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About this course
- Class Overview
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Syllabus & Downloads
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Introduction 5 min
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Motor Control History 8 min
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Communication Techniques 8 min
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Microchip Rapid Prototyping with GUI-Based Tools 3 min
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motorBench Application 2 min
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Required Software 1 min
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Self Commissioning 5 min
- Lab 1 - First motorBench Project
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Lab 1a - Run Example Project 9 min
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Lab 1b - Replicate Example Project from Zero 5 min
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Lab 1c - Optimizing Control Algorithm Iterative Methods 10 min
- Lab 2 - Custom Board Support in motorBench
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Lab 2 - Custom Board Support in motorBench
- Lab 3 - First QuickSpin Project
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Lab 3 - First QuickSpin Project 2 min
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Lab 3a - Run Example Project 5 min
- Demo
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Demo 9 min
- Complete Recording
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MTR3 No-Code Motor Control Solutions (88 min)
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25084 MTR3: No-Code Motor Control Solutions (August 2025)
In this class you will learn advanced motor control system techniques using Microchip’s MotorBench, QSpin, and X2Cscope tools, including when and how to use each tool for motor control, as well as tuning, debugging, and rapid prototyping to efficiently deploy motor control applications.
This is a recording of the course 25084 MTR3 - No-Code Motor Control Solutions from the 2025 MASTERs Conference.
This class provides an advanced exploration of motor control systems utilizing Microchip Technology's innovative tools: MotorBench, QSpin, and X2Cscope. You will learn which tools are available from Microchip, when to use which tool to spin the motor, and how to tune and debug a motor control application. Through hands-on sessions, you will engage in rapid prototyping and deployment of motor control systems, enhancing efficiency and reducing complexity.
Prerequisites:
Basic knowledge of MPLAB X IDE and C programming.