Hey all,
I currently have a circuit that charges 13 2.2 Farad Capacitors in parallel using a 1.5 V AA battery in 60 seconds. Then I flip some switches to put the capacitors in series and disconnect from the battery. This gives me a total voltage in the capacitor matrix of about 20 Volts where they are then going to discharge to this DC Motor: http://www.jameco.com/1/1/52249-ls5...amps-dc-motor-10823-rpm-25-4-c-gm-torque.html.
How would I go about analyzing this discharge circuit to find the current. I realize that a DC Motor has an inductor but don't know the other components or how these would affect the current. (the only thing I know is that it will change as time goes by)
Any help or being pointing in the right direction is extremely appreciated.
Thanks!
I currently have a circuit that charges 13 2.2 Farad Capacitors in parallel using a 1.5 V AA battery in 60 seconds. Then I flip some switches to put the capacitors in series and disconnect from the battery. This gives me a total voltage in the capacitor matrix of about 20 Volts where they are then going to discharge to this DC Motor: http://www.jameco.com/1/1/52249-ls5...amps-dc-motor-10823-rpm-25-4-c-gm-torque.html.
How would I go about analyzing this discharge circuit to find the current. I realize that a DC Motor has an inductor but don't know the other components or how these would affect the current. (the only thing I know is that it will change as time goes by)
Any help or being pointing in the right direction is extremely appreciated.
Thanks!