ENERGY AMPLIFICATION

[totoalas]

Thanks for he link, i needed that. 

The important thing to remember is that zener diodes are identical to standard diodes below their zener voltage - in fact, conventional diodes can be used as zeners. The actual breakdown voltage is usually much higher than is normally useful, and each diode (even from the same manufacturing run) will have a different breakdown voltage.
Nice link

[totoalas]

hv transformer drived by 2 mosfets konehead style    mosfet is k1400A   yt   by mariuscivic
can somebody draw the schematic with hv transformer included instead of lamp in the drawing.... this caan replaced the flyswatter
thanks

[gyulasun]

Hi totoalas,

On a HV transformer made in the past for cathode ray tube (CRT) television sets or monitors there was a primary coil for the collector of a HV transistor, this was the primary and there was a HV coil (with very high number of turns). I say this to make it easier for you to understand the drawing made by Groundloop here: http://www.overunity.com/13269/mauriscivics-pulser/msg351500/#msg351500   Notice that if you buy a HV line ouput transformer, you connect its primary coil in place of the light bulb let's say it will become L1, and the induction coil Mariuscivic starts with a magnet would be connected as L2 in Groundloop schematic.  Of course you have to be able to identify the primary coil of such a HV line output trafo, unless you know it (or of course you can use some HV trafos from photo flash circuits they make 300-400V at least etc).
Notice also that unless you have the same type MOSFETs Mariuscivic uses it has proved to be difficult to replicate his oscillator as per you can read in the above thread.  You have to experiment with the distance of L2 from the main trafo to insure just correct inductive coupling so that the induced AC should be able to maintain oscillation and too close position can kill the gate-source junction of the FETs. 

Here is another series of tests in practice on HV oscillators: http://www.overunityresearch.com/index.php?topic=16.0  (just click on the pictures to enlarge them)

PLEASE be very very careful with HV circuits, they can kill you!!! if you are not very cautious!  The arc Mariuscivic shows is formed  by anything between 5 kV to 15 kV from that line output transformer!!   

Gyula

[totoalas]

thanks gyula
then ill settle for the flyswatter .... a little shock is tolerable unlike the hv ..... ill keep that in mind
maybe just modify the flyswatter circuit into 12 v   will be fine   .. saw the circuit before and will search again
maybe ill make a longer test   on your tito circuit 3 to see where it goes   and log the data
Ill try to make a lawton circuit.....  does anybody have a simple one I can put in a bread board  cuz i cannot find my old board
My next set up will be two flyswatter  pulsed by a lawton circuit
any idea on what zener diode I can use what no??

[crazycut06]

hv transformer drived by 2 mosfets konehead style    mosfet is k1400A   yt   by mariuscivic
can somebody draw the schematic with hv transformer included instead of lamp in the drawing.... this caan replaced the flyswatter
thanks

What's the problem with the flyswatter? Does the transistor gets damaged by prolong use? Maybe i can help.