Kapanadze Cousin - DALLY FREE ENERGY

[GeoFusion]

Geo,

Thanks for posting the schematic. 

In the video we see a Chinese cheapo PSU which I assume is the 24V / 10A supply. He also shows a PSU under the bench, which appears to be driving the load lamps. The schematic only shows the 24V/10A PSU, so I'm wondering where in the circuit the second PSU is connected?

Hoppy,

He chose to not directly connect the 24Vdc PSU to mains.

What you saw under the bench is a UPS battery backup. He him self said in the recording it is a UPS.. no PSU. ..
look again  and analyze the video.   After that the schematic to see it's only 1 PSU of 24Vdc. output.
Reminder that he did not self feed the system in the vid yet. He only viewed the Effect and working of the device
He lets us know it's a UPS battery backup system that will drive the PSU 24Vdc for the device to operate and as you can see it eats only 1 amp 220V~.
when connecting first a load of 500W, then 335W and at last test 1000W load where he demonstrated arcing of high voltage and amps.
and still it was 1 amp to PSU.

It's only 1 PSU you are seeing in the schematic, Input of 200-240~ at the end of the device where load is connected 
and to convert 24Vdc output at the beginning with diode. this is the very last part of the device we have to focus on,
the main focus is how to connect it propperly and tune it for the output it gives.

[Peterae]

When, I look at this scopeshot now, these huge spikes, that I have circled in red, seem to be anomalous....perhaps a part of the elusive "magic sauce" and similar to what Peterae has stumbled upon in his crackling pulsed wires.

Verpies mentioned my crackling bifilar experiments, they maybe relevant to the kap devices.
When i was phase delaying 2 pulses, the second pulse that followed after a number of ns delay would created a large anomalous pulse when driving a bifilar with each pulse, when i tied both fets together and pulsed a single wire and then delayed each fet i would get very large bursts of emp, such that the fets would die, computers would crash near by, more interesting was the crackling noises that could be heard 5 feet away from the wire coil, it did not matter how many turns the coil had the coil would audibly crackle.
The noise was the result of the large emp tugging against the wire itself, i have videos of the effect, electrolet microphones could pick the noise up but also strange ghostly noises due to the capacitance of the microphone reacting to the dielectric changes of the sourounding space.

Having spent some time trying to understand the effect it was really hard to stop the fets being destroyed, so a new approach was tried, i came up with 2 whitenoise generators, each would drive each fet with random width on times, i wound a bifilar down a length of copper coated wire formed into a ring, when driven with the two random whitenoise generators occasionally an event would occur that produce a sharp 80 watt pulse of energy in the iron wire shorted loop, the loop was shorted with a 20 ohm resistor for which the 80 watt pulse could be detected.

One interesting from all this was that i found a way to detect what i believe to be Teslas radiant waves, if a scope probe has a 100K resistor wound around it's tip and around it's ground ring very close to the end of the scope probe and this probe is placed near my bifilar whitenoise generators i could detect what appeared to be DC gradients which seem to radiate from the crackling bifilar even though the scope probe was not physically connected.

Here's some links to my work.
delayed pulse http://www.overunityresearch.com/index.php?action=dlattach;topic=272.0;attach=1562

Video of pulse with 2 phase delayed pulses, using 1ns counting controller (7Seg is nS delay)
https://www.youtube.com/watch?v=5B8marx-LRw

Picture of iron core wire ring with bifilar, used for whitenoise experiments
http://www.overunityresearch.com/index.php?action=dlattach;topic=272.0;attach=1650

Picture of radiant pulse being picked up amonst the whitenoise, see the voltage step with the probe not connected bar a 100k resistor to stop the probe floating.
http://www.overunityresearch.com/index.php?action=dlattach;topic=272.0;attach=3914;image

Video showing scope probe and alum foil pickup for radiant event
https://www.youtube.com/watch?v=Yi_uKNrJg4c

and a picture from that video showing the offset voltages picked up.
http://www.overunityresearch.com/index.php?action=dlattach;topic=272.0;attach=3957;image

Video of the crackling bifilar
https://www.youtube.com/watch?v=dwtPIennXP4

and the thread on our for my experiments
http://www.overunityresearch.com/index.php?topic=37.msg230#msg230

[itsu]

@Nick: Good that you got a trace on your second channel. Probably nothing at all wrong with the scope. Once you get your other probes it will make more sense to you. I'd still like to see a shot showing the Probe Adjust output with your 100x probe, to see how bad (or good) the compensation is.

