Discuss STM32 solutions for motor control, including PID tuning, sensorless operation, ADC noise, custom algorithms, and more.
Dear MCSDK users, The full MCSDK documentation is embedded in the Motor Control Workbench tool. Refer to Workbench tool > About > Documentations > Documentation.This document provides: Introduction: Includes startup guide links for MCSDK, HSO featu...
Dear MCSDK users, MCSDK version 6.4.0 is now available: Download It here. This version of the new Motor Control SDK 6 series (X-CUBE-MCDSK) provides mainly FOC and 6Step improvements, here are the main changes for this version: Motor Control Features...
The documentation of the Board descriptions format is now available on Motor Control Boards Description Wiki page, this documentation is compatible with MCSDK versions from 6.1.2. Board Descriptions are used by the ST motor-control workbench to enabl...
In order to have a quick response to your forum posts, the best way to ask the question is:- Give the version of the MCSDK used. - Say if the problem concerns a tool (MC Workbench, Motor Pilot, Motor Profiler, etc...) - Provide picture of tools inter...
Hello ST Team,I am working with the B-G431B-ESC1 board using STM32G431CBU6 and the STM32 Motor Control SDK.On the evaluation board, Motor Pilot communicates with the target MCU through the on-board ST-LINK (STM32F103) using SWD and VCP.My question is...
Hello,I apologise in advance if my post lacks any important information, I am very new to working with these sorts of boards and have limited experience with motor control in general. I am using a B-G431-ESC1 to drive a 24V hoverboard motor. I have p...
Hi everyone,I am working on a custom board based on STM32F407VGTX to control a BLDC motor, and I am looking for some guidance. My goal is to implement sensorless control (FOC or 6‑step) using this MCU, and I would really appreciate any example projec...
I have implemented a sensorless, six-step trapezoidal control with feed-back as zero crossing detection using back emf with the help of ADC on the nucleo-G431 board.The BLDC motor is A2212/13T, 1000 kV.Without a propellor, the motor is spinning, and ...
Hi - I'm about to start in on a new motor control application using ST Micro products. Can anyone suggest what a reasonable range of speeds I might be able to get good velocity control over? This will be a sensored application with high resolution e...
I have been trying to generate a motor control demo for TrustZone enabled environment but seems Motorcontrol work bench does not support that. Is there any procedure/ way to manually port the code to TrustZone enabled environment?
This is to report an erroneous speed - with a divided by two speed - for the Motor Control Workbench and its associated Motor Pilot version 6.4.1.The speed information throughout the Motor Control Workbench generates twice the mechanical speed with F...
Hi,I have purchased NUCLEO-F411RE controller EVK and X-NUCLEO-IHM08M1 expansion board to write motor control application and check the motor parameters on Motor Control Work bench tool.While checking for sample application or extension packages for t...
I’m using the X-NUCLEO-IHM16M1 BLDC driver board, which is based on the STSPIN830, together with a NUCLEO-F446RE. In the STSPIN830 datasheet, ST clearly mentions that the device supports both 3-PWM and 6-PWM input modes.But in practice, on this expa...
Hello All, Attached is the snapshot taken using logic analyser on PWM & Hall Effect TTL Signals. Trying with 446 & IHM08M1 – Open Loop.D0 – PWM1 & D1 – PWM1 ND2 – PWM2 & D3 – PWM2 ND4 – PWM3 & D5 – PWM3 ND6 – Hall Effect UD7 – Hall Effect VA0 – Hal...
