Microsemi's Deterministic Multi-Axis Motor Control Solution

In addition to managing motor speed and torque control, modern electric drives are expected to provide precision control even at very high RPM for multiple motors, while also facilitating functions such as peripheral control and communication. FPGA-based motor control provides many advantages over a traditional MCU/ DSP-based implementation, including deterministic response, multi-axis control, high functional integration, multiple protocol support, and increased reliability, security, and flexibility.

Microsemi provides a best-in-class solution that can rapidly develop high-performance, low-power motor control applications using FPGA and SoC FPGAs. This solution consists of a development kit, an IP library, GUI software, and reference designs that enable easy implementation of various motor control algorithms for both sensorless field-oriented control (FOC) and for sensors such as encoders, hall sensors, and resolvers.

In this webinar, you will learn about:

• Microsemi's motor control solution offerings
• Types of motors and designs supported
• The solution's advanced features, which include multi-axis control, deterministic response, parallel processing, and functional integration
• How this solution can help lower your product's total cost of ownership (TCO)
• Application examples using Microsemi's solution
• Advantages of an FPGA-based motor control over traditional MCU/DSP implementation

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