@ wrtner
I had 6 single e-core laminates spaced evenly apart in a stack submerged in water.I had leads connected and was pulsing with stored caps.
After reading chapter 10, I realize many of my mistakes, they have the plates seperated into compartments ,and only feed the plates in a series fassion. I was feeding each plate with its' own supply.
I will try it their way ,but will the e-cores insulation prevent bubbling?
I also noticed that 1.24volts at 500ma is the best pulse? A capacitor that has a higher voltage all depends on the amount of uF, which determines the power out correct? 400v at 1500uf is roughly equall to 16v at 24000uf, for work the charged cap can do??
Does the formula E = Q divided by C work to find the work a stored cap can do? (E-voltage, C-capacity rating, Q-coulombs)
I should of started learning this stuff 30 years ago.
What do they say "It's never too late"
shylo
I had 6 single e-core laminates spaced evenly apart in a stack submerged in water.I had leads connected and was pulsing with stored caps.
After reading chapter 10, I realize many of my mistakes, they have the plates seperated into compartments ,and only feed the plates in a series fassion. I was feeding each plate with its' own supply.
I will try it their way ,but will the e-cores insulation prevent bubbling?
I also noticed that 1.24volts at 500ma is the best pulse? A capacitor that has a higher voltage all depends on the amount of uF, which determines the power out correct? 400v at 1500uf is roughly equall to 16v at 24000uf, for work the charged cap can do??
Does the formula E = Q divided by C work to find the work a stored cap can do? (E-voltage, C-capacity rating, Q-coulombs)
I should of started learning this stuff 30 years ago.
What do they say "It's never too late"
shylo
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