Author Topic: Kapanadze Cousin - DALLY FREE ENERGY (Read 11828968 times)

TinselKoala · « **Reply #4215 on:** April 25, 2014, 03:31:07 PM »

Quote from: starcruiser on April 24, 2014, 11:36:59 PM

@MenofFather,

There are a few on here that know how to use more than just a Oscilloscope, me included. I am sure we can build it and build a working unit if full disclosure is made, i.e. schematic, parts list and any special instructions on coil winding if something is special.

Aye, there's the rub. Competent people with oscilloscopes who can actually build things do exist on this forum and others. I'm sure many of us could build it exactly to any schematic, since he's using off the shelf components and a silly homemade coil. Air core, too! But the only way you'll be able to build a "working" unit is if he tells you where the batteries/hidden wires are located, and that will blow his whole trip. He hasn't hooked his fish yet.

starcruiser · « **Reply #4216 on:** April 26, 2014, 02:42:39 AM »

It is either that or they think they will get rich off it, thinking they can sell it and get rich is the typical mindset of those in impoverished situations, or they are just greedy, too bad.

NickZ · « **Reply #4217 on:** April 26, 2014, 04:34:34 PM »

Or, we are just too dumb to figure it out, and all these devices are working as is being shown.
That's what I feel is happening.

NickZ · « **Reply #4218 on:** May 11, 2014, 06:01:58 PM »

As promised, here is a video of my circuit lighting up 650 watts of incandescent bulbs. I have managed to light up to 700 watts, but with each additional bulb the total lumin level does start to decrease. The best brightness is obtained when using 3 100 watt 110v bulbs. Input source is an old discarded 12v 4aH battery.
I'm still working on a suitable feed back loop. Any suggestions are welcome.

https://www.youtube.com/watch?v=OCcTInm_EPI&feature=youtu.be

Hoppy · « **Reply #4219 on:** May 11, 2014, 07:58:26 PM »

Quote from: NickZ on May 11, 2014, 06:01:58 PM

As promised, here is a video of my circuit lighting up 650 watts of incandescent bulbs. I have managed to light up to 700 watts, but with each additional bulb the total lumin level does start to decrease. The best brightness is obtained when using 3 100 watt 110v bulbs. Input source is an old discarded 12v 4aH battery.
I'm still working on a suitable feed back loop. Any suggestions are welcome.

https://www.youtube.com/watch?v=OCcTInm_EPI&feature=youtu.be

Nick,

Thanks for showing your progress with the Mazilli. It looks to me that you have improved on Geo's performance even with less caps and coils. Well done. A lot more caps will not necessarily help you if you have already optimised power transfer into the size of the load you are using and looks like you may have done this already. I'm afraid I can't help you further with suggestions for a feedback loop, as everything I've tried over the years has not been successful.

MenofFather · « **Reply #4220 on:** May 11, 2014, 08:55:42 PM »

Quote from: NickZ on May 11, 2014, 06:01:58 PM

As promised, here is a video of my circuit lighting up 650 watts of incandescent bulbs. I have managed to light up to 700 watts, but with each additional bulb the total lumin level does start to decrease. The best brightness is obtained when using 3 100 watt 110v bulbs. Input source is an old discarded 12v 4aH battery.
I'm still working on a suitable feed back loop. Any suggestions are welcome.

https://www.youtube.com/watch?v=OCcTInm_EPI&feature=youtu.be

What is input curent ant voltage? Please meashure.

Vortex1 · « **Reply #4221 on:** May 11, 2014, 09:20:21 PM »

Quote from: TinselKoala on April 25, 2014, 03:31:07 PM

Aye, there's the rub. Competent people with oscilloscopes who can actually build things do exist on this forum and others. I'm sure many of us could build it exactly to any schematic, since he's using off the shelf components and a silly homemade coil. Air core, too! But the only way you'll be able to build a "working" unit is if he tells you where the batteries/hidden wires are located, and that will blow his whole trip. He hasn't hooked his fish yet.

Agreed, excellent documentation, clearly annotated schematics with waveforms, voltages etc. and including instructions like "measure this while adjusting that until this occurs" allowed people like me, at 10 years old with just a bit of electronics knowledge and the ability to read, to assemble from a kit many devices from Heathkit, Eico and others.

