Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Ruslan and also akula said is straight:
Attach 10 Ohm resistor to the grenade output coil and use inductor with generator attached to find current surge.
There will be spot when current will go "insane" and spike while there is not much voltage generated on the output.
Then step down input voltage and try again. Repeat until you are certain about specific resonant point. Then build generator to feed in same voltage, frequency and duty cycle to the grenade.

T1000 That's an interesting idea but Ruslan does talk about that but he does suggests a magnification of 10 times, is that Ten 2 x sustain ? or f 2 to the power of ten  ? my guess is its around 1.7 to 2mhz but another thing is the Oscillator output coil I would think that would be half the length of the grenade coil about 18.75 to 20 meters it would need to be dead accurate in length, I think that would be worth a go myself if you have the test know how and equipment we can get our grubby hands on.

Be warned it's your risk haw you use this information or if it works or not and how you use it, but good luck.

AG

[Tomtech29]

Void,tagor
Thank you for your reply and all clear!
T-1000
This current is measured directly on the 10 Ohm resistor
and in the coil called the "inducer" is the generator?

[Void]

But we don't have a ferro core, or should we.??

I am also not clear if T-1000 means that the PWM generator is driving through the ferrite core/yoke core
and on to the 'inductor' winding from the secondary winding to the inductor (without the series loop capacitor).
I suspect that is what he means, but not sure. T-1000 can you clarify?

[T-1000]

I am also not clear if T-1000 means that the PWM generator is driving through the ferrite core/yoke core
and on to the 'inductor' winding from the secondary winding to the inductor (without the series loop capacitor).
I suspect that is what he means, but not sure. T-1000 can you clarify?

You can drive over yoke for finding frequency if you like but also grenade inductor attached to the MOSFET would do the job. After finding frequency your series LC  from the yoke should be set to that frequency.

[Void]

You can drive over yoke for finding frequency if you like but also grenade inductor attached to the MOSFET would do the job. After finding frequency your series LC  from the yoke should be set to that frequency.

Thanks T-1000. Using a FET driving the inductor winding directly would seem to rule out the current peak being
due to the ferrite core then. Interesting. Are you seeing this current peak in your own tests T-1000? If so, around
which frequency? I will give this a try shortly...