Verified chipset BLDC motor control with MOTIX™ MCU (SoC) and OptiMOS™

Unlock peak performance in your motor control design with our trusted chipset, built on a foundation of market-proven hardware and backed by our extensive expertise in optimizing gate driver and MOSFET combinations.

Revolutionize your motor control design with Infineon's powerful system-on-chip (SoC) solution, delivering unparalleled performance, efficiency, and precision for BLDC motor control applications.

chipset blockdiagram
chipset blockdiagram
chipset blockdiagram

SECORA™ Pay Green solution

badge_motor_control_chipset

We pre-selected and tested good driver-MOSFET combinations for you
badge_motor_control_chipset

We pre-selected and tested good driver-MOSFET combinations for you
badge_motor_control_chipset

We pre-selected and tested good driver-MOSFET combinations for you

The generic power evaluation board allows the implementation of an automotive inverter application for controlling fans or pumps driven by BLDC motors. The system is controlled by the MOTIX™ TLE9879QXA40 32-bit motor control (SoC) with integrated MOSFET drivers in combination with OptiMOS™ 6 leadless MOSFETs. The design is capable to drive loads up to 400W supplied by a battery voltage of 12 V. This user manual contains a description of the design, schematics and measurement reports..

generic power eval board
generic power eval board
generic power eval board
 Download our application note:
 
  • Summarizing all relevant application characteristics such as switching timings, power dissipation or EMC behavior
  • Describing 3 different TLE987x gate driver configuration options to select from for the defined MOSFETs

MOTIX™ motor control test bench

motor control test bench
motor control test bench
motor control test bench

Experience the ultimate in motor control evaluation with the MOTIX™ Motor Bench,a BLDC motor bench in a portable package that pairs perfectly with 3-phase evaluation boards of Infineon products, allowing you to easily assess and optimize your motor control designs on-the-go.

Revolutionize your motor control design with Infineon's powerful system-on-chip (SoC) solution, delivering unparalleled performance, efficiency, and precision for BLDC motor control applications.

chipset blockdiagram
chipset blockdiagram
chipset blockdiagram

SECORA™ Pay Green solution

badge_motor_control_chipset

We pre-selected and tested good driver-MOSFET combinations for you
badge_motor_control_chipset

We pre-selected and tested good driver-MOSFET combinations for you
badge_motor_control_chipset

We pre-selected and tested good driver-MOSFET combinations for you

The generic power evaluation board allows the implementation of an automotive inverter application for controlling fans or pumps driven by BLDC motors. The system is controlled by the MOTIX™ TLE9879QXA40 32-bit motor control (SoC) with integrated MOSFET drivers in combination with OptiMOS™ 6 leadless MOSFETs. The design is capable to drive loads up to 400W supplied by a battery voltage of 12 V. This user manual contains a description of the design, schematics and measurement reports..

generic power eval board
generic power eval board
generic power eval board

 Download our application note:
 
  • Summarizing all relevant application characteristics such as switching timings, power dissipation or EMC behavior
  • Describing 3 different TLE987x gate driver configuration options to select from for the defined MOSFETs

MOTIX™ motor control test bench

motor control test bench
motor control test bench
motor control test bench

Experience the ultimate in motor control evaluation with the MOTIX™ Motor Bench,a BLDC motor bench in a portable package that pairs perfectly with 3-phase evaluation boards of Infineon products, allowing you to easily assess and optimize your motor control designs on-the-go.