hi, thanks for sharing your experiment! :) Is your motor is more efficient than RomeroUK's replication of Muller's Dynamo? Are you reaching more than COP 2.0?
One, its hard to hear you!, So how much voltage and current is going to you first item and than you could figure the lose of voltage to load in the first circuit. This one could hear you just you very soft.
Two, how fast is the motor turning how much over all voltage and current is being produced, I can only make a little of what you said when the motor was turned on. Total Voltage = ... and Total Current =... , I mean out of motor.
I Wrote on another of your video's and after seeing this I def want to speak with you, please send me a msg through my account, Matt
zarchiel11 2 weeks ago
hi, thanks for sharing your experiment! :) Is your motor is more efficient than RomeroUK's replication of Muller's Dynamo? Are you reaching more than COP 2.0?
Khwartz 2 months ago
sorry about the sound
that out runner is doing 3000 Rpm surface speed of the magnets at the tip is 190 Kph
toranarod 5 months ago
I see now what you're doing. Study of magnetic fields and Lenze and Faraday. The force which works against the magnetic field.
8cspohn 5 months ago
just heard 10 Volts did not hear that before, your not losing that much voltage on top coil.
8cspohn 5 months ago
One, its hard to hear you!, So how much voltage and current is going to you first item and than you could figure the lose of voltage to load in the first circuit. This one could hear you just you very soft.
Two, how fast is the motor turning how much over all voltage and current is being produced, I can only make a little of what you said when the motor was turned on. Total Voltage = ... and Total Current =... , I mean out of motor.
8cspohn 5 months ago
Cannot understand a word you say while the motor is on. Please add annotations.
squibm 5 months ago