Re: AW: Re: AW: Re: AW: Re: Aw: Re: Re: AW: Re: AW: Re: Re: [EVGRAY] Capacitive coupling of energy.

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So with adjustable impedance (Variac) in series from the powered Variac I could bring the BLDC in motion with the asynchronous motor and also reduce the power consumption to a minimum. The manual readings indicated a very low energy intake. The input power at the digital socket meter showed very high values. Very funny, I probably would not have fed any energy into the net. laughing.

You can not do everything and experiment all around.
One should already fixate on a topic in this big topic.

So I praised the transverter, it's so nice and easy to bring it into resonance, the 50-60Hz technique allows you to use simple thyristors to discharge the diode plug capacitors.

Sometimes I think it's the impulse that comes from the diode plug, which releases the free energy in the subsequent transformer first.

The way I understood it all is the key. By bringing a transformer into saturation with a strong short energetic pulse and by collapsing the magnetic field, additional energy is drawn in from the environment into the collapsing field.

This impulse has to hit the transformer like a hammer blow. I've already connected a 40 kg transformer with a SCR to a 5000 uF, the whole transformer has jumped to the side, unfortunately the SCR has not survived that, even though it should withstand more than 2500 A for μseconds.

Of course, the impulse should be as small as possible so that just the saturation is reached, a stronger impulse would be just waste.

Request for improvement of my understanding of the matter.

regards

Sven