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Stan’s Legacy

Burntwire

5 posts · 2 more in threads this archive does not carry · writing between May 2009 and May 2009

An identity on IonizationX as it was harvested, not an account on this site. Nobody here has claimed it, and nothing connects it to a person by name.

How to wind a VIC coil

#16 ·


Ok I figured out the difference. The original reference I made was to figure10-4 the multi core vic.
Forget about that I'm going with 6-1 configuration.

Sorry for any confusion I figure after I get the simpler once work I'll move on to chapter 10

Burntwire

How to wind a VIC coil

#4 ·

 :(

Well I make about 900 feet into 1,200 before I broke one bifilar wire.  So question is should I solder it togther and continue on or unwind and start over?

Thoughts please.
BW

How to wind a VIC coil

#7 · date not recorded

Its now clear to me that this is the right way the bifilar chokes for the VIC spools.

If each section has both red and green , there is only 2  layers of double insulation between each-choke so things will start shorting out @ 4.5 KV and beyond . So if this is meant to go to higher voltage it has to be wound this way or it will short out .

With the coils wrapped in sequential order , there is no such problem .

But if you look @ it the way I do , and see a mirror transformer that was used to tickle the vacuum , there is no difference whatsoever whether you wind both red and green in same bobbins or not, it will be the same mirror image , since the coupling facotr is probably insane already .

One has double power going through cell , one has no power going throught cell .

So in the end , this is a good coil for the dreamer and the realist .
Do  you suggest the same for the secondary as I notice this is also a bifilar wrap in stan’s pics

Bw

How to wind a VIC coil

#6 · date not recorded

Thanks for the reply.  The break was right where I crossed over from 1 winding to the next.  Machine is smooth enought I think I just got a little rough.  O well that's why we practice.
I'll post pic's this enving of the finished coil.
bw