Having worked in the industry in later years, it was just a well written document that needed to be sent to any production facility in the world and the return would be a perfectly working, complex piece of electronics equipment.

The fault is not with the builders here, as there are many technically savvy, experienced builders, and even the inexperienced can follow "build" directions very well.

The problem is one of lack of thorough documentation by the inventors.

NickZ · « **Reply #4222 on:** May 11, 2014, 11:38:23 PM »

Hoppy and All:
Thanks for your comments.
Although I have obtained fair results as shown in the video, and even better results when further tuning with the magnetite magnets, (although not shown in this video). I have seen a resonant bump that burnt out my smaller 7 watt bulb when running by itself. I use the smaller bulb to indicate the amount of volts and amps that I'm getting at the output. As I know about how bright that little bulb lights up when connected to the grid. I use it also to test for the best resonance peak, as the bigger wattage load just can't obtain the same resonance peak due to the lack of amps provided by my battery. So, I'm still tuning although more caps would really help with that. The caps make a big difference, I just haven't found the right ones, yet. I'm just using a smaller 12v battery, not 24 or 36 volts. As the smaller zeners are still keeping me at 12v for now.

MenofFather: I can't measure the output on this circuit, as the meter will not read it correctly. The input is an old 12v 4ah battery, the output voltage will vary depending on the load. It can be anywhere from about (and I mean about) 120v to 220 volts, or so. If that can be trusted, (I don't trust it). Amperage is unknown.
I'm not concerned at this time too much with the meter readings, such as the input to output voltage/amp comparison. I'm interested in obtaining a working feed back loop, and enough useable light for my purposes.

Here are a couple of pics of this circuit.

Jeg · « **Reply #4223 on:** May 12, 2014, 07:42:31 AM »

Quote from: NickZ on May 11, 2014, 11:38:23 PM

Hoppy and All:
Thanks for your comments.
Although I have obtained fair results as shown in the video, and even better results when further tuning with the magnetite magnets,(although not shown in this video). I have seen a resonant bump that burnt out my smaller 7 watt bulb when running by itself. I use the smaller bulb to indicate the amount of volts and amps that I'm getting at the output. As I know about how bright that little bulb lights up when connected to the grid. I use it also to test for the best resonance peak, as the bigger wattage load just can't obtain the same resonance peak due to the lack of amps provided by my battery. So, I'm still tuning although more caps would really help with that. The caps make a big difference, I just haven't found the right ones, yet. I'm just using a smaller 12v battery, not 24 or 36 volts. As the smaller zeners are still keeping me at 12v for now.

MenofFather: I can't measure the output on this circuit, as the meter will not read it correctly. The input is an old 12v 4ah battery, the output voltage will vary depending on the load. It can be anywhere from about (and I mean about) 120v to 220 volts, or so. If that can be trusted, (I don't trust it). Amperage is unknown.
I'm not concerned at this time too much with the meter readings, such as the input to output voltage/amp comparison. I'm interested in obtaining a working feed back loop, and enough useable light for my purposes.

Here are a couple of pics of this circuit.

Nice job Nick, well done! I like that you keep testing this circuit until u get all the goodies from it! What frequencies you work with?
Yesterday I set up my first mazzilli driver. Its a really interesting oscillator for playing around. Tnks for the video

NickZ · « **Reply #4224 on:** May 12, 2014, 03:37:57 PM »

Jeg and All:
Thanks Jeg. I would recommend pursuing this type of simple oscillator circuit.
The bigger the yoke core the better the circuit will work. I don't think that the ringing or core vibrations have anything to do with the higher output, but are a consequence of this alternating flip-flop circuit instead.
Try to obtain the 0.33uf 400- 660v caps if you can, as many as you can get, at least a dozen of them or more. Place half of them on the input side, and the rest on the output side of the yoke.
I believe that the non-shocking magnetic output of Mazilli/yoke core combo is the heart of a working self-running set up. Hopefully I will get to prove that, as well.
Looks like the feed back loop should be composed of a feed-back coil, full bridge rectifier, and one or more capacitors. Also, you'll need to buy some 18v 5 watt zener diodes, instead of the lower voltage/wattage ones, or you'll burn out the Fets, with the additional energy sent back to the input from feed back loop.
Good luck,
NickZ

