Novel Transformer

[john_g]

Hi All

I came across this Novel Transformer design whilst surfing and thought may be of interest, as it keys in with flux routing on other threads. Maybe touches of the MEG:

Abstract

In this invented transformer, a compensating coil is series connected with the secondary coil in opposite polarity. The magnetomotive forces generated by the loading current in the secondary coil and the compensating coil are cancelled out. The power can be delivered with zero input current in the primary coil when the turn number of secondary
coil is the same as that of compensating coil. When a boost coil is added to the compensating coil, the input current in primary coil is phase inverted relative to its input voltage. A magnetic shunt is added to adjust the flux leakage of this transformer.





Full doc - only 3 pages at:
http://vixra.org/pdf/1204.0084v1.pdf

The site this paper is on, appears to hold scientific papers to be shared, although they may not have been approved/peer reviewed.

Regards

John

[erfinder]

Daaammnnn....

[mbrownn]

That air gap and the magnetic shunt is talked about in the Squires video. Very interesting.

[mbrownn]

If you replace that shunt with an armature it becomes more interesting

[john_g]

If you replace that shunt with an armature it becomes more interesting

Glad you found the thread Mbrownn. I wonder if anyone could model it in FEMM, as recommended by Mr Squires?

[wrtner]

This reminds me of that Bulgarian inventor with the transformer
with the gaps:
A truly overunity Transformer / Meg

[mbrownn]

Glad you found the thread Mbrownn. I wonder if anyone could model it in FEMM, as recommended by Mr Squires?

I think it would be fairly easy to model, you should try it the program is free.

There are several similarities to the lockridge device. The input and output of the transformer are not wound over each other, the compensation coil (also the output), the shunt is like the armature and the air gaps.

I see no reason why we could not recycle the input and use other techniques used in the Lockridge to make this device more interesting. Do you want to build it?

[john_g]

I think it would be fairly easy to model, you should try it the program is free.

There are several similarities to the lockridge device. The input and output of the transformer are not wound over each other, the compensation coil (also the output), the shunt is like the armature and the air gaps.

I see no reason why we could not recycle the input and use other techniques used in the Lockridge to make this device more interesting. Do you want to build it?

I wouldn't mind trying to build it but I don't have a suitable core at the moment.