Infineon’s latest technical white paper reveals a breakthrough in embedded motor control system design using the PSOC™ Control C3 MCU. Featuring a Pseudo-Differential Processing ADC architecture, this solution delivers:

• Improved signal fidelity in noisy environments
• Reduced time complexity in high-speed control loops
• Lower total system BOM cost by eliminating external components
• Integrated analog front-end for simplified board layout
• Optimized MCU design for industrial automation, robotics, HVAC, and power tools

Engineers seeking to push the boundaries of real-time motor control, reduce design overhead, and improve signal integrity will find this white paper to be a must-read.

What You'll Learn

• Why Pseudo-Differential ADCs outperform single-ended designs in real-world motor control applications
• How the PSOC™ Control C3 architecture simplifies signal acquisition and processing
• Strategies for minimizing component count while maintaining high performance
• Application-ready insights for faster time-to-market

Who Should Download

• Embedded Systems Engineers
• Motor Control Application Developers
• Power Electronics Engineers
• System Architects working on HVAC, automation, and industrial designs
• Engineering Managers optimizing cost and complexity

Fill out the form to get instant access to the full technical white paper and learn how to future-proof your motor control designs.