Source = The Quantum, Aetheric Wind if you like...

   Chris Sykes
       hyiq.org

Quotenever can you prove your Assumptions Correct!

It's a bass-ackwards world for some people.  You are trying to give the thread a soft landing with dreams of bucking coils producing free energy.

Hard reality comes crashing down.

Well thats interesting.
Below is a pic of my center wound toroid transformer. The two sets of copper wires you see are actually wound around a ferrite core. I then incased that inside a larger core(which is a devcon steel putty mix-very magnetic),so as the windings are in the middle of the toroid core itself.The core was aloud to set over night,and was then cooked in the oven at 100*C for an hour-this makes the material very hard. I then wound 10 turns of multi strand speaker wire around the outside of the completed core as my P/in winding. The load is an incandecent bulb rated at 1.5 watts. Both voltages are taken at RMS value,and I/in and I/out were averaged.

Nothing much happened to begin with,and the P/in far exceeded the P/out-->until i hit a frequency of 7.62KHz. At this frequency,the bulb went very bright,but the P/in didnt change. The scope shot below shows the yellow trace across P/in,and the blue trace across the load(bulb)

VRMS in is 1.68,and VRMS across the load is 5.8-->i am only using one of the secondary windings at this time. AVG I/in is 988mA,and average I/out is 253mA
Note how current is still flowing through the load during the off time of the primary coil at an average of 3.5V across the load-->the on time is only 16% of the cycle.

Quote from: tinman on May 21, 2015, 10:38:19 PM
Well thats interesting.
Below is a pic of my center wound toroid transformer. The two sets of copper wires you see are actually wound around a ferrite core. I then incased that inside a larger core(which is a devcon steel putty mix-very magnetic),so as the windings are in the middle of the toroid core itself.The core was aloud to set over night,and was then cooked in the oven at 100*C for an hour-this makes the material very hard. I then wound 10 turns of multi strand speaker wire around the outside of the completed core as my P/in winding. The load is an incandecent bulb rated at 1.5 watts. Both voltages are taken at RMS value,and I/in and I/out were averaged.

Nothing much happened to begin with,and the P/in far exceeded the P/out-->until i hit a frequency of 7.62KHz. At this frequency,the bulb went very bright,but the P/in didnt change. The scope shot below shows the yellow trace across P/in,and the blue trace across the load(bulb)

VRMS in is 1.68,and VRMS across the load is 5.8-->i am only using one of the secondary windings at this time. AVG I/in is 988mA,and average I/out is 253mA
Note how current is still flowing through the load during the off time of the primary coil at an average of 3.5V across the load-->the on time is only 16% of the cycle.

Tinman - That's a Thumbs up from me! Nice!

Quote from: EMJunkie on May 21, 2015, 11:01:06 PM
Tinman - That's a Thumbs up from me! Nice!

Run that through Pkzip and it will compress down to very few bits.