Re: Aw: Re: AW: Re: AW: Re: Re: Re: Re: Re: AW: [EVGRAY] Re: "Impressive"!

Body

Hi Sven,

"If you already short-circuit the secondary winding, you can not lower the impedance on the primary side by this method."
I don't think shorting is a good idea to transferring the highest power. For max power transfer to discharge the capacitors as fast as possible the impedance of the load must be the same as that of source. Having higher or lower impedance slows tings down. If working with 5kW or whatever the load must dissipate 5kW. Impedance match gives the best power transfer. You only need the proper load to dissipate the energy before the next cycle starts.

Regards
Ole
 

---In [email protected], <s.friedrich@...> wrote :

 Help I have no more transformers to lower my primary impedance than parallel connection. laughing.

If you already short-circuit the secondary winding, you can not lower the impedance on the primary side by this method.
These transformers that I have are also highly overloadable, probably the reason for the high primary impedance at full secondary load.

You could also pass the spikes into large DC capacitors via a FWBR and then to the battery. The capacitors swallow the tips and store them in capacity and return them to the battery in smoothed form.

regards

Sven