The new collaboration between EMA’s EMA3D cable modeling platform and Zuken’s E3.series cable harness design software brings critical detailed design information to the analysis process. Users can now quickly transfer essential design information directly into the EMA3D analysis platform, improving simulation accuracy. Design and safety concerns are more accurately identified and addressed before prototyping, resulting in significant cost and time savings.
Addressing EMC issues at the design stage
Cable harnesses are an integral part of a vehicle or aircraft’s electrical subsystems and are susceptible to external EMI sources such as high intensity radiated fields (HIRF) and lightning strikes. These vehicles or aircraft must undergo extensive electromagnetic compatibility (EMC) certification testing at the physical prototype stage.
EMA3D is a 3D Finite-Difference Time-Domain (FDTD) solver with an integrated multi-conductor transmission line solver. EMA3D is well-suited for simulations that address EMC, HIRF, and lightning strike requirements early in development before physical prototypes are complete.
“EMA3D enables engineers to efficiently analyze complex cable subsystems and evaluate protection schemes for the transportation and aerospace industries,” said Dr. Timothy McDonald, president of EMA. “Collaborating with Zuken to bring the cable harness design details directly into EMA3D will accelerate the time to prototype and improve the level of EMI protection.”
“As products become more and more complex, the ability to access and analyze a design for electrical integrity before manufacturing becomes a basic necessity,” said Kazuhiro Kariya, chief technical officer and managing director of Zuken Inc., Yokohama, Japan. “EMA is the ideal partner to address these challenges with their expertise in the analysis of electromagnetic effects in large systems. Combining Zuken’s E3.series and EMA’s EMA3D platform is an example of digital engineering at its best.”
E3.series is widely used in the manufacturing industry to design large, complex electrical cabling, control cabinet, and wire harness designs for advanced applications in the machinery, power, automotive, transportation, and aerospace and defense industries.
