Hey everyone,

I made this video

https://www.youtube.com/watch?v=zF9fl4_eMiY

it's open source! Most reactions I get on the net is that it's radio... But what if it's not? :exclamation:

We see a lot of weird effects, make sure you click through to the second video for more info..

Love to hear your thoughts!
Sam

Quote from samertje on January 22nd, 2012, 12:33 PM

Hey everyone,

I made this video

https://www.youtube.com/watch?v=zF9fl4_eMiY

it's open source! Most reactions I get on the net is that it's radio... But what if it's not? :exclamation:

We see a lot of weird effects, make sure you click through to the second video for more info..

Love to hear your thoughts!
Sam

very excellent.   I was considering the same effect displacement current as opposed to conduction.  Looking forward to the plans.. You can also check the audio book i posted in last couple of posts on lifters. Displacement field is mentioned in the book by Sir Oliver.

Cheers, and good work..

https://www.youtube.com/watch?v=zF9fl4_eMiY

Second Video

https://www.youtube.com/watch?src_vid=zF9fl4_eMiY&v=MB4V29mZlFk&feature=iv&annotation_id=annotation_119289

Great Videos Samertje. I look forward to seeing more!!

Are the LEDs replaceable with any other load?

By what I've seen, the circuit energises the LEDs using RF energy. I understand the circuit will illuminate certain incandescent lamps too (very low power). The circuit I believe uses the Q of a series resonant circuit to produce a high voltage.
You may wish to look closer at the meter used for measuring current, it may not respond accurately to the waveform/frequency going throught it. It is worth researching/reading up on instrumentation, errors in moving coil meters etc.