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Simple and Versatile Motor Control Solution
Safe Motor Control
- Instantaneous fault detection
- Overriding output waveforms
- Functional safety capability
Flexible Configuration
- Easy configuration
- Reconfigure at any time
- Enhanced functionality through Core Independent Peripheral (CIP) integration
Easy to Implement
- User-friendly motor control library for quick configuration and reduced software complexity
- Reduced hardware complexity through CIPs
Versatile Commutation Types
Sensored and Sensorless BLDC Motors
- Trapezoidal
- Sinusoidal
Sensorless Stepper Motors
- Microstepping
- Full stepping
Get Started With Our 8-bit AVR® MCUs
Our AVR MCUs provide a safe, easy-to-implement motor control solution with advanced hardware accelerators that reduce software complexity and memory usage. Designed specifically for motor control, AVR EB MCUs feature instantaneous fault detection, output waveform overriding and functional safety capabilities for reliable motor control operation. You can easily implement or reconfigure your MCU using MPLAB® AVR MCU Motor Control Library and rapidly prototype with the multi-phase power board prototyping set to cut development time and accelerate your time to market.
Multi-Phase Power Board Prototyping Set
The multi-phase power board (EV35Z86A) is a driver board for three-phase BLDC motors with or without Hall sensors. The board supports up to four individual phases, which makes it well suited for stepper motors as well. Combine it with the AVR16EB Curiosity Nano Evaluation Kit and EV88N31 Adapter Board for comprehensive prototyping capabilities, and quickly and easily configure your prototype with MPLAB AVR MCU Motor Control Library. See our comprehensive code example to get started now.
Build Your Own Board
Smart Stepper Motor Driver
Create a smart stepper motor with the AVR EB MCU. Microstep a bipolar stepper motor and easily integrate fault detection, position monitoring, analog sensor inputs and custom communication protocols with the MPLAB AVR MCU Motor Control Library
Get Started with the 8-bit Motor Control Library
The AVR MCU Motor Control Library makes it fast and easy to implement BLDC motor control. Seamlessly configure hardware with preprogrammed APIs to speed up your development process and get you to market faster.
You can also easily change key settings like phase deviation or Hall sensor inversion at any time by simply connecting to the MPLAB AVR MCU Motor Control Library and adjusting your settings through our user-friendly interface.
Features
Three Motor Control APIs
- Trapezoidal sensorless
- Trapezoidal sensored
- Sinusoidal sensored
Flexible Configuration
- Change settings at any point
- UART and DVRT capabilities
Fast Fault Detection
- Instantaneous fault detection
- Enable advanced intelligent fault detection features
- Functional safety capability
Quick Start
- Preprogrammed example to get your motor spinning in minutes
Applications
Use our 8-bit AVR MCUs to quickly and easily implement motor control in a variety of applications, including:
BLDC Motor Applications
- Fans
- Home appliances
- High speed applications
Stepper Motor Applications
- Pumps
- Industrial applications
- High-torque applications
- Application Notes
- Code Examples
- Software
- User Guides
|
Title
|
|
|---|---|
| Application Guide for Controlling the Stepper Motor Using AVR EB | Download |
| TB3341 - Getting Started with TimerCounter Type F (TCF) | Download |
| TB3339 - Getting Started with the Timer/Counter Type E (TCE) and Waveform Extension (WEX) Peripherals | Download |
| Method for Detecting Motor BEMF in Sinusoidal Drive Using the Dead Time Interval | Download |
| TB3347 - Timed Small Signal Measurement Using the ADC Hardware Enhancements on the AVR EB | Download |
| Frequency-Shift Keying Modulation and Demodulation Using the Timer/Counter Peripherals on the AVR® EB | Download |
| 3-Axis Stepper Motor Control Using an 8-Bit PIC Microcontroller | |
| AN3381 - Brushless DC Fan Speed Control Using Temperature Input and Tachometer Feedback | |
| AN3453 - Sensored 3-Phase BLDC Motor Control Using Sinusoidal Drive |
|
Title
|
|
|---|---|
| AVR® MCU Motor Control Library | Download |
