Sensorless vector motor control dev board

Toshiba has got together with development board maker Mikroe to create a platform for its TB9M003FG automotive three-phase motor control and driver IC.

Toshiba Mikroe smartMCD labelledToshiba has got together with development board maker Mikroe to create a platform for its TB9M003FG automotive three-phase motor control and driver IC.

AEC-Q100 Grade 0 qualified, the IC has a 32bit 40MHz Arm Cortex-M0 CPU and a vector co-processor  for sensorless vector control, as well as gate-drivers to control external n-channel mosfets.

AEC-Q101 qualified mosfets are included on the board, as are the rest of the components needed to drive  both brushless dc or permanent magnet synchronous motors, and it can be connected to external higher-power inverter components to drive larger motors.



Toshiba Mikroe smartmcdIt measures 130 x 73mm and “switches and potentiometers for operational testing”, said Toshiba. “An on-board debug unit, based on a TMPM067FWQG, is compliant with the CMSIS-DAP on-board emulator standard and enables testing and debugging of the target device.”

Use is foreseen developing pumps, fans, body control and thermal management systems.

Find the Toshiba IC here and the Mikroe development board here

Steve Bush

Steve Bush is the long-standing technology editor for Electronics Weekly, covering electronics developments for more than 25 years. He has a particular interest in the Power and Embedded areas of the industry. He also writes for the Engineer In Wonderland blog, covering 3D printing, CNC machines and miscellaneous other engineering matters.

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