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DO you have a link to your circuit or a blog post on this design? I'm not quite sure what you're doing but thanks for sharing.

Hello! I'm checking. I assembled a reverse test circuit, on a transformer. Got a picture that miscalculated. Current readings are taken from the resistor on the negative terminal of the DC source.
I put two resistors in my new circuit, one in the transformer circuit, the other in front of the negative terminal of the DC source. A strange scene takes place. On the resistor through the negative terminal of the source, the current has the same twist as when excited, although this is impossible. The combination of diodes must not allow this. As a result, the transistors burned out. In any case, a buffer capacitance is most likely required to discharge the circuit. I'll deal with this later.
(transformer and windings are the same)

Screenshot of the operation of a traditional flyback circuit

Screenshot of the new scheme ??



PS
I am very good at diagrams. Checked the assembly several times. He made positions when the excitation went through the keys and there was no return (the current was locked in the core and windings). What happens in this combination, I still do not understand. There are various crazy assumptions. I will redesign the circuit and use two sources to excite and reset the reverse pulse! Let's get a look.

I checked my converter. The winding parameters have been specially changed (logically, the system should move away from Unity). And so it happened. The concept is fully operational and coincides with the topology of the synchronous generator, and the Holcomb installation (Figer and others) considered in this topic. The transformer will not be Over Unity, it must be made a generator.


FIG.1     FIG.2

I did another calculation test, I entered the data into the circuit of the electronic simulator. The simulator is ideal and gives a linear calculation. See how close the point is.
The simulator does not take into account the features of the transformer. The topology is completely simplified in electronic simulators for very simple circuits.

  Everything will be in the book, "Unity" is shown here, and then Over-Unity



Diagram

Everything will be in the book, "Unity" is shown here, and then Over-Unity

Slightly corrected the placement of the 1 ohm resistor, from which the readings were taken with an oscilloscope.
The operation of a flyback converter with the return of energy to the source with the effect - Unity is shown.


Diagram



Once again a photo of the scheme  FIG1

There is no COP>1 in flyback.
Unless you will utilise permanent magnet, air gap and switching path MEG style.

Who told you that traditional flyback converters should have Over Unity.
Here is the question in principle. Make the secondary winding work as a generator phase. (the secondary of the transformer and the phase of the generator are different according to the principle of interaction with the magnetic flux).
The gap is needed for the linearity of the change in the magnetic flux, I already wrote about this here.
As for the Magnet, it is a different device and more than real. More real than you can imagine.