06-24-2024, 05:13 PM
Also, shrinking compound while is cooling down introduce mechanical stress in electrodes albeit is very small but act like fine tuning for musical instruments … if you consider to modulate.
The whole point is to obtain isolation between the 2 state of manifestation of electricity … any 2 states, where conversion from 1 state to another state can take place in 1 way only.
I think I wasn’t clear enough but I will clarify now: I am not suggesting to replace Joel cell with my type water based, I am saying the water based can be used to rise the potential and they replenish themselves, if you need just potential 10-20 cells of magnesium+copper in distilled or deionised water may be enough, where each cell may provide 1.4-1.6 v with 2-3 cm of magnesium ribbon and 0.5 mm magnet wire or copper foil of 3-4 cm long same width and thickness … they will last in this way very long time and cost maybe £10-20 for 20 cells.
Due to low amps I can think of optocouplers darlington output for switching (with high gain) … also pretty cheap. All the rest can be as usual inductors for next stage
The whole point is to obtain isolation between the 2 state of manifestation of electricity … any 2 states, where conversion from 1 state to another state can take place in 1 way only.
I think I wasn’t clear enough but I will clarify now: I am not suggesting to replace Joel cell with my type water based, I am saying the water based can be used to rise the potential and they replenish themselves, if you need just potential 10-20 cells of magnesium+copper in distilled or deionised water may be enough, where each cell may provide 1.4-1.6 v with 2-3 cm of magnesium ribbon and 0.5 mm magnet wire or copper foil of 3-4 cm long same width and thickness … they will last in this way very long time and cost maybe £10-20 for 20 cells.
Due to low amps I can think of optocouplers darlington output for switching (with high gain) … also pretty cheap. All the rest can be as usual inductors for next stage