Never at a loss for power as any engineer I would make a current list. That assumes every coil of every motor is powered and multiply it by1.30 that is a standard 30% extra capacity for any unexpected reason.
Next plan on using a large diameter short length power wire pair or better add a large filter capacitor or even better make a 4 wire supply that senses the voltage at the motor and smartly adjusts to maintain the 2.4VDC no matter what your driver does..
Go by the datasheet ;) And to run a stepper motor you need more than just a power supply, please check Google first on how they are controlled if you need more info.
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4 years ago
Never at a loss for power as any engineer I would make a current list. That assumes every coil of every motor is powered and multiply it by1.30 that is a standard 30% extra capacity for any unexpected reason.
Next plan on using a large diameter short length power wire pair or better add a large filter capacitor or even better make a 4 wire supply that senses the voltage at the motor and smartly adjusts to maintain the 2.4VDC no matter what your driver does..
https://en.wikipedia.org/wiki/Power_supply_unit_(c...
Study the wiki article...
4 years ago
Go by the datasheet ;)
And to run a stepper motor you need more than just a power supply, please check Google first on how they are controlled if you need more info.