Richard VIALLE's new theory about negative mass and overunity

[Khwartz]

Yes, this additional winding collects the energy in "back emf" and feeds it back to the power supply.

In conventional power supply designs with totem-pole drive, the primary windings usually have clamps or snubber circuits across them.  Often realized as transient voltage suppression diodes ...or zener diodes ...or metal oxide varistors, etc....

The purpose of all of these snubbing/clamping components is to dissipate the energy in unwanted and dangerous switching spikes.   
As a result, this spike energy gets wasted as heat.  The justification for this is that it's better to dissipate those spikes than blow up transistors and other components ...and to create EMI.

This design does not dissipate this unwanted energy but captures it and feeds it back into the power supply.  That's why the caption under the diagram states "...with lossless clamps".

BTW: Those "back emf" collection windings should mirror the main windings (ideally should be wound bifilarly and parallelly with the main primary winding).  If space is an issue, then it is allowable to wind the "back emf"collection winding with a thinner wire than the main winding (but still mirroring it as closely as possible).

Wow!  Great stuff, so looks to me interesting indeed to work with scare shape waves Biganos of Cos said the Autogen can be feed to with.

For winding: BlueDragon advised to wrap several wires same time and then you make you connections. Here it would be between the 2 wires of the bifilar. What do you think? Do you think it could fit the requirements of this very interesting transformer?

Thanks for the specifics too about true transformers

Regards.

[Khwartz]

Hi Folks,
A quick update on progress:
- Gate driver attached to IRF450.
- 15v on the gate from power supply #1
- 50-60v on the load / drain from power supply #2
- Signal from USB sig-gen.

Tested with 'scope & a light-bulb load - it works perfectly. Thanks again Verpies & Itsu for your help...

Next stage is to test it with my Vialle gen coil & tubes. Maybe tomorrow.

I know I need to add a snubber first... I will probably just connect a diode in reverse across the coil to start off with...

Regards, Tim

[Khwartz]

Oooooooooooh yessss
can you change your IP ?  (it is more than five years of works )

Logically I should be able to do it now has I get a new Internet connection.  But by my location Pascuser who is webmaster too, could recognise me I think while validate my new login but if not stopped by him, I may copy for my own use the whole work so even if my account is them close again, I could have the materials to work on;  but need I could succeed to create the new account and go "off the eyes" of "the owner" of the place

Cheers

[verpies]

For winding: BlueDragon advised to wrap several wires same time and then you make you connections. Here it would be between the 2 wires of the bifilar. What do you think?

Yes, the Aiding Bifilar Winding can be a substitute for a Back & Forth Winding, but it is less symmetrical due to the odd "back connection" and it has more self-capacitance.

However the Bucking Bifilar Winding is not a good replacement for a Back & Forth Winding.
In fact the Bucking Bifilar Winding is a very bad choice for a transformer winding (it's good for a wire-wound resistor, though)

[tim123]

Show me the voltage waveform between the gate and the source of the MOSFET...

Hi Verpies,
attached are 2 photos of the scope showing the voltage at the MOSFET's gate.
This is with about 10v into the gate-driver...

Yellow trace is the signal-generator - blue is the gate.