The frequency you are showing is calculated like this. Hz means "cycles per second". Your horizontal timebase is set to 20 microseconds/div, that is, 0.000020 second/division. (microseconds = 6 digits to the right of the decimal.)  And you are showing, starting from the left edge as the "zeroeth" peak, 4 peaks in about 8.4 horizontal divisions. So the math looks like this:

4 cycles / (8.4 divisions x 0.000020 secs/division) = 4/0.000168 = 23809.5 Hz, or about 23.81 kHz.

(Note that the "units" cancel properly to give cycles/second in the answer.)

Don't get trapped into false precision; 23.8 kHz is a valid measurement here, or even just 24 kHz, since you only know the "divisions" to two significant digits.

For better accuracy, set the Horizontal Timebase so that you have as many peaks as you can comfortably count on the screen. Make sure the "cal" knob is rotated fully clockwise. Use the Horizontal Position control to put a peak exactly on the leftmost graticule marker. Then count peaks and divisions as above for the math part. 

Hopefully Itsu will doublecheck my math... sometimes it's hard to keep track of the decimal points.

Double checking this using "slightly" more then 2 divisions between 2 peaks, so say 42us (timebase at 20us/Div.) and the earlier mentioned website: 
http://www.calctool.org/CALC/other/converters/freq it computes the same 23.8KHz as Tinselkoala mentioned ("cal" knob on the sec/div knob rotated fully clockwise!)


Nick, now do the same with the probe laying close to the kacher and then you have both frequencies you need.

Regards itsu

[Hoppy]

Hoppy,

He chose to not directly connect the 24Vdc PSU to mains.

What you saw under the bench is a UPS battery backup. He him self said in the recording it is a UPS.. no PSU. ..
look again  and analyze the video.   

OK. Thanks Geo.

[itsu]

  I'll know more when I get the set of new probes, and WIMA caps.  But, for now, I think that the Mazilli is working as it should.
The 0.47uf WIMA caps are for the tuning of the 3 turns coil (6 turns, in my case), And also the 0.1uf HV WIMA caps are for the 28 turns coil. Not for the primary of the Mazilli, or it's tuning cap. Which I'm still not sure about, as to which one to choose, yet.
I don't think that the tuning caps for the primary circuit are as important that they be the expensive HV WIMA type, but I could be wrong.
 
    I still need to redo my Kacher circuit, as it does overheat the transistor if I don't turn down the pot on the base. And turning down the input through this pot, lowers the output at the antenna coil, by too much.
So, a new Kacher driver is in order, but I want to order and use some of the recommended 2SC5200 transistors for it this time.  Those transistors, and the 75v, 200w fets, are on my list, for my next order.

  Hoppy:  I hope that the HV WIMA caps will make a difference at the output, as well as the running frequencies. As they aren't giving them away, and some are much as $35, each?  Ouch!

  The magnetite magnet does not produce the sign wave, or saturate my core, as yet. The Mazilli driver will produce this type and shape of sign wave, with or without the magnet, or with a different value of the primary coil's tuning cap. The frequency will change, but, the wave shape stays about the same.

Nick,

if you still need to redo your kacher driver, you might want to take a look at this "micro SSTC":

http://www.stevehv.4hv.org/SSTC6.htm

I build the version with the 555 timer and it seems a powerfull setup which does not run hot, see picture.
The only change is the MOSFET driver which in my case is an IXDD414ci and i added a 18V bidirectional TVS across the MOSFET gate/source.
Also interesting is the fact that the secondary coil is grounded at the bottom which is compliant with Ruslan latest video's.

Video here:  https://www.youtube.com/watch?v=M7F7oS3xixQ&feature=youtu.be


Regards Itsu