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Motor Drive & Control

For various motor types; AC Induction (ACIM), Brushed DC, Brushless DC (BLDC), Permanent Magnet Synchronous and Stepper find the right devices, software and support to precisely control the position, velocity and torque.


Use TI's NEW Selection Tool to Find: Integrated Motor Driver and Pre-Driver

Use TI's NEW Selection Tool to Find:

Motor Drive & Control - Products

DRV8x Motor Drivers

Integrated Motor Drivers and Gate Drivers - TI Motor Drives and Control Solutions

  • Integrated Motor Drivers
    Integration of the Gate Driver, MOSFETS and protection circuitry inside a single IC provides the highest level of functionality at the lowest cost and physical size.
  • Gate Drivers (MOSFET)
    The gate driver is a power amplifier designed to precisely control and drive the power stage section. It is designed to produce the high-current drive required to switch power MOSFETs and IGBTs.

MCU - Microcontrollers

Controllers (MCU - Microcontrollers) - TI Motor Drives and Control Solutions

    • Up to 300MHz
    • Flash 16KB to 512KB, PWM, ADC, CAN, SPI, I2C, EMIF, QEI
    • Motor Control
    • Up to 25MHz
    • Flash 0.5KB to 256KB, ADC, DAC, LCD, RF, PWM, Op-Amp, SPI, I2C
    • Measurement, Metering, Sensing, General Purpose
    • Up to 80MHz
    • Flash 8KB to 512KB, USB, ENET, MAC&PHY, CAN, ADC, PWM, SPI, QEI
    • Motor Control, Human Machine Interface (HMI), Industrial Automation
    • Up to 220MHz
    • Up to 3MB Flash, Ethernet, USB, Flexray, CAN, ADC, PWM
    • Safe Motor Control for Transportation and Industrial Applications

Signal Chain

Motor Drive Signal Chain - TI Motor Drives and Control Solutions

  • Industrial Communications
    Complicated motor control applications often require communication busses in order to control and synchronize multiple motors with a main motion controller.
  • Digital Isolation
    Digital isolation is typically used in high voltage motor drives in between the control electronics and the high voltage gate drivers to protect the controller in case of mechanical or electrical faults in the power stage.
  • Discrete Analog-to-Digital Converters (ADCs)
    ADCs are often used in high voltage or high precision motor control where the on-chip ADC in the microcontroller does not offer enough performance or when using digital isolation to separate the sensitive control logic from high voltage power stage.
  • Current Sense Amps
    Electronic circuits that monitor the current flow by measuring the voltage drop across a resistor placed in the current path.

Featured Motor Control Tools and Software