Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Hi all,

I decided yestarday to re-wire my main earth and PC line filter exactly to the schematic posted by Enjoykin in post 6603. This has appears to have eliminated most of the HF interference on the PWM frequency shown in the scope shot I posted earlier under post 6520.

@ Mag,

Sorry to hear about the smoking of your voltage reg. I have found that these 3-pin these regulators will work up to their rated voltage with a smooth DC supply but often fail when used in inductive circuits. A good example is not to use them to regulate voltage to 12V for running PC type fans. They don't like spikes. I always use resistors to drop voltage for working PC fans. Its also very important to add a 10nF or 100nF ceramic cap on both input and output as close as possible to the regulator pins. My test supply has a max output of 25V and this is as high as I advise for these regulators for this application.

hi Hoppy,

Do check out my earlier post about damage stuff which i just added more comments in blue about some findings earlier in the day which maybe of interest.

[T-1000]

You mean in terms of harmonics? Without sync no effect?

Well, if you did read and understood N. Tesla quote there is specific term to reach effect...
Without sync you won't have any "fireballs"/burning/free energy.

[NickZ]

 It would be good to show just what the yoke/grenade coils can do to a single bulb (100w-500w bulb), without the Kacher connected. Then to show the difference in bulb brightness with the Kacher working also.
  If the yoke/grenade by itself is only barely lighting the bulb(s), I don't see how the Kacher pulses are going to do much to improve that, toward producing an output of 1000w to 2200w.
Also, wasn't the idea previously, that the magnetic induction crt output was to be superimposed by DC voltage from the kacher crt? Not AC? 
As,  I have also noticed higher bulb brightness when superimposing the Kacher's output through a rectifier diode as half wave DC.

  NOTE: I did notice a difference when the ferrite rod with the two small opposite wound coils are used. The kacher's output becomes more intense, RF burns , when previously no RF burns were felt. I would say that the voltage drops, but  the amperage is raised, and of course this changes the running frequency of the Kacher, at the antenna.  Just thought that I'd mention that, again, as some of you don't seam to be noticing much difference from the ferrite rod tuner coils.
However the bulb brightness only improved slightly in my case, when connecting through the ferrite rod.  But, noticeably.

  It would also be good to know just how and where to connect the 3 fans, to the circuit's input. Be it to 12v, or 24v circuits.

[magpwr]

It would be good to show just what the yoke/grenade coils can do to a single bulb (100w-500w bulb), without the Kacher connected. Then to show the difference in bulb brightness with the Kacher working also.
  If the yoke/grenade by itself is only barely lighting the bulb(s), I don't see how the Kacher pulses are going to do much to improve that, toward producing an output of 1000w to 2200w.
Also, wasn't the idea previously, that the magnetic induction crt output was to be superimposed by DC voltage from the kacher crt? Not AC? 
As,  I have also noticed higher bulb brightness when superimposing the Kacher's output through a rectifier diode as half wave DC.

  NOTE: I did notice a difference when the ferrite rod with the two small opposite wound coils are used. The kacher's output becomes more intense, RF burns , when previously no RF burns were felt. I would say that the voltage drops, but  the amperage is raised, and of course this changes the running frequency of the Kacher, at the antenna.  Just thought that I'd mention that, again, as some of you don't seam to be noticing much difference from the ferrite rod tuner coils.
However the bulb brightness only improved slightly in my case, when connecting through the ferrite rod.  But, noticeably.

  It would also be good to know just how and where to connect the 3 fans, to the circuit's input. Be it to 12v, or 24v circuits.

hi Nickz,

Although i am able to achieve maximum bulb brightness at 60watt at L/C resonance at pwm around 12.98khz for load testing purpose to see how my component eg:IGBT can handle.
I choose not to talk about it because it got everything to do with kacher no L/C resonance should be involved here.

If you study the circuit diagram the kacher antenna is directly over the 25 turns bifilar which the top bifilar is connected to earth.
Kacher secondary is already connected to earth via base of transistor and also via TVS diode 18volts bi-directional.Upon hitting this voltage of tvs it is connected to earth as well.

What i am trying to say kacher antenna over 25turns is similar to closing the loop and back to earth but without direct contact involved.

The L/C resonance i believe should be pre-tuned in advance using suitable capacitor.But the actual pwm generator would be running at twice the L/C frequency around eg:26khz be it 50th or 60th sub-harmonics version.

Of course at 50th sub-harmonics version the pwm generator would be running at around 32khz....37khz if compared to kacher frequency which was derive from mutlilayer coil resonance.

You are are right about the kacher the spark is more intense like little red (little more current flow) rather than more blue after the additional windings after the tesla coil.Recall the Ruslan video where i noticed and mentioned the spark was little reddish in colour.

---------------------------
There are some parts of my experiment which i am lost for words on how to describe.For example i was playing with ferrite rod insertion into kacher which for my case it would impact pwm generator accordingly(This is how my circuit is configured via antenna).Then at the certain frequency of kacher this suddenly drops to 12.98khz between capacitor.But i know my pwm generator is running at higher frequency."I got no explanation for now" .This is where i noticed there is slight drop in amps while bulb brightness is maintained.Take note i am using diode at center tap of toroid for a reason which will be too long to talk about it."Just picture this as the diode after PSU unit in Ruslan device"

[Hoppy]

It would be good to show just what the yoke/grenade coils can do to a single bulb (100w-500w bulb), without the Kacher connected. Then to show the difference in bulb brightness with the Kacher working also.
  If the yoke/grenade by itself is only barely lighting the bulb(s), I don't see how the Kacher pulses are going to do much to improve that, toward producing an output of 1000w to 2200w.
Also, wasn't the idea previously, that the magnetic induction crt output was to be superimposed by DC voltage from the kacher crt? Not AC? 
As,  I have also noticed higher bulb brightness when superimposing the Kacher's output through a rectifier diode as half wave DC.

Nick,

My circuit is currently working as an inefficient inverter, so the main earth presumably adds the magic touch, assuming that we are not lacking an important piece of the circuitry.

Your comment about the induction circuit output needing to be superimposed by a DC voltage from the Kacher is interesting. Where did you get this info from?