Don't write nonsense. The resistor is in the current circle which goes through the water. There will be no more current in the water than the resistor allows. You must look exactly where i put the electrodes. The current must pass the resistor.
For daily use ideal current ist about 10mAmps. To have only 1 milliamps you can take about a 8 kOHm resistor, then you have never more than 1mAmp current while producing. I never testet this, but with 1kOhm it functions very well an gives super quality.
He forgot to attach the resistor first, so the rig on the video doesn't work.
He chose a 1k resistor to get a 9 milliamp current through a dead short, not through the solution! The best nano-particles are generated with a 1 milliamp current. At 10 PPM, the solution is about 8k ohms. So the extra resistor should be about 680 ohms.
Don't write nonsense. The resistor is in the current circle which goes through the water. There will be no more current in the water than the resistor allows. You must look exactly where i put the electrodes. The current must pass the resistor.
For daily use ideal current ist about 10mAmps. To have only 1 milliamps you can take about a 8 kOHm resistor, then you have never more than 1mAmp current while producing. I never testet this, but with 1kOhm it functions very well an gives super quality.
pulsarLi 2 months ago
He forgot to attach the resistor first, so the rig on the video doesn't work.
He chose a 1k resistor to get a 9 milliamp current through a dead short, not through the solution! The best nano-particles are generated with a 1 milliamp current. At 10 PPM, the solution is about 8k ohms. So the extra resistor should be about 680 ohms.
temple26797 2 months ago
Excelent, but I dont understand German.
TheGravity161 10 months ago