The rapid growth of Software-Defined Vehicles is driving significant changes in the automotive industry, as manufacturers aim to enhance vehicle capabilities while maintaining cost efficiency. By incorporating Cyntec's innovative solutions—including high-performance Inductor, reliable power choke, and precision shunt Sensor—into ECU applications, OBC (On-Board Charger), DC-DC converters, traction inverters, and BMS (Battery Management System) systems, automotive customers can benefit from improved power efficiency, signal conditioning, faster charging, and extended battery range for e-Mobility applications.
In ECU applications, Cyntec’s compact Inductor plays a crucial role in optimizing signal integrity and power distribution, ensuring stable operation of core control units even under extreme operating conditions. For OBC and DC-DC converters, the high-current power choke delivers exceptional filtering performance, minimizing electromagnetic interference (EMI) and enabling efficient power conversion between different voltage levels, which is essential for accelerating charging speeds and reducing energy loss. Meanwhile, the high-precision shunt Sensor integrated into BMS systems and traction inverters provides real-time, accurate current measurement, laying a solid foundation for battery state monitoring, power output regulation, and overall vehicle safety.
Leveraging Cyntec's expertise and leadership in designing magnetic and passive components—with a focus on optimizing Inductor, power choke, and shunt Sensor technologies—along with advanced electromagnetic, mechanical, and thermal simulation tools, Cyntec enables efficient power conversion, size and weight reductions, and precise current sensing, all while meeting strict AEC-Q and extended reliability standards. This comprehensive product portfolio and technical capability empower automotive manufacturers to address the evolving demands of Software-Defined Vehicles, driving the next generation of e-Mobility forward.