If you have a transmitter frequency of per say, 1MHz, and a series tuned circuit made of the secondary, tuned to a frequency of 1,000,010 Hz, will the capacitor tuned coil be attracted to the transmitter coil? You see, if the coil is attracted to the transmitter via parallel or series tuned secondary, and the frequency of the reciever is slightly higher, it should be attracted to the transmitted radio wave and not the transmitting coil. Linear space motor.
If you have a transmitter frequency of per say, 1MHz, and a series tuned circuit made of the secondary, tuned to a frequency of 1,000,010 Hz, will the capacitor tuned coil be attracted to the transmitter coil? You see, if the coil is attracted to the transmitter via parallel or series tuned secondary, and the frequency of the reciever is slightly higher, it should be attracted to the transmitted radio wave and not the transmitting coil. Linear space motor.
FlavoredCoffeeGuy 1 year ago
when you flip it, you change the coil's polarity.
IGutYa 2 years ago
Great experiments and video Hydro!
Welcome to Resonance. Wire direction is important as you have found.
Thanks for sharing
Luc
gotoluc 2 years ago
Nice experiment!!
Hey, had you tried your Bifillar coil with ZVS driver??
I wonder what would happen if you use your Monofillar as the secondary...
Keep up the good work!!
afdhalatifftan92 2 years ago
Hi, Thanks for the comment. This is the first I have heard of the ZVS driver. This is interesting because I want to generate high voltage.
I can compare the following up to 1mHz:
mono tx / bifilar rcv
to
fibilar tx / mono rcv
There is another video I did to compare this configuration, but was not able to reach the FO using the old Lawton style generator.
hydro4f3a 2 years ago
Hi, I tried this with 3 pairs of coils that are pretty close (within 10's of mH) .
The Bifilar as the transmitter (or primary) consistently produced a higher voltage at resonance and also resonated at a higher frequency.
hydro4f3a 2 years ago