Overview
The NUCLEO-G431RB is a development board featuring the STM32G431 microcontroller, designed specifically for high-performance analog and mixed-signal applications. It provides an affordable and flexible way for users to try out new concepts and build prototypes with the STM32G4 series ARM Cortex-M4 core.
Why Choose This Part
The board integrates high-speed analog peripherals including multiple ADCs and op-amps directly into the MCU, reducing external component count. It features an on-board ST-LINK/V3E debugger/programmer, eliminating the need for a separate probe while providing a virtual COM port interface.
Applications
Digital Power Conversion
Utilizes the high-resolution timers and fast analog peripherals for SMPS and lighting applications.
Motor Control
Ideal for three-phase brushless DC (BLDC) motor control using its integrated operational amplifiers and comparators.
Industrial Sensing
High-performance ADC and DAC capabilities allow for precise interface with industrial analog sensors.
Prototyping
Serves as a general-purpose development platform with Arduino Uno V3 and ST morpho headers.
Key Specifications
Type
MCU 32-Bit
Contents
Board(s)
Platform
Nucleo-64
Mounting Type
Fixed
Core Processor
ARM Cortex-M4
Utilized IC / Part
STM32G431
Getting Started
Start by connecting the board via Micro-USB to a PC to use the integrated ST-LINK/V3E for programming. Use the STM32CubeG4 software package and STM32CubeIDE for driver initialization and code development, taking advantage of the pre-configured examples for motor control and power delivery.
Also Consider
NUCLEO-F303RE
STMicroelectronics
- An older but popular alternative for mixed-signal applications with similar analog features and identical Nucleo-64 footprint.
NUCLEO-G474RE
STMicroelectronics
- Offers a higher-performance STM32G4 variant with more Flash memory and specialized high-resolution timers for complex power control.
NUCLEO-L432KC
STMicroelectronics
- A smaller Nucleo-32 form factor option if the application requires lower power consumption rather than high-performance analog.