weird...
When C3 becomes bigger, the voltage becomes bigger.
This is still a riddle to me.
But, when looked from the standpoint, of displacement current,
It flows through the isolator.
So high impedance.
and more capacity, is more capacitive reactance, thus more impedance,
and the dielectric current loves this.
that is so weird. but. good.
I tried tuning L3C3 to a sub harmonic, but even or uneven, it is never as good as the base harmonic, single sine wave per square wave. 1:1
And that means it is at a odd harmonic.
Fine by me if it works it works. So, odd works, odd harmonics it is.
Then... next...
I do not believe L2 is still resonant.
L2 just mirrors the voltage of L3,
And since L3 has such large impedance it forces L2 to mirror (since L3 is flipped).
So, then the question becomes, when does L2 really become series parallel resonant with C1 and C2?
I simply should change C3 step by step, and simultaniously change the freqyency. until L2 shows a resonant responce, which is not only a mirror of L3/c3 but has a amplitude gain, from being resonant with C1 and C2.
That is fairly easy to do. switch and tune. until the amplitude of L2 changes.
Now is the time I wish I had an auto tuner. as that would greatly simpify this.
but I haven't and I still dont know how...
Hmmm. Maybe I do. L3 produces a proper sine wave, so I should be able to use PLL.
Lets find some help with this.