Re: AW: [EVGRAY] Re: diode plug switching inverted???

Body

I also like the SCRs (thyristors), they are easy to use and high power modules can already be used for 25 €. I have come so far with my impedance matching that I get the capacitors discharged under 2 milli seconds, which is really very fast I think the 5 milli seconds max. Discharge time I do not use.

Since I work with 50Hz, a full sine wave needs 20 milli seconds.

Positive diode plug: 5 milli seconds to charge and 5 milli seconds to discharge this is my window where everything has to happen

Negative diode plug is the same.

In my 3 phase transformer I have 3 windings for each leg, I now use only 2 windings in parallel for the resonance for a very low resistive resistance and lie at over 400 volts RMS.

Since you always speak of high impedance I have already switched all the windings in series and extremely high voltages generated, which are unfortunately no longer or very difficult to use.

Higher Inductive Impedance = smaller capacitors and more max. Voltage and more heat in the iron.

I'm still trying to work on the 400-440 volt level with no such strong core warming and Energy Effort is still very low.

What was the power of your 3-phase transformer for the diode plug you have tested, so I know in which region I am with my transformer to make corresponding adjustments in relation to my transformer of 9.9 kva at max. Power can transfer.

I also had thought about feeding 24V batteries directly with the thyristor diode plug discharges without downconverters only via a FWBR and a thick high voltage capacitor for smoothing and caching the energy.

regards

Sven