Partnered Output Coils - Free Energy

[TinselKoala]

@Tiselshmuckola,

Go ahead and get me banned you disgusting louse!

It won't be me getting you banned. I don't report people, even when they show their true colors as you are doing, unless they threaten me physically (which has happened) or try to reveal private information. It will be you yourself getting you banned by your stupid insults and your vile language that would sound silly on a grade-school playground, but just sound pitiful coming from someone who is supposed to be grown up.

[EMJunkie]

As I said when you suggested it before, I did try the other wiring mode when I was using the mosfet, and found that the input current tripled, so I took that to mean that it wasn't a good thing. The coils are presently in bucking configuration, oppositely wound and connected as your original renderings show, with the primary overlaid on one and going in the same direction,  just as you have originally specified. Do you think I should expect something different now that I am using the 2sd2539? It's a simple matter to make the test but I don't want to risk blowing this particular transistor.

Yes, So this does not work for you?

Reason I say, is that there is two configs that work.

No, don't risk good equipment!

[TinselKoala]

Yes, So this does not work for you?

Reason I say, is that there is two configs that work.

No, don't risk good equipment!

Ah, no I did not yet try it that way. It would be slightly difficult to do it on my present test board, but I'll see what I can manage.

How do you make that circuit conform to the Meyer schematic's hookup, though?

I did just try reversing the L3 coil to the "aiding" configuration, and it did the same as before: the input current more than doubled, the audio noise much reduced, and it won't even light 10 neons from the HV output.

I've also tried even more neons. It will "barely" light up 30 at 6.7 V input but only if I connect it as shown below. If I simply connect across the whole stack it won't light them all unless I push up the input voltage to 10 volts or so, current draw is almost one amp and the transistor gets perceptibly warm so it's good to have it on a heatsink.

[Pirate88179]

Ah, no I did not yet try it that way. It would be slightly difficult to do it on my present test board, but I'll see what I can manage.

How do you make that circuit conform to the Meyer schematic's hookup, though?

I did just try reversing the L3 coil to the "aiding" configuration, and it did the same as before: the input current more than doubled, the audio noise much reduced, and it won't even light 10 neons from the HV output.

I've also tried even more neons. It will "barely" light up 30 at 6.7 V input but only if I connect it as shown below. If I simply connect across the whole stack it won't light them all unless I push up the input voltage to 10 volts or so, current draw is almost one amp and the transistor gets perceptibly warm so it's good to have it on a heatsink.

Who the hell has that many neons lying about?  Ha ha.  Where did you get that many of those?

Bill

[TinselKoala]

ERRATUM:
I had the wrong part number for the main diode on my schematics. It is actually a UF 5402. Please see the corrected schematic attached below.