I'm talking about your targets. " 24KV (on target) and 12mA (20mA is target) ".
In order to get at least 20ma at 24kv, your load has to be 1.2Meg or less.
Air gaps have essentially infinite resistance until they break down. Then they're on the order of milliohms.
I'm talking about your targets. " 24KV (on target) and 12mA (20mA is target) ".
In order to get at least 20ma at 24kv, your load has to be 1.2Meg or less.
Air gaps have essentially infinite resistance until they break down. Then they're on the order of milliohms.
No, we're missing something, because I have a circuit like this that run's at 154Hz and outputs 34KV at 17mA with a nice waveform on L1 that starts from zero amps and reaches 3.6A.
No, we're missing something, because I have a circuit like this that run's at 154Hz and outputs 34KV at 17mA with a nice waveform on L1 that starts from zero amps and reaches 3.6A.
Don't be offended. I just don't know what your level of knowledge is.
Do you know Ohm's Law?: V=I*R ?
Iout= V(HV)/(R14+R15+R(L2)+R9).
11.928mA=24kV/2.012 Megohms