I connected the Leyden coffee mug capacitor to the Jtc, and have been watching as how the salt water can reach as high as 250 volts,or more.
I looked at the salty water in the mug and wondered if there really is 250 volts there, so I put my finger in mug, oh, ****ttttttt!!!!!!, it did charge up. But the funny part is that once disconnected there are no volts left in the water. Although there is something left in the water, but I don't know what. As it will go right back up to 250 volts as soon as the Jtc is turned on again. So, I also connected a 250v 220 mf cap in series with the Leyden jar mug. Now when I turned the Jt off, the cap is holding 250 volts. I can read the voltage with the meter repeatedly and the caps just stays at 250 volts, so far. I noticed that if I spin the water in the mug it will charge faster.
So, I been having a fun time, if I can just dodge those zaps.
I looked at the salty water in the mug and wondered if there really is 250 volts there, so I put my finger in mug, oh, ****ttttttt!!!!!!, it did charge up. But the funny part is that once disconnected there are no volts left in the water. Although there is something left in the water, but I don't know what. As it will go right back up to 250 volts as soon as the Jtc is turned on again. So, I also connected a 250v 220 mf cap in series with the Leyden jar mug. Now when I turned the Jt off, the cap is holding 250 volts. I can read the voltage with the meter repeatedly and the caps just stays at 250 volts, so far. I noticed that if I spin the water in the mug it will charge faster.
So, I been having a fun time, if I can just dodge those zaps.
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