Very cool. It appears to be scavenging a LOT of power at practically no cost. I think you are on the verge of a major breakthrough. Love watching your experiments :) keep up the good work.
ahh, wow this is nice.. , ok so what will happen if you have more wire in the "pickup" cable, will it increase the area to pick up the capacitive field..or will it become more freq. sensitive so less is picked up ?
Very cool. It appears to be scavenging a LOT of power at practically no cost. I think you are on the verge of a major breakthrough. Love watching your experiments :) keep up the good work.
madhacker2000 3 years ago 2
ahh, wow this is nice.. , ok so what will happen if you have more wire in the "pickup" cable, will it increase the area to pick up the capacitive field..or will it become more freq. sensitive so less is picked up ?
InventorGadget 3 years ago
This has to be some kind of RF no?
Bill
0WildBill0 3 years ago
Plengo,
how is the red "receiver" cable hooked up ?
Is this a real loop or only connected at one side to the AV plugs ?
overunitydotcom 3 years ago
it is connected both ends to the start of the AV plug where would normaly be the output of the 22uh from the transistor.
So I am creating a loop wire to capture the ambient capacity emitted by the SEC and driving it to the AV plugs.
plengo 3 years ago
use a coil instead of the loop-maybe a matching coil on the circuit transmitting could extend the range.interesting stuff
m3sca1 3 years ago