Thank you for your great video ! What is the voltage in RMS of the Function Generator used in this experiment, and can the voltage be maintained fixed through the whole entire Radio-frequency spectrum ?
Hi Joseph, the Philips PM5131 0.1Hz - 2MHz Function Generator was set at a low amplitude of 3Vpp square wave which mean a rms value of 1.5Vrms goodcalculators.com/rms-calculator/ This voltage can only be maintained over the working range of this PM5131 FG being 0.1Hz - 2MHz. Regards
Hi, you can add or remove some of the turns to get closer to the frequency you want (less turns is higher frequency, more turns is lower frequency). You can also try to expand the coil so it will have some air / space between the turns, this will change the frequency too (more space = less interwinding capacitance = higher frequency). Or you can parallel a (variable) capacitor to the coil or insert some ferrite (rings / bar) in the coil, etc. So there are severall ways. Itsu
Hi, you can add or remove some of the turns to get closer to the frequency you want (less turns is higher frequency, more turns is lower frequency). You can also try to expand the coil so it will have some air / space between the turns, this will change the frequency too (more space = less interwinding capacitance = higher frequency). Or you can parallel a (variable) capacitor to the coil or insert some ferrite (rings / bar) in the coil, etc. So there are severall ways. Itsu
Well. it depends what you mean by high frequency. At the high MHz and Ghz range, the signals get more and more reflected by its surroundings, so might stay "indoors". But at the Khz and lower Mhz range, it will "spread out" evenly. Not sure what you mean by magnetic resonance ( en.wikipedia.org/wiki/Magnetic_resonance ), but go for it, there will be much resources to be found via Google i am sure. Itsu
Hoi remzi, wel, ik ben niet gestopt met het maken van video's, ik upload ze nu meestal "verborgen" zodat alleen mensen die de link hebben (forum members) ze kunnen zien. En nee, nog geen free energy bron gevonden :-) Forums waar ik aktief op ben zijn www.overunity.com en www.overunityresearch.com (naam Itsu). Ik denk dat we als groep ook de Akula Lantern hebben proberen te repliceren, ook zonder resultaat helaas (overunityresearch.com) Anyway, wellicht kun je naar die forums komen om eens te kijken wat er speelt Groeten Itsu
Great video Itsu.
Clean and clear.
Thank you for the explanation!
Thank you for the video. I will have to bookmark your channel and check out more.
Thank you. Is it safe to say that the slayer exciter is an accurate way to find the resonant frequency?. Thanks again.
Thanks for the video, it helped me learn.
Square wave has a strong 3rd harmonic. That's the key reason you can set a 6Mhz resonant coil to resonate by 2Mhz square wave.
Thank you for your great video !
What is the voltage in RMS of the Function Generator used in this experiment, and can the voltage be maintained fixed through the whole entire Radio-frequency spectrum ?
Hi Joseph,
the Philips PM5131 0.1Hz - 2MHz Function Generator was set at a low amplitude of 3Vpp square wave which mean a rms value of 1.5Vrms
goodcalculators.com/rms-calculator/
This voltage can only be maintained over the working range of this PM5131 FG being 0.1Hz - 2MHz.
Regards
thanks, it seems all our new technology needs to be accounted for when trying to get real values ...
Thank you for the video, I learned a lot. Greetings, Conrad
are there any dangers to your func generator, if you just hook it up to a short like this? Will the 50 Ohms take care of that?
Yes, The FG internal 50 Ohm will protect these low impedance connections to a certain degree.
Itsu
what are ohm??? and what freq that Resonance at?
Thank you!
How to tune a coil for given frequency?
Hi, you can add or remove some of the turns to get closer to the frequency you want (less turns is higher frequency, more turns is lower frequency).
You can also try to expand the coil so it will have some air / space between the turns, this will change the frequency too (more space = less interwinding capacitance = higher frequency).
Or you can parallel a (variable) capacitor to the coil or insert some ferrite (rings / bar) in the coil, etc.
So there are severall ways.
Itsu
Hi, you can add or remove some of the turns to get closer to the frequency you want (less turns is higher frequency, more turns is lower frequency).
You can also try to expand the coil so it will have some air / space between the turns, this will change the frequency too (more space = less interwinding capacitance = higher frequency).
Or you can parallel a (variable) capacitor to the coil or insert some ferrite (rings / bar) in the coil, etc.
So there are severall ways.
Itsu
itsusable does high frequency means long range?
itsusable I'm trying to do wireless power transmission through magnetic resonance
Well. it depends what you mean by high frequency.
At the high MHz and Ghz range, the signals get more and more reflected by its surroundings, so might stay "indoors".
But at the Khz and lower Mhz range, it will "spread out" evenly.
Not sure what you mean by magnetic resonance ( en.wikipedia.org/wiki/Magnetic_resonance ), but go for it, there will be much resources to be found via Google i am sure.
Itsu
Hi, I'm working on an invention of my own, I'd like to ask you a few questions, do you have an e-mail address I can contact you on?
Great video thanks
Genius!
hi itsusable, your measurments are very wrong, the coil you are measuring its a 2Mhz coil, and not 6Mhz...
Hallo
Waaroom bent u gestopt met videos ? Of heeft u al een free energy bron gevonden ?
Ik ben nu met akula lathern bezig maar zonder succes .
Hoi remzi, wel, ik ben niet gestopt met het maken van video's, ik upload ze nu meestal "verborgen" zodat alleen mensen die de link hebben (forum members) ze kunnen zien.
En nee, nog geen free energy bron gevonden :-)
Forums waar ik aktief op ben zijn www.overunity.com en www.overunityresearch.com (naam Itsu).
Ik denk dat we als groep ook de Akula Lantern hebben proberen te repliceren, ook zonder resultaat helaas (overunityresearch.com)
Anyway, wellicht kun je naar die forums komen om eens te kijken wat er speelt
Groeten Itsu
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