BITT HIGH IMPEDANCE PRIMARY TEST

BITT 3.0 employs a high impedance primary to deliver flux to the secondary coils. Primary core saturation (or at the very least core reluctance is sufficiently increased to deter secondary BEMF induced flux) is accomplished along with a high impedance flux path route.

These effects work together to provide a uni-directional primary core flux path route per sine wave cycle, instead of the bi-directional route as dictated by Lenz's Law and the Law of Conservation of Energy in the conventional transformer.

The net result is a primary which uses purely REACTIVE POWER (0 watts) but delivers REAL POWER (1.6 watts) to the load.

Cheers
Thane

Thane C. Heins
President - Potential +/- Difference Inc.
613.795.1602

"Integrity is the essence of everything successful" E
R. Buckminster Fuller

Category:

Science & Technology

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• Thane Heins
• Potential Difference Inc.
• Bi-Toroid Transformer
• Perepiteia

[show101tome]

Hi Thane,

have you ever inverse your coil setup; placing 2 high impedance coil on both side with a load and a high current coil in the middle (with high voltage)? I think it is going to give good result as the power burning your conventional transformer would go in the light bulb. What do you think about that??

[smokyatgroups]

Thanks for showing and teaching us this Heins! It seems if there's too much impedance in the primary, a huge voltage is required to generate enough primary flux. Though the phase Cosine is closer to zero with more inductance. Output power is still quite low, wondering if secondary flux path acts like a low reluctance magnetic shunt across secondary windings as seen from primary inducing flux?