Author Topic: Kapanadze Cousin - DALLY FREE ENERGY (Read 11848004 times)

itsu · « **Reply #7455 on:** December 07, 2014, 07:42:34 PM »

Quote from: d3x0r on December 07, 2014, 01:33:04 PM

yes, if not overpowerd... was a high voltage?

Can you move them to? to the other side of the coil, on the green line veritcal? between coila nd cap on that side instead?

Not that it probably matters in the long run; just suits my sensibilities so the voltage peek is against the diode at half the cycle but then it makes it negative biased instead of positive output... so maybe try both places

Edit: the image is wrong... I mean....

Ya... but doesn't it work like .. image 2?

There is like 100 - 150 V DC on the capacitor, so these DSRD's should be able to handle that.
i doubt that we will see any pulses like you have drawn, but i can try.

I have removed the Kacher after repairing my bench PS with the help of ION from OUR forum, and i would like to keep it healthy.

So i am retesting with my nano-pulser (instead of the Kacher) again right now, so need to see if the DSRD's can be tested without the kacher.

Regards Itsu

Jirkason · « **Reply #7456 on:** December 08, 2014, 12:01:19 AM »

Hi, this is my test sample test by Ruslan. Test for now tesla + antenna + bifilar winding. 24V power from the battery. The load is a lamp 230V, 25W.
Jirkason

Jirkason · « **Reply #7457 on:** December 08, 2014, 12:12:47 AM »

Hi, more fotos.

d3x0r · « **Reply #7458 on:** December 08, 2014, 12:39:11 AM »

Quote from: itsu on December 07, 2014, 07:42:34 PM

There is like 100 - 150 V DC on the capacitor, so these DSRD's should be able to handle that.
i doubt that we will see any pulses like you have drawn, but i can try.

I have removed the Kacher after repairing my bench PS with the help of ION from OUR forum, and i would like to keep it healthy.

So i am retesting with my nano-pulser (instead of the Kacher) again right now, so need to see if the DSRD's can be tested without the kacher.

Regards Itsu

There's 1KV on Ruslan's (without load); I got up to 400 and realized my diode limit ran out; put 2 diodes in series now can get up to 800 without a load... when I put my 60W incandescent across it; it shorted and arced and now is dead

Wish I lived in a 220 country

I feel these 110 really limit what I can do

Ya.. the voltage build up is more gradual not as spikey as I indicated

probably too low of a change to be a 'pulse' so maybe no benefit...

magpwr · « **Reply #7459 on:** December 08, 2014, 02:46:39 AM »

Quote from: itsu on December 07, 2014, 07:42:34 PM

There is like 100 - 150 V DC on the capacitor, so these DSRD's should be able to handle that.
i doubt that we will see any pulses like you have drawn, but i can try.

I have removed the Kacher after repairing my bench PS with the help of ION from OUR forum, and i would like to keep it healthy.

So i am retesting with my nano-pulser (instead of the Kacher) again right now, so need to see if the DSRD's can be tested without the kacher.

Regards Itsu

hi itsu,

I understand you have done some research on nanosecond pulse in the forum in the past and you have managed to achieve 800volts peak around 100ns pulse width few years ago in this forum.

I manage to find 3 source of information related to nanosecond generator and containing interesting circuit diagram in pdf.This is also related to my current research to complement my synchronized nano-generator circuit which i have uploaded few times around a month back.

I am more focused on the driver stage of the nanosecond generator at the current moment.

There is a another research done on nanosecond with straight coaxial cable but it did not contain any useful circuit diagram.But there were useful theories to support it.
Dally coaxial cable is the spiral version with shorted end.

Please do take a look at the pdf and other drawings.I hope in doing so we can speed up research in this area.

dvy1214 · « **Reply #7460 on:** December 08, 2014, 04:39:50 AM »

Not a nay sayer, just have to get this question out there.

What do most of the people on this forum actually think resonance is?

It is most definitely possible to make a kampandze, Don smith, Joule Ringer, WHATEVER resonate with itself. This is the basis for many audio distortion resonators. The question actually is, can the resonant rise be infinitely risen while expanding the amplitude of the wave providing you with enough energy to run a load larger than the load on the power source driving the oscillations. Remember that power is relative but is actual in time. Power over a period none equivalent to the driving source is not proving anything about accessing energy but is creating a masturbatory illusion. Has anyone here heard of the terms analysis paralysis and mental masturbation?

Please, stop using resistive loads to try to show yourself progress you are hurting yourself if you are not using a lumen meter. ANY relatively low voltage source can be run through a resonant transformer to run light. Please for the sake of anybody with a degree who comes across this forum connect your resonant transformer to an inductive load driving an alternator to recharge your source. You would be much better off working with that as your bar. Raise the Bar from there. Working with light bulbs will only leave you very sour when you then try to connect a motor to do work. JLnaudin wouldn't even pretend to make a false claim about this because it is in fact a very efficient transformer.
http://jnaudin.free.fr/kapagen/kapagen33pio.htm

I know that what is being worked on in this thread is different from kampandze but bear in mind that principle is principle is principle. I am not saying this stuff to be a troll. I am saying this stuff because there are people actually trying to learn a thing or two and intellectual dishonesty does nobody any good besides the person practicing it in the short term until they realize that they have allowed a cancer into their minds that will chase their pragmatism out of their ears.

