Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[bolt]

Almost all NST's nowdays are 9kv - 15kv and run at 35khz. There will be enough harmonics in here to go to 5 octave without a spark gap.  5 x 35 = 1.75 megs. This is enough for L1.

That said spark gaps are the easiest to get going and its best to use a car spark plug as they are designed to handle sparks! Just a tap on a table can set the gap.

With RF the tuning can be done in the primary or the secondary of a transistor stage. A 5 meg Xtal on the base can have a collector tuned to  25 megs. Normally you wouldn't expect to go to more then 5 octaves on one stage. As DS did in his early systems the tuning was cap and Res in the transistor base set the o/p frequency in the collector. These are crude designs in practice he may well use PLL's and other more stable methods. After all there is no spark gap  in the TPU

[nievesoliveras]

I'd like to look at the file, too.  But the whole thing on my available industry standard American IP servers renders a 200 MB file in its entirety.  I've never gotten a file that large to run.  The computer often gives some kind of error---like "data under-run" and then stops.  65 MB was the limit on a good, fast system and a commercial/university grade data line.
Can it be subdivided into smaller files?
Please (!) try and rework the file to smaller PDF's.  American systems I use are often limited in speed and size.

--Lee

I remembered that when I made the graphic composition of the center primary tesla, I could not download the file. What I did was, I stored the link as a shorcut and tried several times to make it stay on the screen of my computer and took some screen captures with the print screen boton, then start paint and choose paste and there was the graphic I needed. I repeat that process several times and made the composition.

You just have to go to the chapter 21 and begin to capture pages as long as the error that the times is up does not show up.

The other thing is if the member that offered to upload the file to someplace, do it to the http://mediafire.com

Maybe they dont have that file viewing time limit and we can download it and split it with some splitting program.

Jesus

[jeanna]

@Bolt,
I am afraid most of your posts from today are over my head.
This caught my eye.

BTW if you stick a FWBR on the 5khz 480 volts o/p you get something extremely close to a TPU.

What is a FWBR? what is o/p?

I have a joule thief which has a 240 turn secondary on it which operates at 5.6KHz. and produces 450volts. This is very low frequency for my joule thirf circuits. They tend to be between 50KHz and 200KHz.
But I wonder if this one that lit a fluro tube for 6 hours might be useful in this design you guys are working up.
I say you guys because I am quickly losing ground following what you are saying, but carry on.

I would, however like to know what those letters mean.
Actually most of the letters used today could be explained. Maybe I am not the only one who has not had experience using these abbreviations??
Just giving the definitions once on a thread is enough.

thank you,

jeanna

[Yucca]

Almost all NST's nowdays are 9kv - 15kv and run at 35khz. There will be enough harmonics in here to go to 5 octave without a spark gap.  5 x 35 = 1.75 megs. This is enough for L1.

That said spark gaps are the easiest to get going and its best to use a car spark plug as they are designed to handle sparks! Just a tap on a table can set the gap.

With RF the tuning can be done in the primary or the secondary of a transistor stage. A 5 meg Xtal on the base can have a collector tuned to  25 megs. Normally you wouldn't expect to go to more then 5 octaves on one stage. As DS did in his early systems the tuning was cap and Res in the transistor base set the o/p frequency in the collector. These are crude designs in practice he may well use PLL's and other more stable methods.

OK, I get what you´re saying now, you can drive L1 straight off HT PSU and have L1 resonate at fifth harmonic of the PSUs fundamental. You´re right the PSU output will contain much higher harmonics. Trouble is that without a high pass filter you'd get very undesirable destructive interference happening in L1 due to the lower harmonics, mainly the fundamental, basically you could only use a fraction of the supplies power (that which resides in the fifth harmonic) to excite, the rest would have to be wastefully dumped.

P.S. 5 octaves is not 5X, 5 octaves is (2^5)X which is 32X. The 5th harmonic is 5X.

After all there is no spark gap  in the TPU

There´s no NST in there either. pages 1...9, this looks like TPU:
http://www.free-energy-info.co.uk/Chapter3.pdf

it even has the same components of the OTPU, it explains the single exciter coil on the TPU and many other aspects of it. now if I can just make neat holes in metglass ribbon... it´s a pain to work with, really is like a ribbon of glass, or one very long razor blade!

[Yucca]

What is a FWBR? what is o/p?

hi jeanna,

Full Wave Bridge Rectifier

and

OutPut

edit: joule thiefs could well be used to excite small versions of what´s being talked of here.