TopRuslan

[apecore]

So if your Tesla coil is pushing 2MHz through the antenna into the grenade, that same
signal can come out through the inductor, through the push-pull
transformer and be shunted by the push-pull drivers.  Not what
we want.

Good work Dog-one,
Reading it twice and thinking about it is exciting. I like it the way you tell it... 
Sounds like a plan.

So the bad news aint mayde not as bad as we think, giving oppertunity.
I understand this issue, but we need to consider adding hardware could eliminate the 'effect' or gain
We dont know?

But we need protection probably to avoid damages on hardware.w/o shooting us in the foot.

Just out of the box....... Verpies lossles clamp idea would be an option?..... this lossles clamp has potential.. with extra functionality to measure something?

[Dog-One]

This is my configuration.
I added pp foil between layer 1 and 2 for mor capacitance in order to get the 2.0Mhz region.

"pp foil" is that metallic with a split?  No split?  Non-metallic?

Made a mistake in the drawing, grenade is now verified.. has 33.5uH .. and resonates approx at 2.0Mhz
You always have to play with the last layer to get it +/- 5khz

Layer 5 and 6 I messed up

Small vid for frequency verification after rewinding;

https://youtu.be/Tb7aV_GVMDI

Very good.  I can work with that picture and see what kind of fudging
I have to do with an AC analysis sweep to see if I can match your
actual resonance point.

Your inductor turns would be a separate layer over layer's 1 & 2 correct?

Antenna same thing over all layers?

I understand this issue, but we need to consider adding hardware could eliminate the 'effect' or gain
We dont know?

But we need protection probably to avoid damages on hardware.w/o shooting us in the foot.

I recall some of the old videos where Ruslan was inserting capacitors
into the schematic--maybe to fix this problem?  I didn't think about
passive filter elements at the time, but it makes sense now when I
think about it.

Just out of the box....... Verpies lossles clamp idea would be an option?..... this lossles clamp has potential.. with extra functionality to measure something?

I made a nice lossless clamp board with a SG3525 chip.  When I
connect it to a good nanocrystalline core, I can get power-in /
power-out of almost 100% conversion.  The best part is I get
that ratio regardless of what kind of load I attach.  If there is
any impedance mismatch, the reflected energy just goes right
back on the DC bus and gets recycled.  No heat loss in snubbers.

[apecore]

Inductor and antena

Yes antenne at inductor position

[apecore]

"pp foil" is that metallic with a split?  No split?  Non-metallic?

Polypropyleen sheet where you can put in paper for clean protection

Very good.  I can work with that picture and see what kind of fudging
I have to do with an AC analysis sweep to see if I can match your
actual resonance point.

Your inductor turns would be a separate layer over layer's 1 & 2 correct?
Yes

Antenna same thing over all layers?
Only inductor position


I recall some of the old videos where Ruslan was inserting capacitors
into the schematic--maybe to fix this problem?  I didn't think about
passive filter elements at the time, but it makes sense now when I
think about it.

I made a nice lossless clamp board with a SG3525 chip.  When I
connect it to a good nanocrystalline core, I can get power-in /
power-out of almost 100% conversion.  The best part is I get
that ratio regardless of what kind of load I attach.  If there is
any impedance mismatch, the reflected energy just goes right
back on the DC bus and gets recycled.  No heat loss in snubbers.

I do have such a core, two pieces together.

I guess we first want to what happens with HF in respect to losses and risk.
Bit thinking about how to ake it smart is good, so we can optimize hardware.

[Dog-One]

Yes, if we know what the components should do, we can possibly
make things better.  When we don't know, we really only have the
fallback position of doing what Ruslan did.