Uhhhhh... I KNOW PPL WILL ARGUE, BUT I WOULD TRY RESONANCE. A LITTLE LONG LOST TECHNIQUE BY A FELLOW NAMED, T E S L A. AKA THE WIZARD OF MENLOW.... SPIN THE AC MOTOR PM W/DC MOTOR. 9VOLT BATTERY=71volts on my device... good luck. & ignore ppl just REPEAT what they read n hear. Experiments=truth!Hi guys i just want to know how to increase AC Current (I) with constant voltage 230V
it has to take low input and produce high output ..Ex : 10 amp input -20 amp output
You're going to have a problem with the law of conservation of energy.Uhhhhh... I KNOW PPL WILL ARGUE, BUT I WOULD TRY RESONANCE. A LITTLE LONG LOST TECHNIQUE BY A FELLOW NAMED, T E S L A. AKA THE WIZARD OF MENLOW.... SPIN THE AC MOTOR PM W/DC MOTOR. 9VOLT BATTERY=71volts on my device... good luck. & ignore ppl just REPEAT what they read n hear. Experiments=truth!
I guess if you're working on breaking the laws of thermodynamics it doesn't matter whether you know the difference between Tesla and Edison.T E S L A. AKA THE WIZARD OF MENLOW
The thread starter stated no interest in boosting voltage, which would be better done with a transformer than a motor turning a generator. He requested a current boost - doubling - at constant voltage, which would require creation of energy, which is categorically impossible per the laws of thermodynamics.SPIN THE AC MOTOR PM W/DC MOTOR. 9VOLT BATTERY=71volts on my device... Experiments=truth!
That is not how electric power conversion works, and cannot be done as you describe. In electric circuits, power equals voltage times current, or P = V x I. There is no device that can take in 2300 W at its input and produce 4600 W at its output unless it has another input, a power source to run the amplifier. The power put out by any device, from the smallest LED to rock concert amps to cars to jet engines to the largest nuclear power plant, cannot be greater than the power inputs, and in fact always must be less.Hi guys i just want to know how to increase AC Current (I) with constant voltage 230V
it has to take low input and produce high output ..Ex : 10 amp input -20 amp output
by Jake Hertz
by Aaron Carman
by Jake Hertz
by Aaron Carman