Performance Motion Devices, Inc. (PMD) advanced motion control solutions—motion control ICs, digital amplifiers, digital drives, and boards—provide single - and multi-axis motion control for Brushless DC, DC Brush, and Step motors, with industry-leading performance, the highest reliability, lowest costs, and unmatched packaging flexibility. With our world-leading motion control ICs at their core, all PMD solutions speak our powerful and easy-to-use language, C-Motion®, to simplify and streamline development.

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CiA Design 3 v4-01-1

 

CAN in Automation (CiA) is the international users’ and manufacturers’ group for CAN (Controller Area Network), internationally standardized in the ISO 11898 series.

Performance Motion Devices has been a proud CiA member since 2023.

Additional Product Resources

C-Motion® Language

Powerful, easy-to-use motion control language to streamline and simplify development; comes with all PMD products.

Pro-Motion® Setup Axis Wizard

Step-by-step axis wizard to easily tune position loop, current loop, and field-oriented control motor parameters.

Help and Support

For Equipment Makers and OEM Engineers: please email support@pmdcorp.com or call +1-978-266-1210, Monday through Friday, 9AM to 6PM EST. For Contract Manufacturers: please email purchaseorders@pmdcorp.com.

Suggested Resources

ARTICLES

Closed Loop Steppers Drive New Motion Control Applications

This paper discusses an advanced control technique called closed loop stepper. This motion control technique is finding wide adoption in a range of cost-sensitive industrial applications.

PRODUCT HIGHLIGHTS

Single Axis Stepper Motor Control IC Provides Profile Generation and Ultra-Quiet Microstepping Operation

The MC54113 provides trajectory generation, microstepping, quadrature encoder input, stall detection, closed loop stepper control, advanced motion trace, and more.

APPLICATION EXAMPLES

Low Cost High Speed Brushless DC Motor Drive

Spinning BLDC motors efficiently at high speed is the core requirement for many end applications. Read about cost-effective electronics available to achieve this.

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