kmarinas86
Nov4-09, 05:52 PM
I have a coil made of 156 separate conductors all connected in series.
If I connected a capacitor across each conductor of the coil what kind of rpm increase would I expect of a motor that weighs about 30 pounds, with crude geometry, etc.
I do not think a electrolytic capacitor would suit me. I probably need two-way functionality.
How would this compare to say one giant capacitor for my coil?
In my special case (3 miles of wire) would using capacitors between each adjacent turn be a better way to store the energy to improve performance?
I imagine that during transients (such as one caused by a breaking of the motor commutator) pulses would still be able to bypass all of the coil (in both directions), but all direct current would pass through normally.
If I connected a capacitor across each conductor of the coil what kind of rpm increase would I expect of a motor that weighs about 30 pounds, with crude geometry, etc.
I do not think a electrolytic capacitor would suit me. I probably need two-way functionality.
How would this compare to say one giant capacitor for my coil?
In my special case (3 miles of wire) would using capacitors between each adjacent turn be a better way to store the energy to improve performance?
I imagine that during transients (such as one caused by a breaking of the motor commutator) pulses would still be able to bypass all of the coil (in both directions), but all direct current would pass through normally.