Hi Chris,

Just a quick question. What is your experience with Gennady Markov?  I have a large toroid with two coils - one on each side- both wound the same direction. (I mean imagine both on the same side wound same direction and then shift one of them on other side of the toroid).   I connected them as on the picture below in bucking mode. My load is 2x 40W 220V bulbs. I can't get them lit, not even little. One posibility -it naturally won't work(like a magnetic valve)  Other possibility is I have it connected wrong( I hope not), and the last possibility is I burned the coils as they started to be very, very hot (I accidentally switched them on full grid power 220V at the start. But when I measure the resistance of the coils I am getting 4 Ohms which seems to be Ok) Anyway, have you tried to make his similar transformer?

Cheers,

Hi John,

Yes I am familiar with Gennady Markov and his work on the Bi-Directional Current Transformer.

Bidirectional Current Transformer

I do reference his work from time to time.

If you're getting no output, there is a complete Electromagnetic Cancelation. This means you're half way there.

Please study this video carefully and you will see where you need to head: Self Assisted Oscillation in a Shorted Coil - Bucking Magnetic Field Oscillation

The Partnered Output Coils Assist the Operation. By Drawing Current there is Assisted Operation. For every push Back, we have an added push Forward. The Action, Reaction and Counter-Reaction I have spoken of.

Also, the Math: 1 + -1 + 1 = 1 - Meaning our input is not "Spent" "Generating" the Output, where normally we see: 1 + -1 = 0 - where the Input is "Spent" to "Generate" the Output - This is Superposition.

   Chris Sykes
       hyiq.org

Re the last few posts, I can see where there may be some confusion or misunderstanding's. This subject is certainly not easy for people that are new or have not studied in depth!

Key to the Technology is the Magnetic Field and understanding what they do and How they Interact together! I show some principles here: Opposing Magnetic Field Interactions - Partnered Output Coil

Quote

When a Transformer is Properly Loaded, there is a Net Zero Magnetic Field at any point in Time.

This is why, in a Transformer, the Current must Increase over Time! This is Hysteresis, the Magnetic Field of the Secondary pushing back on that of the Primary, would typically be equal and opposite, thus the Current must Increase to push the Core Material through the BH Curve, this is an Increasing and Decaying Current, a Sinusoidal Current.

What does this mean?

This means that the Transformer will have a Primary Magnetic Field that has a Direction, we will call this Direction, Vector D_p. When the Transformer is Loaded Properly, there will also be a Secondary Magnetic Field that also has a Direction, D_s.

D_p and D_s are 180 degrees out of Phase, meaning that the Direction, is opposing each other. This can be seen in the below picture "Superposition 180 Out of Phase". There you can see there is considered to be a Net Zero Magnetic Field at any point in Time.

Thus, the Equation: 1 + -1 = 0


The Audible example is shown here: Noise Cancellation basic simulation

Similarly, if D_p and D_s were in Phase, then we would see the Direction of each Magnetic Field in the same Direction. This can be seen in the below Picture: "Superposition In Phase"

Thus, the Equation: 1 + 1 = 2

Quote

Note: Importantly, for this device to work, Current must be flowing in the Partnered Output Coils!

So, the above Quote means we need, D_p and D_s 180 degrees out of Phase, but also another Tertiary Coil, D_t which is in Phase with D_p but at the same time 180 degrees out of Phase with D_s. This can be seen in the Below Picture: "Superposition S 180 Out T In Phase"

Thus, the Equation: 1 + -1 + 1 = 1

   Chris Sykes
       hyiq.org

Please take special notice of the Magnitudes of the Waves above!!!

Imagine if the Tertiary Wave, D_t, were lower in amplitude than D_p and D_s, then this would result in less overall assistance, or reinforcement of the Primary.

Amp Turns is important.

   Chris Sykes
       hyiq.org

Where does the Electrical Energy come from?

Again, I reiterate, The Excess Energy comes from Electromagnetic Induction!

Partnered Output Coils are a Feed Forward/Feed Back Inductive Configuration! Induction occurs between the Two Coils, each Coil being one of the Partnered Output Coils. Electromagnetic Induction is the Time Rate of Change of the Magnetic Field In Proximity to another Conductor. Each Coil Separates Charge in the Other! The more they have to work, the more the Feed Back and Feed Forward! The More Electromagnetic Induction occurs!

   Chris Sykes
       hyiq.org