Self accelerating reed switch magnet spinner.

[picowatt]

@Picowatt,


Take a look at this link on terahertz diode:


http://coolcadelectronics.com/portfolio-item/infrared-rectennas/

So what is your point?  Do you actually believe that your clip leads, magnets, coils, and a relatively slow tunnel diode are accomplishing something similar to what is described in the link on rectennas?  DARPA would be very interested if that were so.

Sorry,  I do not believe you are rectifying THz range sine waves with the setup in your video. 

PW

[synchro1]

Hey Syncro

Is there an exact circuit posted for this?  Cuz you did mention diodes.  Thanks

Mags

No, I currently have limited upload capabilities here in Costa Rica. The circuit is blindingly simple. Just a germanium diode in series with an electrolytic capacitor between the ends of a series bifilar coil. The coil of course is wrapped solenoid around powerful coupled diametric magnets of any number in length, the more the better!

[synchro1]

So what is your point?  Do you actually believe that your clip leads, magnets, coils, and a relatively slow tunnel diode are accomplishing something similar to what is described in the link on rectennas?  DARPA would be very interested if that were so.

Sorry,  I do not believe you are rectifying THz range sine waves with the setup in your video.  

PW

The "Synchro coil's" resonant tank oscillation is in the megahertz range, close enough to gain excitement from the higher frequency. This is a magnet assisted oscillation! The power comes from the LC tank oscillation. The tank oscillation acts like a step down transformer. You have to match your electrolytic capacitor value to your series bifilar windings inductance so the resonant frequency's in the diode's catch range.



The magnet's assisting the LC tank oscillation. The magnet's frequency's in the terahertz range. The diode is not directly rectifying the magnet's vibration, but the excited energy in the circuit.


Look, the magnet is sustaining a resonant oscillation that would normally die out without additional input. The magnet assisted self oscillation is overunity. You'll have to wait for me to upload a new video. I've succeeded at this hundreds of times, it never failed to work. It's a wonder to me why no one else has tried it. Conradelektro started out with an attempt, and Milehigh barged in and ruined the test. You'll just have to be patient. I'm describing a very simple to understand effect!  

[picowatt]

The "Synchro coil's" resonant tank oscillation is in the megahertz range, close enough to gain excitement from the higher frequency. This is a magnet assisted oscillation! The power comes from the LC tank oscillation. The tank oscillation acts like a step down transformer. You have to match your electrolytic capacitor value to your series bifilar windings inductance so the resonant frequency's in the diode's catch range.

Synchro1,

So then why would you state that you are "rectifying THz range sine waves"? 

PW

[gyulasun]

...   The circuit is blindingly simple. Just a germanium diode in series with an electrolytic capacitor between the ends of a series bifilar coil. The coil of course is wrapped solenoid around powerful coupled diametric magnets of any number in length, the more the better!

Synchro1, can you tell the exact type of the germanium diode you use in your circuit?