The Geehy #APM32F411 series MCU, fabricated using a 55nm process technology, is based on the Arm® Cortex®-M4F core and incorporates an FPU. Operating at up to 120MHz, it delivers high-speed computing, versatile operating modes, and an array of precise peripherals and communication interfaces. Featuring two advanced timers and two 12-bit ADCs, this MCU enables the cost-effective implementation of sensorless FOC for dual motors.
Unveiling our latest video: Introduction to ADC_TSensor demo Routine of #APM32F4xx 🎬 Discover the power of the chip's internal #temperature sensor, your key to real-time MCU temperature monitoring. This enables timely and appropriate actions. Dive deeper as we explain how these sensors focus on tracking incremental temperature changes. Tune in now! 😎
Leveraging years of expertise in motor control applications, Geehy proudly presents the APM32F035 laboratory centrifuge solution. Featured with sensorless FOC control, it provides smoother startup, superior noise reduction, shorter braking time, and higher energy efficiency. The solution can achieve flip-free startup, smooth operation at speeds ranging from 50rpm to 15,000rpm, and ultra-high deceleration control, making it ideal for various liquid separation processes.
#Geehy #APM32F072RBT7 #MCU has achieved #AEC-Q100 certification after being tested by third-party authorities such as GRGTest, marking the growing team of Geehy's automotive-grade MCU chips after APM32 F103RCT7.