Finn Hammer wrote:
Yes. No need of an "explicit" capacitor with two plates. Or maybe a small one for fine tuning, but even this can be distributed. Maybe something as two toroids at the top of L2 with adjustable distance. Problems with the modes k:k+1:3k is that the L2 have the largest inductances, and the k12 are the largest too. What are the exact dimensions of the 1 turn primary? I want to check if I am calculating its inductance correctly. A magnifier made with an electronic gap that does not quench avoids the problem of looking at what happens with the energy after quenching.I tried some designs, listed here: http://www.coe.ufrj.br/~acmq/tesla/magdesign.pdfAntonio, Another good read from your hand.I am impressed by the level of order you can create, by applying math to what appears to me as chaos.The curves of mode k:k+1:3k look so beautiful that it has to be tried.I believe you mean by "distributed C2", that it can be made up of L1 top terminating corona ring, L3 bottom screening toroid and whatever metal connecting the 2.Is that right?
Antonio Carlos M. de Queiroz _______________________________________________ Tesla mailing list Tesla@xxxxxxxxxx http://www.pupman.com/mailman/listinfo/tesla