Uploaded October 2020 | Updated September 2026, 2 weeks ago
In this video I show you how I prooved it to myself that it is possible to use the free osccillations that Rick Friedrich talks about in his video:
"Free Undisturbed Harmonic Oscillations and magnetic energy" youtube.com/watch?v=0bpv3wUWGqk
to have same output on receiver with less power input to transmitter.
In the case of 5 free oscillations like used in this video we only use 0.11W instead of 0.27W if we would use no free oscillations.
So the free oscillations give you real gain.
To all people, please use your energy to experiment yourself so you can proove it to yourself, don't say it's not possible without trying, give it a chance and you will not be dissapointed. Just don't make the same mistake that I made and only compare the maximum voltage outputs. Use the voltage created by the harmonic your working with and use that as a reference point to compare with (see my previous video for details).
What this prooves to me is that by using free oscillations we can have the same output on a receiver with less input on transmitter.
It changed my thought that we need more current to get more output on receiver, it will give you more but the gain is there when you use free oscillations. You will need higher voltage on input to become more power on receiver and still have gain in reference by using no free oscillations.
Thank you to Rick Friedrich for sharing the information.
In this video I show you how I prooved it to myself that it is possible to use the free osccillations that Rick Friedrich talks about in his video:
"Free Undisturbed Harmonic Oscillations and magnetic energy" youtube.com/watch?v=0bpv3wUWGqk
to have same output on receiver with less power input to transmitter.
In the case of 5 free oscillations like used in this video we only use 0.11W instead of 0.27W if we would use no free oscillations.
So the free oscillations give you real gain.
To all people, please use your energy to experiment yourself so you can proove it to yourself, don't say it's not possible without trying, give it a chance and you will not be dissapointed. Just don't make the same mistake that I made and only compare the maximum voltage outputs. Use the voltage created by the harmonic your working with and use that as a reference point to compare with (see my previous video for details).
What this prooves to me is that by using free oscillations we can have the same output on a receiver with less input on transmitter.
It changed my thought that we need more current to get more output on receiver, it will give you more but the gain is there when you use free oscillations. You will need higher voltage on input to become more power on receiver and still have gain in reference by using no free oscillations.
Thank you to Rick Friedrich for sharing the information.
