Hay, I'm not 100% shure that this post should go in this forum, sorry if not. Anyways here it is. I'm pretty new to tesla's work and am dying to build a tesla coil. I see instructions all over the net that seem to be safe, but they use transformers that put out deadly current. I don't want to replicate one turn it on and kill myself. Could somone tell me what the difference is between a deadly tesla coil and a safe to play with one is? Is there a certan dictating component(transformer, coil size, capacitor rating, etc.) that I can use as so I can rest assured the plasma arc won't fry me? Also does this change when making larger coils? Thanks!
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Can somone tell me how to make a safe T-coil
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Originally posted by turborunner View PostCould somone tell me what the difference is between a deadly tesla coil and a safe to play with one is?
This is just TOO cool! (Danger: Do not try at YOUR home) - YouTube
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Originally posted by turborunner View Postwhat the difference is between a deadly tesla coil and a safe...
In principle, Tesla coils are as safe or as dangerous as you want.
Depending on the ratio of the turns in the primary and secondary
coils, you will get a bigger (or smaller) voltage.
In cars, the ignition coil needs to generate 10,000volts to 20,000v
depending. Your coil could do the same or more.
This is what some Aussies, hopefully not fired up with cans of
Fosters, are up to:
http://tesladownunder.com/
It is not the coil that is dangerous; it is the person.
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Tesla Coils are HV and there is always a danger involved.
Perhaps you should build a solid state "tesla coil".
Here's one that runs on 6-24 V and requires only one transistor. It's basically a joule thief on steroids.
Single transistor solid state Tesla Coil
Or you should perhaps buy a kit like this one.
microBrute DRSSTC Tesla Coil Kit - YouTube
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