Hey Gil, I made an attempt to replicate the Led receivers and did not use the same capacitors and I did not get it to work so the exact parts must be used.
are your small coils with LEDs actually resonating? Try connecting a capacitor across those coils and bringing them in resonance with the primary coil. Then the field in the secondary coil will be able to strip more power from the primary coil.
Is this running on the same frequency as those wireless charging pads? Super Cool Man, I've had some ideas on what to make with this kind of technology, thanks for showing it. Take Care Man.
It's pretty same thing as HV lines, field, you putting any coil in it, power inducting into coil - power. but... Why you using so huge frequency? imo, R=Lw, where w depends on frequency. so... you getting bigger resistance.
@ForsetiGoD for big distance between receiver you must use high frequency look the voltage only 9 v, it's a inductive coupling not capacitive coupling !
@gilbondfac huh, i know ;) capacitive will be R=1/wC, so.. anyway, distance at your video isn't so huge to be honest. btw, what will be difference betwen 50Hz and frequency what you use? substance of el-mag field?
Hey Gil, I made an attempt to replicate the Led receivers and did not use the same capacitors and I did not get it to work so the exact parts must be used.
Is this a correct assumption ? Thanks in advance
ET2uscg 3 months ago
Excellent work, are the coils from hard drives? thanks in advance.
ET2uscg 3 months ago
@ET2uscg yes good ! you've all understand
gilbondfac 3 months ago
I want to learn more about this circuit, do you have a schematic on this? Details would be nice.
fuelalternative 7 months ago
are your small coils with LEDs actually resonating? Try connecting a capacitor across those coils and bringing them in resonance with the primary coil. Then the field in the secondary coil will be able to strip more power from the primary coil.
dizekat 9 months ago
@dizekat yes i know but with the capacitor i win 2 mA so it's just for demonstration for students !
thanks
gilbondfac 9 months ago
Is this running on the same frequency as those wireless charging pads? Super Cool Man, I've had some ideas on what to make with this kind of technology, thanks for showing it. Take Care Man.
akai454 9 months ago
It's pretty same thing as HV lines, field, you putting any coil in it, power inducting into coil - power. but... Why you using so huge frequency? imo, R=Lw, where w depends on frequency. so... you getting bigger resistance.
ForsetiGoD 9 months ago
@ForsetiGoD for big distance between receiver you must use high frequency look the voltage only 9 v, it's a inductive coupling not capacitive coupling !
gilbondfac 9 months ago
@gilbondfac huh, i know ;) capacitive will be R=1/wC, so.. anyway, distance at your video isn't so huge to be honest. btw, what will be difference betwen 50Hz and frequency what you use? substance of el-mag field?
ForsetiGoD 9 months ago
@ForsetiGoD if you know it try it ! thanks
gilbondfac 9 months ago
@gilbondfac so rude, gl&hf. "proffesor"
ForsetiGoD 9 months ago
+ for music background
abstractora 9 months ago
i love it. maybe a factor in the muller-dynamo?
camelsonhorizon 9 months ago
Looks like a wireless cell phone charger..good replication.
friendryan 9 months ago
shit dude, you are gonna fucking change the world as we know it... you are gonna be SUPER RICH jsut keep it up :D
HELLPINAVENGER 9 months ago