Hello Fritz,Charging voltage is the calculated peak voltage from the transformer values. This is the voltage at which the transformer attempts to charge the tank capacitor to.
The Percent Cp Charged is a percentage of the charging voltage. The static gap will conduct at some voltage based on the total gap spacing. This percent is based on the start time of charging the cap and the actual breakdown voltage. For example, if your charging voltage is 20kV, and your breakdown voltage (gap) is 10kV, then the cap will have charged to 50% of the charging voltage when the gap fires.
BPS is the pulse rate of the gap in the format of pulses per second. The gap spacing, charging voltage, and cap size will change this value.
You want the cap to fire as close to the charging voltage as possible without going over. This means adjusting the gap spacing of the static gap. The best way to do this is to take the transformer and static gap to the work bench connecting the static gap across the hv terminals of the transformer (no other components). Then adjust the gap spacing so that the transformer can fire consistently across the spark gap. For BPS with a static gap, I recommend near 100 bps for 50 Hz and 120 bps for 60 Hz.
Take care, Bart Fritz W. Egli wrote:
Dear Gentlemen, I woud like to gain some more understanding conc. JavaTC calculation-designprogramm. Following 3 points in the file STATIC SPARC GAP OUTPUTS are of my interest for a clear view:XXXX (peak volts) = Charging Voltage XX,X (%) = Percent Cp Charged When Gap Fires XX (BPS) = Breaks Per Second Can anyone please explain me the exact meanings of above terms and the best target-figures (range) to be achieved in a good, sane TC design-?Please in short, simple terms, as my language is not English. Thank you, kind regards,Fritz W. Egli_______________________________________________Tesla mailing list Tesla@xxxxxxxxxxxxxx http://www.pupman.com/mailman/listinfo/tesla
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