Captret - Capacitor and Electret

[ibpointless2]

many thanks for the video
Mark

I woke up today to see the water captret has increased its amp output. Last night i was about .386 volts across the 100k resistor now i'm .586 volts across the 100k resistor. It seems when given a load the water captret performs better overtime. Unlike a normal load when given to a battery where the power will go down the water captret goes up. So to preserve a water captret its best to short it out because it likes to be given loads and thats how you keep it performing its best. This is truly amazing to see a battery gain power over time when given a load.

[ibpointless2]

Here's how I make my Water Captret Batteries.

http://www.youtube.com/watch?v=rDusf5sjb2M



Someone has pointed out to me that the Water Captret Battery has a magnetic field around it when a compass is place near it, its small but noticeable.

[ibpointless2]

The water captret has increased it's power again through the resistor. Yesterday i was reading .585 volts across a 100k resistor and today its at .780 volts across the resistor. It seems to increase POWER over time when given a load.

[billmehess]

Has the current increased from your earlier .000003 amps? At this current level you would need 334,000 in parallel to generate 1 amp.

[ibpointless2]

Has the current increased from your earlier .000003 amps? At this current level you would need 334,000 in parallel to generate 1 amp.

Yes, as the voltage across the resistor increases so does the amps. .780/100000 = about .000008
The increase is small, but its increasing at all is really amazing. The Amps are really not that important so long as i got voltage. The voltage can alone can do so many things like light a LED and even charge a battery.