Hi all,
I am trying a make a pulse pendulum but not sure what is the most efficient way to do that. My plan includes 2AAA batteries with some microcontroller. My main question is how to determine magnet wire gauge and number of turns to get the most magnetic field to push the magnet. I can use magnet wires as fine as 42AWG and more than 10K turns on my winding machine so I am limited to finer wires and turns etc. My main goal is to determine what AWG to choose and how many turns on a air core thread bobbin will give me the best longer battery life. I understand other factors count such as neo magnet width, strength and pendulum height etc.
Thanks all,
Jay
I am trying a make a pulse pendulum but not sure what is the most efficient way to do that. My plan includes 2AAA batteries with some microcontroller. My main question is how to determine magnet wire gauge and number of turns to get the most magnetic field to push the magnet. I can use magnet wires as fine as 42AWG and more than 10K turns on my winding machine so I am limited to finer wires and turns etc. My main goal is to determine what AWG to choose and how many turns on a air core thread bobbin will give me the best longer battery life. I understand other factors count such as neo magnet width, strength and pendulum height etc.
Thanks all,
Jay