Re: [TCML] magnifier efficiency, was : Hi power/ little coil??

[bartb <bartb@xxxxxxxxxxxxxxxx>]

Hi Jim,

Ok, understood. Yes, the power will be linear regardless. If resonant 
charging is designed in (or unknowingly designed in), the current is 
still at a given value (maybe higher than calculated). Bps will control 
power across the gap with the power received regardless. When we look at 
"real collected data", the graph may be less linear than expect, but 
still assumed linear based on the deviation over time. Losses across the 
gap and elsewhere of course get mixed up in the stew as you know, and 
some of that may come from bps itself. But for practical analysis, it is 
a pretty linear function.

But for the record, Javatc will not determine the amount of resonant 
charging occurring (but wouldn't that be really cool if it did!). I'll 
have to look into that.

Take care,
Bart

Jim Mora wrote:
> Hi Bart,
>
> I reviewed the area on Richie's site and what I was thinking about is break
> rate in DC resonant charging. The power is controlled by the break rate and
> is linear on a graph of power verses BPS. 
>
> I will be working with this if I ever get around to running my 6 pulse
> Frankenstein 24kv transformer with 8020 HV rectifier tubes! 
>
> Jim
> Sorry for the confusion.
>
> -----Original Message-----
> From: tesla-bounces@xxxxxxxxxx [mailto:tesla-bounces@xxxxxxxxxx] On Behalf
> Of bartb
> Sent: Sunday, December 07, 2008 2:44 PM
> To: Tesla Coil Mailing List
> Subject: Re: [TCML] magnifier efficiency, was : Hi power/ little coil??
>
> Jim Mora wrote:
>   
> > Richie Burnett states that the power out is directly proportional to the
> > break rate (within obvious limits). Is this true in non-resonate charging?
> > Somehow this can't be seen with the version of JAVAYC I use on John Frue's
> > equation.
> >
> > Thanks for your input,
> > Jim Mora
> >     
> Power across the gap is proportional as P = j x bps x efficiency.
> Can you be more specific about what comparison your making?
> Bart
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