Diodes are Vishay byv27-200 200V 2 amps, capacitor https://www.mouser.co.uk/ProductDetail/5...2225020P22
It just happen to have them handy for a test. As soon as I will make new coils I will fine tune the system as it is capable to deliver a lot more than that.
ZVS and coils without any load will draw 5.1-5.3 watts from the source. Just to understand how little power needs a cfl bulb to be lit up.
Also I need to figure out some ground points instead of adjusting resistance for each load as I can power heavier loads with this little system when proper tuned and build.
This more like a proof of concept and I intend to use it with my water powered batteries also on my youtube channel. No pollution, no waste, in harmony with the nature.
Also, i forgot to mention that if I remove wood spacers that keep coils apart, I can power about 70 white LEDs in series and the whole setup draw 7 watt fully brigth, but if I try to power only 50 leds power drawn increase over 9 watts … the more voltage used, less power drawn … I can show it as accidentally I touched on 40 leds and they were smoked instantly. Than on second test where I tried to add 6V bldc motor i have blown up all the rest of leds trying to adjust the voltage.
It seems the output is AC and DC in the same time … which is quite strange .. or some kind of high frequency pulsed DC
Last 2 weeks I just blown up my last multimeter, so I can only calculate and guess what am I doing until new toys arrive. Anyway on such system most of the measurement tools are useless and a better approach is to check with loads.
But there is something which may worth all attention: https://en.wikipedia.org/wiki/Short_circuit and this: https://en.wikipedia.org/wiki/Open-circuit_voltage and see attached picture
See attached picture
It just happen to have them handy for a test. As soon as I will make new coils I will fine tune the system as it is capable to deliver a lot more than that.
ZVS and coils without any load will draw 5.1-5.3 watts from the source. Just to understand how little power needs a cfl bulb to be lit up.
Also I need to figure out some ground points instead of adjusting resistance for each load as I can power heavier loads with this little system when proper tuned and build.
This more like a proof of concept and I intend to use it with my water powered batteries also on my youtube channel. No pollution, no waste, in harmony with the nature.
Also, i forgot to mention that if I remove wood spacers that keep coils apart, I can power about 70 white LEDs in series and the whole setup draw 7 watt fully brigth, but if I try to power only 50 leds power drawn increase over 9 watts … the more voltage used, less power drawn … I can show it as accidentally I touched on 40 leds and they were smoked instantly. Than on second test where I tried to add 6V bldc motor i have blown up all the rest of leds trying to adjust the voltage.
It seems the output is AC and DC in the same time … which is quite strange .. or some kind of high frequency pulsed DC
Last 2 weeks I just blown up my last multimeter, so I can only calculate and guess what am I doing until new toys arrive. Anyway on such system most of the measurement tools are useless and a better approach is to check with loads.
But there is something which may worth all attention: https://en.wikipedia.org/wiki/Short_circuit and this: https://en.wikipedia.org/wiki/Open-circuit_voltage and see attached picture
See attached picture