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Getting Started with DSCs for Motor Control and Energy Conversion

Getting Started with DSCs for Motor Control and Energy Conversion

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Digital signal controllers (DSC) are the most effective solution for many motor control and energy conversion applications, including AC-AC, AC-DC and DC-AC conversion. Learn to implement power conversion solutions using Our newest DSCs.

What You'll Learn

Understand what a digital signal controller is and when it is a good fit for your design
Identify the available Digital Signal Controllers from NXP
Review the capabilities of the DSC Analog Comparator, ADC, timer, and pulse width modulation peripheral modules.
Configure the ADC to sample the PWM Modules for filter the measured current
Reconstruct a Single Shunt Current measurement using a Digital Signal Controller
Commutate a BLDC Motor independent of the speed control.
Review Motor Control and Energy demonstrations using NXP^® Digital Signal Controller technology.

Course Outline

DSC Introduction
- Roadmap Update
- DSCs Overview
DSC Core Introduction
Key peripherals for Motor Control and Energy Conversion Applications
- Detail Description
- Differences among DSC Families
Peripherals Utilization Guidelines
- ADC to PWM Synchronization
- Low Cost Current Measurement
- BLDC Motor Commutation

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