General Transformer Construction

[Matthew Jones]

I am trying to confirm some things I have read about around transformers.
Specifacly "impedance matching".

I want to build one that does a one to one ratio, but at high voltage. I have scrapped out several to see how they worked. So I got an idea of the general construction but I wanted to confirm that in this case it would be wrapped the same as Bifiliar coil. 2 equal distances of wire around one common flux.

Am I correct.

If anybodyt would be willing to pass links on construction or generally helpful specs I would appriciate that as well.

Cheers
Matt

[ren]

Hi Matthew.

I have been exploring some ideas with transformers lately and I have wound a few to experiment with. The first one was for a lighting circuit (Imhoteps) to replace the ignition coil. I had the primary bifilar wound so I could use a simple SG circuit in self oscillation to create HV on the secondary. I tried a couple of different things out, for this instance the windings were not 1 to 1. Note that the ignition coil is about 100-1. I believe there are some specifics on matching the weight of the primary to the weight of the secondary, but I am far from an expert so I will not go into such things. The second pic is a secondary I wound on some PVC, hopefully one day it will have a nice little lightning bolt shooting out from it

The real question I guess is what is its ultimate purpose, this should effect the design somewhat.

[aladinlamp]

ac vs dc electromagnet

hi

when it comes to efficiency - power consumption vs magnetic field strength - is there any significant difference between ac vs dc electromagnet, attracting piece of iron ?

thanx

[ashtweth]

Try experimentation with ferro resonant Trafos
Or even this transformer
http://www.panacea-bocaf.org/files/T...%20and%20D.pdf

[Matthew Jones]

Hey thanks Ash....

The reason I need 1 to 1 is very simple.

I have small Mechanical Tesla Switch that right now I rebuilding. The circuit is basically the same as the one outlined in the Free Energy Guide.
I use a Motor for the Load and a Copper Coated Cam shaft / Brush combo to do the switching.

I also have come up with a pretty descent formula for rate of switching that seem to keep the charge in the system or recover any losses in Back EMF. I allow 2 poles in motor to charge, then I switch. Simple (IE 5 poles in a motor, Switch 2.5 times per revolution)

The one thing I have struggled with is the measurements of power going into and coming out of the motor. Its really hard to guess whats happening when its switching so I set it up on a ONE WAY basis. So that I can watch the power flow.

The simple way circiut is 2 banks of batterries one parrallel and the other in Series. I connect the hots of the banks together and I Connect the grounds to a Bridge Rectifier. Then I power a load via the bridge.
When I power motor the current going in from the positive side of the bridge is of course regular flat line DC. But when coming out it is 2 waves of AC opposite of each other. SEE bad Hand drawing.


So how I figure it is on the negative side between the motor and and Bridge I have chance to create extra energy.

Because the Motor and Transformers work on the exact same principle with a different outcome. The motor take the current, routed through it and isolates the emmitted photon energy to create a rotory action. The transformer does the same except it creates a current on another wire. All you need is a oscolation in your waveform.

So I want to add a High Amperage Transformer that delivers a 1 to 1 ratio to that end of my circuit and see how much power resides there. I already know that current passing through the device will not be disipated but recollected at the end. But If I can induce more current off the currents emmisions of photons then I got it made. Free Energy. But right now I am only hoping becuase I can't find a high amperage (4 amps or above) 1 to 1 transformer. So I gotta build one.

And thats why I was looking for as much detail As I can find.

The biggest thing I can't find is the winding patterns for the wires. I have tendancy to wanna think the wires are wound in opposite directions around the same flux. But I don't know and I would like to confirm that.

I am painstakingly unwinding a impedance matching tranformer now. So I can find out how its put together.

All the while I have only one thing stuck in my head
"Transformers, more than meets the eye" (With musical tune) The theme song from my once favorite cartoon.

Cheers
Matt