- David

d3x0r · « **Reply #7461 on:** December 08, 2014, 07:11:02 AM »

@Nick
I only have half a hint of an idea of what the issue is... Destructive frequency interferance... similarly if you lay down you kacher it aligns with the grenade and then couples to that resonance... so same if you connect to the antenna (ferrite 0-inductor might be removed) then it also couples to the grenade and it seems something about them is a destructive interferance.

@general
A small note I was thinking about; the last kacher secondary I was using (800 turns 28gauge wire) knocked the resonant frequency down to 227Khz (half of 534 it was on the video) ... which brings the effective capacitance of the coil up to 5.6503nF - that's a lot for just some wire... a higher voltage drive will be able to take advantage of more capacitance (able to move more layers of electrons?)...

need to knock it down to 113Khz next I guess

itsu · « **Reply #7462 on:** December 08, 2014, 08:44:08 AM »

Quote from: magpwr on December 08, 2014, 02:46:39 AM

hi itsu,

I understand you have done some research on nanosecond pulse in the forum in the past and you have
managed to achieve 800volts peak around 100ns pulse width few years ago in this forum.

Hi Magpwr, more like 1100V at 18ns, see screenshot 1.

That was done on the OUR forum in this thread: http://www.overunityresearch.com/index.php?topic=1556.msg29733#msg29733

Also in the thread we are on right now we were working with 1000V peak at 20ns, see around page 58 or here:
http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg345951/#msg345951

By using other technics, i was able to produce 800ps pulses at 23V (1:10 voltage divider for measuring purposes), see screenshot 2 and in the
first thread, but later in time: http://www.overunityresearch.com/index.php?topic=1556.msg41213#msg41213

Just yesterday i was again testing the nanopulser, and the pulse reached 1600V at 30ns, so things can still improve.
Most of those articles i have seen, but thanks anyway.

Regards Itsu

magpwr · « **Reply #7463 on:** December 08, 2014, 10:05:36 AM »

Quote from: itsu on December 08, 2014, 08:44:08 AM

Hi Magpwr, more like 1100V at 18ns, see screenshot 1.

That was done on the OUR forum in this thread: http://www.overunityresearch.com/index.php?topic=1556.msg29733#msg29733

Also in the thread we are on right now we were working with 1000V peak at 20ns, see around page 58 or here:
http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg345951/#msg345951

By using other technics, i was able to produce 800ps pulses at 23V (1:10 voltage divider for measuring purposes), see screenshot 2 and in the
first thread, but later in time: http://www.overunityresearch.com/index.php?topic=1556.msg41213#msg41213

Just yesterday i was again testing the nanopulser, and the pulse reached 1600V at 30ns, so things can still improve.
Most of those articles i have seen, but thanks anyway.

Regards Itsu

hi itsu,

May i ask is your circuit able to maintain this high peak at around 1500kv at repetition or firing rate of around 25khz...34khz.

I am curious what ferrite material are you using for your toroid which is coded blue or cyan in colour.

May i ask which circuit are you using.There are many to choose.My requirement is simple to get to 1.5kv at least at around 100ns...300ns which is half time period of kacher 1.66Mhz ~602ns

The latest one i have seen today is attached for reference.

Jeg · « **Reply #7464 on:** December 08, 2014, 10:11:51 AM »

Quote from: d3x0r on December 07, 2014, 01:01:32 PM

not really ; the diode itself is a tiny capacitor so...
adding another small capacitance in parallel ... if it's too big, the voltage won't build high enough and it'll be flat... if the capacitor between kacher and grenade is X, the parallel capacitor should also be X or smaller.

It worked alright.... I ended up being able to up 2nF caps and get a decent output; but now I'm only using 25-400pF transfer... so it's not really big enough to count in the resonance... it's kinda how caps work in the LMD (longitundinal magneto something) Dollard transmission line thng...

if you're not direct connected with a capacitor, it won't help you

you can add a tiny cap in series with the diode which will give it less capacitance....

Thanks John

At the time i have dismantle my circuit setup to try some things. When i ll return to my initial setup i will try your technique of galvanically connection between katcher and grenade. I remember that stupify had posted once a Tesla drawing showing exactly this. It was a yellow drawing if you remember.

skywalker66 · « **Reply #7465 on:** December 08, 2014, 11:28:17 AM »

Quote from: NickZ on December 07, 2014, 04:26:38 PM

Itsu:
I've got my grenade/yoke coils working, although with just the smaller fets for now. And I have the Kacher working, also. The problem is that when I try to connect the Kacher's secondary to the ferrite rod, and to the antenna, the output from the Kacher is killed by doing this, and no output is noticed on the antenna coil.
I also removed the 4 turns of wire (opposite wound) on the end of the Kacher secondary, and now I do get a small spark that does cause RF burns, but minor, compared to the Joule Ringer's output. But, still no output at the antenna coil.
Is there something that needs to be done so that this does not happen?
...

