Join our current sensing expert for an in-depth look at Infineon's newest XENSIV™ current sensor portfolio. Learn how the Hall-based TLE4977 and TLE4978 sensors and TMR-based TLx5571 and TLx5572 sensors deliver the precision, speed, and efficiency needed for AI data centers, robotics, drones, photovoltaic systems, and modern power electronics.
Overview
Recently, power electronics design become even more compact, efficient, and intelligent. Accurate current measurement is no longer just a monitoring function - it is a critical enabler of power system performance, protection, and energy efficiency. From AI data centers and industrial robotics to drones and photovoltaic inverters, designers face increasing demands for higher power density, faster switching technologies, and more stringent efficiency targets. Current sensing is at the heart of meeting these challenges.
In this webinar, Srivats Rajasekaran (Senior Manager, Product Marketing Current Sensors) will introduce the latest additions to the XENSIV™ current sensor portfolio, including the Hall-based TLE4977 and TLE4978 families and the TMR-based TLx5571 and TLx5572 families. Attendees will gain a deeper understanding of the strengths and trade-offs of both sensing technologies and learn how to select the right solution for applications ranging from high-power infrastructure to compact, cost-sensitive designs.
Beyond product introductions, the session will provide practical guidance on how advanced current sensing can improve system efficiency, accelerate protection response times, reduce power losses, and simplify design architectures. Whether you are developing next-generation power supplies for AI servers, motor drives for robotics, drone power systems, or renewable energy converters, you will leave with actionable insights to optimize your designs.
Key Takeaways
- Understand the strengths of Hall- and TMR-based current sensing technologies and learn how to select the right solution for your power conversion design.
- Discover Infineon's latest XENSIV™ current sensor portfolio, including TLE4977/TLE4978 and TLx5571/TLx5572 families, and their unique performance advantages.
- Learn how high-accuracy, high-bandwidth current measurement improves efficiency, protection, and control in modern power system designs.
- Gain practical insights into next-generation current sensing architectures that enable shunt replacement, lower power losses, and faster system response times
- Get expert guidance on selecting the optimal current sensor solution for your next design.
