Thane Heins Perepiteia.

[OilBarren]

He lives in Almonte, just outside of Ottawa, ON, Canada.  It's strange how many Canadians there are in this forum, and that a lot of us seem to live in the same urban area of under 2 million people.  I wonder if Alsetalokin was from around here, too?

And where is Mr. P B from again?
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Just kidding there...PB

OB

[polarbreeze]

And where is Mr. P B from again?
Ã,  Ã,  Ã,  Ã,  Ã,  Ã,  Ã,  Ã,  Ã,  Ã,  Ã,  Ã,  Ã, ...
Just kidding there...PB
OB

It's a miracle! Thane's capslock key has unfrozen itself!!! Oh, maybe it's just the spring thaw...

[ramset]

PB thats one of your better funnies   Chet

[OilBarren]

AND WHERE IS MR. P B FROM AGAIN?
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                                I   L
                                C  L
                                K  B
                                A  R
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BETTER?

Thane

[OilBarren]

A transformer makes use of Faraday's law and the ferromagnetic properties of an iron core to efficiently raise or lower AC voltages. It of course cannot increase power so that if the voltage is raised, the current is proportionally lowered and vice versa. http://hyperphysics.phy-astr.gsu.edu/Hbase/magnetic/transf.html

DEAR ALL,

I HAVE UPLOADED SOME VERY INTERESTING RESULTS CONCERNING LUC'S LATEST TRANSFORMER PRIMARIES. http://www.megaupload.com/?d=JVO6XAXP

THE INTERESTING THING TO NOTE IS THAT:
FOR A CONVENTIONAL TRANSFORMER FROM NO LOAD TO LOAD THE PRIMARY POWER INCREMENTAL INCREASE IS ALWAYS GREATER THAN THE OUTPUT POWER INCREASE DISIPATED ACROSS THE LOAD.

THE RATIO IS ALWAYS 1 : (LESS THAN 1) - (1 in and less than 1 out)
UNLESS THE TRANSFORMER IS 100% EFFICIENT THEN THE RATIO WOULD BE 1 : 1

FOR EXAMPLE CONVENTIONAL WISDOM SAYS THE RATIO CAN NEVER - BE 1 : 2
(1 in and 2 out)

TEST # 2 Conventional Laminated Core EI Type 1k
No Load to 1k Load Primary Power Increase Ratio = 1 : 0.94

Pin = increase 4 to 13 = 9 watts
Pout Increase = 8.5 watts
Note: 9 watt primary power input increase yields an 8.5 secondary increase.

TEST # 4 Conventional Toroidial Type 1k
No Load to 1k Load Primary Power Increase Ratio = 1 : 0.94

Pin = increase = 0 to 9 = 9 watts
Pout Increase = 8.5 watts
Note: 9 watt primary power input increase yields an 8.5 secondary increase.

TEST # 5 Potential Difference Inc. Bi Toroid 
No Load to 1k Load Primary Power Increase Ratio = 1 : 1.90

Pin = increase = 24 to 30 = 6 watts
P Pout Increase = 11.4 watts
Note: 6 watt primary power input increase yields an 11.4 secondary increase.

TEST # 7 Potential Difference Inc. Bi Toroid 
No Load to 1k Load Primary Power Increase Ratio = 1 : 2.15

Pin = increase = 17 to 21 = 4 watts
P Pout Increase = 8.6 watts
Note: 4 watt primary power input increase yields an 8.6 secondary increase.

CHEERS
Thane