With the growing demand for advanced robotics in various fields such as healthcare, logistics, and personal assistance, the need for efficient and powerful components is more critical than ever. Gallium Nitride (GaN) technology is at the forefront of this revolution, offering significant advantages in size, efficiency, and performance for robotic applications.
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GaN-based motor drives provide superior efficiency and performance, essential for precise control in humanoids, delivery bots, and robotic dogs. Our GaN FETs enable high-speed switching, reducing heat generation and increasing the lifespan of robotic components.
Lidar systems are crucial for the navigation and obstacle detection of autonomous robots. GaN technology enhances the performance of Lidar systems by enabling higher resolution and faster response times, making robots more aware and reactive to their environment.
Efficient power management is critical in robotic systems to ensure prolonged operation and reliability. GaN DC-DC converters offer higher power density and improved efficiency, reducing the size and weight of the power supply systems in robots.
Our expanding portfolio of GaN FETs and ICs provides engineers with the tools to design more efficient, compact, and reliable robotic systems. Our commitment to innovation ensures that your robotic applications stay ahead of the curve.
EPC's GaN technology boasts billions of hours of reliable operation in various applications. This proven robustness is essential for the high-performance demands of modern robotics, where uptime and reliability are paramount.
EPC offers a comprehensive suite of design tools and reference designs tailored for robotics applications. These resources help engineers accelerate development, reduce costs, and bring innovative robotic solutions to market faster.
Learn more about GaN applications
Access cross reference search, design tools, models, and performance simulations in our GaN Power Bench to assist your design process.View EPC’S entire GaN FET and IC product portfolio