Testa Hairpin Flyback Transformer Cold Energy

[TanTric]

you know im no good!! thats the sound track

i think im the first one to do this, but please if someone made it allready or is aware of it, i would like them to point me out!

Im actually running my Tesla Hairpin with a flyback transformer, im doing some magic also! why?

till now was anyone here able to light a 220V 25W bulb directly from a flyback transformer? without using any type of other transformer in parallel? i have suceded with my own transformer, but what cames next putted me complete nut!

im lightning my bulb directly from the tesla hairpin, for shore that not fully bright, maybe half, but considering im putting arround 13 watts is something to think about!

i do not get shock, and my bulb is working under water also! this is pure radiant energy!

the next step now its to triple the voltage, and feed my lifter with it.. so it can be a viable solution of transportation in the FE future! anyone can help with a tripler circuit?

the system is very tricky to tune, i found the effect by accident, and someone putted the parts in my garage also!

this video goes to harvey! and also to xee2 and mrmagamp! thank you brothers

Enjoy! YouTube - COLD ENERGY / YouTube - Sucahyo

BOOM

[ren]

Is your hairpin even shorted at the top? Its hard to tell from the video, but it looks like two separate pieces of wire.

[Raui]

Is your hairpin even shorted at the top? Its hard to tell from the video, but it looks like two separate pieces of wire.

I also observed that this appears not to be shorted. Infact I'll go a step further and say that I am convinced that it isn't shorted at all unless it's by a tiny tiny thin wire but what would the point in that be (because power output is related to mass according to other replicators of this setup).

Raui

[sucahyo]

Wow, brave and cool, congratulation .

I wonder if you can replace that noisy spark gap with lightbulb with broken filament?

[MrMagAmp]

I'll see the video later. Here I have a veeeery slow connection, but it seems that you've made a great work!

[MrMagAmp]

that is not radiant energy

I have just seen your video, and I have to say that you're not producing radiant energy. True radiant waves are 100% static potential waves. Your output seems to be high voltage-low current. If you've current you get the orange colour in the light bulb. With radiant energy there is only pure white colour.

So, keep trying it.

Lindemann explained how Gray produce radiant energy. It's not very complex to build, but at the moment, It's very difficult to me to build the most simple electronic circuit. I can explain how it works, and we can build the circuit together. If we join the efforts, it could be more easy.

here you have the first part: a bulb lit with the magnetic collapse energy (this is not radiant energy, it's energy from the back emf)
YouTube - Fall Time

And the schematic
http://img571.imageshack.us/img571/695/98446287.png

The video I've just posted is based on this one:
YouTube - back emf testing

[TanTric]

...

hi ren, thank you for your interest!

nope, mine is not shorted... i forgot to show that in the video, when i short the bars, the SG becomes more violent, but the load lamp goes down!

as you can see in this schematic, you dont need the "hairpin even shorted at the top" for that to be an hairpin, because there are 3 hairpin setups! mine is the center one!

hugs

Is your hairpin even shorted at the top? Its hard to tell from the video, but it looks like two separate pieces of wire.

[TanTric]

...

im not just a replicator! this is completely experimental finding, and you cannot compare that to the standard hairpin performance, because are different concepts! please point me out a tesla hairpin lightning a bulb directly from a flyback with 10.000v DC and at max 1 miliAmp of current?

the atempts i have seen, were al working with a powerfull 10.000v AC 23mA oil ignition transformer from the grid 220V 50Hz!

mine is being powered by a battery, with source frequencys near 20Khz! what comes after the SG i dont know, but lots of RF effects!

in my setup, power output is not related to mass... i tryed the aluminium grid you saw in the video (that is holding the CFL at top) also other pipes, and the light power is equal if i use big mass or small mass!

but whats the point of being shorted? really dont understand, you guys like things shorted? i like them opened!

beside that, the load is shorting the circuit!

I also observed that this appears not to be shorted. Infact I'll go a step further and say that I am convinced that it isn't shorted at all unless it's by a tiny tiny thin wire but what would the point in that be (because power output is related to mass according to other replicators of this setup).

