Body
Hello Warren, just try it. The transformer has three legs and windings on each leg. First, disconnect all connections. The middle leg is not used. Now you can choose leg A or C for the Resonance Tank. Do you take, for example, Leg C as resonance tank you connect all windings so that they give the highest impedance by measuring or trying out. The higher the impedance, the higher the voltage at the resonance tank. At leg C you plug in your capacitor box, just be careful with your bare switches. At leg A, the AC power supply is connected here you can interconnect the windings for the most efficient way. At leg C I have connected a voltmeter and ammeter. Be careful with the huge transformer, I find resonating energy in my little 10kw transformer very impressive. Greetings Sven
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-------- Ursprüngliche Nachricht --------
Von: "Warren Keillor [email protected] [EVGRAY]" <[email protected]>
Datum:28.04.2018 19:28 (GMT+01:00)
An: [email protected]
Betreff: Re: AW: Re: AW: Re: AW: Re: [EVGRAY] Capacitor and how to reach the capacity.
Sven
As you understand the Transverter better, I can only hope to replicate your pioneering work.
Hector knows all about this, but seems reluctant to speak to us as a group, being the great unwashed masses, that we are.
I have this large three phase transformer that has no cross referencing data, yet it looks like it should be likely to perform in some fashion, being everything that was hooked to, it is quite high voltsge, such as diodes, and the like.
It is from a satelite station, built by the government, and placed in Toronto's waterfront. It was scrapped six, or seven, years ago, because, all of a sudden, the real estate is so valuable on the water front.
I knew somebody whose nephew had a truck, and the job of taking it all away.
So after listening to Hector all those years, and believing him, I was able to stroke off another couple of things on the list of things, to look out for, that would be useful for our experiments.
The most difficult thing has been storing, and moving, all these bulky, heavy things, especially in Toronto, where each square meter of land is worth so much a month.
Anyway all is good, and I follow your work with excitement.
Cheers Warren
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On Sat, Apr 28, 2018 at 8:37 AM, [email protected] [EVGRAY]
<[email protected]> wrote:
Hello Warren,
Capacitors that withstand high voltages with large capacity is more difficult to get, just like semiconductors that can withstand high voltages, starting at 1.6KV it is slowly getting more expensive even in the used market. laughing
I have now 10μF capacitors from old stock 3.15KV designed in continuous operation, which are 4x the size of the 1200V 15μF capacitors I have. The dielectric must be thicker here and the plate surface probably too. I would like to know if it makes a difference in resonance and Q-factor.
Sometimes I think that the modern capacitors are not the same as Hector with the huge old capacitors I've seen in some pictures.
Or I have already achieved everything and only too cowardly to charge my batteries directly via the diode plug to use the energy successfully.
About the new heavy very efficient Variac I have set the charging voltage of the diode plug stepless and I noticed that the power suddenly became negative. The pointer of the moving iron measuring device then went below 0 and the voltage on the batteries rose sharply, which I found very strange.
Nevertheless I would like to increase the Q-factor by higher impedance further and over the coupling capacitors to the diode plug side 2 suppressor diodes a 440V breakthrough voltage in series switch so that at 880 to max. 950V is shorted there if not enough energy is removed.
I noticed that the voltage drops due to larger discharge capacitors and does not even rise that much, so I wanted to lower the voltage in the extraction circuit a bit to protect the components so that I could work in the transverter with max. Can drive voltage of 1.5 kv.
regards
Sven