Lords of the Ring

[CTG Labs]

Hi all,

Its probably the layout and the connections that matter most, rather than the guage of the wire.  But for continuity better to make as close to GKs one as possible for now, then start to play.  I will knock one up as soon as I can.



D.

[Hoppy]

Would radiation be a candidate in the form of heat - lot's of it  - with an 8 amp PSU - ouch?

The heat will be greater with iron wire in the core  because of eddy current flow. Try a solid iron core and you will be able to use the TPU as a cooking plate to fry up your eggs & bacon. Yes, be very careful with EM at this level. I've had the headaches myself after very short periods and when those TPU's are squealling away, please remember the effect of high audio frequencies on any pets around.

There will be no ceremonial lighting of 100W bulbs unless that energy can be fairly efficiently induced to the secondary. An inverter will do the job better but will take most of the 8 amps. As I see things at the moment, the real challenge is still out there to replicate the master's TPU which needs no input power or perhaps just a teeny bit from a tiny battery.




Otto wrote: -

Did you ever ask yourself why we have NO POWER in our coils?
Where is the POWER???
Why cant we make even a 40W light bulb to light?
We feed into our coils 1 or 2 or 3 or even more amperes but nothing. Where is the Power gone???

[pese]

@GK
Garden wire (iron) have higher ohmic resistance than copper.
so it will be make heat !!

It is shure that you have more heat out, than power in to the circuit ?

[CTG Labs]

I don't know that GK has claimed any OU in the form of heat or otherwise.  I was just asking him to perform this heat test if he can, as iron wire will get hot easily, its not really meant for circuits, its meant for tying plants up in the garden!

So, am waiting his results!


D.

[giantkiller]

Another poster is doing a 6". Betcha that one works too.

--giantkiller


Thanks for the vote of confidence GK
6" core are done and just for grins I'm 20 ga copper..thin insulated.
Working on the mag wire 200's now.
Thanks
Jon

So there are just 2 changes so far. A 6" diam with copper core.
Ok. So are there any changes to the controllers besides the new distance which equals more turns? And I don't think it matters.
This is the pattern i've seen: Fat wire next to very thin wire and then you adjust the freqs ad hoc. Multiple freqs give a higher collision level with fast on times. Rate also as you adjust the 3. Expulsion of energy from the cross impacting fields.
Length of wire, gauge of wire, number of fields per a given measured area. Remember what Tesla said "1200hz is a very high freq." LOL. His models incorporated high copper volume, very wide range of wire turns and what we today call 'Low freq'.  Today we work with very low copper volume and high freqs.
Radiant energy looks like conduction externally because that power can't get through the copper because of its high speed. The potential has to balance out so it goes the path of least resistance. Wow, think about that. So in these TPUs we cause the reaction magnetically and the copper can't absorb / conduct fast enough so the energy spreads out till is slows down, can you say power loss?, to a speed that the copper can conduct at. c0m & I just didn't feel heat. It has a thickness to it. Ok, so well done is tougher than medium rare. LOL.

--giantkiller.