Raui

[TanTric]

YouTube - Tesla "Hairpin" Circuit Replication

YouTube - Karl Palsness AEPC 2009 Tesla Hairpin Circuit Part 6

see this replication's... pure white colour? sory that dont make sense to me, explain better, because all the tesla hairpins i seen will glow the lamps orange! just like mine, i noticied that the colour is different from lightning the lamp from the grid, with hairpin much more orange light with much less current input!

so maybe you r saying that the tesla hairpin dont produce pure radiant? if that is the case i would like to join efforts to you so we can made a pure radiant energy output device!

i think before the caps and SG there's not any current circulating the system, if that was the case i will get shock!

dont take me wrong but you should start talking from practical, and not from theory... if you try to touch a fuji camera circuit output 300V 1 miliAmp, you will get a hell of a shock!

im playing with 10.000V and nothing!

what do you think of this facts brother?

thanks for the schematic!

hugs

I have just seen your video, and I have to say that you're not producing radiant energy. True radiant waves are 100% static potential waves. Your output seems to be high voltage-low current. If you've current you get the orange colour in the light bulb. With radiant energy there is only pure white colour.

So, keep trying it.

Lindemann explained how Gray produce radiant energy. It's not very complex to build, but at the moment, It's very difficult to me to build the most simple electronic circuit. I can explain how it works, and we can build the circuit together. If we join the efforts, it could be more easy.

here you have the first part: a bulb lit with the magnetic collapse energy (this is not radiant energy, it's energy from the back emf)
YouTube - Fall Time

And the schematic
http://img571.imageshack.us/img571/695/98446287.png

The video I've just posted is based on this one:
YouTube - back emf testing

[Karl_Palsness]

Radiant Energy

Low power radiant

From what I seen so far with my work, when you produce a small amount of radiant energy then it does not light the bulb very bright. If for example you where to take a 220V 50 watt bulb and it glowed dim then you could take a 220V 10 Watt bulb and the bulb will glow much brighter. Same thing would happen if you where to use a 12 V bulb... Now why is this? In order to light the bulb the radiant energy needs to see impedance. The higher the impedance, the more is converted. For instance you can put a 12V bulb in series with a florescent tube or neon bulb and both will light...as the impedance is high...but if you where to use a 120V 500 Watt bulb the bulb would not light as the impedance is to low...in conversational energy you will find that low impedance will allow more energy to flow thus more energy will be dissipated in the load and more light will emitted as long as there is ample supply. In the case of radiant energy the case if reversed. The lower the wattage of the bulb of the same voltage, the brighter the bulb. As it the lower wattage bulbs present the highest impedance. In the case of conventional power the higher impedance/resistance the less energy will flow and the dimmer the bulb...so if you where to use a .000001 watt bulb you would see noting but in radiant energy it would just flash into a bright flash. So it is a balancing act non the less with ample supply and impedance. You can also have a mix of energy....or partial conversion when you are trying to make radiant energy in the hairpin. If for example you use to small of capacitors then you will get some conversion but not total conversion. So you can have a mix of both. This sill be evident in both the bulb but also in the spark. The spark will tell you first what is going on. You can also have a mix of energy....or partial conversion when you are trying to make radiant energy in the hairpin. If for example you use to small of capacitors then you will get some conversion but not total conversion. So you can have a mix of both. This sill be evident in both the bulb but also in the spark. The spark will tell you first what is going on.


Keep learning

Karl

PS you need to study Eric Dollard work, it is very important stuff...the best I have ever seen

[fzzzy]

TanTrick, can you post the details of your setup? The video is not very clear, can you take some pictures with a flash of the different components, without random things which are not part of the circuit in the frame? Thanks.

What kind of capacitors are you using? How many farads? What size wire are you using for your bars? What are you using for a spark gap, and how are you driving the gap?

