dandaman20042005

Yes the time span is a little difficult to overcome but its clear the most recent patents/notes are the more efficent design. The taper resonate cavity, I find very interesting. As soon as i am able im going to have one machined. I may not have the driving ciruit but i would like to see if voltage potential is higher at the ex. port using around 1Kv

3 inches long cavity composed of 0,75 inches and 0,5 inches tubes having a gap of 0,0625 inches with water would give a capacitance of about 1,3nf having about 24000kohm resistance (pure water) would give from the formula 1/2pi*R*C = 5khz


Than Xc should be = to Re or 24kohm at 5khz


so 1/2*pi*5000*1,3*10^-9= 24000 ohms Xc  Hum

I think that this is the right formula and not 1/RC


What do you think?

I think I am glad i found this forum
I have been looking for people working on Meyers stuff, I havent gotton to the real work yet for the last year i have been studying the patents and misc. info
I have a 3 mo project coming up and when i get back home in december im doing nothing but building.
I do have a couple of questions for you guys
 
1. Is there a specific reason for using toroids and not the bobbin type with the primary wraped long. and sec. tubular wraped with chokes on the same.
 
2. Have you experimented with the taper resonant cavity or tested the voltage mulipication of such a taper.
 

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