Neither of those look suitable for a self-balancing robot. You don't need the hall sensors for a balancing robot. Exactly what kind of balancing? Wheels, legs?
Keep googling. There's hundreds of example projects out there. Copy what they did.
MorganS:
Neither of those look suitable for a self-balancing robot. You don't need the hall sensors for a balancing robot. Exactly what kind of balancing? Wheels, legs?
Keep googling. There's hundreds of example projects out there. Copy what they did.
Disagree, seems fine to me.
The hall sensors are on the motor for commutation, its a sensored BLDC which is
simple to drive at full torque at stationary.
The MPU6050 gives 6DoF (at least), although you only perhaps need 1 gyro and 2
accelerometer axes, the convenience of one chip with one library means there's
no reason not to use a full IMU.
That Roboteq controller sounds capable:
Using low-cost position sensors, they may also be set to operate as heavy-duty position servos.
The SBL13xx accepts commands received from an RC radio, Analog Joystick, wireless modem, or microcomputer. Using CAN bus, up to 127 controllers can be networked on a single twisted pair cable. Numerous safety features are incorporated into the controller to ensure reliable and safe operation.
Thank u MarkT!
So i have to emulate from arduino something like rc radio to send pulses to the sbl13-motor to control? Or there is another one way to do?