Kapanadze Cousin - DALLY FREE ENERGY

[stupify12]

 It is still very confusing on what really works and where this coil/wire should be connected..

There is 3 main coil that works on every device of Kapanadze, Akula and Ruslan.. 
The grenade coil is just a combination of the CW and CCW the result is a capacitor made of coil..

First Coil.(CCW). we need a exciter coil or resonator as you have known to it.. The purpose of this resonator/exciter is to charge the Grenade Capacity Coil in every pulse, much prefered with a spark gap or impulse exciter.. It is place in the very end of the whole coil to not overlap the last output 220v -400v coil..

Second Coil.. Is compose of two coils of CCW and CW combined and layered to properly work as a capacity coil.. This Grenade coil should be in resonance with the ground.. The frequency does not matter because it will oscillate to it coil natural frequency..  The very indication which Kapanadze knows that his device work because this Bifilar Grenade coil will fire its Spark gap, so he really knows that hes device is working well with not much oscope or high end probe meters..  It is easy to work this coil with two separated ground rods on the Ground..

Last Coil (CW).. The output coil wound to satisfy your output needed.. It is paralleled with capacitor with 1uf to 100uf as long you like, better to used big capacity capacitor...    As for the looping we needed a soft iron/powdered iron core to step down this High Frequency vibration to a lower voltage with greater volume.. Wound on the other part of the Greanade end but not overlapping with the Exciter Coil.. This coil is being induced with the Resonating Current on the Bifilar Grenade Coil..

All i can say  is what really needed is a lot of insulated wire with bigger gauge/diameter but easy to wound on your former.. Dont be confused on how they wound their Bifilar Coil/ Grenade coill always remember it is wound with CW + CCW.. either by spreading or by layering in a grenade form..


Just some crappy ideas..

Meow

[starcruiser]

A few pictures of my grenade coil, working on tweaking the resonate points now,  I need to raise the Tesla secondary resonate point to match the Grenade coils resonate point. I am shooting for 1/4 wavelength matching. IT seems that with the winding directions this impacts the resonate point and raises it a bit, or so it seems.

I will be using a SSTC driver to power the Tesla coil section, the Primary will be tuned to match the secondary to minimize losses, the antenna coil over the grenade will be tuned as well for matching. More to come later as I can only work on this project during the weekends due to other obligations.

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[lost_bro]

A few pictures of my grenade coil, working on tweaking the resonate points now,  I need to raise the Tesla secondary resonate point to match the Grenade coils resonate point. I am shooting for 1/4 wavelength matching. IT seems that with the winding directions this impacts the resonate point and raises it a bit, or so it seems.

I will be using a SSTC driver to power the Tesla coil section, the Primary will be tuned to match the secondary to minimize losses, the antenna coil over the grenade will be tuned as well for matching. More to come later as I can only work on this project during the weekends due to other obligations.

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Good evening StarCruiser

Nice setup..... Are you thinking about half- bridge or a H-bridge for the driver?  Double-ended driven GDTs for complete HV isolation? One would think that the most efficient method would be the H-bridge configuration from a voltage standpoint (double voltage swing / cycle).
I've been reading these posts for a long time now and have always wondered why no one has tried an SSTC or DRSSTC type driver with a H-bridge.....  Maybe a direct feedback type (UD27c  aka Steve Ward) or a PLL (Steve Conner style).

Good luck
take care, peace
lost_bro

[Hoppy]

Ruslan posted a new video:
https://www.youtube.com/watch?v=XPL7bq5fs4w

Third harmonic is important and it also looks to me like he hasn't quite yet mastered the grounding.

I would liked to have seen some supply voltage and current measurements taken whilst he was showing the various light levels from the bulb.

[starcruiser]

Good evening StarCruiser

Nice setup..... Are you thinking about half- bridge or a H-bridge for the driver?  Double-ended driven GDTs for complete HV insulation? One would think that the most efficient method would be the H-bridge configuration from a voltage standpoint (double voltage swing / cycle).
I've been reading these posts for a long time now and have always wondered why no one has tried an SSTC or DRSSTC type driver with a H-bridge.....  Maybe a direct feedback type (UD27c  aka Steve Ward) or a PLL (Steve Conner style).

Good luck
take care, peace
lost_bro

@Lost_bro,

This one is a half bridge I got as a kit from an On line source. The driver is isolated and uses a driver chip prior to the FETs keeping the HV side separated from the low voltage side, I use separate PSU's for the HV and electionics . The SSTC driver also has a modulator input and is self tuning thus minimizes the capacitor selection issues. I will probably use the modulator input for synchronization between the 2 stages.

The configuration uses line voltage for the supply side to the FET's using a full bridge rectifier and caps. I use a isolation xformer (Variac) to allow adjust-ability of the primary drive voltage so I can adjust the secondaries output (My plan to see at what voltage levels work best).

Initial tests will not use the yoke circuit (low frequency drive) so I can see what the output looks like on the L1 coil (Grenade). I will scope this output, then use ultra-fast diodes rated to around 1200v or so (my scope readings will dictate the required voltage ratings here). I can then see how this charges up a capacitor and how fast it does it and what kind of power I can pull. I want to understand the operation and where we are getting the power.

My next plan will be to use a copper sheet, one turn style, inside of the grenade side of the tube which will be grounded to see if this affects output. After that I will then look at the low frequency drive side circuit and decide next steps.

Well, that's all for now.