One-Stop Motor Control Development Ecosystem
Wide voltage input: 12VDC~72VDC
Maximum power: 100W
BLDC、PMSM
Hall, optical, magnetic encoder/p>
SCI, SPI, I2C, CAN
Single/double resistor sampling,
three-phase back-EMF sampling
Wide voltage input: 85VDC~265VAC
Maximum power: 300W
BLDC、PMSM
Hall, optical, magnetic encoder
USB, UART
Single/double resistor sampling,
three-phase back-EMF sampling
Wide voltage input: 12VDC~72VDC
Maximum power: 100W
BBLDC、PMSM、Stepper Motor
Hall, optical, magnetic encoder
UART、SPI、I2C、CAN
Single/double resistor sampling,
three-phase back-EMF sampling
Sensorless square wave, sensorless FOC
sensored square wave, sensored FOC
stepper microstep control, current closed-loop control,
position closed-loop control
| Model | Core | Operating Frequency | FLASH | RAM | Operating Voltage |
|---|---|---|---|---|---|
| APM32F035 | Arm® Cortex®-M0+ | 72MHz | 64KB | 8KB | 2.0V~3.6V |
Adopts APM32F030/F035 MCU series.
Employs vector control for reduced energy consumption and wider driving range.
Utilizes internal op-amps and comparators to minimize external circuits, optimizing integration.
Adopts motor control dedicated APM32F035 MCU series.
Implements FOC vector control for high efficiency and low noise.
Integrates multiple op-amps and comparators to simplify circuits and reduce interference.
Adopts high-performance 32-bit FOC vector control MCUs.
Incorporates Hall self-learning and angle compensation functions for absolute zero detection, significantly improving motor operational efficiency.
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