You have 2 issues about kacher fails:

1. Your kacher antenna is to close to grenade. That stop kacher working. Make the antenna larger around grenade and you'll be surprise. Make sure antenna don't touch grenade or anything else.

2. Your kacher primary is tight wound over secondary. Make it larger too, and in no touch with secondary.

This things maters a lot for a good working kacher. For details about that take a good look at ruslans setup in the picture attached, how larger is his antenna and primary.
Good luck !

itsu · « **Reply #7466 on:** December 08, 2014, 11:34:12 AM »

Quote from: magpwr on December 08, 2014, 10:05:36 AM

hi itsu,

May i ask is your circuit able to maintain this high peak at around 1500kv at repetition or firing rate of around 25khz...34khz.

I am curious what ferrite material are you using for your toroid which is coded blue or cyan in colour.

May i ask which circuit are you using.There are many to choose.My requirement is simple to get to 1.5kv at least at around 100ns...300ns which is half time period of
kacher 1.66Mhz ~602ns

The latest one i have seen today is attached for reference.

Magpwr,

"repetition or firing rate of around 25khz...34khz" will be at the threshold, you need good cooling (heatsink with fan) for both
the MOSFET and the D1 diode, see circuit drawn up by verpies on the same page 58 as mentioned above:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg345699/#msg345699

The blue toroid is just a choke, i have no specs on it

DSRD used (not visible in the above diagram) is Russian Diode KD226D (Si-D 800V 1.7A)

Regards Itsu

skywalker66 · « **Reply #7467 on:** December 08, 2014, 12:11:46 PM »

@ NickZ

You also have too much turns on your kacher's secondary. I estimated based on Ruslan's latest videos kacher secondary have around half length of grenade length, and a thickness about 0.8mm diameter. He have in no case a kacher with hundreds turns. Observe for a clue Akula's kacer secondary from photo attached, it have few tens turns only.
But for first you can leave as it is for now, and deal with antenna and primary arrangement.

John.K1 · « **Reply #7468 on:** December 08, 2014, 12:20:57 PM »

Quote from: skywalker66 on December 08, 2014, 12:11:46 PM

@ NickZ

You also have too much turns on your kacher's secondary. I estimated based on Ruslan's latest videos kacher secondary have around half length of grenade length, and a thickness about 0.8mm diameter. He have in no case a kacher with hundreds turns. Observe for a clue Akula's kacer secondary from photo attached, it have few tens turns only.
But for first you can leave as it is for now, and deal with antenna and primary arrangement.

Skywalker, I think, it is very individual how many turns is on the primary. Most important I see to have this primary in resonance with the secondary. This is what I am still fighting with too. I change my primary to copper tube which allows me to test tap in different places. Unfortunately it seems that my copper tube is still short(I have around 3 turns) but not too far where it should be. Check on internet how to properly tune Tesla primary coil.

magpwr · « **Reply #7469 on:** December 08, 2014, 12:53:41 PM »

Quote from: itsu on December 08, 2014, 11:34:12 AM

Magpwr,

"repetition or firing rate of around 25khz...34khz" will be at the threshold, you need good cooling (heatsink with fan) for both
the MOSFET and the D1 diode, see circuit drawn up by verpies on the same page 58 as mentioned above:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg345699/#msg345699

The blue toroid is just a choke, i have no specs on it

DSRD used (not visible in the above diagram) is Russian Diode KD226D (Si-D 800V 1.7A)

Regards Itsu

hi itsu,

Thanks for pointing me to the circuit.I will assemble one now for testing.By the way are you able to point me where to buy KD22D diode online.There is none in ebay.
I got few of the Silicon Carbide Schottky Diode 600volts rated with "zero" recovery got it for $2 ea in ebay.But no news detected in using as DSRD in nanopulser.
http://pdf.datasheetcatalog.com/datasheet/infineon/1-SDT12S60.pdf

There is a interesting discovery i made and solved while i had 74HC132 nanosecond generator on the breadboard with my DIY 74HC132 PWM generator (Fastest dual output channel PWM generator tested to 3Mhz.Circuit was uploaded weeks back no changes since and already implemented into PCB design).

If for example TC4421/TC4451 or TC4420/TC4452 is connected to nanosecond generator even though there was no output connected to anything.I noticed there was small glitch appearing at the channel A and channel B of my PWM generator.Initially i used 6 ferrite beads on straight wire at the positive supply of the TCxxxx driver which solved this problem for good.

Subsequently i found that by placing FERRITE beads on straight connector wire there is 1.4uH created.Later on i just replaced with a <10uH inductor to nanosecond driver positive pins.

I'm aware the mosfet driver need very good coupling since it's required to produce burst which needs high Amps during the switching period.

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Author Topic: Kapanadze Cousin - DALLY FREE ENERGY (Read 11848004 times)

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