And we have had multiple problems/questions like: compiler version settings, Rappid Bootloader usage, specific block usage etc. At my company we are using MBD and we are generating code for NXP processors but we don't use MBD toolbox or any other board support packages.Ī few months ago we were evaluating MBD toolbox using a few low-cost devkits from NXP (for: MC9S12ZVMx, MPC5643L and Kinetis). The course is a great idea! I will join it for sure. Thank you very much and wait for your reply. I have no idea, how to make this models generate exactly right signal output? Which means the FOC motor does not run at all. If yes, please let me know the corresponding pdf, http links or other resources with details how to make this simulinkīLDC model generate exact right PWM output signal.įinally, I downloaded the FOC simulink model in your class, however, it always generate zero in the simulink scope, Or this simulink model need to be actived to run with free master project, which attached in the simulink model file? How can I make this BLDC simulink model generate the exact PWM signal waves when I attached a simulink scope? It means theīLDC model you attached did not run at all. Matlab BLDC data file ?.mat putted in matlab enviroment, the BLDC PWM output signals are always zero. Three input ports, connected to the corresponding 3 BLDC motor PWM output ports( pwma, pwmb and pwmc), with I downloaded the BLDC model you attached, however, I found when I use a simulink scope model, which contains 3 UPDATE August 2nd, 2019: Here is an interesting investigation on various controllers design/implementation/test made by Matlab 2015b SLX models for each of the functionalities and peripherals covered in the lectures: ADC/GPIO/CAN/UART/FTM/SPIĪny additional question will be answered via Community What Is Available As Support Information For The Course: Video trainingġ9 videos showing step by step the theory, practical implementation and validation Phase voltage commutation based on Hall sensors Open Loop control algorithm implementation Video #7 – Commutation Algorithm ValidationĦ-step commutation algorithm implementation How to use Model Based Design to program a fairly complex application for Motor Control.Programming model of various peripherals, communication protocols or motor control concepts.All the concepts and dependencies with the assumption that users meet first time with NXP products.Initialization and control for multiple peripheralsĮase of use and speed of development for complex appsĢ - Highlight MPC5744P Capabilities For Industrial Controlģ - Learn Step-by-Step How To Control A Motor Speed:Ĥ - Understand How To Use Available Tools: Automatic C-code generation for different microprocessors
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