Re: [TCML] BPS Testing

[bartb <bartb@xxxxxxxxxxxxxxxx>]

Hi Ed,

Ed Phillips wrote:
> Typical behavior which I have observed both "in person" and in my 
> Electronic Work Bench [simple Spice] simulations assuming constant 
> transformer leakage reactance which isn't very close to the real 
> world.  Under some primary voltage and "approach to resonance" of the 
> charging circuits the behavior appears almost chaotic. It's also 
> possible to pick excitation voltages [relatively low] where the 
> circuit "counts down", creating one spark for several primary voltage 
> excursions.
> Ed
Typical behavior in spice? The low voltage arcs? The time frame in which 
they occur? Or are you referring to just the assumed chaotic behavior?
In Gary's waveform, if the transformer rolls into a high current state 
for a brief period and if there is still a high ion density between 
electrodes, "then" we can see low voltage arcs. Also, if the cap has 
retained some charge and if there is still a high ion density between 
electrodes, again we can see low voltage arcs. I don't think you can 
simulate this situation.
I don't know which is occurring (if either), but they are good 
candidates for the explanation to the low voltage arcs assumed in the 
waveform. However, it might be easy to test.
Maybe I should measure bps on Analog input 1 and measure transformer 
current on analog input 2. Thus, any peak in current would be correlated 
in time to the gap arc. That might tell something of value that would 
help here.
Take care,
Bart
_______________________________________________
Tesla mailing list
Tesla@xxxxxxxxxxxxxx
http://www.pupman.com/mailman/listinfo/tesla