forward with it, it would cause some extreme concern and unwanted attention if things didn't go as planned. The dimensions meet most of Tesla's original requirements other than the deep grounding which is do-able. Still only a dream at this point...

jbignes5 · December 22, 2011, 12:51:00 PM

Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

itsu

jbignes5

jbignes5

znel

jbignes5