Longitudinal Wave Experiment to demonstrate Overunity

[d3x0r]

In Itsu's video at 0:33 you can see D= 0.005 value.  This is the Dissipation factor and taking its reciprocal you get a Q=200 for this capacitor at 100 kHz.

Yes, ESR is frequency dependent.

So it looks like 1) pure impulse is best? 
and 2) that increasing from 30Khz to 118Khz will improve performance

[gyulasun]

Sorry, pure impulse for what?  Measuring ESR?

2) yes, somewhat.

EDIT  Check Chapter 5 and 2.4   here http://sound.westhost.com/articles/capacitors.htm

[d3x0r]

Sorry, pure impulse for what?  Measuring ESR?

For for ideal capacitor usage... such as driving a tesla coil... spark gaps

[gyulasun]

For for ideal capacitor usage... such as driving a tesla coil... spark gaps

Nope...   for  pulse currents to handle special capacitors are preferred, they are manufactured a bit differently than normal caps.
Try to look for pulse capacitors.  But they have their price...

EDIT A good solution to parallel 5 or more (identical) capacitors to arrive at  the needed value, this way the ESRs parallel also and dissipation becomes less for any individual cap in the paralleled bunch.

[MarkE]

hi MarkE,

It would be pointless to explain all the needed measurements if the actual experiment don't work out.

There would be estimate 1 month wait for part arrival-induction heating capacitors and etc from ebay China.

In the meantime i am waiting for some parts for Don Smith China replication to wrap this up.This was my primary objective which is related to longitudinal wave.

Don Smith China replication original video from China which i have reverse engineered from little tips here in there in their site seen in pjkbook.pdf-
http://www.youtube.com/watch?v=vowN5BFGW1c

At this point i have completed and demonstrated the
variable high voltage power supply 150volts...1600volts in my youtube.
http://www.youtube.com/watch?v=MknH42t0IGw

What is the point of your simulation if you are not going to install instrumentation in it to get at least reasonably accurate measurements?  To me that is like doing an experiment without setting up to get good measurements.