TI's Motor Driver Evaluation Platform Spins Brushed DC, Stepper Motors

DN Staff

November 22, 2010

2 Min Read
TI's Motor Driver Evaluation Platform Spins Brushed DC, Stepper Motors

Texas Instruments Inc.'s DRV8412 is the first in a new line of scalable evaluationplatforms for spinning motors. The DRV8412 evaluation kit (DRV8412-C2-KIT) includes all of the hardware and software needed to spintwo brushed dc motors or a single stepper motor out of the box. This highlyintegrated, robust solution speeds development time for brushed dc and steppermotors running up to 6A continuous/12 A peak at 50V. Applications includemedical pumps, gate openers, stage lighting, textile manufacturing tools andindustrial or consumer robotics.

Key features and benefits:

  • Out-of-the-box motor control and driver solution includes the DRV8412 motor driver, a real-time control C2000Piccolo microcontroller (MCU) controlCARD module, a quickstart GUI, full development source code, Code Composer Studio (CCStudio) integrated development environment (IDE), and motors.

  • Modular control architecture offers flexibility to choose the right level of processing performance for the application. In addition to the C2000 controlCARD module, more TI MCU options will be available in 2011.

  • DRV8412 motor driver with integrated MOSFETs enable up to 97-percent efficient operation, and delivers 6A continuous/12A peak current at 50V without the need for a costly heat sink. The DRV8412 motor driver also includes advanced on-chip protection, including cycle-by-cycle over-current, over-temperature and under-voltage protection, to reduce design complexity and board space.

  • C2000 Piccolo MCU performs control, communications and debug. The industry-leading 32-bit C2000 MCU integrates control peripherals and CPU capability in an embedded MCU device family starting under $2. This includes access to the most thorough set of motor control software modules, real-time debug capabilities, and open-tooled reference designs via free controlSUITETM software.

  • C source code and easy-to-use GUI demonstrate voltage and current control of one or two brushed DC motors, as well as speed and index, including up to 128 microsteps, of a stepper motor.


To see full user's guide click here.

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