Re: [EVGRAY] Max. Quality factor of resonance and max. Impedance of a coil [1 Attachment]

Body

Hello Mick,

the diode plug detects the voltage spike and discharges it in a load, the frequency remains constant at 50Hz.

So the 3-phase transformer is adjusted via several switchable capacitors, as you can see on the pictures I've posted times.

I tuned the diode plug with adjustable inductors using Variacs. In addition, I have found equality over the impedance of the capacitors to use the capacitors that have the most similar properties.

The diode plug works wonderfully, the energy is not properly tuned to the source reflekierend not matter but how much load you connects the energy is no longer that should be clear to everyone.

I think the transformer I use is perfect for the application as a transverter, it has 3 single windings on each core which are very low ohmic and can be connected to high impedance. A winding is even designed bifilar, so that a direct push-pull operation in the control is possible. I think about it more and more.
If I could resonate the transverter with this 100W real power output, I would have achieved my goal.

Maybe the control is the hardest task!?!

Of course you can get even better results for better materials, but I think Hector does not have them at least not at least.

I think if he goes to my lab, he'll probably build a finished system out of my components in a few hours.

Best regards

Sven