Kapanadze Cousin - DALLY FREE ENERGY

[d3x0r]

so this mazilli...


which somewhat resembles the situation... a mazilli on a ferrite core as a push-pull on a third winding (of higher inductance)...
having troubles getting it to run... or it starts and gets into a condition and fails with both mosfets open.
I've run into that using the on switch for incandescent loads... since the potential is drained so rapidly to start... and what's good for pushing a low pressure isn't as good at pushing a high pressure (and vice versa)... something like if you get to 1.1KV, if you use too much and go down to 850kV the system stops being albe to fill optimally... and falls off even more... and disconnecting the load that caused the problem isn't always enough ... sometimes you have to reset power on the whole thing...


I'm having a lot of heat on my mosfets... which is usually a fuzzy switching... which I actually found; at this point of good output, both sides are on about 30% of the time... overlapping the turn off of one and turn on of the other... and I suspect it's the feedback from both coils being on the same core...
it's just when the side going low on the collector hits the on threshold... it takes a long time to continue down; maybe there's a much larger gate capacitance... but at that point it has to decide to be between 0 and Th volts so at Th9/10 V... then I guess the pullup resistor has more bearing...so it's more likely to be toward the voltage side than the ground side... (just musing; cause of course I know more than ..... )
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@Nick; like I said... you bring out the worst in me (apparently); I actually work to not prove I know more than somenoe else... Usually it's to establish I know as much as someone else but acknowledging and throwing back an alternative...

[itsu]

To whom it may concern, some thoughts that came up studying that Utkin document again (http://www.free-energy-info.com/Utkin.htm)

In my first post i wondered about that capacitve coupling in the antenna grenade combination, now i found a possible explanation on the subject. The Utkin document mentions Avramenko's Plug (Rebuild of a bipolar source out of a monofiliar transmission line). The sections i'm refering are: 1. below headline >POSSIBLE DESIGN FOR THE "CHARGE PUMP" or "CHARGE FUNNEL"< and 2. above and below headline >Alternately charging a capacitor's plates<

The principle is simply that a capacitor under the influence of an changing electric field is sucking charge from ground and stays neutral for the external field after a full alternating cycle (shown in the diagrams  below 2nd headline).

But where are those diodes and plates in the Ruslan device. Depends on the schematic you're using, in the one i've found they are in the following places: diode at the base of the kacher, high current diode between PSU and highcount secondary of the yoke leading further to grenade, one of the plate's is the antenna, the second is the grenade, the "external field" is directly induced to the secondary of the kacher.

Curious. But that configuration even manages to distinguish between a high voltage end (antenna) an a high current end (grenade).

Just some thoughts to get an understanding

pst69de,

thanks for the input and the link, its worth to be studied as a quick glance shows that it (the  Utkin document) is dealing with much what we are working on here.

One thing that looks odd to me is this strange diode/capacitor configuration in this video at the 8:38 minute mark:
https://www.youtube.com/watch?v=kAz0wqQD4Zw

Its not a FWBR configuration, its not 4 diodes parallel its like 2 diodes in series and parallel with the capacitors inbetween.

Regards Itsu

[magpwr]

pst69de,

thanks for the input and the link, its worth to be studied as a quick glance shows that it (the  Utkin document) is dealing with much what we are working on here.

One thing that looks odd to me is this strange diode/capacitor configuration in this video at the 8:38 minute mark:
https://www.youtube.com/watch?v=kAz0wqQD4Zw

Its not a FWBR configuration, its not 4 diodes parallel its like 2 diodes in series and parallel with the capacitors inbetween.

Regards Itsu

hi itsu and pst69de,

This is the layout for the (600volts or 1200volts) TO-220 diodes as attached.

It's a PIO capacitor in parallel configuration connected to A/C input of the Bridge Rectifier.The (+) and (-) thick Red and thich blue is leading to "unknown circuit" maybe PSU with bypassed bridge rectifier or etc for this voltage around 350...400volts dc base on the Russian PIO capacitor estimate spec.

[Hoppy]

hi itsu and pst69de,

This is the layout for the (600volts or 1200volts) TO-220 diodes as attached.

It's a PIO capacitor in parallel configuration connected to A/C input of the Bridge Rectifier.The (+) and (-) thick Red and thich blue is leading to "unknown circuit" maybe PSU with bypassed bridge rectifier or etc for this voltage around 350...400volts dc base on the Russian PIO capacitor estimate spec.

Just a quick comment on this. I think this diode bridge is working the other way, with an AC input on the blue and red wires from a Mazilli or similar oscillator building a high voltage across the PIO caps for output to the lamp load. The Mazilli is I think fed from a concealed LIPO or similar 'flat' pack in the bottom of the LHS plastic box. 

[magpwr]

Just a quick comment on this. I think this diode bridge is working the other way, with an AC input on the blue and red wires from a Mazilli or similar oscillator building a high voltage across the PIO caps for output to the lamp load. The Mazilli is I think fed from a concealed LIPO or similar 'flat' pack in the bottom of the LHS plastic box. Note that there is no Kacher, so not essential for FE with this device. 

hi Hoppy,

There is no mazilli or Houdini for this older device for the unboxing video.Anyone whom plays with just mazilli with external coil would need to create a typical"close loop system" via yoke transformer.
There is no overunity possibility for this type of system whatever the output.

If you say if there is Li-po pack for the latest device "a decoy" without 25 turns bifilar it would still need to be stepped up via yoke and multilayer which is possible using  L/C resonance  to achieve maximum brightness.

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I have started researching into the use of "interrupter circuit" which is normally found in SSTC tesla coil.
I found that the purpose of the interrupter does assist to increase spark length which means there is more HV output for a given source voltage.

I am just visualizing use of interrupter circuit as "kacher booster" and also to lower current consumption.

Please watch video below.

Youtube user:Anapa More

Генератор пачек прямоугольных импульсов, полный мост.
http://www.youtube.com/watch?v=MxHP31XG1M8&list=UU8M-dD3YGiEmzizz_6TkgDg

Испытание генератора
http://www.youtube.com/watch?v=eGLjfHauhUk&list=UU8M-dD3YGiEmzizz_6TkgDg

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At 3/4 complete PCB.All work comes to a stop until i do a quick experiment tomorrow to test interrupter with 1 transistor fed with signal generator to primary of tesla coil/kacher.The bottom of tesla coil to be connected to earth or via diode this time.