Uploaded November 2020 | Updated September 2026, 2 weeks ago
This video is an experiment in grounding and shows you the best result that I could achieve. This doesn't mean you can't do better, so if you do, please let me know :)
The resistor as a dam to hold the water is still a big mysterie to me, because everytime I use it, I got less good results.
You can find the schematic in my picture album: photos.app.goo.gl/dZtmiNBfLPgqvXnQ6 (at the moment the last picture in the bottom)
In the 3th part of the video I show you that by the use of high Q parallel tank circuit from previous video the resonant frequency of transmitter goes up instead of down. When adding more then 2 of those receivers the resonant frequency goes still a little higher.
Please experiment yourself to see things happen I'm just an experimenter and not professional.
My grounding experiment is done with low voltage input to have low risk, please keep in mind that higher input voltage could lead to more dangerous situations. Experiment at your own risk.
This video is an experiment in grounding and shows you the best result that I could achieve. This doesn't mean you can't do better, so if you do, please let me know :)
The resistor as a dam to hold the water is still a big mysterie to me, because everytime I use it, I got less good results.
You can find the schematic in my picture album: photos.app.goo.gl/dZtmiNBfLPgqvXnQ6 (at the moment the last picture in the bottom)
In the 3th part of the video I show you that by the use of high Q parallel tank circuit from previous video the resonant frequency of transmitter goes up instead of down. When adding more then 2 of those receivers the resonant frequency goes still a little higher.
Please experiment yourself to see things happen I'm just an experimenter and not professional.
My grounding experiment is done with low voltage input to have low risk, please keep in mind that higher input voltage could lead to more dangerous situations. Experiment at your own risk.
