TopRuslan

[maxolous]

I appreciate your willingness to help us out and I have to ask:

In terms of impedance, please explain why I would be interested in
the following adjustments:

Dog-one, everything is timely. You will need a controlled tesla to achieve this. Mind you , you are combining waveforms and you must match them in a timely manner.

Maxolous

[AlienGrey]

Found this posted over on OUR https://www.overunityresearch.com/index.php?topic=4216.msg97076#msg97076
it might be of interest if your into experimenting.

[AlienGrey]

oops lost link to dog's question on last page about how too ?
I think I would want to know how I can phase lock a device to a tl494 input and not the other way round (sampling it's outputs). A CD4046 and dividers can be a pain in the arse Re Igorik device on OUR.

https://www.overunityresearch.com/index.php?topic=4219.msg104508;topicseen#msg104508

Sil

[apecore]

Found this posted over on OUR https://www.overunityresearch.com/index.php?topic=4216.msg97076#msg97076
it might be of interest if your into experimenting.

Very intersting,  thanks

[Dog-One]

I think I would want to know how I can phase lock a device to a tl494 input and not the other way round (sampling it's outputs). A CD4046 and dividers can be a pain in the arse Re Igorik device on OUR.

I've used the CD74HCT4046 many times.  It's a nice little chip,
but like anything else, it has some tuning required to get it to
track a source signal and if you tune it too tight, it will jump
out of lock and go off scanning for anything else.

In the case of this device, we can use this PLL as a multiplier.
Apecore suggests going after an odd subharmonic, so it is
quite doable to take the grenade resonant frequency and
produce a Tesla frequency.

We can also go the other way around and use the PLL to lock
to the Tesla frequency, divide by an odd subharmonic and drive
the push-pull with that.  It all really depends on which frequency
is the more critical one.