Jeg · « **Reply #4225 on:** May 12, 2014, 07:40:27 PM »

Quote from: NickZ on May 12, 2014, 03:37:57 PM

Jeg and All:
Thanks Jeg. I would recommend pursuing this type of simple oscillator circuit.
The bigger the yoke core the better the circuit will work. I don't think that the ringing or core vibrations have anything to do with the higher output, but are a consequence of this alternating flip-flop circuit instead.
Try to obtain the 0.33uf 400- 660v caps if you can, as many as you can get, at least a dozen of them or more. Place half of them on the input side, and the rest on the output side of the yoke.
I believe that the non-shocking magnetic output of Mazilli/yoke core combo is the heart of a working self-running set up. Hopefully I will get to prove that, as well.
Looks like the feed back loop should be composed of a feed-back coil, full bridge rectifier, and one or more capacitors. Also, you'll need to buy some 18v 5 watt zener diodes, instead of the lower voltage/wattage ones, or you'll burn out the Fets, with the additional energy sent back to the input from feed back loop.
Good luck,
NickZ

Tnks for the advice. What frequency you run it to?
Yesterday I made the chock ringing at 5Mhz while the output coils were pulsating at about 250-300khz. I put a secondary to the chock and after a tuning cap and a diode, I charge a cap at 65v. I then connected this 65v with an lm7812 but the voltage went down at about 10volts. I will try it again with different coil turns and an earth ground to see what will happen.

NickZ · « **Reply #4226 on:** May 12, 2014, 08:24:31 PM »

Jeg:
I don't know what frequency this device is running at. Nor am I trying to tune to a certain frequency. The caps along with the number of coil turns, as well as the tuning magnets can effect the frequency substantially.
I look for the brightness of the bulbs as an indication to tune to, but neither the ringing sound or vibration mean much, as far as I can see. Although the loudness of the ringing does seam to indicate something at times, but the ringing is not necessary or essential for the system to run as best as possible. As I can get the same amount of lumins even without any audible sound or vibrations from the core, at least to my ears.
I'm not trying to tune for nuclear core/or copper resonance factor, based on nuclear core or copper decay, at all. And will try to avoid that at all costs, if that be the case.
After months of testing at close proximity to the device, I have not noticed any negative effects from radiation, nor have I been shocked by this device, ever.

Jeg · « **Reply #4227 on:** May 12, 2014, 09:36:58 PM »

Ok Nick, I find it an interesting toy! I will also share if any improvement

rc3po · « **Reply #4228 on:** May 12, 2014, 09:59:34 PM »

I have an oscilloscope and equipment. I need to get more components, transformers, cores and stuff.

magpwr · « **Reply #4229 on:** May 13, 2014, 01:48:59 PM »

Quote from: NickZ on May 11, 2014, 06:01:58 PM

As promised, here is a video of my circuit lighting up 650 watts of incandescent bulbs. I have managed to light up to 700 watts, but with each additional bulb the total lumin level does start to decrease. The best brightness is obtained when using 3 100 watt 110v bulbs. Input source is an old discarded 12v 4aH battery.
I'm still working on a suitable feed back loop. Any suggestions are welcome.

https://www.youtube.com/watch?v=OCcTInm_EPI&feature=youtu.be

hi Nickz,

Great job man.It seems even if i take 650watt/2 =325watt then divide by 12volts=27(Cool Amps)

If try to calculate output at 1/4 of 650watt load = 162.5watt then div by 12volts.The Amps is 13.5 which your battery as mentioned is mere 4Ah only.
I know these non motor starter battery can't crank higher Amp than it is rated for.

Please do not try using any bridge rectifier at all.My discovery all the bridge rectifier are typically design for 50/60hz only although can nicely do 400hz.
Even the datasheet reveal facts.

I am not sure if you create a step down transformer using ferrite core and use fast response high Amps diode 400v or 600v >20Amps with series with a self made Air core inductor to loop back would work.
In one the youtube video in Russia-a air core 18awg coil around 20cm high then the top of the outer coil is connected to top of inner coil.The output from the bottom of inner coil is driving the 220volt motor with caps.

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Author Topic: Kapanadze Cousin - DALLY FREE ENERGY (Read 11828968 times)

TinselKoala

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starcruiser

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NickZ

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