Infineon and Swoboda Collaborate to Develop High-Performance Current Sensors for Electromobility: Driving Innovation in Automotive Applications
Infineon and Swoboda are working together to create advanced current sensors for electric vehicles. They are combining Infineon's top-notch current sensor ICs with Swoboda's skills in developing sensor modules to meet the increasing demand for sensing solutions in hybrid and electric vehicles. This partnership will speed up the introduction of current measurement solutions for high-volume applications like traction inverters and battery management systems, as well as other important automotive uses.
One of the new products available is the Swoboda CSM510HP2, which includes a current sensor module that is fully encapsulated and has a smaller size without sacrificing performance. It utilizes the Infineon TLE4973 coreless current sensor IC to provide precise sensing with an error rate below 2 percent. This module is designed to seamlessly work with the HybridPACK™ Drive G2, Infineon's power module for traction inverters in electric cars. By integrating the sensor directly into the power module, there is no need for external sensors, resulting in more compact traction inverters.
Klaus Lebherz, Head of Business Development at Swoboda, stated that the new generation of current sensors is setting higher standards for easy system integration. The combination of Infineon's advanced sensor technology and Swoboda's expertise in injection molding has proven to be a successful partnership.
According to Andrea Monterastelli, the Head of Automotive Magnetic Sensors Product Group at Infineon Technologies, the market is looking for current sensing solutions that are high performance, compact, and easy to integrate. These solutions seamlessly integrate into Infineon's HybridPack Drive G2, providing a compact option for hybrid and electric vehicles. This is made possible by using Infineon's top-notch current sensor ICs and leveraging Swoboda's expertise.
Infineon and Swoboda are working together to create more current sensing solutions for various types of power devices. These solutions are also being developed for applications such as inverter DC link and high voltage battery management.
You can find more details about the products by clicking on any of the links provided here.
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