supasoaker
New Member
I have been looking at a number of sites on how to convert a motor into an inductance generator.
I have been told that I can use capacitors in parallel to get the thing going and this will allow sustained use but that I can only operate a motor (with this power generated) as long as the motor is 1/10 the power of the converted inductance generator (because, and I quote: 'added inductance of the motor will cancel out the capacitive reactance
of the capacitors')...
......is this true?
To correct the above problem can I simply use a transformer instead of a capacitor - in my ignorance it should work like a capacitor and store energy allowing the converted inductance generator to self start (also possibly raising the voltage which would be an added bonus)?
Everyone says that if I am driving the generator with an engine my output voltage will go down with load - can I not simply increase the torque output of the engine to allow the voltage to remain the same (keeping the engine running at the same speed)?
Much obliged for any help.
I have been told that I can use capacitors in parallel to get the thing going and this will allow sustained use but that I can only operate a motor (with this power generated) as long as the motor is 1/10 the power of the converted inductance generator (because, and I quote: 'added inductance of the motor will cancel out the capacitive reactance
of the capacitors')...
......is this true?
To correct the above problem can I simply use a transformer instead of a capacitor - in my ignorance it should work like a capacitor and store energy allowing the converted inductance generator to self start (also possibly raising the voltage which would be an added bonus)?
Everyone says that if I am driving the generator with an engine my output voltage will go down with load - can I not simply increase the torque output of the engine to allow the voltage to remain the same (keeping the engine running at the same speed)?
Much obliged for any help.