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« on: September 20, 2008, 05:06:48 am »
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« Last Edit: May 10, 2009, 15:53:49 pm by HMS-776 »
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« Reply #1 on: September 20, 2008, 05:35:13 am »
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« Last Edit: May 10, 2009, 15:54:13 pm by HMS-776 »
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« Reply #2 on: September 20, 2008, 06:43:53 am »
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« Last Edit: May 10, 2009, 15:54:37 pm by HMS-776 »
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Re: Insulating high voltage zones
« Reply #3 on: September 20, 2008, 07:09:23 am »
Good points you raise HMS. Would it help then to add electrolyte to the water to reduce it's dielectric constant?
I have also noticed that the dielectric constant is inversely proportional to the strength.

Don't waste your time with PVC, Super corona dope is better. I have tried both.
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« Reply #4 on: September 20, 2008, 07:14:50 am »
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« Last Edit: May 10, 2009, 15:55:01 pm by HMS-776 »
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« Reply #5 on: September 20, 2008, 18:42:21 pm »
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« Last Edit: May 10, 2009, 15:55:22 pm by HMS-776 »
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« Reply #6 on: October 21, 2008, 23:44:01 pm »
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« Last Edit: May 10, 2009, 15:55:45 pm by HMS-776 »
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Re: Insulating high voltage zones
« Reply #7 on: October 21, 2008, 23:54:45 pm »
Quote from: Login to see usernames on October 21, 2008, 23:44:01 pm
I finally got my LCR meter the other day, measured my 3" tube set and came up with 3.9uF bare.

As stan states in his patent with 3" tube sets he hit resonance at 10kHz,

If 10kHz was his pump frequency, then his resonant frequency was 5kHz

The size of his inductance to have a resonant freq of 5kHz would be about .25 mH which would be some timy chokes.

If built on a 1" diameter air core 5" in length with 24 gauge wire you would only have 235 turns and a little over 1 ohm resistance.

This means that at least in this patent the tubes were most likely not insulated.

The bifilar he had in the International independant report looked big , a few thousand feet at least , they were not tiny at all .
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