I carried out the tuning procedure with the ferrite rod as suggested by Itsu and found the resonant point of my grenade at 1.639MHz. I had to remove a few turns to set the coil at this frequency without the ferrite rod inserted. Having done this the performance increased considerably to give me an output of 250V without a bulb load plus input connection to SMPS (not loaded) and 176V with a 40W lamp connected. Optimum tuning for the inductor is still with 480nF series capacitor and this gives me a nice mustache waveform when scoped across the toroidal current transformer. In order to get the URFA flashing light effect, I have to detune the Kacher to around 1.3I6MHz using the ferrite rod.

Jeg requested me to post waveforms scoped from the cathode of the diodes (shown on Ruslan's schematic) to earth, with and without the Kacher operating. The first of the waveforms below is with the Kacher connected and second with the Kacher disconnected. There does not appear to be very much difference between the two waveforms. However, when the Kacher is connected it is quite noticeable when switching between connected and disconnected, that a lot more transients appear when the Kacher is connected.Take no notice of the 178.6KHz measurement in the second waveform shot as the timebase would not lock on to the waveform.

Quote from: Hoppy on November 15, 2014, 07:05:14 AM
I carried out the tuning procedure with the ferrite rod as suggested by Itsu and found the resonant point of my grenade at 1.639MHz. I had to remove a few turns to set the coil at this frequency without the ferrite rod inserted. Having done this the performance increased considerably to give me an output of 250V without a bulb load plus input connection to SMPS (not loaded) and 176V with a 40W lamp connected. Optimum tuning for the inductor is still with 480nF series capacitor and this gives me a nice mustache waveform when scoped across the toroidal current transformer. In order to get the URFA flashing light effect, I have to detune the Kacher to around 1.3I6MHz using the ferrite rod.

Jeg requested me to post waveforms scoped from the cathode of the diodes (shown on Ruslan's schematic) to earth, with and without the Kacher operating. The first of the waveforms below is with the Kacher connected and second with the Kacher disconnected. There does not appear to be very much difference between the two waveforms. However, when the Kacher is connected it is quite noticeable when switching between connected and disconnected, that a lot more transients appear when the Kacher is connected.Take no notice of the 178.6KHz measurement in the second waveform shot as the timebase would not lock on to the waveform.

Nice Hoppy,

this 176V reminded me to a Ruslan video where he mentioned the same (172V) output, see this video:

https://www.youtube.com/watch?v=Y8snEOzF9R4#t=163

Regards Itsu

Quote from: itsu on November 14, 2014, 04:13:52 PM
Video here:  https://www.youtube.com/watch?v=zQrXo-htBQ4&feature=youtu.be

Regards Itsu

Hi Itsu,

The sliding ferrite is not bad way for rough resonance search but in the end of the day you have to remake katcher secondary coil as the natural resonance is required which is determined by signal transmission wire length. Also in this place it is all about wavelengths and not LC resonances for katcher as resonant oscillating electric field transmitter and grenade coil as receiver... The main trick is to create pump effect for particles so the charges start moving over Earth grounding.

P.S> If you would sort out your Skype I would not have problem reaching you there anymore

A few more measurements from my device: -

Total current draw at 25V: 5.6A
Temperature of Kacher transistor taken with I/R thermometer on plastic case: 30C.
Temperature of IGBT's taken with I/R thermometer on plastic case: 36C & 38C.

The temperatures have reduced significantly since I have carefully adjusted the Kacher frequency to grenade frequency. The spark is also reduced in length, something also observed by Mag earlier.

   T-1000:
   We may be trying to explain the effect generation of these Tesla type of technologies, by current electronic theory. Or even by nuclear decay, as being the source of any extra OU power sources. Now Ruslan's new fancy, as well.
  The use of the word "electric", derived from the idea of an electron, as well as the word "particle", were not part of Tesla's ideologies, and may just add to the confusion. Especially when trying to define what ticks here, with these devices.
  Also, how do we know that the earth ground is the source of any additional or extra anything? With its 1 volt, and little to no amperage?  Instead of voltage potential going from a higher voltage or presure source, to earth ground, or to a lower potential source.