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Re: Capacitor Size and BPS
Original poster: "Barton B. Anderson" <bartb@xxxxxxxxxxxxxxxx>
Hi Gerry,
Power at the gap before gap losses. I should have said joules*bps,
not joules*sec.
Power = Joules/sec, or
Power = Joules * 1/sec, or
Power = Joules * bps
Peters transformer output I guessed at about 10kV, but by the time
all is said and done, it drops to about 5kV at an eVp, however, the
power at the gap was still sufficiently high due to the high bps. His
spark lengths and streamer color certainly shows there was plenty of
juice. That's what I was referring to.
Take care,
Bart
Tesla list wrote:
Original poster: "Gerry Reynolds"
<mailto:gerryreynolds@xxxxxxxxxxxxx><gerryreynolds@xxxxxxxxxxxxx>
Hi Bart,
Original poster: "Barton B. Anderson"
<mailto:bartb@xxxxxxxxxxxxxxxx><bartb@xxxxxxxxxxxxxxxx>
When I input the above transformer data and then ARSG info for the
9000 RPM motor (50 Hz), you are certainly at 1200 bps. In Javatc,
the output spark length prediction for the RSG coil was 108", so I
guess that actually is about what you are getting. I guess that is
due to the 1380 joule*sec across the gap!
What are joule*sec??? energy*sec???
Power = Joule/sec
Joule = Power*sec
Gerry R