Thank you

[TanTric]

...

hi fzzzy thank you for your interest!

the circuit it the one i posted up in the thread!

is a simple hairpin circuit, but instead of using the 220VAC to 10.000AC 23mA oil burner transformer, i used a flyback transformer!

you can use this circuit to power the flyback! POWERLABS' High Voltage Solid State Flyback Driver

im using a frequency generator instead!

the bars are 30cm, use the more thick copper wire you can get! i also tryed with aluminium tubes, just use your imagination, that its the way of discovering thingS, not just doing what everybody does!

the spark gap is the same wire that the bars!

the caps are:

2000V 0.0051J 5100pF / 2000V 0.0018J 1800pF
2000V 682J 6800pF / 2000V 562J 5600pF
1800V 302J 3000pF / 1800V 472J 4700pF
250V .47J ??? / 250V 152J 1500pF
1600V 472J 4700pF / 1600V 472J 4700pF
400V 362J 3600pF / 400V .36J ???

i found them in old monitors and tv's, just to be shore i buyed 8 x 3KV 300pF, to have 12KV bank on each side, because one TH replicator had sucess with that levels of capacitance, but my system dont work well with them! so this was just an accident!

please someone can help to calculate the total capacitance in picofarads on each side so i can organize them better to match capacitance and see if i improve this thing?

BOOM

TanTrick, can you post the details of your setup? The video is not very clear, can you take some pictures with a flash of the different components, without random things which are not part of the circuit in the frame? Thanks.

What kind of capacitors are you using? How many farads? What size wire are you using for your bars? What are you using for a spark gap, and how are you driving the gap?

Thank you

[TanTric]

sucahyo

as you wish master!

i was wondering the name for the vid, and the only one that came to my mind was "sucahyo"... hope you dont mind, i just feel that!

wait till the end, its so beutifull! modulating the frequencys i can get so many types of shapes and effects, awsome!!

Enjoy! YouTube - Sucahyo

Wow, brave and cool, congratulation .

I wonder if you can replace that noisy spark gap with lightbulb with broken filament?

[Shamus]

Great video Juju! Did you notice that at certain times in that video that you were causing the filaments in the bulb behind the one you were playing with to glow?

[TanTric]

...

thank you very much for the good information karl!

hugs

Low power radiant

From what I seen so far with my work, when you produce a small amount of radiant energy then it does not light the bulb very bright. If for example you where to take a 220V 50 watt bulb and it glowed dim then you could take a 220V 10 Watt bulb and the bulb will glow much brighter. Same thing would happen if you where to use a 12 V bulb... Now why is this? In order to light the bulb the radiant energy needs to see impedance. The higher the impedance, the more is converted. For instance you can put a 12V bulb in series with a florescent tube or neon bulb and both will light...as the impedance is high...but if you where to use a 120V 500 Watt bulb the bulb would not light as the impedance is to low...in conversational energy you will find that low impedance will allow more energy to flow thus more energy will be dissipated in the load and more light will emitted as long as there is ample supply. In the case of radiant energy the case if reversed. The lower the wattage of the bulb of the same voltage, the brighter the bulb. As it the lower wattage bulbs present the highest impedance. In the case of conventional power the higher impedance/resistance the less energy will flow and the dimmer the bulb...so if you where to use a .000001 watt bulb you would see noting but in radiant energy it would just flash into a bright flash. So it is a balancing act non the less with ample supply and impedance. You can also have a mix of energy....or partial conversion when you are trying to make radiant energy in the hairpin. If for example you use to small of capacitors then you will get some conversion but not total conversion. So you can have a mix of both. This sill be evident in both the bulb but also in the spark. The spark will tell you first what is going on. You can also have a mix of energy....or partial conversion when you are trying to make radiant energy in the hairpin. If for example you use to small of capacitors then you will get some conversion but not total conversion. So you can have a mix of both. This sill be evident in both the bulb but also in the spark. The spark will tell you first what is going on.


Keep learning

Karl

PS you need to study Eric Dollard work, it is very important stuff...the best I have ever seen