J
[email protected]
- Jan 1, 1970
- 0
What is the formula that determines the power output one would expect
to get by rotating a magnet within a coil ? Say I have a coil with 100
wraps and a magnet at 1 Gauss and I rotate that magnet at 1000 rpm
within the coil... what will be my power (voltage and amp/watt) output
?
1. IF I KEEP ALL THE SAME:
But double the MAGNETIC GAUSS (to 2 GAUSS) how much more power output
can I expect ?
2. IF I KEEP ALL THE SAME:
But double the RPM of the magnet (to 2000 RPM) within the coil, how
much more power output can I expect ?
3. IF I KEEP ALL THE SAME:
But double the coil (to 200 wraps), how much more power output can I
expect ?
I'm trying to understand the ratio and relationship (in power output)
between RPM, Magnetic Strength and Coils.
Thanks,
J.
to get by rotating a magnet within a coil ? Say I have a coil with 100
wraps and a magnet at 1 Gauss and I rotate that magnet at 1000 rpm
within the coil... what will be my power (voltage and amp/watt) output
?
1. IF I KEEP ALL THE SAME:
But double the MAGNETIC GAUSS (to 2 GAUSS) how much more power output
can I expect ?
2. IF I KEEP ALL THE SAME:
But double the RPM of the magnet (to 2000 RPM) within the coil, how
much more power output can I expect ?
3. IF I KEEP ALL THE SAME:
But double the coil (to 200 wraps), how much more power output can I
expect ?
I'm trying to understand the ratio and relationship (in power output)
between RPM, Magnetic Strength and Coils.
Thanks,
J.