G32R430 Arm® Cortex®-M52
This independently developed MCU is designed for encoder applications, delivering high-precision motion control and position feedback. It features a 128MHz Cortex-M52 core, proprietary ATAN electrical-angle computation instructions, a 16-bit high-precision ADC, rich analog peripherals, and high-speed communication interfaces to improve real-time servo feedback and encoder accuracy. It is ideal for industrial servo systems, embodied robots, and intelligent automation equipment.
G32R430
The G32R430 is a digital-analog hybrid MCU customized for high-precision magneto electric/photoelectric absolute position encoders. Based on G32R430, high-precision magneto electric/photoelectric absolute position encoders can be implemented. This chapter mainly introduces the G32R430 chip’s system architecture, power supply, high-precision analog unit, real-time trigonometric acceleration unit, interrupts, on-chip memory, clocks, peripheral functions and characteristics. The G32R430 is based on high-performance, low-power CPU Arm® Cortex®-M52, which uses Arm V8.1-M architecture. For information about the Arm® Cortex®-M52 core, please refer to the Arm® Cortex®-M52 technical reference manual, which can be downloaded from Arm’s website.
G32R430RBI7, G32R430UBU7, G32R430CBU7, G32R430KBU7