A validation of the UP-SIDE-DOWN phenomena

[EMdevices]

very nice build , stprue,

Did you identify a magnetic frequency first?   Probably not.

EM

[stprue]

very nice build , stprue,

Did you identify a magnetic frequency first?   Probably not.

EM

No I did not, I'm not sure how to???  Can you help me so I can better understand and contribute more to TPU research???

[EMdevices]

Ok, stprue, I'll help you, but if you don't have the equipment I can't help.

A magnetic frequency is detected with a loop of wire hooked up to some amplifier to oscilloscope or frequency spectrum analyser.    As the magnetic frequency oscillates it induces a voltage in your coil proportional to a number of variables such as: frequency, intensity, number of turns of wire, etc..

so if the magnetic field is  B = b * sin (2*pi*f*t)
then induced voltage "V" in a coild of N turns and area A is equal to:
V = N * d phi/dt = b*A*N*2*pi*f*cos(2*pi*f*t) 

Now this voltage can be very small, say 1 mV, but we can boost up this voltage with a resonant coil, by placing a capacitor across it's leads.  If the capacitor is high quality low ESR (equivalent series resistance) then we can have a high Q tank circuit.  this high Q will multiply the voltage as follows:

V_m = V * Q,

that's it, very simple.  So with a typical Q of around 40 to 100, you can turn 10 mV into 1 volt perhaps.

so borrow an oscilloscope or spectrum analyser and go hunting for frequencies and their source, check wiring as that will capture and conduct some of these signals.

then build coils tuned to those frequencies.

EM

[stprue]

Thank you EM I am saving for the Oscope but it will take a while!  How close are you to perfecting your design? Anyways your video was very well done, keep up the good work!

[krosskin]

EMdevices
Give please guide how to assemble the device.
I want to repeat it. Please forgive me - I really do not know much English so the translation of electronic.