Ok so ive been fiddling with a small circuit which appears to allow me to charge a capacitor from a charged capacitor many times. Not only this but the capacitors which were charged with the special circuit increase there voltage. I am using a 9v battery and the cap that is initally charged at first reads 9v then when i charge the other caps using the original charged cap the caps spontaniously increase there voltage to what seems around 200v if not more. This effect only occurs if i disconnect the battery from the original source capacitor which is used to charge the other caps.
If you measure it with a high impedance meter the voltage is there. As soon you try to measure the rate of discharge by placing a resistor across the cap the voltage is no longer there. I am wondering if the caps are charging radiantly and the reason it wont display any power as such is because of the way i am utilizing it. When one looks at all the other radiant devices they utilize the radiant energy in short pulses. Also the load is always recomeneded to be one of high resistance which matches what i have observed.
Also using these specially charged caps i can hook them together and they behave like an osciallator. There is no real charge involved just voltage i think
I would be interested in anyones thoughts on what i have observed.
Cheers
Damian
If you measure it with a high impedance meter the voltage is there. As soon you try to measure the rate of discharge by placing a resistor across the cap the voltage is no longer there. I am wondering if the caps are charging radiantly and the reason it wont display any power as such is because of the way i am utilizing it. When one looks at all the other radiant devices they utilize the radiant energy in short pulses. Also the load is always recomeneded to be one of high resistance which matches what i have observed.
Also using these specially charged caps i can hook them together and they behave like an osciallator. There is no real charge involved just voltage i think
I would be interested in anyones thoughts on what i have observed.
Cheers
Damian
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