Smart Motor Modules & Evaluation Kits

Smart Motors
Highly Integrated
Position Sensing, Power Stage, and FOC Control
Module
Complete Design Solutions
Fast route to develop Smart servo motors
Virtual Bench
Easy to Use
Control torque, speed, or position without complex firmware

eMotion System Smart Motor Solution
Video:  eMotion System Smart Motors

unboxing smart motor
Video:  Unboxing Smart Motors
How to setup and run smart motors
            High performance brushless DC motor
Video: High-Performance Brushless DC Motor
This video shows how BLDC motors can perform better than stepper motors or servo motors with MPS's Smart Motor Module Evaluation Kits.
mcar Angle Sensors
Video: mCar Showcasing Smart Motors
The design and mechanical functionality of the...
mcar Angle Sensors
Video: mCar Showcasing Smart Motors and Motor Drivers
The design and mechanical functionality of...
High performance brushless DC motor
Video: Controlling a Linear Actuator with a High Performance BLDC Motor
Accurate motion control requires knowing the exact electrical and mechanical parameters of the set-up...
High performance brushless DC motor
Video: APEC 2020 Advantages of the Brushless DC Smart Motor Module
Integrating an MMC module into a brushless DC (BLDC) motor provides for more accurate positioning and speed control.
High performance brushless DC motor
Video: Motion Control With MPS 2-Axis BLDC Motor
Precision motion control is made possible with MPS's 2-axis brushless DC motor system...
Smart Motor Modules & Evaluation Kits enable fast development of brushless smart servo motor solutions. The modules have a complete PCB assembly comprising position sensing, power stage, and FOC control algorithms for integration into a BLDC motor. By combining the module with a MPS motor evaluation kit you’ll be able to test the full solution. Integrated field oriented control algorithms combined with MPS’s patented MagAlpha magnetic angular position sensor technology enables servo motor solutions that have high efficiency and high torque over the full range of motor speeds. A software GUI provides the tools to develop, parameterize and control the motor though an RS485 interface. The final motor solution can be controlled for speed or position using either commands sent over an RS485 interface, or via a simpler PULSE/DIR input.