CST Studio Suite provides a comprehensive platform for simulating and analyzing electromagnetic compatibility (EMC) and electromagnetic interference (EMI) during the early stages of product development. With its powerful 3D solvers and specialized modules, CST allows engineers to virtually test devices for emissions and susceptibility, helping identify and address potential EMC issues before physical prototypes are built. This reduces the risk of failing regulatory compliance tests, such as those required by CISPR, FCC, or MIL-STD standards, and minimizes costly redesign cycles.

Join TriMech SIMULIA Expert, Tom Fay, to see how CST enables detailed modeling of real-world EMC scenarios, including emissions from PCB traces, cable harnesses, connectors, and enclosures. It can simulate shielding effectiveness, ground loops, filter performance, and the impact of nearby electronics. The tool also integrates signal and power integrity analysis, allowing engineers to trace EMC problems back to their root causes in high-speed digital systems. By combining full-system modeling with virtual test environments—like anechoic or reverberation chambers - CST empowers design teams to diagnose, fix, and validate EMC performance well before hardware testing, improving time-to-market and design reliability.

In this Electromagnetic Simulation webinar, you will learn:

• Virtual Pre-Compliance Testing: Identifies emissions and susceptibility issues early, reducing the risk of failing real-world EMC tests.

• Full-System Modeling: Simulates PCB traces, cables, connectors, and enclosures to evaluate their electromagnetic behavior and interactions.

• Standards-Based Workflows: Supports EMC standards like CISPR, FCC, MIL-STD, and ISO with ready-to-use test setups and configurations.

• Shielding & Filtering Analysis: Evaluates the effectiveness of EMC countermeasures such as shields, filters, and grounding techniques.

• SI/PI Integration: Links EMC issues to signal and power integrity problems, enabling a holistic approach to electromagnetic system design.