Learn about Motor Drive Fundamentals from Analog Devices’ experts.
In session I, we explore how key current-sensing parameters, including ADC signal-to-noise ratio (SNR) and sampling rate, can have a direct and measurable impact on motor performance, enabling more efficient manufacturing and faster control.
Through practical examples and real-world motor control scenarios, our experts will demonstrate how optimizing current feedback can improve efficiency, precision, and overall system performance. Whether you are designing next-generation servo drives, industrial automation equipment, or high-performance motion systems, this session will provide valuable insights that can help you make more informed design decisions. Register today to learn how advanced sensing techniques can unlock superior motion control and give your designs a competitive edge.
Attendees will:
- Discover how current sensing quality influences motion performance
- Understand the link between ADC SNR, torque ripple, and motor smoothness.
- Learn how faster, lower-noise feedback improves control-loop responsiveness and stability
