High Integrated Magnetics Design

Using our innovative designs, we enhance robustness against thermal stress and ensure reliable performance under a variety of conditions. Additionally, we leverage advanced magnetic integration techniques to significantly reduce component size while maintaining high efficiency and minimizing energy losses."

Using Cyntec’s Advanced Magnetics Materials Design and Simulation Capabilities to Develop Ultra High Power Density PFC Modules and Power Line EMI Chokes

Molding Type PFC Module - Ultra High Power Density

In response to the "2050 net-zero carbon emissions" goal, electric and alternative energy vehicles are gradually replacing traditional fuel-powered cars. According to empirical data, for every 10% reduction in vehicle weight, energy consumption decreases by 6% to 8%. Therefore, the "lightweighting" of electric vehicles and other new energy vehicles has become an inevitable trend. In line with this trend, Delta has leveraged its years of expertise in magnetic components to develop the Molding Type PFC Choke. Compared to traditional ring-core platforms, the size of a single PFC Choke can be reduced by 66% while maintaining the same electrical characteristics. The overall PFC Choke module size can be reduced by 45%, and weight decreased by 34%, effectively reducing the weight of the OBC (On-Board Charger) system and achieving energy-saving and carbon-reduction goals.

Power Line EMI choke - Better Thermal Performance & Smaller Size

Cyntec Power Line EMI Choke featuring nanocrystalline and ferrite, designed for high frequency noise suppression. Manufactured through a fully automated process, it ensures consistency and quality. Our innovative pre-potted design enhances thermal management, providing better heat dissipation for more compact design.