Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

Oops, another reason to avoid Kachers in your direct environment i guess:

https://www.youtube.com/watch?v=tmFXsMU_myw

Itsu

If you swap Tesla coil with just very high voltage wire acting as electrical field antenna most likely it will be same results. The potential difference in the electrical field is doing all damage there... Also you can always encase entire setup into grounded Faraday cage box so nothing gets radiated out except scalar component from there.

[NickZ]

    Itsu:  You mentioned:
  "You will be surprised what little signal you will see ontop of the inductor/Grenade with a 1Kv nano-pulse, certainly no dump wave (ringing?) signal like my kacher did, see around the 6 min. mark."

   Maybe the same reason that I'm not seeing any useful results from my Kacher's limited HV output.  I believe that I've gotten the Kacher in sync with the induction circuits. Yet, no cigar. 
   Maybe the Kacher's output needs to be stronger???  However, Geo, as well as Itsu have obtained long HV streamers, (5.000V?),
yet no one has reporting any increased output at the bulbs.
   
   Let's not let this thread die off like all the other projects. Let's keep at it, guys.  As there is no better circuit to be working on.
   Come on,   Tomtech, DA1, Jeg, Geo, Itsu, Hoppy, etz...  let's get with it...

[itsu]

Nick,

it could be like T-1000 mentioned before, that the coupling of the inductor to grenade is to tight, and therefor the kacher / nano-pulse signals are not "packing a punch".

So we might need to loosen up that coupling so that the kacher / nano pulses are able to disrupt the signals causing the effect to happen.



I am in the process of transforming my Ruslan setup to be nano-pulse driven so i can throw out the kacher.
But that needs some time as i am doing other projects too.

Below a picture of my unfinished new nanopulser which will be driven from 24V input only.
So i create onboard the needed 130V (and with a switch 260V) DC for the MOSFET drain.
It has an onboard VCO so i can test the pulser before hooking it up to the rest of the Ruslan setup.

The heavy cooling on the MOSFET and flyback diode is to be able to get a high pulse repetition frequency (15KHz, hopefully 26KHz).

I think on using 2 DSRD's in series, for a higher voltage pulse, therefor the switchable 130/260V onboard PS.
(the switch switches the 4 diodes behind the yellow ferrite transformer in either FWBR mode (130V) or in voltage double mode (260V).

 
Regards Itsu

[magpwr]

Nick,

it could be like T-1000 mentioned before, that the coupling of the inductor to grenade is to tight, and therefor the kacher / nano-pulse signals are not "packing a punch".

So we might need to loosen up that coupling so that the kacher / nano pulses are able to disrupt the signals causing the effect to happen.



I am in the process of transforming my Ruslan setup to be nano-pulse driven so i can throw out the kacher.
But that needs some time as i am doing other projects too.

Below a picture of my unfinished new nanopulser which will be driven from 24V input only.
So i create onboard the needed 130V (and with a switch 260V) DC for the MOSFET drain.
It has an onboard VCO so i can test the pulser before hooking it up to the rest of the Ruslan setup.

The heavy cooling on the MOSFET and flyback diode is to be able to get a high pulse repetition frequency (15KHz, hopefully 26KHz).

I think on using 2 DSRD's in series, for a higher voltage pulse, therefor the switchable 130/260V onboard PS.
(the switch switches the 4 diodes behind the yellow ferrite transformer in either FWBR mode (130V) or in voltage double mode (260V).

 
Regards Itsu

hi itsu,

I have got a nanosecond generator PCB which runs on mere 3.5volts.....12volts to power up a modified XL6009 circuit to give 47volts.

Just ask and i shall provide the circuit,prototype pcb and my screenshot from scope.It can do anything up to 1.8Mhz repetition ixdi614 inverted version.
The nanosecond circuit implemented in pcb is the 74hc132 which was posted recently.This was my simplified 1 i/c version.

My nanosecond generator At 1khz it merely consume around 20mA at 35khz at around 460mA at around 1.1kv pulse width 6.8ns...7.4ns.Using 5x kd226d diode in parallel.

But this circuit if interested RF parts alone would set you back around 80usd total mainly from digikey.

2 experiment this circuit can be implemented dally RG58U coax cable and another a high possibility "resonator which is consist of copper sheet coil" base on vasmus.

The descending ripple amplitude as shown in vasmus scope is similar to my experiment in mutisim.

Itsu just ask and i shall give it to you tomorrow.It's late here.

------------------------------------------------
My worst fear seems to be coming true.It seems nearly all the Europe nation is being dragged into this holy war created by isis.As Asian/third party since am no Muslim these fools are trying to create
WWIII.I do feel sorry for those isis fools since they being professionally brainwashed by someone.

Sometimes i wonder which is worst  a hypocrite or a two headed snake.

[itsu]

Hi Magpwr,

yes sure i would be interested, looks very promising that low voltage / amperage input but still with a nice 1kV output.

Thanks,   regards Itsu