ENERGY AMPLIFICATION

[Jeg]

Hey Jeg there's no switch between pos and ground through the coil.
Looks like switch B will charge C1 then switch A will discharge C1 but C2 and pos terminal will take the hit.
Just my take there are those that are more qualified to read the circuit.

When switch B is activated then C1 will be charged while the same time the other cap is charging straight from the DC pwr supply. When Switch A is activated then both caps are in series and both voltages in sum exceed the threshold point of zener and discharge through coil. Power supply can not be harmed due to diodes.
At least this is the main concept. Perhaps mosfets have to be substituted with relays or thyristors. 

[Dave45]

Hey Jeg you may be right, just my take.
Give it a shot, let us know how it works out.
I hope it works "charging in parallel and discharging in series" has me stumped.

[Jeg]

Hey Jeg you may be right, just my take.
Give it a shot, let us know how it works out.
I hope it works "charging in parallel and discharging in series" has me stumped.

I will report on this when i'll find some time to play around. In the meanwhile, if anyone will find other way please share it.
Thanks 

[Reiyuki]

I will report on this when i'll find some time to play around. In the meanwhile, if anyone will find other way please share it.
Thanks

'Charging in parallel, discharge in series' is talking about the coils more than the caps.

Two identical coils are energized in parallel (opposed bucking configuration).
Two other coils in series provide the output.  All on the same core.

The opposed coils creates the compression field, series output provides the bias field and output.

[Bob Smith]

'Charging in parallel, discharge in series' is talking about the coils more than the caps.

Two identical coils are energized in parallel (opposed bucking configuration).
Two other coils in series provide the output.  All on the same core.

The opposed coils creates the compression field, series output provides the bias field and output.

Yes! Each of the wires wound parallel in the coil is energized by a pulse.  The more wires in parallel energized by the pulse, the greater the sum voltage. What do you think, Reiyuki -
- are the 2 ends of each parallel wire fed into an Avramenko plug,
- or might one end of each parallel wire be left open as a kind of antenna, while the other end leads to a diode and then joined with other parallel wires, dumping into a series discharge arrangement (coils/caps)?
- or perhaps some other variation?
Bob