Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

Ah hah!  This is exactly what I thought at first.  Why I deviated from my instincts are unclear.

..but take a look at the big picture.
My advice is sound for conventional circuits, however you are after an unconventional circuit that is supposed to produce extra electric energy by some unknown physical process.  Let's not discuss what this process is - I have very unpopular ideas about it, that would only lead to a flamewar and not contribute to advancing the electronic design further.

The complex impedance matching techniques will prevent conventional unwanted reflections from the load and will protect your power amp from them, but they will not protect your amplifier from unconventional energy pulses generated by that exotic unknown physical process occurring in the load ...or further down the load chain.

If this unconventional process occurs, an anomalous energy pulse will be generated and it should be your aim to capture and utilize the energy contained in this pulse, before it feeds back and destroys your amplifier.  Of course you could dissipate it in a snubber, but that would be tantamount to throwing away all your energy gain.

Therefore I recommend impedance matching and capturing and recycling any spikes that occur - they just might carry that extra anomalous energy with them.

The lossless clamps based on bifilar transformer windings are one of the methods of capturing and recycling spike energy back into the power supply. 
Ask TinselKoala for other methods - he has been around the block a few times and I'm sure he has some other tricks up his sleeve.

[T-1000]

If you look closely on Mazilli's circuit ( http://wiki.4hv.org/images/thumb/a/a4/Mazzilli_flyback_driver.png/478px-Mazzilli_flyback_driver.png ) to the capacitor attached between outputs of MOSFETs, this is a place where energy recycling occurs. All you need is to block reverse current (BEMF) from going back over each MOSFET and the diode in series does perfect job there. Without diodes it overheats internal diodes of MOSFETs and that is choke point for heat and current draw.
And any push-pull circuit with that small modification can do same job as Mazilli circuit as long as there are present the energy recycling capacitor and the blocking diodes...

Cheers!

[Hoppy]

Therefore I recommend impedance matching and capturing and recycling any spikes that occur - they just might carry that extra anomalous energy with them.

Yes, this is the direction JB claims to gain energy in his charging batteries by capturing the spikes, rather than loosing their energy as heat. The theory underpinning most of EM type FE devices as far as I can see is that environmental energy is captured in the process of transforming low voltage into high voltage and then transforming back down and impedance matching to load, or capturing the HV in a suitable capacitor and then using the stored HV directly to run a load or then dumped to a storage battery.  Ariovaldo shows this LV to HV transformation process in his  latest video where he extracts energy from the ali tube inside his Kacher coil to charge a capacitor via a FWBR with one input terminal down to earth ground. I think Kapanadze uses this method and supplies his devices with low voltage and high current for transformation to HV. As to whether he then transforms back down for impedance matching to load, or uses HV cap charging / dumping, I'm not sure. Demonstrating the transformation process is fairly straightforward but establishing beyond reasonable doubt as to whether energy is gained during the process is the challenge.

[NickZ]

  As I hear some talk about the Mazilli drivers...  Here's a picture of what I'm working on now.
This Mazilli (below) has the new 24v yoke set up, but is only running on 12v, 2amps, to light a 50 watt bulb, on this picture.
   I'll be making a new Kacher with all the components mounted on the PCB, (that's shown below the current Kacher driver, with the black heat sink).
  My Tectronics 2205 scope in the pic below, came in great shape, with no scratches, scuffs, or dents, and seams to be working as it should.
Now I just have to learn to use it. However, having to do the math on it, is not my favorite past time.

[verpies]

My Tectronics 2205 scope in the pic below, came in great shape, with no scratches, scuffs, or dents, and seams to be working as it should.
Now I just have to learn to use it. However, having to do the math on it, is not my favorite past time.

More advanced scopes do the math for you.
Anyway, I hope you do not blow it up.  See this video.