Lenz free generator

[forest]

Yes,second example is good. Alternatively you can use a low Rds mosfet and put a single current kick into primary and short it with mosfet , then the inductance and capacitance of primary will play together and produce nice almost not diminishing ring. Let say you do this at the rate of 50Hz, the actual oscillations are 1Mhz and the secondary load with 1% of "Lenz  problem".
That's how T.K was able to get high output IMHO. So in fact the first very simple schematic was correct.
The alternatively you can use disruptive discharge (even with a high Q coil to get a higher rise) from low current high voltage aka Akula . 24V-> 20kV Katcher into a no Lenz problem output. The simplest low Lenz output is very very low inductance coil . And so on.... The essence is simple induction laws as a base.3 laws.Faraday-Ampere-Lenz.

[forest]

Once Lenz problem is out, we can use resonance to avoid 1:1 relationship of primary to secondary energy. but resonance is nto necessary.

[forest]

You see, the secondary output is not taken from primary input. Likewise the generator output is not made by mechanical energy.
As example take two strong men pulling the same rope - if they are of the same power or one is slightly stronger and they are pulling the rope each one on his own direction then the overall image is they are very weak - because there is very weak action on rope ;-) The corect method of measuring the effect is to look at rope closely.

[Magluvin]

I ran my example on sim.  I was wrong.

When the first secondary is induced during the on pulse, when the cap is empty, the current in the primary is highest. And as the cap fills, the secondaries affect on the primary lessens and the primary current is reduced to a level of seeing no secondary load. Then when the input is cut, the field left in the core is not max as I had imagined, so the collapse induction on the second secondary does not have enough to fill the second cap to the level of the first cap.

So the next step to test this is to eliminate the empty cap situation and have the circuit run to try and keep the 2 caps full while using the caps charge to run a load. This will help to keep the  fields in the core more equalized for each phase of operation. lol I think.  Ill post on it when I get to it


Mags

[forest]

How about such idea https://easyeda.com/forest/Recovery-cQKEWdvN5