Kajunbee
Advanced Member level 1
* Does your motor draw so much current that it causes the supply voltage to droop?
* Does you motor create noise (glitches) on the supply rails?
Either of these can cause faults in a control circuit.
I have drawn out 2 of your diagrams to make sure we're on the same page. The top #1 is from your first post, and #2 is your option A diagram. If not correct let me know or revise it. In top diagram you have a resistor, and then you changed to a capacitor. Did you find that the motor stopped more consistently after 1 revolution with capacitor. Did you connect capacitor directly across motor terminals.
Could moderator remove attachment on right
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