Microcontrollers
Automotive BLDC motor control made easy - get your motor started within 1 day! - New automotive 12V BLDC motor drive kit!
Block diagram
The kit is built around the two novel Infineon MCUs, namely the XC886 and the XC2236N both capable of running sensor(less). Coming along with optimized motor control software as well as a digitally isolated real time monitoring tool, the kit offers an easy-to-use reference platform.
As interface between MCU and the power-stage, the TLE 7184F bridge driver IC is used. This new member of the 3-phase bridge driver family is a highly integrated driver IC for up to six external N-channel MOSFETs, building the B6 bridge, to drive a Permanent Magnet Synchronous Motor (PMSM).
The application kit is designed for the purpose of motor control trainings/seminars and to evaluate the performance of real time capabilities of the Infineon microcontrollers. It offers designers a shorter time-to-market for energy efficient motor control designs targeting excellent torque dynamics, reduced noise and high system reliability.
Target applications are in the automotive area e.g. cooling fans, HVAC, oil/water/fuel pump, electronic power steering, small electric vehicle as well as in the industrial area such as cordless tools, automation, low-voltage solar water pumps, house-hold robotics.
- Scalable 3-phase inverter
- TLE 7184F power board (12V - 24V/20A)
- PMSM motor
- 12V switch mode power supply
- XC886 (8-bit) with 16-bit arithmetic based MCU drive card capable of running sensor(less) (available for Tambient up to 150°C)
- XC2236N (16bit) based MCU drive card capable of running sensor(less)
- Software packages: FOC and V/f for XC886 and XC2236N
- Integrated protection features for high system reliability
- Digital isolated real time monitoring tool
- Compiler and debugger
- Using Infineon p-channel MOSFET for reverse-battery protection, CAN transceiver, voltage regulators and 6 x n-channel MOSFETs for the B6 power stage
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