CST will be presenting the latest developments of CST EMC STUDIO 2016 at booth 308.
The sooner potential EMI and EMC issues are discovered, the easier it can be to mitigate them. By simulating the behavior of virtual prototypes using CST EMC STUDIO®, engineers can model emissions and susceptibility even before constructing a physical device. Signal traces, cable harnesses, connectors, vents and seams can all potentially give rise to EMC/EMI problems. CST EMC STUDIO includes both specialized solvers and general purpose full-wave solvers from the industry leading simulation tool CST STUDIO SUITE®, suitable for simulating a wide range of structures to efficiently.
Many EMC/EMI issues arise from the interaction between several components in a system. For example, fields can couple from a package to a heatsink, and then radiate from the heatsink and out through seams in the enclosure. Complex coupling paths such as these can often be simulated most efficiently by combining several methods. The CST® System Assembly and Modeling (SAM) framework allows multiple solvers can be combined for a hybrid simulation, while bi-directional transient co-simulation allows complex cables and cable harnesses to be implemented in a
3D model.
Visit the CST booth to learn more about the latest tools for EMC simulation in CST EMC STUDIO 2016.
