Bifilar Coils VS Bucking Coils

The Time Energy Pump project

created on 08/22/97 - JLN Labs - last update on 08/23/97

I have conducted some tests to understand better the working process in the TEP.
The main goal of these series of tests is to compare Bifilar coils and Bucking 
coils for their inductive and Back EMF effects.
 
I have used :
 
- a BIFILAR coil L1,L2 ( interweaved ) which has a calculated inductance 
  of 0.59 mH ( each )
 
- a BUCKING coil L1,L2 ( in serial ) which has a calculated inductance 
  of 0.75 mH ( each )
 
The tested coils are switched through a transistor BDX53C by a square wave 
generator..
The inducted signal is received through a coil L3 ( wounded around the bifilar ).
Calculated inductance : L3 = 7.6 mH

The Bifilar is not activated, the square signal is sent only on L1 coil and received on L3. You will see a normal induction setup during the ON/OFF sequences.

The Bifilar is activated, the square signal is sent on L1 AND L2 coils and received on L3. The flux of L1 cancels the flux of L2. The Bifilar act as a simple resistor, like a non-inductive coil, you see almost nothing....may be only "The Scalar Waves" are sent here ?

The Bucking coil is not activated, the square signal is sent only on L1 coil and received on L3. You will see a normal induction setup during the ON/OFF sequences.

The Bucking coil is activated, the square signal is sent on L1 AND L2 coils and received on L3. The flux of L1 cancels the flux of L2 ( as it seems to be for L3 ), but only during the establishment of the current ( ON sequence ).

BUT when the current drops ( OFF sequence ), you will see a normal induction setup.

Look at the scope pictures, this is very different from the bifilar coil configuration, this prove that the BACK EMF EXISTS REALLY!!!! So the magnetic energy exists in the bucking coil.

FLux is not canceled, but is distorted by mutual repulsion, so it does not couple to L3. This is NOT flux cancelation, or we could not have the back EMF when the fields collapse!

Clearly there are fields present in Bucking coils....