Re: [EVGRAY] Re: Isolating flyback pulse

Body

Kone,

Yes the problem is functioning without loading.

I want to use it in another coil while it is still conjugate, one stored
in a cap I think it becomes normal E field.  Some of these diodes do not
switch without a load so are not useful in one wire experiments.  What
diodes have you found to be good ones at capturing?

What differences have you found with a full wave implementation vs half
wave?

Only the Schottky diodes were useful in capturing the PM RF energy into
the cap in the experiment I show.  High voltage RF diodes are likely the
best bet.


On 7/1/2018 5:13 AM, [email protected] [EVGRAY] wrote:
>  
>
> Hi Ole and Mick
>
> you should not have a load across the capacitor!!!
>
> I looked at the Wikipedia link, that rectangular box to the right
> side in those circuits represents a load...(if voltage meter that is
> OK then)
>
>
> The load will not only cause draw to go up in consequence and also it
> will prevent the capacitor from filling up as it should!
>
>
> Depends on what you want to do. suppress and extinquish the flyback
> energy or capture it into caps then release caps to load to do some
> work and create some power and watts...
>
>
> IIF you want to capture it, and have it do work, t MUST be a two-stage
> process, with the steering diode (or FWBR in the "ultimate" case as I
> described previous post) first filling the capacitor in the first
> stage, and with the capacitor all by itself and NO LOAD on capacitor.
>
> 2nd stage is the capactitor is disconnected from the pulsed DC coil
> circuit, and the capacitor all by itself, all alone, discharges to
> load, this being the 2nd stage...
>
>
> IF you want to suppress and extinquish and "make safe" your circuit
> that is one thing, but if you want to CAPTURE all the flyback energy
> and put it to work without affecting draw at al, in fact making it
> less draw, l that is much better way to go.
>
>
>