Steve
I will measuring the output energy and input energy... i have only one multimeter so is going to be hard. I think that i will use a lamp as a load. than i will measure input and output current and voltage... Than there will be no doubt...
I discovered how to design transformers and now i'm finishing one with some taps in the primary for 20khz 120volts dc and will pulse it with my circuit than i will use the electron pump configuration (coil diode coil fields aiding) but with full wave bridge rectifier configuration, meaning 2 diodes 4 coils being two sets anti-paralleled, (doubling the frequency) than this (unlimited) voltage supply go to the the resonant coil with respective independent and isolated ground switches and collapse field voltage multiplier coil.
i mean unlimited by electron pump action it will pump amps with no limit in voltage so voltage is free to grow and grow...
unipolar pulses thus
To calculate the primary
remember that inductance = permeability of the core * (turns squared) L=u*t^2
thus permeability = inductance / (turns squared) u=L/t^2
And by consequence turns = square root of the (inductance / permeability) t=sqrt(L/u)
And now you just need to know the saturation limit of the material in tesla and apply the following formula
turns=Volts/4/Area in m2/Hz/Tesla
t=V/4/A/Hz/T
m2 = cm2/10000 This is the area cross section of the core
For iron core 1 tesla
for ferrite from 0,1 up to 0,5 depends on the type
The secondary you need to choose the transformation factor and just multiply by the number of turns
you must consider the impedance of the circuit
the impedance transformation is = Z * Transformation factor squared Zt= Z*T^2
I wound the secondary series with contrary direction as to have both positive ends on the same side to void insulation problems. Hope it works..
