Infineon Technologies Motor Control Solutions for Humanoid Robots

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Humanoid robots are emerging as game-changing tools across industries, from manufacturing environments to assisting healthcare professionals in patient care. Deployed across multiple segments, humanoid robots will need accurate and reliable solutions. A single humanoid robot can feature more than 70 joints and up to 600 power switches, making the choice of power switch technology critical. Infineon's CoolGaN™ Transistors and silicon power MOSFETs offer reliable and efficient solutions, enabling key functional blocks in humanoid robots, including motor control.

Infineon CoolGaN Transistors deliver advancements for motor control systems for humanoid robots, cobots, and other robotic applications. Engineered for maximum performance, a compact design, and superior energy efficiency, CoolGaN devices deliver system-level benefits, helping redefine what battery-powered, low-voltage motors can achieve.

With decades of expertise and a broad portfolio of power MOSFETs, Infineon silicon power MOSFETs deliver optimized solutions for motor drives. The portfolio features a wide range of voltage classes, qualifications, parameters, R_DS(on), and power packages, including TO-Leadless (TOLL), SuperSO8 (5mm x 6mm), and PQFN 3.3mm x 3.3mm Source-Down. Infineon silicon power MOSFETs offer outstanding switching and thermal performance, and resistance.

Features

GaN
- Tailored for cutting-edge designs that demand high power density and top-tier efficiency
- Excels at higher switching frequencies, unlocking significant system-wide benefits, such as reduced losses, compact size, and improved thermal management
- Perfect for space-constrained and thermally sensitive environments, where advanced performance is critical
- Enables future-proof designs with integrated, optimized architectures to fully exploit efficiency, power density, and thermal advantages

Si
- The go-to solution for designs prioritizing cost-effectiveness and scalability
- Optimized for mid-range switching frequencies, ensuring reliable performance with minimal design complexity
- Offers unmatched versatility with a broad portfolio of voltage classes and package options that streamline design and manufacturing
- Provides a proven, cost-effective path to high-volume production with stable supply chains and mature technology, ideal for established designs