Dear MCSDK users, MCSDK version 6.3.2 is now available: Download It here. This is a bug fix release and here are the main changes for this version: Motor Control Features: FOC Fixed CORDIC Modulus computation in case of negative alpha value Fixed iss...
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...
Motor Control Wiki: STM32 Motor Control Knowledge Database - stm32mcuMC Frequently asked questions (FAQ):Frequently asked questions (FAQ) - stm32mcu The documentation of the Board descriptions format is now available on the Motor Control Wiki: Wi...
Hello community! I am using a custom PCB based on STM32G431CBU6 with external lowside current sense amplifiers (20V/V amplification). I implemented a fallback variant on the PCB so that I can switch between using the internal OPAMPs of the STM32 or ...
I have been trying to compile the example program "6-Steps speed regulation using the STEVAL-SPIN3204 inverter board" from Motor control workbench.I have made no changes to the example and following instructions from the text file as it is:The projec...
If yes, which one? 5.4.8 or 5.Y.4? How did you configure it?My experiences so far:cannot connect to MotorPilot from 5.Y.4, tried different COM Port baudrates configured both in MotorPilot and CubeMXcan connect to Monitor in 5.4.8 with baudrate 9600co...
Hi TeamI want to drive BLDC motor based 6-step control (Trapezoidal control), using B-G431B-ESC1.But it seems that the board is design for FOC control.Is it possible to drive with 6-step?
Hello,I struggling with MCSDK 5.Y.3 to control a 24V, 15 poles pairs, 300 rpm hooverboard-style BLDC motor, nearly no load, with a Nucleo F401 and a IHM08M1 power board.I try to use FOC control with 526 PPR quadrature encoder as main sensor as I want...
It's cool that the schematics are available, and the assembly drawings are ok.but a full set of gerbers with all the traces and pads would be much better, esp. if it were in an EDA agnostic format.In lieu of that, what is the pitch of the J5 pads?
Waiting for you support and reply.Best Regards,Litan
Hello,Actual behavior:While I have deactivated the overvoltage protection in Motor Control Workbench, I still get the overvoltage fault flags that is sometimes set (when my motors brakes abruptly).My setup: 4-poles BLDC motor, MCSDK 6.0.0, Nucleo G47...
My company produces systems that use very high resolution optical encoders, with over 2^16 quadrature counts per rev (over 2^14 PPR). We are looking to modernize our positioner electronics and have been prototyping with a NUCLEO-G431RB and an IHM07M1...