I want to buy Gimbal 12V motors with encoders AS5048A. Could you clarify whether or not it is possible to connect these two electromotors to an Arduino controller board to control them at the same time? We need two motors working synchronically by short impulses. We need to accelerate them synchronically for 180 degrees and for other 180 degrees they have to rotate by their inertia. In this way, they should make a full turn (360 degrees). Thanks.
We don’t sell that model but it should work fine - just research what protocol they use and upload the necessary code to the Arduino. Also ensure the arduino you choose has 2x of the needed protocols
Thank you. But, there are already three wires connected to the encoder. They must be connected to a microcontroller board. I asked about three leads on the motor itself. If I understand you correctly, you mentioned three leads on the motor itself. If yes, then where should the encoder output, you mentioned, be connected to? As I know DC motors have just two leads, not three.
ah, I thought you were referring to the 3-wire one….we carry 4 gimbal motors with nearly the same specs but with different configurations. Those 3 wires are the motor’s phases, as YellowDog mentioned
That motor driver has an input voltage range of 2-11v
Hello. Could you please recommend a motor driver for your gimbal electromotor Gimbal Motor with Encoder - 12V, 467RPM - SparkFun Electronics and a controller board to operate two motors with a 24V battery? I have a trouble to find a motor driver and a controller board for them because they are brushless. Thank you.
That will not be reliable and isn’t good for the battery either.
If you use the sparkfun driver, it has a maximum voltage of 11 volts, you need a voltage regulator that can drop the voltage to at least 11 volts. Pololu makes one that should work.
Like TS-Russel says, you’re better off buying a driver that can handle 24 volts on it’s own. A hobby BLDC motor speed controller should work and those can be found at any RC hobby store but will require additional parts to get running.