Radiant power from Solid state Tesla hairpin circuit

[evostars]

two bifilar pancake coils, can act together as a capacitor.

each pancake coil, is one plate of the same capacitor. you can even put a dielectric medium between them, like place them in a refined sunflower oil bath.

if you give one plate/coil a positive dc offset, and the other plate/coil a negative dc offset, this would charge the capacitor made out of 2 coils that act as plates.

Because the plates are coils, we can make the coils series resonant (low impedance).
Assume both coil/plates, are series resonant at the same frequency and in phase.
then the voltage difference between them would stay the same.

due to their low impedance we can feed the coils impulses.
a negative impulse for the positive DC plate/coil at the first half of the cycle
a positive impulse for the negative DC plate/coil at the second half of the cycle (period)
see picture attached

What these impulses do, is collapse the DC dielectric field generated between the 2 coils.
Creating an implosion. a vacuum. to be filled...

This resembles the discharge of the capacitor.
but only very shortly during the time of the (alternating ) impulses.

then we can put a third coil in the middle of this DC field. inside the capacitor.

one half of this circuit is already out there. the other half of this circuit is a mirror of this circuit, producing the negative dc offset, and the positive impulses.
working together, each half of the total circuit is driven by an out of phase square wave from a TTL A and B output.

[evostars]

to make it complete, here are the circuits for the coil capacitor

L1/L2 close coupled
L4/L5 close coupled.
L3 loose coupled to L2 and L4 which are series resonant.
L3 is parallel resonant, picture doesnt show parallel capacitor.
A and V are amp and voltage meter
IC is isolated gated driver.

all coils are pancake bifilar tesla coils

both circuits work together as one. meaning in phase.
isolated gate driver is driven by TTL (transistor transistor logic) A and B, of a single square wave generator.
(On the circuit explanation I wrote tll=square wave, this should be ttl)
.thus the 2 circuits recieve an out of phase square wave, making L2 and L4 in phase series resonant.

Tuning is crucial.

[seychelles]

JUST RESIZING.

[evostars]

v+ of the 2020 circuit and v- of the 2019 should both be tied to earth ground.
this is for the impulses to work into earth ground. it seems they really need earth ground and not a large capacitor as ground.

this means the low side switch circuit cant be driven with a buck boost gate driver, as that ties earth ground to v-

both gate drivers need to be isolated. easiest, is by 2x  battery (12v+6v in series, one for each 20V of the gate driver IC)

[evostars]

L2 and L4 are both series resonant, they need to be tuned to the second resonant frequency (longitudinal).
so if the first (lowest) resonant frequency is 72kC (kilo cycles, hertz was wrong). and the second is 115kC than they should both be tuned to 115kC. this gives a stronger output.