A simple trick it would testing jobs even, to choose the distance slightly larger and lead a high-impedance (and corresponding voltage fixed) resistance from the bottom of the gap, so, that the distance between resistance and electrode clearly is less than the distance of electrode electrode. The stream then flows through the resistor and skips (with a small Gefritzel, no ARC!) the small gap that ionizes the air and ignites the "large arc" between the electrodes so almost immediately.
Just as I've done that in my "tube head". Works great!
So I got it now just tried, unfortunately didn't work out, I I put resistance of an electrode relative to the Center a 1 mohm, didn't work unfortunately... Then I have another, very Nagelvorratreduzierene method is found: hihi: namely:
Below between the electrodes clamped a nail in the Board holder... then switched on:
1.) The spark between electrodes nail electrode
2.) Which almost 1.5kW of the MOT do their service, and the nail begins to glow (via 1600° because the nail quite sprays quick) white
3.) If the nail is hot, the two sparks go up and clubs up to a large spark, then rising and above the end electrode attracts a pretty impressive coloured bow: awesome:.
-->-Wide observation: Pro, getting nail exactly 3 arches (quite rapidly), then is the head melted off and the distance too large, the Flash could skip as that. : twisted:
I'm going today afternoon times n Zentner nails orders: Garcia:
Have even tried to put a tea light (so that the flame about since lands, where the arc to ignite) under the electrodes. It should be also sufficient prior to ionize the air. I myself never tested I somewhere here ever seen.
Hy freak, you need something turn around, until it works.
@hustensaft (and others): Might also have a strong black light bring what LED?
Hard to say, but I think it would have to be very strong. So with 5 mm LED, more mercury. In case of doubt: test. I cut all of my Mikrowellentrafos and transformed into Hochstromtrafos/chokes.
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