Partnered Output Coils - Free Energy

[EMJunkie]

As always! The easiest person to fool is yourself!

[synchro1]

I made two air-core solenoid coils, shown below. They both have the same amount of the same gauge wire (approx. 3 meters). The one on the right is the Tesla-series-bifilar, you can see the connection from the top of one winding to the bottom of the other one. Both coils measure 41 microHenry and 1.0 ohm DC resistance (ProsKit MT-5210). I don't have a gaussmeter so I had to use a sensitive ratiometric Hall effect sensor to measure the fields (Allegro A3503). I applied brief pulses from a used 9V battery to each coil, with the Hall sensor positioned in the same place on the coils for each test. I powered the Hall sensor with 5 VDC from a regulated supply, and I monitored the sensor's voltage output on the oscilloscope at 500 mV/div.

The pulses produced about half a division deflection (call it ~200 mV) from the 2.5 V null baseline on the scope trace. I could detect no difference in the readings from the Hall sensor between the two coils.

I would be very pleased if someone else would do a test like this, using an actual gaussmeter.

A ferrite core would "Impulse Magnetize" to twice the strength inside the Tesla Biflar solenoid with the same pulse as the single wire. Plus the Tesla Bifilar can receive broadcast power better then the single wrap pancake, which won't work at all on the Gegene hot plate..

[Pirate88179]

A ferrite core would "Impulse Magnetize" to twice the strength inside the Tesla Biflar with the same pulse as the single wire. Plus it can receive more power.

Now this sounds like a basic Joule Thief circuit.  Bifilar...ferrite core....

Bill

[synchro1]

Now this sounds like a basic Joule Thief circuit.  Bifilar...ferrite core....

Bill

That accounts for the high degree of efficiency; Enhancing the rapid "Mag" "De-Mag" effect of Hi Perm cores.

[Pirate88179]

That accounts for the high degree of efficiency, The "Mag" "De-Mag" effect.

But, as we have seen here in other areas of this forum, basic JT circuits are NOT efficient.  Most of them are about 60%, maybe a little more.  Now, the advanced JT circuits are up to about 80%+ but, they do not use the bifilar windings, or a ferrite core.

I do not think there is anything beneficial in a bifilar winding nor any magic there.

Bill