Is leakage Inductance Voltage Useful from 2 coils wound on same steel core? First is high volts in microamps with own circuit, 2nd is low volts with current in amps. The 2nd line needs over 100v. The first line doesn't short across, but passes normal volts in pulses down it's circuit and leaks across to 2nd line. The transfer volts was bench tested with neon lamps meter to be 100-200 volts added to the low 12v DC volts side. It may be called capacitive coupling superimposed volts. (looking for 150V +12v to push the 7 peak amps with 120 ohm load, low duty cycle on time.)

 

Is leakage Inductance Voltage Useful from 2 coils wound on same steel core? First is high volts in microamps with own circuit, 2nd is low volts with current in amps. The 2nd line needs over 100v. The first line doesn't short across, but passes normal volts in pulses down it's circuit and leaks across to 2nd line. The transfer volts was bench tested with neon lamps meter to be 100-200 volts added to the low 12v DC volts side. It may be called capacitive coupling superimposed volts. (looking for 150V +12v to push the 7 peak amps with 120 ohm load, low duty cycle on time.)

Hi,

You should supply a circuit of what you are talking about. It's best that way so we all know exactly what you want to know.

 

Leakage inductance is defined as that portion of inductance that does not perform any useful function, such as coupling to the secondary of a transformer.
Aside from that, the entire first post is quite unclear as to what is being presented.