Very fun experiment! In the time domain, an impulse is represented as a very sharp spike at a single point in time (tesla coil spark), essentially a signal that instantaneously rises to a high value and then immediately drops back to zero, while in the frequency domain, an impulse translates to a flat line across all frequencies, indicating that it contains equal energy at every frequency due to its broad spectrum. Guessing the tesla coil sparking rate modulates the signal in the frequency domain....
Awesome output from a ZVS driven coil - cool freq analyser
Dude, you will burn the spectrum analyzer with such an antenna, stop it, it will fucking burn
XD
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Haha dude! it’s burned up- no kidding but got close
Pure genius! I'm always inspired by your videos. I just bought this spectrum analyzer!
Thank you! It’s is a really fun device with a lot of uses.
Very fun experiment! In the time domain, an impulse is represented as a very sharp spike at a single point in time (tesla coil spark), essentially a signal that instantaneously rises to a high value and then immediately drops back to zero, while in the frequency domain, an impulse translates to a flat line across all frequencies, indicating that it contains equal energy at every frequency due to its broad spectrum. Guessing the tesla coil sparking rate modulates the signal in the frequency domain....
Thank you!
I think the distance of propagation would depend on the output power as well as the operating frequency of the coil.
Yep for sure. Also the emissions and harmonics are very wide bandwidth with little very little energy release at discrete narrow bands
@@BrianDhvTinkerer Try putting the spark at the focal point of an old satellite dish. Knock some stuff out of the sky.
It lowers with distance because the reciever Tesla coil is not there, with its own ground.
Definitely not a part 15 device😂
Haha what’s your call sign?😂