- #1
cloud_skyblue
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Hi, I'm trying to work on this interesting little project that involves charging a 6V battery using a simple DC generator powered by a wheel spun manually. The equations for the DC generator output would be :
E = N B v sin(theta) x 10-8
if I'm correct. E being the voltage, N=number of turns, B=flux density, and theta is the angle between the coil's vector and the magnetic field.
My problem is, this only gives me the voltage. How would I get the actual power generated by the generator? All I know about the battery is that it is 6V and 5AH.
My goal is to have the battery power up a light bulb for a given duration. Any ideas?
E = N B v sin(theta) x 10-8
if I'm correct. E being the voltage, N=number of turns, B=flux density, and theta is the angle between the coil's vector and the magnetic field.
My problem is, this only gives me the voltage. How would I get the actual power generated by the generator? All I know about the battery is that it is 6V and 5AH.
My goal is to have the battery power up a light bulb for a given duration. Any ideas?
