A tank circuit is almost infinitely variable, resistance (wire gauge) coil length and diameter, number of turns, capacitance, frequency, core hysteresis. Love your work, I’m a bit tipsy and just appreciating the forward thinking… cheers!
Fantastic work my friend!! My grandfather was good friends with Don and I ahem seen many of his devices work. If I remember correctly they all ran at 21Mhz . Tesla did say that you need to be at least running at 20Khz to gain the energy from the ambient like we were told by Don.
Off the top of my head you are adding capacitance after the diode allowing more of a feedback loop to the system. Probably totally wrong, but thought I’d chime in.
Very interesting, are you certain of the diode orientation across the secondary led ? The induced current will be opposite polarity ? Im no expert just amateur it's interesting what you show .I am testing my Volt Robber LC circuit which seems to show v low current draw, please do take a look ( it's on my channel ) , Im trying to find someone to replicate , would appreciate any feedback Thanks for your video
A tank circuit is almost infinitely variable, resistance (wire gauge) coil length and diameter, number of turns, capacitance, frequency, core hysteresis. Love your work, I’m a bit tipsy and just appreciating the forward thinking… cheers!
Fantastic work my friend!! My grandfather was good friends with Don and I ahem seen many of his devices work. If I remember correctly they all ran at 21Mhz . Tesla did say that you need to be at least running at 20Khz to gain the energy from the ambient like we were told by Don.
Off the top of my head you are adding capacitance after the diode allowing more of a feedback loop to the system. Probably totally wrong, but thought I’d chime in.
Edit: adding capacitance when you touch the circuit beyond the diode.
Very interesting, are you certain of the diode orientation across the secondary led ? The induced current will be opposite polarity ? Im no expert just amateur it's interesting what you show .I am testing my Volt Robber LC circuit which seems to show v low current draw, please do take a look ( it's on my channel ) , Im trying to find someone to replicate , would appreciate any feedback Thanks for your video
Oscilloscope might reveal what's going on?
Sounds like it is raining just as hard here in Northeast Pennsylvania as it is in Australia where you are..lol
very interesting. Can you explain what the compositor's are for. to bring protect the LED?
Free stuff yea.😂